{"isEnabled":true,"series":{"id":114,"manufacturer_id":16,"name":"Mark IV DS3800","page_name":"mark-iv-ds3800","description":"

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The GE General Electric Speedtronic Mark IV Turbine Control System continues to be a reliable solution despite the obsolescence of the of series. Our large inventory of Mark IV boards will help you stay up and running with high quality affordable boards.

","content":null,"meta_title":"GE Mark IV Gas Turbine Control System DS3800 Speedtronic Generator Boards and Cards","meta_description":"GE Mark IV Gas Turbine Control System DS3800 Speedtronic Generator Boards and Cards","keywords":"GE Mark IV Gas Turbine Control System DS3800 Speedtronic Generator Boards and Cards","display_order":1,"is_active":1,"created_at":null,"updated_at":null,"manufacturer":{"id":16,"name":"GE Boards","page_name":"ge-boards","logo":"","description":"","content":null,"meta_title":"GE General Electric Drive and Speedtronic Mark IV Mark V Boards.","meta_description":"GE General Electric Drive and Speedtronic Mark IV Mark V Boards.","keywords":"GE, General Electric, Drive and Speedtronic, Mark IV, Mark V, Boards.","display_order":1,"is_active":1,"created_at":null,"updated_at":null},"images":[{"id":43,"series_id":114,"image_id":39997,"image_type_id":3,"name":"ds3800dccb.jpg","is_active":1,"created_at":null,"updated_at":null},{"id":44,"series_id":114,"image_id":42503,"image_type_id":3,"name":"ds3800dccb.jpg","is_active":1,"created_at":null,"updated_at":null}]},"products":[{"id":17949,"part_number":"DS303A3C01GXA003","revision_type_id":1,"series_id":114,"stock_level_id":9,"repair_time_id":1,"stock_level_text":"Call For Availability","repair_time_text":"24 Hours","weight":null,"recond_stock":0,"new_stock":0,"recond_price":"0.00","new_price":"0.00","max_oversell":0,"description":"FANUC GENERAL ELECTRIC CONTACTOR DC MAGNETIC 100AMP 2POLE 120/150VDC COIL","short_desc":"","content":null,"meta_title":"FANUC GENERAL ELECTRIC CONTACTOR DC MAGNETIC 100AMP 2POLE 120/150VDC COIL","meta_description":"FANUC GENERAL ELECTRIC CONTACTOR DC MAGNETIC 100AMP 2POLE 120/150VDC COIL","keywords":"FANUC GENERAL ELECTRIC CONTACTOR DC MAGNETIC 100AMP 2POLE 120/150VDC COIL","series_page_description":"FANUC GENERAL ELECTRIC CONTACTOR DC MAGNETIC 100AMP 2POLE 120/150VDC COIL","quote_description":null,"inventory_notes":"","cross_reference":"","created_at":null,"updated_at":null,"prod_pdf":[]},{"id":11744,"part_number":"DS3800","revision_type_id":1,"series_id":114,"stock_level_id":4,"repair_time_id":1,"stock_level_text":"In Stock Ships 3-5 Days","repair_time_text":"24 Hours","weight":null,"recond_stock":0,"new_stock":0,"recond_price":"0.00","new_price":"0.00","max_oversell":0,"description":"CIRCUIT BOARD GENERAL ELECTRIC","short_desc":"","content":null,"meta_title":"CIRCUIT BOARD GENERAL ELECTRIC","meta_description":"CIRCUIT BOARD GENERAL ELECTRIC","keywords":"CIRCUIT BOARD GENERAL ELECTRIC","series_page_description":"CIRCUIT BOARD GENERAL ELECTRIC","quote_description":null,"inventory_notes":"","cross_reference":"","created_at":null,"updated_at":null,"prod_pdf":[]},{"id":11745,"part_number":"DS3800AIOD","revision_type_id":1,"series_id":114,"stock_level_id":9,"repair_time_id":1,"stock_level_text":"Call For Availability","repair_time_text":"24 Hours","weight":null,"recond_stock":0,"new_stock":0,"recond_price":"0.00","new_price":"0.00","max_oversell":0,"description":"GE CIRCUIT BOARD MARK 4","short_desc":"","content":null,"meta_title":"GE CIRCUIT BOARD MARK 6","meta_description":"GE CIRCUIT BOARD MARK 7","keywords":"GE CIRCUIT BOARD MARK 8","series_page_description":"GE CIRCUIT BOARD MARK 4","quote_description":null,"inventory_notes":"","cross_reference":"","created_at":null,"updated_at":null,"prod_pdf":[]},{"id":11746,"part_number":"DS3800CXCIA","revision_type_id":1,"series_id":114,"stock_level_id":9,"repair_time_id":1,"stock_level_text":"Call For Availability","repair_time_text":"24 Hours","weight":null,"recond_stock":0,"new_stock":0,"recond_price":"0.00","new_price":"0.00","max_oversell":0,"description":"GE REGULATOR BOARD TURBINE CONTROL","short_desc":"","content":null,"meta_title":"GE REGULATOR BOARD TURBINE CONTROL","meta_description":"GE REGULATOR BOARD TURBINE CONTROL","keywords":"GE REGULATOR BOARD TURBINE CONTROL","series_page_description":"GE REGULATOR BOARD TURBINE CONTROL","quote_description":null,"inventory_notes":"","cross_reference":"","created_at":null,"updated_at":null,"prod_pdf":[]},{"id":11747,"part_number":"DS3800DADB","revision_type_id":1,"series_id":114,"stock_level_id":1,"repair_time_id":1,"stock_level_text":"In Stock Ships Today","repair_time_text":"24 Hours","weight":null,"recond_stock":0,"new_stock":0,"recond_price":"0.00","new_price":"0.00","max_oversell":0,"description":"MARK 4 GE CARD GAS TURBINE CONTROL","short_desc":"GE Gas Turbine Control Board DS3800DADB","content":"

The GE Gas Turbine Control Board DS3800DADB features one 20-pin ribbon cable permanently attached to the board and 3 pin-type connectors. The GE Gas Turbine Control Board DS3800DADB also is populated with terminals for attaching a variety of components. The board is 3.5 inches in height and 6 inches in length. It is designed to fit inside the drive in a board rack with spaces for many types of boards and other devices. The boards are optional devices that provide different functions for the type of processing the site requires.

The 20-pin ribbon cable provides signals to command the board to perform some processing functions. Some of the signals are sent to the board from other boards for processing. Other signals are transmitted to other boards and components. Because the ribbon cable is short and is attached permanently to the board, it is important that you use good practices when you disconnect the ribbon cable.

Never grasp the board and pull the ribbon cable out of the connector to which it is connected. This action can easily disconnect the fine wires from the connector at the end of the ribbon cable. You will notice that little support is provided to the ribbon cable so care must be used. To disconnect the ribbon cable, grasp the connector at the end of the ribbon cable and pull it out of the connector on the board. Occasionally inspect the ribbon cable for signs of wear between the connector and the ribbon cable. Notice if the wires appear to have pulled free of the connector and replace the ribbon cable if that has occurred.

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The GE Gas Turbine Control Board DS3800DADB1A1A features one 20-pin ribbon cable permanently attached to the board and 3 pin-type connectors. The GE Gas Turbine Control Board DS3800DADB1A1A also is populated with terminals for attaching a variety of components. The terminals on the board provide you with great versatility when installing the board. Without the need to modify the board or solder new components on the board, you can add components to the terminals that will change the processing performed by the board.

To add a component, use a screwdriver to loosen the screws on top of the two terminals between which you will add the component. Use the information provided with the board from the manufacturer for a description of the use of the terminals. Then, slide the lead wires in the terminals. Tighten the terminals when you are ready. The components can be removed or replaced at a later date, if necessary. Make sure the individual who is adding components to the board has a good understanding about the board and how the addition of the components will change the operation of the board.

Another way to change the operation of the board is to configure the board using the jumpers. The 3-pin jumpers each has 2 positions. One position is when the jumper covers pins 1 and 2. The other position is when the jumper covers pins 2 and 3. The information supplied by the factory describes how the jumper settings change the processing of the board. Each jumper has a default position. It is the position the jumper is set for when the board comes from the factory.

","meta_title":"PCB GE MARK IV","meta_description":"DS3800DADB1A1A General Electric Mark IV - Buy, Sell, or Repair","keywords":"PCB GE MARK IV","series_page_description":"General Electric Mark IV Speedtronic PC Board","quote_description":null,"inventory_notes":"","cross_reference":"","created_at":null,"updated_at":null,"prod_pdf":[]},{"id":16241,"part_number":"DS3800DBIB","revision_type_id":1,"series_id":114,"stock_level_id":1,"repair_time_id":1,"stock_level_text":"In Stock Ships Today","repair_time_text":"24 Hours","weight":null,"recond_stock":0,"new_stock":0,"recond_price":"0.00","new_price":"0.00","max_oversell":0,"description":"GE MARK IV CIRCUIT BOARDS","short_desc":"The DS3800DBIB is a GE Mark IV Circuit Board ","content":"

The DS3800DBIB is a small printed circuit board (PCB) designed as part of the Speedtronic (Mark IV) line manufactured by GE. The Speedtronic system is designed to sequence turbine fuel and to sequence turbine systems and their auxiliaries for startup. The Mark IV system is designed with a distributed control system which runs on an array of interconnected microprocessors. When one section of this gridwork fails, turbines will continue to work under the control of other parts of the system. In this way downtime is limited. The DS3800DBIB is designed specifically as an interface board.

The DS3800DBIB is a small daughterboard that works as a plug-in to another, larger PCB. It has been drilled out at the factory, one hole in each corner of the board. This board also has four connectors numbered 1 through 4. It has two small screw mounts covered by black tabs. The first mount is marked C101 and is positioned next to a ring marked TP1. The second is not marked and positioned next to a ring marked TP2. The DS3800DBIB has one capacitor rated 708A1, M/E 200V 1.0 +10%. It also has one blue potentiometer located on the edge of the board that is wired for variable resistance. There are ten resistors and six small capacitors marked 'cr' on the DS3800DBIB PCB.

Please refer to the original manual and data sheet published by GE before attempting installation or maintenance on the DS3800DBIB. Only qualified electricians should maintain this equipment. Please follow all installation and safety procedures.

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The DS3800DBIB1 manufactured by GE is a small printed circuit board (PCB) designed as a component of a Speedtronic Mark IV system. The Mark IV system was designed to be modular and affordable with built-in redundancies between chipsets. This allows for the expected occasional electronics failure within a module without the failure of the turbine system as a whole, as control of the system is shifted as needed until repairs can be made to a failing part. The Speedtronic Mark IV can be used for emissions, air or fuel control, shutdown procedures, or cool-down procedures. The DS3800DB1B1 card is designed to be used as an interface board.

The DS3800DBIB1 is an auxiliary daughterboard designed to plug into a larger PCB. It has four connectors for that use embedded in the board, numbered 1 through 4. It has also been drilled out at the factory with one hole at each corner of the board for another mounting option. The DS3800DBIB1 has a total of ten 5-banded resistors and six CR capacitors mounted on its board. There is also on polypropylene capacitor. This is marked C100 and is rated 708A1, M/E 200V 1.0+10%. There is a blue potentiometer (3069P-1 103 10K,) rated 10K Ohm, located on the bottom edge of the board.

AxControl recommends referring to the original manufacturer's data sheet and/or manual before attempting installation or maintenance of the DS3800DBIB1. Please follow all safety and installation procedures recommended by the original manufacturer to avoid damage to electronics or personal injury.

The DS3800DBIB1C1C is a printed circuit board that has been designed as an integral part of the Mark IV Speedtronic line by GE. This series has been created to control gas and steam turbines by distributing control of the system across a grid of inter-working microprocessors. The load of the system can be redistributed when one part fails, and in that way allows for less downtime as the whole continues to run while a single part is diagnosed and corrected of an issue. The DS3800DBIB1C1C has been designed as an interface card.

The DS3800DBIB1C1C is a small board designed as an auxiliary "plug-in" to a larger board. It has four connectors, marked 1,2,3, and 4. It has four drill-out holes, one in each corner of the board. It has two small surface-mounted connectors--one marked C101 next to a ring marked TP1 the other next to a ring marked TP2, and one yellow polypropylene capacitor marked C100. This capacitor is rated 708A1, M/E 200V 1.0+10%. The DS3800DBIB1C1C is designed with ten resistors and 6 small capacitors marked 'cr'. It also has a blue potentiometer at the bottom of the board wired for variable resistance.

The Speedtronic system is designed to sequence turbine auxiliaries for startup, to sequence turbine fuel, and to synchronize the voltages of the generator and system. It is also designed to perform air, fuel, and emissions control, and shutdown and cooldown procedures.

It is recommended that before attempting installation of the DS3800DBIB1C1C the user refer to the original datasheet and manual published by GE. Please use only qualified electrical personnel for the installation and maintenance of this equipment and follow all safety and installation procedures recommended by the original manufacturer.

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The DS3800DBPF is a printed circuit board (PCB) aka a motor field board, manufactured as part of the Speedtronic Mark IV line by GE. Speedtronic Mark IV turbine control is designed around the theory of distributed control, where multiple interconnected microprocessors are purposely designed with redundancies that share control and communication of the system; when one microprocessor has an electrical issue it can be repaired without any downtime to the full system, as load is shifted to other modules while the damaged part is being serviced. The DS3800DBPF is designed as an ac input module.

The DS3800DBPF has the following specifications:

created as an auxiliary or daughterboard designed to be plugged into a larger printed circuit board, General Electric Control Board model # 6BA00
5 connector pins on the board, 3 on one short side labeled 1,2, and 3, and 2 on the opposite short side labeled 4 and 5.
4 drill-out holes on the panel, one in each corner of the board.
1 communications instrument relay (58614) located parallel to one of the long sides of the board. This relay is labeled on its side HFW 1K 48 218A. It is labeled K1 on the board. There is a circuit map on the top of this relay.
1 CR capacitor

AxControl highly recommends following the recommendations printed within an original data sheet and/or manual from the original manufacturer for installation. Please follow all safety procedures and installation guidelines recommended. Only a qualified electrician should service, install or maintain the DS3800DBPF PCB or any other Speedtronic component.

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The DS3800DBPF1A1A is a motor field board PCB (printed circuit board) designed as part of the Speedtronic Mark IV series by GE. The Mark IV series was developed for the control of gas and steam turbine systems, distributing control of the system across a grid of microprocessors. If one of these small parts fails, the turbine control demand is moved to another part of the system and the system as a whole continues to run while the problem is diagnosed and corrected. The DS3800DBPF1A1A is specifically used as an ac input module.

The Speedtronic system performs such various functions as air, fuel, and emissions control, shutdown and cooldown, sequencing of turbine auxiliaries for startup, sequencing of turbine fuel, and synchronization and voltage matching of the generator and system. It can also protect against adverse and unsafe operating conditions.

The DS3800DBPF1A1A is a very small motor board designed to plug into a larger board as an auxiliary. It is marked HFW 1K 48 218A. The DS3800DBPF1A1A has a 58614 communications relay. It has a drill-out hole located in each corner of the board.

Before installing the DS3800DBPF1A1A we recommend reviewing the original datasheet and manual published by GE for this series. A circuit map is printed on the top of this unit to help with installation, but a wiring guide is also recommended. Only qualified electrical personnel should install, maintain or service this or other Speedtronic Mark IV components. Please follow all installation and safety procedures recommended by the original manufacturer.

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The GE Multi Cony Coordinator Auxiliary Board DS3800DCCB features 6 resistor capacitors with identifiers. The IDs are CEMF, IOC, VMTR, IMTR, VFBH, and IFBK. The GE Multi Cony Coordinator Auxiliary Board DS3800DCCB is also populated with 1 20-pin ribbon cable that serves as the main signal connection to other components in the drive. The ribbon cable is approximately 8 inches in length and it is permanently attached to the board. It plugs into a connector near the board in the interior of the drive.

Because of the short cable length and the tight space inside the drive you might attempt to pull the board out of the drive and tug the ribbon cable out with it. However, the ribbon cable is easy to break and cause the fine wires in the ribbon cable to break away from the plastic connector. If the connection is broken the signal will not be completed. To save the ribbon cable from damage, always hold the connector at the end of the ribbon cable when you disconnect it. When you are ready to connect it, also hold the connector at the end of the ribbon cable. Align it with the connector and press it into the connector on the board.

If you have reason to believe the ribbon cable is damaged, inspect the connector at the end of the ribbon cable and look for evidence that the connection is broken. You might see extra space where the wires have pulled away from the connector.

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The GE Multi Cony Coordinator Auxiliary Board DS3800DCCB1C1C features 6 resistor capacitors with identifiers. The IDs are CEMF, IOC, VMTR, IMTR, VFBH, and IFBK. The GE Multi Cony Coordinator Auxiliary Board DS3800DCCB1C1C is also populated with 1 20-pin ribbon cable that serves as the main signal connection to other components in the drive.

The GE Multi Cony Coordinator Auxiliary Board DS3800DCCB1C1C will provide reliable service when properly installed in the drive. However, the need might arise for you to replace the board. To do that requires some consideration and planning before you start. To prevent electric shock and burn, you must remove all power from the drive as the first step.

The drive will have multiple sources of power and all of them can cause a safety concern if not removed from the drive. If you are not familiar with the power supplies connected to the drive, confer with an engineer or installer who is familiar with the installation of the drive. Rectifiers are used to deliver DC power to the drive and they can be disabled by a switch or by removing the fuses from it. If the drive has an AC power source, the current can be removed by moving a switch or a disabling a circuit breaker.

It is important that you use a tester device after you have removed current from the drive to verify that all power is absent from the drive. Without touching any components, use insulated probes and a reliable tester to check for power.

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The GE Printed Circuit Board DS3800DCMB features 1 40-pin connector and multiple erasable programmable read-only memory (EPROM) modules. It also is populated with 4 indicator LEDs, 7 jumpers, and 1 20-pin connector.

The EPROM modules are populated on the board to store the firmware and other code to perform the normal processing functions. When the original board from the factory arrives at your site the EPROM modules include a basic set of code that you can configure for the exact requirements of the site. The configured code instructs the drive to perform the steps you require. To configure the code there are 2 methods available for editing. One is to use the control panel on the drive to edit the configuration file. The control panel has keys that enable the operator to make small edits of the file. The control panel uses a menu of selections as the user interface. The menu selections enable the user to access the various sections of the configuration file.

The most common method to edit the configuration file is to download the file to a laptop or other device. The download is accomplished through a serial cable connected to the laptop serial port. The other end is connected to a serial port on the drive. You can also load a full function editing program on the laptop. When the editing is complete, upload the file back to the drive using an upload function available from the drive control panel.

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The GE Printed Circuit Board DS3800DCMB1C1B features 1 40-pin connector and multiple EPROM modules. It also is populated with 4 indicator LEDs, 7 jumpers, and 1 20-pin connector. The ID of the jumpers are suffixed with JP and end with a one-digit number. For example, JP1, JP4, and JP9 are IDs of 3 jumpers. When you replace the board use the IDs to move the jumpers on the replacement board to match the positions on the old board.

There are some important factors to consider when you replace the board relating to the jumpers. When the original board is received from the factory and installed in the drive, the jumpers are set to configure the board for use at the site. Best practice is to review the configuration options with the engineers, management, and operators at the site and decide on the configuration settings to use. Place the board on a clean desk or workbench and use a wrist strap to guard against static buildup. Set the jumpers as required by the site.

The default setting is the position of the jumper when the board is received from the factory. It is the most common setting used for the jumper. The 3-pin jumpers have only 2 valid positions. One position is when the jumper covers pins 1 and 2. The other position is when the jumper covers pins 2 and 3. To move the jumper pull the jumper from the pins it covers. Then, align the jumper with the appropriate pins and press the jumper over the pins. The jumper make a signal connection between the 2 pins it covers.

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The GE Printed Circuit Board DS3800DCMB1D1B features 1 40-pin connector and multiple EPROM modules. It also is populated with 4 indicator LEDs, 7 jumpers, and 1 20-pin connector.

The LEDs indicate processing activity on the board. One LED is assigned the ID TXDA and it flashes when the board is transmitting signals. One LED is assigned RXDA and it flashes when the board is receiving information from another board or device in the drive. The IDs of the other LEDs are DTSA and CDA. The LEDs are useful to the drive operator because at a glance the operator can see that processing activity is taking place when the LEDs are flashing. If the LEDs are not flashing and the board is receiving power, it means that a problem might exist with the board. One troubleshooting step is to use the diagnostic tools available on the drive to determine the health of the board. The diagnostic tools are available from the user interface of the drive control panel. From the control panel you can also upload and down files using a serial connection between a laptop and the drive.

The diagnostic report gives a list of all the errors and warning issued by the drive. It also lists the trip conditions encountered by the board. Trip condition automatically shut down the drive when a threshold is exceeded. They are designed to protect the drive from damage. For example, if the interior of the drive is hot enough to damage components, the drive automatically shuts down and gives the drive an opportunity to cool down. Another trip condition is overcurrent, which is generated when the drive is receiving too much current.

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The GE Printed Circuit Board DS3800DCMB1D1C features 1 40-pin connector and multiple EPROM modules. It also is populated with 4 indicator LEDs, 7 jumpers, and 1 20-pin connector. The 40-pin connector is the primary cable by which signals are transmitted from the board and also received by the board. The ribbon cable is approximately 8 inches long because it is engineered to plug into a connector that is only a short distance from the board when it is installed in the drive. A maximum of 40 separate signals can use the cable for transmitting and receiving.

The ribbon cable is easily damaged, so before you unplug it consider the following information. To unplug a ribbon cable, do not tug the cable because it will separate the ribbon cable from the connector. This is the case because the fine wires that comprise each connection are easily separated from the plastic connector. Instead, place your hand on the connector and pull it away from the board to disconnect it. To reconnect the ribbon cable, use one hand to hold the connector at the end of the ribbon cable and align it with the connector on the board. Press it into the connector when you are ready.

Once the board is installed and the drive is operational, you can view the LEDs to monitor the operation of the board. The IDs of the 4 LEDs are TXDA, RXDA, DTSA, and CDA. When the LEDs are flashing, it shows that processing is taking place

","meta_title":"GE GENERAL MARK IV BOARD","meta_description":"GE GENERAL MARK IV BOARD","keywords":"GE GENERAL MARK IV BOARD","series_page_description":"GE GENERAL MARK IV BOARD","quote_description":null,"inventory_notes":"","cross_reference":"","created_at":null,"updated_at":null,"prod_pdf":[]},{"id":11754,"part_number":"DS3800DCMC","revision_type_id":1,"series_id":114,"stock_level_id":8,"repair_time_id":1,"stock_level_text":"Call","repair_time_text":"24 Hours","weight":null,"recond_stock":0,"new_stock":0,"recond_price":"0.00","new_price":"0.00","max_oversell":0,"description":"REGULATOR CARD PCB GE","short_desc":"The DS3800DCMC is a GE PCB Regulator Card in the Speedtronic Mark IV series ","content":"

The DS3800DCMC is a motor field board PCB or printed circuit relay manufactured as part of GE's Speedtronic Mark IV series. The Mark IV emerged due to a need for a gas and steam turbine control system that would experience fewer disruptions and downtime. Due to the intentional redundancies and interconnection between chipsets, the Speedtronic Mark IV shifts control responsibilities when one PCB experiences an issue, but the entire system continues to run. This allows the operator to fix the problem without interruption to the system. The DS3800DCMC is designed as a regulator card.

The DS3800DCMC has the following specifications:

Two 13-pin I/O connectors located side by side on the middle of one long side of the card. Both connectors are male.
Two LED displays to the right and left of I/O connectors. Both displays are labeled TXDA, RXDA, CTSA, DSRB.
factory-drilled mounting holes at each corner
One ribbon cable, located on the opposite long side from the I/O connectors.
Five plug ports, located next to ribbon cable, running parallel to the long side of the board. These are labeled P1, P2, P3, P4, and P5.
One communication relay, located near one of the LED displays.
Three jumper switches. These are located near the communications relay, and one near each of the 13-pin I/O connectors.
"Spare"--behind the second LED display are two lines of 8 sets of PTH (plated through-holes,) to serve as extra contact points as necessary.
Capacitors. There are thirty-nine capacitors
Integrated circuits. There are sixteen integrated circuits.
One Eprom

AxControl recommends using the original data sheet or manual from GE for all safety procedures and proper installation guidelines.

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The DS3800DCMC1C1C is a printed circuit board (PCB) manufactured by GE as part of their Speedtronic Mark IV system, which is a steam and gas turbine control structure specifically designed to reduce forced outage time caused by sensor failure. The Mark IV has many interconnected microprocessors with interconnection and intentional redundancies; when one board has an issue, the Mark IV automatically shifts the load to other boards and the Mark IV continues to run. This allows the problem to be fixed with zero interruption to the system.

The DS3800DCMC1C1C has two male I/O connectors located on its front long side. These connectors are both 13-pin and sit next to each other on the board. The board is factory drilled in each corner for mounting, but also has five plug ports labeled P1 to P5 in the back upper corner. The DS3800DCMC1C1C has two LED displays located in the two front corners. Each of these is labeled TXDA, RXDA, CTSA, and DSRB. There is one ribbon-cable connector on the rear of the board opposite the I/Os.

The DS3800DCMC1C1C has three jumper switches located around the board (near the comm relay and the I/Os.) There are PTH (plated through holes) located behind one of the LED displays, to serve as extra contact points as needed (sixteen sets in two lines of eight.)

The DS3800DCMC1C1C has sixteen integrated circuits and thirty-nine capacitors. It has one Eprom.

Technical support for the DS3800DCMC1C1C was originally provided by the manufacturer. AxControl suggests referencing GE's data sheet and/or manual for all installation and safety guidelines.

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The DS3800DCRA is a Gas Turbine Card from General Electric (GE) Mark IV Speedtronics line. The DS3800DCRA is a large board featuring many pieces. This board has thirty variable resistors or Potentiometers. Twenty-eight of them can be identified by the black circular knob on them. Each of the knobs has a small arrow in the top. Each knob is labeled zero to one-hundred and has hash marks that are at ten-degree intervals. One of the variable resistors is a small blue rectangle and can be adjusted with a small screw on the front of it. The final variable resistor is a small red square with a silver knob on the front. The variable resistors can all be adjusted individually to control how much energy can flow through the circuit board at any given time. There are twenty-one Jumper ports that have a small blue cover. These Jumper ports are a cluster of three prongs and can be adjusted by the blue covers. The covers change how the direction the energy flows through the board. The DS3800DCRA also has thirty-one small gold towers. Each tower has a small screw on top. The towers allow the operator to add diodes, capacitors, and resistors as needed. The DS3800DCRA also has fifteen large red diodes, eighteen small black diodes, and three smaller reddish brown diodes. The DS3800DCRA also has two polypropylene capacitors. The DS3800DCRA also has two male connector ports and the left side of the board to connect to other circuit boards.

Call AX Control to get your quote today.

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The GE Auxiliary Drive Interface Control Board DS3800DDIB features 8 trimmer resistors and 2 jumpers. The GE Auxiliary Drive Interface Control Board DS3800DDIB also is populated with 9 test points and 12 resistors. The IDs of the trimmer resistors are VCAL, VMET, MVC, IFC, IFM, IAC, TIA, and IAM. The trimmer resistors enable the installer to calibrate the board to the specific requirements of the drive. A small flat blade screwdriver is required to adjust the components. The use of a tester device is also required to make the adjustments. The installer will adjust the trimmer resistor and test multiple times until the desired results are indicated.

When the board is installed, it is best practice to record the settings of the circuits so that if the board must be replaced, the replacement board can be calibrated to the same specifications. Keep the settings with the other important information concerning the board. This includes the serial and model numbers, and the instructions for contacting customer support.

When you are ready to replace the board, have on hand a tester device that is calibrated for the testing being performed and inspect the probes to ensure they are in good condition. Also check to make sure they are compatible with the tester. Place the replacement board on a flat and clean surface and use the test points for testing the various circuits on the board. Each trimmer resistor is used to adjust a specific circuit. When all the circuits match the settings on the original board, you are ready to install the replacement board.

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The GE Auxiliary Drive Interface Control Board DS3800DDIB1B1C features 8 trimmer resistors and 2 jumpers. The GE Auxiliary Drive Interface Control Board DS3800DDIB1B1C also is populated with 9 test points and 12 resistors. The resistors that populate the board are permanently embedded on the board and are assigned IDs. The ID have a suffix of R followed by a numerical value. Some samples are R1, R2, and R3. The resistors are each part of a circuit on the board.

The troubleshooting opportunities of the board are limited to using the test points. The IDs of the tests points begin with TP which is followed with a number. Together, the suffix and the number create a unique ID. Some examples are TP3, TP4, and TP5. There are several ways to learn what circuits each test point is associated with and what the results of testing represent. However, the easy source of information is to use the printed manual that is shipped with the board. It describes how to install the board, as well as how to use the test points. It also provides information on the warranty and other important information.

Limit the use of the test points to those who are qualified to using a tester device and have a basic knowledge of the board and the drive it is installed in. The results of the testing might indicate that the board an be repaired. However, you must have a spare board available to install in the drive or the drive will be idle during the repair.

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The GE Auxiliary Drive Interface Control Board DS3800DDIB1C1C features 8 trimmer resistors and 2 jumpers. The GE Auxiliary Drive Interface Control Board DS3800DDIB1C1C also is populated with 9 test points and 12 resistors. The trimmer resistors are referred as trimpot board components and are used to adjust the the circuits on the board. VCAL, VMET, IAM, TIA, IFM, and IFC are some of the identifiers associate with the trimpot components. Each has a small turning screw that you can use to fine tune the board. To do that you use a tester device to test each circuit. The installer turns the screw on the trimpot to attain the results you require.

To gain knowledge about which trimpot is associated with a particular circuit, review the information provided when you receive the carton in which the board arrives. When you open the carton, gather all the printed material and put it aside in a safe place. Store it along with the model and serial number printed on the shipping label. If you ever have need to call for customer support, having the model number and serial number will speed up the phone call and enable the support personnel to provide accurate information.

The information will also describe the trimpot components and what circuit each trimpot is connected to. In that way, you can know which trimpot component to adjust to modify the signal in a particular circuit. At the same time, you can use a tester to monitor how the adjustments change the signals in the circuit.

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The GE Div Multi Auxiliary Board DS3800DDMA features 20 single pin connectors and 7 trimmer resistors. It also is populated with terminals for attaching components, such as resistors or capacitors. The GE Div Multi Auxiliary Board DS3800DDMA serves as a daughter card that adds capacity or functionality to another board in the drive. The single pin connectors are comprised of connectors that can attach to matching pins attached to cables. The cables originate on another board or device on the drive. To attach a cable to a single pin connector, slide the pin into the single pin connector until it is fully seated. To remove a cable, pull it straight out of the single pin connector.

Some of the IDs assigned to the trimmer resistors are TSTVLT, DIV1, DIV2, and MULTI1. The trimmer resistors have an adjustment screw that a qualified installer or servicer can adjust to fine tune the performance of the board circuits. The installer or servicer can use a tester devices to gauge the performance of the circuit and adjust the trimmer resistor to improve the performance of the board.

You must consider the trimmer resistors when you replace the board because you must set the trimmer resistors on the replacement board to match the settings on the old board. First, when the original board is calibrated to your satisfaction, write down the testing results for each circuit and store them in a safe place. Then, before you install the replacement board, set the trimmer resistors so that the circuits provide the same testing results.

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The GE Div Multi Auxiliary Board DS3800DDMA1A1A features 20 single pin connectors and 7 trimmer resistors. It also is populated with terminals for attaching components, such as resistors or capacitors. The GE Div Multi Auxiliary Board DS3800DDMA1A1A serves as daughter card that adds capacity or functionality to another board in the drive. If you decide to replace the board, it is best practice to remove the GE Div Multi Auxiliary Board DS3800DDMA1A1A and the board to which it is connected.

The daughter card is populated with the functionality designed to bolster the processing and resources of the board it is connected to.

When you are ready to adjust the trimmer resistors, there are several considerations to keep in mind. The IDs assigned to the trimmer resistors are printed on the surface of the board. To adjust the trimmer resistors, use a tester device to gauge the signals produced by the circuit the trimmer is assigned to. When the signals are at the level you expect, you are finished adjusting the trimmer.

Other configuration settings are made to the board by moving the jumpers on the board. The board has 2 jumpers. The ID of 1 jumper is JP1 and the ID of the other jumper is JP2. The jumpers are 3-pin jumpers which describes the number of pins associated with the jumpers. You can insert the jumper over pins 1 and 2 or pins 2 and 3. The board will process differently depending on which pins are covered by the jumper.

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The GE Div Multi Auxiliary Board DS3800DDMA1A1B features 20 single pin connectors and 7 trimmer resistors. It also is populated with terminals for attaching components, such as resistors or capacitors. The GE Div Multi Auxiliary Board DS3800DDMA1A1B serves as daughter card that adds capacity or functionality to another board in the drive.

The trimmer adjuster enables a servicer or installer to calibrate the board to function exactly as needed for use in the drive. A small flat-blade screwdriver is required to adjust the trimmer resistor. The trimmer adjuster is referred to as a trimpot. The technician uses a tester to gauge the signal in the circuit and adjusts the trimpot for the proper signal strength.

Another way to change the processing of the board is to add and replace components that populate the terminals. The terminals are designed for a technician to add components such as resistors and capacitors. Only a qualified technician should attempt to add or replace components in the terminals. To add a component, loosen the screws on top of both terminals that you plan to add a component between. Insert the lead wires in the terminals and tighten the screws. Do not over tighten the screws to void damaging the component or the terminal screws.

When you are handling the board to adjust the trimmer adjuster or adding or replacing components in the terminals, place the board on a clean and flat work space, such as a table or workbench. Always wear a wrist strap to protect against static build up.

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The GE LCI Exciter Control Board DS3800DECA features 1 20-pin ribbon cable and 5 trimmer resistors. The GE LCI Exciter Control Board DS3800DECA1B1B also is populated with 4 jumpers, 1 potentiometer, and 4 test points. Each jumper is assigned an ID that is silkscreened on the surface of the board. The IDs are adjacent to each jumper on the board. The ID include the suffix BJ and is followed with a number. Some of the IDs are BJ1, BJ2, BJ3, and BJ4. When the original board is installed in the drive by an installer, the jumpers are used to configure the board to process information to obtain the results required for the drive. The full description of the jumpers is included in the printed material shipped with the board.

When you replace the board, it is not necessary to review the description of each jumper and review the full explanation provided in the written material. Instead, view the old board and document how each jumper is set. Each jumper has only two possible positions. The jumper can cover pins 1 and 2 or pins 2 and 3. While you wear a wrist strap move the jumpers on the replacement board to match the jumpers on the old board.

The GE LCI Exciter Control Board DS3800DECA1B1B is designed to provide maximum flexibility by the use of 1 potentiometer and 5 trimmer resistors to adjust the signal processing. You must configure the replacement board to provide the same signal processing as the old board before you install it.

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The GE LCI Exciter Control Board DS3800DECA1B1B features 1 20-pin ribbon cable and 5 trimmer resistors. The GE LCI Exciter Control Board DS3800DECA1B1B also is populated with 4 jumpers, 1 potentiometer, and 4 test points.

The 20-pin ribbon cable is mounted on the board to provide a connection from the board to the drive. It is approximately 8-inches in length and attaches to a 20-pin connector that is located close to the board. Some of the 20 signals originate in other boards. Other signals are transmitted by the board to other devices and components in the drive. In general, signals are received by the board for processing then sent to still other boards and devices for further processing.

When you remove the board you must first disconnect the 20-pin ribbon cable. If you attempt to tug the ribbon cable out of the connector, it is easy to damage and break the connection between the fine strands of wire and the plastic connector at the end of the cable. When you install the replacement board, make sure the ribbon cable is fully seated. You can visually inspect it for space between the connectors. To make sure the connection is complete, firmly press on the connector.

The potentiometer has a dial that enables you to adjust the signal properties in the circuit. When you are preparing to replace the board, use a tester to match the signal properties before you install it. Adjust the dial to match the properties of the old board and the replacement board.

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The GE Excitation Power Board DS3800DEPB features 1 20-pin ribbon cable and 5 10-pin connectors. The GE LCI Exciter Control Board DS3800DECA1B1B also is populated with 4 terminals for adding components, and 2 trimmer resistors.

Some of the IDs for the 10-pin connectors are JA-RUN, CAL1B, and JB-COM. Because there are 5 of the 10-pin connectors it is important that you identify the right ribbon cable to connect to each connector. If you install the board but not connect the ribbon cable to the right connectors, it will require you to shut down the drive and plug the ribbon cables into the correct connectors. This will cut drive productivity and inconvenience operators who work on drives in the surrounding area.

Instead, mark on each cable the ID of the connector it is connected to. It will make installation of the replacement board fast and easy.

The 20-pin ribbon cable cannot be removed from the board and it serves as the connection to the drive. It is important that you make sure it is fully seated in the connector. To do that, press firmly on the top of the connector to ensure the connection is tight. If you see space between the connectors, it might indicate that somes pins are not fully connected.

When you connect the 10-pin ribbon cables, it is important that you route the cables correctly. That is, don’t route them with power cables that can interfere with the signals the ribbon cables carry. Also, keep them from blocking air flow in front of the vents or other heat-generating components.

","meta_title":"GENERAL ELECTRIC MARK IV PC BOARD","meta_description":"GENERAL ELECTRIC MARK IV PC BOARD","keywords":"GENERAL ELECTRIC MARK IV PC BOARD","series_page_description":"GENERAL ELECTRIC MARK IV PC BOARD","quote_description":null,"inventory_notes":"","cross_reference":"","created_at":null,"updated_at":null,"prod_pdf":[]},{"id":16412,"part_number":"DS3800DEPB1A1A","revision_type_id":1,"series_id":114,"stock_level_id":1,"repair_time_id":1,"stock_level_text":"In Stock Ships Today","repair_time_text":"24 Hours","weight":null,"recond_stock":1,"new_stock":0,"recond_price":"0.00","new_price":"0.00","max_oversell":0,"description":"GENERAL ELECTRIC MARK IV PC BOARD","short_desc":"GE Excitation Power Board DS3800DEPB1A1A","content":"

The GE Excitation Power Board DS3800DEPB1A1A features 1 20-pin ribbon cable and 5 10-pin connectors. The GE LCI Exciter Control Board DS3800DECA1B1B1A1A also is populated with 4 terminals for adding components, and 2 trimmer resistors.

The 20-pin ribbon cable is not removable from the board. Instead, it is permanently attached to the board and serves as the main connection to the drive. It is 6-inches in length and is designed to attach to a connector situated in the interior of the drive. Command signals are carried in the 20 separate strands of wire. Some of the signals are received by the board while others are sent from the board to other boards and devices.

There are several steps you must take to protect the 20-pin ribbon cable when you remove the board from the drive. First, disconnect any of the 10-pin cables and move them temporarily out of the way. Then, grasp the 20-pin connector with one hand and gently unplug it. Use one hand to remove the 4 screws that secure the board in the rack. Use your other hand to hold the board in place. When all the screws are removed, remove the board from the drive. The 20-pin ribbon cable can be damaged if you hold the board and tug the board to disconnect the ribbon cable.

The board is 6-inches in length and 2-inch in height and the interior of the drive is equipped with a location specifically designed for installation of the board.

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The GE Excitation Power Board DS3800DEPB1A1B features 1 20-pin ribbon cable and 5 10-pin connectors. The GE LCI Exciter Control Board DS3800DECA1B1B1 also is populated with 4 terminals for adding components, and 2 trimmer resistors.

The GE Excitation Power Board DS3800DEPB1A1B is installed in a drive that can be shut down automatically if the interior of the drive becomes too hot. As a protective feature, if the drive temperature rises above a threshold, the drive automatically shuts down. The automatic shutdown is referred to as an over temperature trip condition. Other trip conditions can also shut down the drive. If too much current enters the drive, an over current condition can automatically shut down the drive. An overload conditions occurs when the workload stresses the motor and other moving parts.

To avoid an over temperature condition, you must carefully plan the installation of the drive. The drive must be located in a room with cool air in an environment that is free of oil, dust, and harsh chemicals. Make sure that open space is available on all sides of the drive. This allows air to more freely and carry heat away from the drive. If fans are required to keep the room cool, make sure enough fans are available and that they are in good working condition. In some environments, hoods are installed to draw heat away from a drive and other devices. Make sure the hoods can move the heat away rapidly and that they exhaust the warm air away from the room.

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The GE Excavator Ref Board DS3800DERB features 24 single-pin connectors and 8 trimmer resistor components. The GE Excavator Ref Board DS3800DERB also is 5-inches in length and 2-inches in height.

The 24 single-pin connectors can support up to 24 separate cables and due to the large number of cables consideration must be made to route the cables to avoid problems. The drive generates heat while under normal working conditions and it depends on a supply of cool air to keep all components in the interior of the drive cool. To keep the temperature within a normal range, air enters the drive at the bottom through air vents and removes heated air surrounding the components before exiting the drive at the top. Due to the large number of cables connected to the board, the air might be blocked from cooling the drive. Make sure the air vents are not blocked by the cables and that the cables don’t block cool air from reaching components.

Keep the cables routed along the outside edge of the drive interior and away from any power cables. The power cables will radiate energy that will interfere with information carried by the signal cables. If the signals are interfered with, inaccurate signals will degrade the accuracy of the signals received by the board and transmitted to other boards in the drive.

If the drive overheats, the drive might reach the overtemperature threshold and automatically shutdown. This is called a trip condition that is a safety feature to prevent damage to the board.

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The GE Excavator Ref Board DS3800DERB1B1A features 24 single-pin connectors and 8 trimmer resistor components. The GE Excavator Ref Board DS3800DERB1B1A also is 5-inches in length and 2-inches in height.

The single-pin connectors attach to cables with male pin connectors. Each single-pin connector is designed to carry a specific signal so it is important to refer to the documentation that is available about the board for information about the single-pin connectors and what cables to attach to them. Each single-pin connector is assigned an ID. As you review the documentation about each single-pin connector, use the ID as a reference between the description and the board. To connect a single-pin cable insert it into the connector until it is securely attached to the connector. To remove it from the board, hold it by the connector and pull it out of the connector.

To prepare to replace the board, if the original board has stopped processing or is exhibiting intermittent problems, mark the single-pin cables with the ID of the connector it is attached to. You might plan to use tags on which to write the ID. Another strategy is to use masking tape wrapped around the cable as a surface for writing the connector ID.

When you are prepared to reconnect the cables, connect the cables to the same connectors on the replacement board. You will find that fewer errors will occur and the drive can be restarted without problems. It will also reduce the amount of time the drive is offline.

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The GE Regulator Board DS3800DFCD features 17 single-pin connectors and 3 potentiometers for adjusting the current. The GE Regulator Board DS3800DFCD also is populated with 4 jumpers and multiple test points. The IDs of the potentiometers are LOGIC, VOLT, and AMMETER. You can adjust the potentiometers from 0 to 100 using the dials. Only a qualified individual should adjust the potentiometers to avoid damage to the board. The servicer or installer must have a calibrated tester on hand when the adjustments are made. It is best practice to adjust 1 potentiometer at a time. Once the correct adjustment is made for 1 potentiometer, move on to another potentiometer. Keep in mind that, the potentiometers enable you to adjust the amperage, voltage, and other aspects of the circuits.

To use the tester to adjust the potentiometers, touch the probes to the test points on the board and at the same time turn the dial of one potentiometer. It is best practice to record the setting and keep it with the other important information about the board. When you install a replacement board, before you install it, set the potentiometer to the same settings as the defective board. To be sure that the setting is right, use a tester to verify that the circuit readings are the same.

The jumpers on the board enable the installer or servicer to configure the board. The IDs of the jumpers are suffixed with the letter J and prefixed with the letter F. The middle position is reserved for a numeric value. For example, J1F, J6F, and J7F.

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The GE Regulator Board DS3800DFCD1B1B features 17 single-pin connectors and 3 potentiometers for adjusting the amperage. The GE Regulator Board DS3800DFCD1B1B also is populated with 4 jumpers.

Opportunities for troubleshooting the board are limited because of the lack of test points and indicator LEDs. If you have a need to trace a problem that seems to originate with the GE Regulator Board DS3800DFCD1B1B you can run the diagnostic programs available with the drive. The diagnostics programs produce a report that describes the operation of the boards and other components. To start the diagnostic programs, you use the control panel which has a menu-driven user interface. Use the keys on the keypad to locate the menu item and select it.

You can view the report on the control panel two-line display or download it to a laptop. The drive has a serial port to which you can connect a serial cable for downloading the report. It is possible to store multiple diagnostic reports on the laptop and compare them as you diagnose an issue on a drive.

The serial cable should be less than 6 feet long and must have the proper connections for use on the serial ports. Use a menu selection on the control panel user interface to initiate the download function. When the download is complete, a message displays on the 2-line display. Make sure the serial port on the laptop is properly configured. Use the setup utility on the laptop to check the configuration if you are unable to complete the download.

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The GE Firing Circuit Board DS3800DFCF features 17 single-pin connectors and 3 potentiometers for adjusting the current. The GE Firing Circuit Board DS3800DFCF also is populated with 7 jumpers. The GE Firing Circuit Board DS3800DFCF is installed in a high-voltage drive that can cause a serious electric shock to anyone who touches components inside while the power is present in the drive. Electric burns can also occur. Besides the dangers of electric current, the powerful motor and other moving parts can injure individuals. For these reasons, servicers and all qualified individuals must take precautions before starting any service or maintenance procedures.

First, examine the floor surrounding the drive and determine if it is moist from condensation or has standing puddles of water. Clean up any water and if condensation is a problem, use dehumidifiers to prevent condensation from building up. Inspect the area for ungrounded electric cords. Remove any ungrounded electric wires because of the danger from electric shock. No ungrounded devices should be in the area surrounding the drive also. Clean up oil or grease on the floor with detergents. The oil and grease present a hazard while working on the drive.

Locate all the emergency electrical shut off devices that shut off power to the drive. You should understand that multiple sources provide current to the drive and that the drive is not safe to touch until all power is removed. Make sure the emergency cutoffs are in good working order and that they are easily accessible in an emergency situation.

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The GE Firing Circuit Board DS3800DFCF1A1B features 17 single-pin connectors and 3 potentiometers for adjusting the current. The GE Firing Circuit Board DS3800DFCF1A1B also is populated with 7 jumpers.

Cables with the male single-pin connector attach to the single-pin connectors on the board. The connectors provide command signals to the board for processing. Some of the single-pin connectors transmit signals to other boards after processing. The written installation guide describes what signals to connect to the single-pin connectors. Once you have completed the cable connections, it is best practice to make notes on how the cables are attached to the single-pin connectors. If it is necessary to replace the board or remove it for repair, you can easily reconnect the single-pin cables.

Because the board might have a maximum of 17 single-pin cables connected to it, you must consider the proper method to route the cables in the interior of the drive. The 17 cables bundled together can block the flow of air through the interior of the drive. The drive uses the free flowing air to remove the heat generated by the components. Route the cables along the outside edge of the interior of the drive. This will allow the cool air to remove the heat. Also keep the cables from blocking the openings in the drive that allow the air to enter and exit the drive. The cool air enters the drive at the bottom and the heated air exits at the top of the drive.

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The DS3800DFPF is part of the Mark IV Speedtronics series by General Electric (GE). The DS3800DFPF features eleven blue colored resistors. Each resistor has different colors on it to show the amount of energy that can flow through each one. There are also seven light blue diodes and two light grey diodes. There are also two large silver diodes and two large black diodes. There are also two long ten prong capacitors on the DS3800DFPF. The DS3800DFPF also has two red-colored rectangular capacitors. There is eight golden prong terminal with silver contact points on the top and bottom of the prongs. The DS3800DFPF also has four EEPROM which holds the circuit boards programming. The EEPROMs are not able to be re-programmed. The DS3800DFPF also has two ribbon harnesses. The one along the upper edge of the board is larger. The top one has a light blue plastic connector that holds it to the board and a black terminal on the other end. The second ribbon harness is smaller and has a black plastic connector the attaches it to the board and a small black connector that attaches to another board. The circuit board itself is a pale green. Each piece on the board is identifiable by its dark metallic green markings. The circuit board number DS3800DFPF is stamped on the board along with General Electric’s label with U.S.A underneath to show where it was made.

AX Control is here to help. Call our professional team today. Get your quote today.

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The DS3800DFPF1B1C is part of General Electric (GE) Mark IV Speedtronic line. The DS3800DFPF1B1C is made up of many parts. The DS3800DFPF1B1C has General Electric's stamp with the U.S.A. underneath showing where it was made. Each module is individually labeled. The DS3800DFPF1B1C has thirteen different diodes. They range in color and size. There are black, silver, sky blue, and grey in color. The DS3800DFPF1B1C two maroon colored capacitors one is a bit larger than the other. There are also two dark yellow capacitors that are a line of ten prongs. There are four EEPROMs on the DS3800DFPF1B1C. The EEPROMs are memory cards that have the circuit boards programs in them. The EEPROMs cannot be changed or re-programmed. The energy or current flow through the board through its resistors. These resistors look similar to diodes. However, the difference is resistors have up to five colored strips on them. These strips are to identify how much energy each resistor can have flow through it. The DS3800DFPF1B1C has three different ways to attach to it's surrounding circuit boards. The DS3800DFPF1B1C has eight bronze tower ports with sixteen silver contact points around the tower ports. The DS3800DFPF1B1C also has a small ribbon wiring harness along on edge and a larger ribbon wiring harness along the opposite edge.

The knowledgeable and professional staff at AX Control is here to assist in any way we can. If you have any questions or would like a quote, please give us a call today.

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The GE Circuit Board DS3800DFPH features 1 34-pin ribbon cable and 3 trimmer potentiometers. The GE Circuit Board DS3800DFPH also is populated with multiple test points and 1 transistor-transistor logic component embedded on the board. The board is 5-inches in length and 4-inches in height and it also has 1 hole in each corner because it is designed to be mounted in a rack inside the drive. A space is available in the drive for the 4 holes to align with matching holes in the drive rack, You can use 4 screws to mount the board. Use a screwdriver to attach the screws. However, if you drop a screw while mounting the board, locate and pickup the screw before you continue. If you start the drive with a lost screw inside, the screws might create an electrical short and start a fire or cause serious injuries.

Once the board is mounted, plug in the 34-pin ribbon cable. The ribbon cable is permanently attached to the board on one end. The other end terminates in a 34-pin plastic connector. Plug the connector into the designated connector in the drive and make sure it is fully seated. If you see space between the connectors, press it so that the space closes. Only then can you be sure all connectors have made contact.

When you are prepared to remove the board from the drive, with 1 hand firmly grasp the 34-pin connector and pull it out of the connector in the drive. Do not tug the ribbon cable or put tension on the ribbon cable.

The GE Circuit Board DS3800DFPH1A1A features 1 34-pin ribbon cable and 3 trimmer potentiometers. The GE Circuit Board DS3800DFPH1A1A also is populated with multiple test points and 1 transistor-transistor logic component embedded on the board. If you have reason to suspect that the board has stopped processing and you suspect a problem with the board you can first run the diagnostic tools available on the drive.

The diagnostic tools generate a report of all the processing performed by the components. It also lists all the errors and warnings, as well as trip conditions generated by the drive. A trip condition is a serious problem that automatically shuts down the drive to prevent damage. This might be when the temperature in the interior of the drive rises above a threshold or if the drive is exposed to an overcurrent condition. From this information, a servicer or qualified person can in some cases diagnose the drive. If the board is suspected as defective, a qualified individual can use the test points to further narrow the cause of the problem. Unplug the 34-pin ribbon cable and remove the 4 screws that secure the board. Remove the board and have a testing device on hand to test the circuits on the board. There are 2 test points and so you have the opportunity to test 2 circuits.

You can have the board repaired if the problem can be pinpointed to 1 component. However, the board will remain offline while the repair takes place.

The GE Circuit Board DS3800DFPH1B1A features 1 34-pin ribbon cable and 3 trimmer potentiometers. The GE Circuit Board DS3800DFPH1B1A also is populated with multiple test points and 1 transistor-transistor logic component embedded on the board. The drive is mounted on the wall of the site and so the selection of an appropriate location must take many factors into consideration. The drive is mounted on the wall using a template for the location of mounting bolts. Use proper hardware for the mounting of the drive because it is heavy and requires sturdy installation hardware. The location must be cool and proper space must be planned for so that the drive has several inches around it for air to flow between all devices.

If devices are crowded on the wall, heat can easily build up and cause the devices to overheat. It is important to inspect the room on the other side of the wall on which you are installing the drive. If it is hot due to drives and other equipment in the room, you might have to cool the room before you install the drive. This can be accomplished in several ways. The installation of fans can force the air to move over the equipment and prevent the heat from building up. Another solution is to install vent hoods that draw heat from the equipment. The air is removed by means of fans that draw the hot air into the hood and it is exhausted from the room.

The GE Circuit Board DS3800DFPH1B1B features 1 34-pin ribbon cable and 3 trimmer potentiometers. The GE Circuit Board DS3800DFPH1B1B also is populated with multiple test points and 1 transistor-transistor logic component embedded on the board.

The GE Circuit Board DS3800DFPH1B1B is installed in a drive that requires special consideration concerning cable routing. The drive is often installed on a wall with other drives. Often other equipment is installed in the room also. All the equipment requires signal cables that carry commands and other information. The drives also require high-voltage power cabling. Also inverters are situated nearby that convert AC current to DC current for use in the drive. The high-voltage current carried by the power cables can interfere with the signal cables. This can lead to corrupted signals and loss of communications between components.

To prevent that, you must route the power cables separately from the signal cables. The higher the voltage, the further separated the cables must be routed. In some cases the power cables can be routed adjacent to the signal cables for a short length. If you are also routing fiber optic cables you can run those along with the power cables because the fibre optic cables cannot pick up the interference. They are immune to interference from high-voltage cables. One solution in some circumstances is to use shielded cable. This stops the interference from corrupting the signals.

Keep in mind that the drive often requires several sources of power so the drive will have several power cables running to it.

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The GE Circuit Board DS3800DFPH1D1B features 1 34-pin ribbon cable and 3 trimmer resistors. The GE Circuit Board DS3800DFPH1D1B also is populated with multiple test points and 1 transistor-transistor logic (TTL) component embedded on the board. The 3 trimmer resistors are also referred to as trimpots because they are a type of potentiometer. They enable the installer or servicer to fine tune the operation of the board for use in the drive. Because the board is not populated with jumpers, the trimpots are the only means of fine tuning the board. The trimpots are adjusted before they are installed. To adjust them, use a sharp bladed instrument to open the sealed static protective bag the board is packaged in. Wear a wrist strap and remove the board from the bag. Flatten the bag and lay out the board on top of the bag on a desk, table, or bench.

Have on hand a suitable testing unit to test each circuit and adjust the trimmer resistors for each circuit. Only a qualified installer or servicer will have the knowledge to properly fine tune the board. Another component of the board is a TTL and it serves as the interface logic between integrated circuits.

To install the board once the trimpots are adjusted, have on a hand a screwdriver and the 4 screws with which you plan to secure the board in the drive. Use 2 hands to pick up the board and carefully position it inside the drive. Use one hand to hold the screw in place and with the other hand tighten the screws.

The DS3800DFXB is a part of the Mark IV Speedtronic series by GE. The DS3800DFXB has three (3) dark yellow capacitors each capacitor having ten (10) prongs. The circuit board has a single (1) silver constant diodes. The board also has four (4) teal blue diodes. The regulator boards purpose is to have a point of a continuously secure output voltage, regardless of a fluctuation in the input or load voltage. The DS3800DFXB features EEPROM. An EEPROM (electronically erasable programmable read only memory) has but to do only a certain task. There are three (3) EEPROM. The DS3800DFXB also has sixteen (16) metal tabs. The metal features along the right-side edge of the circuit board are to allow for new components, resistors, capacitors etc. to be fixed to the board, to assist how it functions. There is a wiring harness along the lower edge of the board. This harness has a blue plastic connector that connects it to the circuit board. The wiring harness is mostly grey in color and has dark red stripes. There is a female port with twenty-six openings attached to the ribbon harness. Every component on the board is labeled with white letters and numbers. Each component also has an outline of a thin white line. The part number DS3800DFXB is printed on the board.

AX Control takes great pride in our customer service and the way our products are handled. Each circuit board is carefully wrapped in a static bag and careful padding. Call AX Control to get your quote today.

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The DS3800DFXB1B1B is part of the Mark IV Speedtronics series by GE. This board is used as a regulator. A regulator is used as a constant output voltage point, regardless of any input energy fluctuation. The DS3800DFXB1B1B has grey and red wires with a female connector along the lower part of the board. A blue connector attaches the wires to the board. The EEPROMs of this regulator vary in size one (1) has fourteen metal tabs the other two (2) have eighteen (18) metal tabs, that attach it to the circuit board. The smaller EEPROM is labeled U4, the first longer EEPROM in the middle is labeled U1 and the EEPROM on the far left is labeled U2. In between the EEPROMS are yellow strips that are connected to the board with ten (10) metal tabs. These yellow strips are called capacitors. Each capacitor is labeled. The one on the far left is labeled RN3, the middle capacitor is labeled RN2, and the one on the far right is labeled RN1. There is a small metal diode near the wire harness. Next to each of the EEPROM are a small pale blue diode. The diode labeled C3 is located on the far left, near the EEPROM labeled U2 is a blue diode labeled C4, the next to the right is labeled C2, and the final blue diode is labeled C5. The DS3800DFXB1B1B also has a section on it for another EPROM or EEPROM to be connected.

AX Control will ship this circuit board in a static bag to discharge any energy that may accumulate during shipping.

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The DS3800DFXB1B1C is a regulator board that is part of the Speedtronic Mark IV series of GE. The purpose of the regulator is to provide a constant fixed output voltage regardless of a change in the load or input voltage. The DS3800DFXB1B1C features three (3) electronically erasable programmable read only memory also known as an EEPROM. An EEPROM is programmed to only do a certain task and cannot be reprogrammed. The DS3800DFXB1B1C has three (3) mustard yellow ten (10) prong capacitors. The circuit board also features four (4) light teal blue diodes and silver constant diodes. The DS3800DFXB1B1C also features a section of sixteen (16) metal sections along the right-hand side of the board. That allows for new EEPROM, EPROM, or other components to be added to the board. Along the bottom of the board is a ribbon wiring harness held to the board with a light blue plastic connector. The ribbon wiring harness is grey and dark red in color. In the opposite end of the ribbon wiring harness is a black plastic connector with twenty-six (26) small female ports. Along the board, each component is outlined in white boxes and labeled with white letters and numbers, for easy identification. Along the top of the board, the part number is printed in white numbers and letters.

Each circuit board that is shipped from AX Control is placed in a static bag, and carefully packaged to prevent damage, and shipped out if a few days. Call today for a quote.

","meta_title":"REGULATOR CARD GE MARK IV","meta_description":"REGULATOR CARD GE MARK IV","keywords":"REGULATOR CARD GE MARK IV","series_page_description":"REGULATOR CARD GE MARK IV","quote_description":null,"inventory_notes":"","cross_reference":"","created_at":null,"updated_at":"2018-11-21 12:28:30","prod_pdf":[]},{"id":11775,"part_number":"DS3800DFXD","revision_type_id":1,"series_id":114,"stock_level_id":1,"repair_time_id":1,"stock_level_text":"In Stock Ships Today","repair_time_text":"24 Hours","weight":null,"recond_stock":0,"new_stock":0,"recond_price":"0.00","new_price":"0.00","max_oversell":0,"description":"TURBINE GENERATOR REGULATOR BOARD GE","short_desc":null,"content":"

The DS3800DFXD is a turbine generator regulator board by GE. This board is part of the Mark IV Speedtronics series. This Board has eighty-seven (87) separate resistors. All resistors are of different bandwidths and powers. There are twenty-four (24) teal-colored diodes. There are seventeen (17) orange glass like diodes with small black lines on the left side of the diode. There are seven (7) orange glass like diodes with small black lines on the right side of the diode. There are eight (8) EPROM which can be reprogrammed to fit the best needs of the board. There are also two (2) EEPROM which is programmed once to perform a certain task. There are five (5) polypropylene capacitors. There is a port with twenty-six (26) prongs on the long side of the circuit board. Along the upper edge is a small male port with ten (10) prongs. Along the top of the circuit board is also a wiring harness. At the end of the wiring harness is a black connector with twenty-six (26) ports. There are seven copper prongs that are referred to as jumper ports. There is a small black plastic cover that can be moved between the seven (7) ports, to change the current of the board. There are five (5) black half circles with a blue face, there are also five (5) half circles with a black face. There are also eight (8) dark yellow diodes in the center of the board.

Each Circuit board is shipped in a static bag to disperse energy.

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The DS3800DFXD1B1B is made by GE and is part of the Mark IV Speedtronic series. The DS3800DFXD1B1B is a very intricate circuit board with near two-hundred or so different components. The easily counted parts are as follows: twenty-four (24) blue-colored diodes, twenty-four (24) clear diodes with bits of orange and black coloration. There are varying sized yellow capacitors and several brownish yellow diodes. There are around ninety (90) resistors of varying ohms. There are ten (10) black partial circles all across the board. Each has a different label on the flat face. Some have a silvery blue tint to the face. There are ports referred to as Jumper pins. The worker can change the way the circuit board functions by moving a small black cover between the pair of pegs. There are multi-peg ports along the top and bottom, there is also a ribbon harness along one side of the board to allow for quick easy connection. The circuit board requires several EEPROM and EPROMs* in order to function properly. There is also has a small battery. Every component is labeled with numbers and letters for identification. The side of the board has DS3800DFXD1B1B on it. Five (5) holes are placed in different parts of the board that is for screws to secure the board in place.

The regulator boards despite power spikes and surges keep the board at an acceptable energy level.

Our skilled team at AX Control will assist with all of your needs. Please call for a detailed quote today.

*EPROM-re-programmable piece EEPROM- not a re-programmable piece.

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The DS3800DFXX is an interface card for the Speedtronic Mark IV series by GE. The interface card is what used to connect the computer to the computer's network. The DS3800DFXX interface card has well over one-hundred components. There are eighteen (18) tiny yellow diodes across the board. There are also eight larger diodes near the boards center. There are twenty-two orange diodes with black markings. The board has six light blue diodes. The DS3800DFXX also features five light yellow capacitors of different sizes. The board also has five metal capacitors as well. The board also has to male ports on either side of the board for easy connection. It also features a female port on w ribbon wire. There are eight EPROM which is programmable components. The board also has two non-programmable components called EEPROM. There are seven pairs of metal prongs next to each other. These are called Jumper ports. There is a red cover that can be moved between the ports and it changes how the current flows across the board. The DS3800DFXX has around eight-seven resistors. Each has different color banding to show their power loads. There is a small battery in a corner of the board as well. There are ten black semi-circles along the board. There are five circles that allow for the board to be connected to another board or plate. Each piece on the board has a white box around it and is labeled accordingly.

AX Control prides itself on serving you.

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The DS3800DFXX1B1B is featured in GE's Speedtronic Mark IV series. The DS3800DFXX1B1B is an interface card. An interface card connects the network to the machine. This card has hundreds of pieces. The boards' components are very colorful. There are around eight-seven resistors varying in color bands. Each band has a corresponding number to show what power it can hold. The DS3800DFXX1B1B has many capacitors of a few varying sizes and colors. Some are grey and others are faint yellow. There are many different colored diodes ranging from orange and black, to greenish blue, to a mustard-like yellow color. The board also features EEPROMs and EPROMs*. There are Jumper Pins to help redirect the current as needed to make the board run as the operator sees fit, with a pinkish colored pin. There are small black towers scattered along the board with small writing on the faces of the towers. There is a mini battery in one corner as well. There are three twisted circles on the bottom left of the board. The board is easily connectable to another board or in a stationary position with three ports and screw holes on the outside of the board. The DS3800DFXX1B1B is labeled on the short edge of the board. Every piece is labeled and outlined accordingly.

Upon receiving your shipment request the, the DS3800DFXX1B1B will be placed in a static bag to prevent energy buildup. Call our wonderful team at AX Control to have your questions answered and get a Quote today.

*EPROMS programming can be changed EEPROMS programming cannot be.

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DS3800DGPA circuit board is a gas generator turbine circuit card produced by GE (General Electric) for the Speedtronic series. This card was made as part of the Mark IV turbine control system by Speedtronic.

The DS3800DGPA is a daughter board, or a small circuit board attached a bigger circuit board, extending the circuitry of a bigger circuit board. The bigger circuit board can be the system’s main circuit board, or motherboard, or it may be a bigger auxiliary board.

The rectangular green board has three (3) openings for cylinder-shaped capacitors which are labeled as C1 to C3. The board has twenty-six (26) small gold-colored square capacitors. On the board are six (6) rectangular blue and grey resistors labeled as RI to R6 along the right side of the circuit card. The circuit card contains ten (10) open places for small cylinder-shaped resistors labeled as R12 to R21. This circuit board also contains twenty-nine (29) gold-colored jumper pins which are all labeled as one (1) to twenty-nine (29) along the left side of the circuit card. These jumper pins enable the operator to change the card and to reconfigure its functions whenever needed. DCPA 6DA02 is written on the bottom side of the card. Also written on the card is its number, DS3800DGPA 6BA02 on the right side of the board.

AX Control will send the DS3800DGPA daughter board in a static bag, which gets rid of any energy accumulated during shipping to ensure user safety. All technical assistance for the circuit board must be provided by GE, the original manufacturer.

The General Electric DS3800DGPA1A1B is a generator gas turbine circuit card made for the Speedtronic turbine system series. This card is part of the Mark IV series of turbine controls by Speedtronic.

The DS3800DGPA1A1B is a daughter board, which is a circuit that is plugged into another larger circuit board and extends the circuitry of that larger circuit board. The larger circuit board may be the main circuit board, or motherboard, or it may be another secondary board, such as a sound card. The DS3800DGPA1A1B circuit card is a line driver circuit card, which is an electronic amplifier circuit used to drive a load such as a transmission line.

The green rectangular board has three (3) spaces for cylindrical capacitors labeled C1 through C3. There are twenty-six (26) small gold square capacitors. The circuit board contains six (6) rectangular blue resistors labeled RI through R6 along the right edge of the circuit card. The circuit card has ten (10) spaces available for small cylindrical resistors labeled R12 through R21. The board also has twenty-nine (29) gold jumper pins labeled one (1) through twenty-nine (29) along the left edge of the circuit card. These jumper pins allow for the user to reconfigure the card to alter its functions. The circuit card is labeled DCPA 6DA02 on the bottom edge of the card. The card is also labeled with it’s number, DS3800DCPA1A1B 6BA02 on the right edge of the board.

AX Control will ship the DS3800DGPA1A1B daughter board circuit card enclosed in a static bag, which will discharge any energy and protect the user when opening.

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The GE Regulator Turbine Control Board DS3800DGRA is designed for secure and easy installation in the drive. The board features one hole in each corner for installation using screws. The GE Regulator Turbine Control Board DS3800DGRA also is populated with 1 trimmer resistor and multiple potentiometers with dial settings. The board is also populated with multiple wire terminals and multiple jumpers.

The GE Regulator Turbine Control Board DS3800DGRA is populated with 1 trimmer resistor. The device is covered in a blue material. It has a small screw protruding from it. The technician can use it to adjust the resistance of the device to best suit the needs of the drive.

To adjust it, have on hand a fully calibrated testing device. The testing device must have probes that are designed for use with the tester. The probes must be in good working condition and have no worn or missing insulation. The tester must be a full feature device that can perform the required procedure. Place the board on a static protective pad. Make sure the work space is free of moisture, dust, and dirt. Also have on hand a small screwdriver. Adjust the trimmer resistor with the screwdriver until the desired reading is indicated on the tester device. You can drop a liquid on the trimmer resistor that hardens and prevents the screw from accidentally turning. The liquid can be removed by peeling it off. Then, the trimmer resistor can be turned again. This might be useful if the board is installed in another drive.

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The GE Regulator Turbine Control Board DS3800DGRA1C1B is designed for secure and easy installation in the drive. The board features one hole in each corner for installation using screws. The GE Regulator Turbine Control Board DS3800DGRA1C1B is populated with 1 trimmer resistor and multiple potentiometers with dial settings. The board is also populated with multiple wire terminals and multiple jumpers.

The wire terminals on the GE Regulator Turbine Control Board DS3800DGRA1C1B are assigned IDs. Some of the IDs are prefixed with C and other are prefixed with R. The prefix is followed by a numeric value. For example, C5, C29, and R74 are some of the IDs. The IDs are referenced in the printed installation guide. The guide describes the function of the wire terminals and how installing wires between the terminals changes the board processing. To use a wire terminal, have on hand a wire with bare ends that is appropriate for use as a jumper wire. Use a screwdriver to loosen the terminal screws of the terminals you want to connect. Wrap the bare wire end around the terminals and tighten the screws. Use wires that are the appropriate length and not longer than necessary.

It is best practice to record the wire terminals you have connected. Keep the written records with the other important information about the board. This includes the shipping labels that contains the model and serial numbers, and any written information included in the shipping box. This includes the installation guide, instructions about contacting customer support, and warranty information.

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The GE Regulator Turbine Control Board DS3800DGRA1E1B is designed for secure and easy installation in the drive. The board features one hole in each corner for installation using screws. The GE Regulator Turbine Control Board DS3800DGRA1E1B also is populated with 1 trimmer resistor and multiple potentiometers with dial settings. The board is also populated with multiple wire terminals and multiple jumpers.

The potentiometers on the GE Regulator Turbine Control Board DS3800DGRA1E1B require some consideration when you install the board. The board is populated with 28 potentiometers. The potentiometers adjust the resistance supplied by the device and they change the processing of the board. Each potentiometer adjusts 1 function provided by the board. The outside edge of the potentiometer turns and allows for the adjustment. Adjust the potentiometers to maximise the processing required to control the drive.

It is important that you record the settings of each potentiometer. Keep the written record with the service guide and all material about the board. Keep it with the configuration instructions about the wire terminals, the trimmer resistor, and the jumpers. If you find the need to replace the board, it is a simple task to retrieve the records and set the components to the same values. This ensures the replacement board will work the same as the original board.

The GE Regulator Turbine Control Board DS3800DGRA1E1B is also populated with 2 40-pin connectors. The connectors face out from 1 edge of the board. They are designed to connect to 40-pin ribbon cables. The connectors are fitted with retention latches.

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The GE Regulator Turbine Control Board DS3800DGRA1E1C is designed for secure and easy installation in the drive. The board features one hole in each corner for installation using screws. The GE Regulator Turbine Control Board DS3800DGRA1E1C also is populated with 1 trimmer resistor and multiple potentiometers with dial settings. The board is also populated with multiple wire terminals and multiple jumpers.

The GE Regulator Turbine Control Board DS3800DGRA1E1C receives control signals from other boards and components in the drive. Once received the signals are processed before being transmitted to other boards in the drive. It might happen that the control signals are unreadable. This can occur if the control signals are out of sequence or have been corrupted by power cable signals or interference from other equipment near the drive. The board is equipped with a restart button that can resolve the issue. When the restart button is pressed, processing ceases on the board for a few seconds. This give time for the control signals to restart and resume in sequence. However, power remains in the board during the restart. This allows the drive to start processing as soon as the board restarts.

The control signals are sent and received by the GE Regulator Turbine Control Board DS3800DGRA1E1C through the 40-pin connectors. The connectors have retention latches that hold the ribbon cable against the connector. To install a ribbon cable, swing the retention latches up and over the connector. Align the ribbon cable with the connector. Use 1 hand to press the ribbon cable into the connector.

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The GE Regulator Turbine Control Board DS3800DGRA1F1C is designed for secure and easy installation in the drive. The board features one hole in each corner for installation using screws. The GE Regulator Turbine Control Board DS3800DGRA1F1C also is populated with 1 trimmer resistor and multiple potentiometers with dial settings. The board is also populated with multiple wire terminals and multiple jumpers.

If the GE Regulator Turbine Control Board DS3800DGRA1F1C is populated with multiple jumper wires attached to the wire terminals, consider the following information. It is best practice to use short wires if possible. That is, do not use long wires that protrude from the board. The wires might restrict the flow of air over the board. Also keep the wires flat against the board if possible. Make sure the wires are securely attached to the terminals. It is best practice to pull on them to test the connection. Make sure the wires are the appropriate gauge for the current load.

If you are replacing the GE Regulator Turbine Control Board DS3800DGRA1F1C there are several factors to consider before you install the replacement board. Remove the jumper wires from the defective board and install them on the replacement board. Make sure you install them between the same terminals and ensure that the connection is secure. Keep the wires on the board surface, if possible. This will allow the fresh air to remove the heat from the interior of the drive. Another consideration is to set the jumpers to match the settings on the defective board.

","meta_title":"GENERATOR REGULATOR CARD GE MARK 6","meta_description":"GENERATOR REGULATOR CARD GE MARK 7","keywords":"GENERATOR REGULATOR CARD GE MARK 8","series_page_description":"GENERATOR REGULATOR CARD GE MARK 4","quote_description":null,"inventory_notes":"","cross_reference":"","created_at":null,"updated_at":null,"prod_pdf":[]},{"id":11787,"part_number":"DS3800DGRC","revision_type_id":1,"series_id":114,"stock_level_id":4,"repair_time_id":1,"stock_level_text":"In Stock Ships 3-5 Days","repair_time_text":"24 Hours","weight":null,"recond_stock":0,"new_stock":0,"recond_price":"0.00","new_price":"0.00","max_oversell":0,"description":"GE GENERATOR REGULATOR BOARD","short_desc":"GE Regulator Board DS3800DGRC","content":"

The DS3800DGRC is a regulator circuit board made for gas generators. General Electric made this regulator board to be part of the Speedtronic Mark IV series of gas turbine controls.

The DS3800DGRC has three large yellow cylinder-shaped capacitors, as well as two medium-sized cylinder-shaped yellow capacitors and seven small yellow cylinder-shaped capacitors. This circuit board contains one larger black connector port and one smaller black connector port. There is one switch that is red and one switch that is black on the edge of the board in the middle of the black connector ports. On one half of the board is an assortment of jumper pins with blue jumpers. These jumpers allow the operator to make any necessary changes to the board. The regulator board has a few small multicolored resistors with a striped pattern and small multicolored diodes. There are many small dark red resistors throughout the board. The DS3800DGRC regulator board is labeled in white lettering with the letters A through J on one of the longer edges of the regulator board.

The DS3800DGRC is a voltage regulator circuit board. Voltage regulators are used to manage voltage levels in an electrical system. A voltage regulators is required when unchanging voltage is necessary in a system. An unchanging voltage is created with a voltage regulator, staying constant no matter what changes with conditions and input voltage. Also, the voltage regulator performs as a buffer, as it protects the components from any damage caused by electricity.

AX Control will ship the DS3800DGRC in a static bag, which gets rid of any static electricity before the operator handles it for user safety. All troubleshooting or technical support for the GE circuit board would be handled by General Electric.

","meta_title":"GE GENERATOR REGULATOR BOARD","meta_description":"GE GENERATOR REGULATOR BOARD","keywords":"GE GENERATOR REGULATOR BOARD","series_page_description":"GE GENERATOR REGULATOR BOARD","quote_description":null,"inventory_notes":"","cross_reference":"","created_at":null,"updated_at":null,"prod_pdf":[]},{"id":11789,"part_number":"DS3800DGRC1B1C","revision_type_id":1,"series_id":114,"stock_level_id":4,"repair_time_id":1,"stock_level_text":"In Stock Ships 3-5 Days","repair_time_text":"24 Hours","weight":null,"recond_stock":0,"new_stock":0,"recond_price":"0.00","new_price":"0.00","max_oversell":0,"description":"DS3800DGRC1B1C General Electric Speedtronic Turbine Regulator Card","short_desc":"GE Regulator Board DS3800DGRC1B1C","content":"

The DS3800DGRC1B1C is a regulator circuit board for generators. General Electric produced this regulator circuit board as part of the Speedtronic Mark IV series of gas turbine controls.

The DS3800DGRC1B1C has 32 square gold capacitors on one side of the board. There are three large yellow battery-shaped capacitors, as well as two medium-sized battery-shaped yellow capacitors and seven small yellow battery-shaped capacitors. The circuit board features two black connector ports--one larger and one smaller. There is one red and one black switch on the side of the circuit board between the two black connector ports. On one side of the board is a series of jumper pins with blue jumpers. These jumpers enable an operator to changes thefunctions of the board. The board has a few small multicolored striped diodes and resistors. There are also several small dark red resistors on the board. The DS3800DGRC1B1C regulator board is labeled A through J in white lettering on one of the long sides of the rectangular board.

The DS3800DGRC1B1C is a voltage regulator circuit board. Voltage regulators are often used to regulate voltage levels for operation in a system. When reliable and consistent voltage is required in a system, a voltage regulator is ideal. A consistent voltage is generated with a voltage regulator, that staying constant despite any changes in the conditions or input voltage. Additionally, the voltage regulator functions as a buffer protecting the parts from any electrical damage.

AX Control will ship the The DS3800DGRC1B1C in a static bag, which will discharge all static energy before handling for consumer safety. Any troubleshooting and technical support for the regulator circuit board would be provided by GE.

","meta_title":"GENERAL ELECTRIC SPEEDTRONIC TURBINE REGULATOR CARD","meta_description":"DS3800DGRC1B1C General Electric Speedtronic Turbine Regulator Card - Buy, Sell, or Repair","keywords":"GENERAL ELECTRIC SPEEDTRONIC TURBINE REGULATOR CARD","series_page_description":"General Electric Speedtronic Turbine Regulator Card","quote_description":null,"inventory_notes":"","cross_reference":"","created_at":null,"updated_at":null,"prod_pdf":[]},{"id":11790,"part_number":"DS3800DGRC1C1D","revision_type_id":1,"series_id":114,"stock_level_id":4,"repair_time_id":1,"stock_level_text":"In Stock Ships 3-5 Days","repair_time_text":"24 Hours","weight":null,"recond_stock":0,"new_stock":0,"recond_price":"0.00","new_price":"0.00","max_oversell":0,"description":"GE MARK IV GENERATOR REGULATOR BOARD","short_desc":"GE Regulator Board DS3800DGRC1C1D","content":"

The DS3800DGRC1C1D is a generator regulator circuit board. The regulator circuit board was produced by General Electric for the Speedtronic Mark IV series of turbine controls.

The DS3800DGRC1C1D has 34 square gold capacitors scattered around one half of the board. There are two yellow battery-shaped capacitors--one capacitor is larger and one is smaller. The circuit board has two black connector ports. The smaller of these connector ports is labeled 87936-3 218A4637P4. On the regulator circuit board is one black switch and one red switch. There are multiple jumper pins with blue jumpers. The jumpers allow the operator to alter the functions of the board. On the board are many small multicolored striped resistors and diodes. There are also several larger solid grey and dark red resistors. The DS3800DGRC1C1D regulator circuit board is labeled with the letters A through J on one of the longer edges of the rectangular board.

The DS3800DGRC1C1D is a voltage regulator circuit board. A voltage regulator is often used when an operator needs to regulate the voltage levels in a system. A voltage regulator is preferred when consistent and reliable voltage is necessary for operation. The voltage regulator generates a fixed output voltage that stays constant for all changes in input voltage or load conditions. The voltage regulator also acts as a buffer to protect the components from damage.

The DS3800DGRC1C1D will be shipped in a static bag, discharging any static energy prior to handling for user safety. All troubleshooting and technical support should be provided by General Electric.

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The DS3800DGRC1E1C is a regulator circuit board for generators manufactured by GE for the Mark IV Series of turbine controls. The DS3800DGRC1E1C is a voltage regulator circuit board. A regulator can be used to regulate the level of voltage in a turbine system. When constant and unchanging voltage is needed, a regulator circuit board can and should be used. The DS3800DGRC1E1C maintains a sustained output voltage that doesn’t change in spite of alterations in load conditions or input voltage. A regulator like DS3800DGRC1E1C also functions as a buffer which protects the parts from electrical damage. The DS3800DGRC1E1C circuit board is shipped in a bag which would get rid of any static energy before handling to ensure the safety of the user. Any technical support for the DS3800DGRC1E1C regulator board would be provided by General Electric.

The Speedtronic Mark IV Control System was derived from the earlier Mark I and Mark II turbine control systems. Those earlier systems were based on techniques of automated turbine control, turbine protection and sequencing that emerged in the 1940s. The Mark IV control system is the result of over 50 years of learning, refinement and innovation of new technologies. The Mark IV system was created to fulfill any and all requirements for turbine controls including control of liquid or gas fuels according to the requirements of speed and load control.

The DS3800DGRC1E1C regulator board would be shipped in a bag which will dissipate any static energy prior to opening in order to protect the operator.

","meta_title":"GE GAS TURBINE CONTROL REGULATOR CARD","meta_description":"GE GAS TURBINE CONTROL REGULATOR CARD","keywords":"GE GAS TURBINE CONTROL REGULATOR CARD","series_page_description":"GE GAS TURBINE CONTROL REGULATOR CARD","quote_description":null,"inventory_notes":"","cross_reference":"","created_at":null,"updated_at":null,"prod_pdf":[]},{"id":16660,"part_number":"DS3800DGRD","revision_type_id":1,"series_id":114,"stock_level_id":1,"repair_time_id":1,"stock_level_text":"In Stock Ships Today","repair_time_text":"24 Hours","weight":null,"recond_stock":0,"new_stock":0,"recond_price":"0.00","new_price":"0.00","max_oversell":0,"description":"GENERAL ELECTRIC MARK IV AUXILLARY CARD","short_desc":"GE Auxiliary Board DS3800DGRD","content":"

The DS3800DGRD is an auxiliary card produced by General Electric as part of the Speedtronic Mark IV series of turbine controls.

The circuit board has large 100 volt cylindrical yellow capacitors, as well as medium cylindrical yellow capacitors marked with 7081A and small 80 volt cylindrical yellow capacitors. On one half of the circuit board are twenty-seven (27) black potentiometers. Potentiometers are variable resistors which are typically marked with the minimum and maximum values in Ohms. The auxiliary card features multiple jumper pins which have blue jumpers. On the board are many striped resistors and diodes in various colors as well as many solid-colored resistors and diodes. The auxiliary circuit board features two connector ports which are black on the edge of the board. The board has on red switch as well as one black switch between the connector ports. The board has several test points lined up next to the jumpers. On one half of the circuit board are many gold square capacitors.

The Speedtronic Mark IV Control System developed from its predecessors, the Mark I and Mark II systems. Those earlier systems were founded on the automation of turbine control techniques, as well as sequencing and turbine protection techniques that came about in the 1940s. The Mark IV system is the product of over half a century of the creation and refinement of new technologies. The Mark IV system was developed for the fulfillment of all requirements for controlling a turbine including controlling fuels within the requirements of speed and load control.

The DS3800DGRC1E1C auxiliary card will be shipped to the user in a bag which will dissipate any static electricity prior to operation in order to protect the user.

","meta_title":"GENERAL ELECTRIC MARK IV AUXILLARY CARD","meta_description":"GENERAL ELECTRIC MARK IV AUXILLARY CARD","keywords":"GENERAL ELECTRIC MARK IV AUXILLARY CARD","series_page_description":"GENERAL ELECTRIC MARK IV AUXILLARY CARD","quote_description":null,"inventory_notes":"","cross_reference":"","created_at":null,"updated_at":null,"prod_pdf":[]},{"id":16659,"part_number":"DS3800DGRD1C1A","revision_type_id":1,"series_id":114,"stock_level_id":4,"repair_time_id":1,"stock_level_text":"In Stock Ships 3-5 Days","repair_time_text":"24 Hours","weight":null,"recond_stock":0,"new_stock":0,"recond_price":"0.00","new_price":"0.00","max_oversell":0,"description":"GENERAL ELECTRIC MARK IV AUXILLARY CARD","short_desc":"GE Auxiliary Board DS3800DGRD1C1A","content":"

The DS3800DGRD1C1A is an auxiliary board created by GE for their Mark IV turbine control series.

The DS3800DGRD1C1A board has several capacitors of varying sizes, including 100 volt and 80 volt capacitors. Half of the auxiliary board is taken up by several black potentiometers, or adjustable resistors, often marked with the lowest and highest settings in Ohms. The DS3800DGRD1C1A auxiliary card has a series of jumper pins with blue jumpers, which allows the operator to alter the functions of the board. On the DS3800DGRD1C1A board is a variety of small striped resistors and diodes in varying colors as well as many solid resistors and diodes. The board has black connector ports along the side. The board has two switches labeled with SW1 and SW2--one red and one black--between the two connector ports. The DS3800DGRD1C1A has a line of test points beside the jumpers. Several square capacitors are located on one side of the board.

The Speedtronic Mark IV System was created from the development of the earlier Speedtronic Mark I and Mark II systems. The early Mark series’ were based on turbine control automation and the sequencing and protection of turbines have been developed over several decades. The Mark IV system is the product of decades of creating and perfecting new technologies. The Mark IV turbine system was created to fulfill the requirements of controlling turbines, including the control of fuels, within the requirements of speed and load control.

The DS3800DGRD1C1A will be shipped in a static bag will dissipate any static energy before opening for the safety of the user.

","meta_title":"GENERAL ELECTRIC MARK IV AUXILLARY CARD","meta_description":"GENERAL ELECTRIC MARK IV AUXILLARY CARD","keywords":"GENERAL ELECTRIC MARK IV AUXILLARY CARD","series_page_description":"GENERAL ELECTRIC MARK IV AUXILLARY CARD","quote_description":null,"inventory_notes":"","cross_reference":"","created_at":null,"updated_at":null,"prod_pdf":[]},{"id":17613,"part_number":"DS3800DGRD1C1B","revision_type_id":1,"series_id":114,"stock_level_id":4,"repair_time_id":1,"stock_level_text":"In Stock Ships 3-5 Days","repair_time_text":"24 Hours","weight":null,"recond_stock":0,"new_stock":0,"recond_price":"0.00","new_price":"0.00","max_oversell":0,"description":"GENERAL ELECTRIC MARK IV AUXILLARY CARD","short_desc":"GE Auxiliary Board DS3800DGRD1C1B","content":"

The DS3800DGRD1C1B is an auxiliary circuit board. This board was made by General Electric, developed as part of the Mark IV turbine control series.

Included on the DS3800DGRD1C1B board are several capacitors of various sizes, including a few 100 and 80 volt capacitors. One side of the DS3800DGRD1C1B board is occupied by several black resistors, or potentiometers, labeled in Ohms with the lowest, middle and highest settings. The DS3800DGRD1C1B auxiliary card has a series of jumper pins which come with blue-colored jumpers, allowing the operator of the board to make changes. On the DS3800DGRD1C1B board is an array of resistors and diodes in various colors. The board features black connector ports positioned on one of its sides. The board has one red and one black switch positioned between the connector ports. The DS3800DGRD1C1B has a line of test points beside the jumpers. The Speedtronic Mark IV System was generated from its predecessor Mark systems, Mark I and Mark II. The earliest Mark series were based such emerging technologies as turbine control automation, sequencing and protection, which have been improved over many years. The Mark IV system is the result of years of innovating and improving these new technologies. The Mark IV turbine was built to fulfill all the requirements of turbine control, including the controlling of fuels, with consideration given to speed and load control.

The DS3800DGRD1C1B will be shipped in a static bag, which dissipates any static energy prior to opening. Any technical support or troubleshooting required is typically managed by GE (General Electric), the manufacturer of the device.

","meta_title":"GENERAL ELECTRIC MARK IV AUXILLARY CARD","meta_description":"GENERAL ELECTRIC MARK IV AUXILLARY CARD","keywords":"GENERAL ELECTRIC MARK IV AUXILLARY CARD","series_page_description":"GENERAL ELECTRIC MARK IV AUXILLARY CARD","quote_description":null,"inventory_notes":"","cross_reference":"","created_at":null,"updated_at":null,"prod_pdf":[]},{"id":17697,"part_number":"DS3800DGRD1D1C","revision_type_id":1,"series_id":114,"stock_level_id":1,"repair_time_id":1,"stock_level_text":"In Stock Ships Today","repair_time_text":"24 Hours","weight":null,"recond_stock":1,"new_stock":0,"recond_price":"0.00","new_price":"0.00","max_oversell":0,"description":"GENERAL ELECTRIC MARK IV AUXILLARY CARD","short_desc":"GE Mark IV Auxiliary Card","content":"

The DS3800DGRD1D1C is an auxiliary circuit card manufactured by General Electric. The card is part of the Speedtronic Mark IV series of gas turbine controls.

The DS3800DGRD1D1C auxiliary circuit card features a 218A4637P4 34-pin male connector port and a 218A4637P6 40-pin male connector port. The card also has many small capacitors labeled C23 through C44 and multiple multicolored striped resistors and solid colored resistors labeled R1 through R212. The circuit card has 48 jumper pins labeled J1 through J48. These jumpers allow the user to re-configure the circuit card. The circuit card contains 25 test points labeled TP1 through TP25. These test points allow the manufacturer to test that the card is working correctly and later allow the user to repair the device in the event that it malfunctions or to recalibrate the device after components are replaced. The DS3800DGRD1D1C has many blue and black diodes labeled CR. The card also contains one black switch labeled SW1 and one red switch labeled SW2.

The Mark IV Gas Turbine Control System by Speedtronic was derived from their Mark I and Mark II systems. The earlier Mark systems were based on successful automation of turbine control, protection and sequencing techniques dating back fifty years. The Mark IV system is designed to control all aspects of gas turbine control, including control of fuels and protection against dangerous working conditions.

The DS3800DGRD1D1C will be shipped in a static bag, which will discharge any energy before the card is handled by the user. Any technical support for the product should be provided by the manufacturer, General Electric.

","meta_title":"GENERAL ELECTRIC MARK IV AUXILLARY CARD","meta_description":"GENERAL ELECTRIC MARK IV AUXILLARY CARD","keywords":"GENERAL ELECTRIC MARK IV AUXILLARY CARD","series_page_description":"GENERAL ELECTRIC MARK IV AUXILLARY CARD","quote_description":null,"inventory_notes":"","cross_reference":"","created_at":null,"updated_at":null,"prod_pdf":[]},{"id":11792,"part_number":"DS3800DGTA","revision_type_id":1,"series_id":114,"stock_level_id":4,"repair_time_id":1,"stock_level_text":"In Stock Ships 3-5 Days","repair_time_text":"24 Hours","weight":null,"recond_stock":0,"new_stock":0,"recond_price":"0.00","new_price":"0.00","max_oversell":0,"description":"GAS TURBINE BOARD GE","short_desc":"GE Gas Turbine Board DS3800DGTA","content":"

The GE Gas Turbine Board DS3800DGTA is designed for quick installation in the drive. The board features 1 hole in each corner. The board can be secured in the drive with screws. The GE Gas Turbine Board DS3800DGTA also is populated with 1 20-pin ribbon cable attached to the board. The board is populated with 5 trimmer resistors and 6 wire terminals. The GE Gas Turbine Board DS3800DGTA is also populated with test points.

The board rack has a dedicated location for the GE Gas Turbine Board DS3800DGTA. The location is designed so that the ribbon cable can easily fit into a connector on another board. The ribbon cable must not be pulled or tugged to reach the connector. This is because the ribbon cable is comprised of multiple fine wires to carry the control signals. The connector that terminates the ribbon cable is fragile. If the ribbon cable is tugged, it can damage or lose the connections. Make sure there is slack so that the ribbon cable comfortably connects to the other board.

Since the board connects with screws to the board rack, you must consider some additional guidelines. Use 2 hands to install each screw. With 1 hand guide the screw into the hole and with the other hand turn the screw driver. If a screw falls into the drive, retrieve the screw before you continue. If the drive is powered on with a loose screw touching components, the screw might cause a short circuit which can lead to an electrical fire.

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The GE Gas Turbine Board DS3800DGTA1C1D is designed for quick installation in the drive. The board features 1 hole in each corner. The board can be secured with screws into a location in the drive. The GE Gas Turbine Board DS3800DGTA1C1D also is populated with 1 20-pin ribbon cable attached to the board. The board is populated with 5 trimmer resistors and 6 wire terminals. The GE Gas Turbine Board DS3800DGTA1C1D is also populated with test points.

The test points on the GE Gas Turbine Board DS3800DGTA1C1D are useful if 1 or more circuits on the board have stopped functioning. Because the board in not populated with indicator LEDs, you can use the test points to pinpoint the defect and plan how to resolve the issue. The GE Gas Turbine Board DS3800DGTA1C1D must be removed from the drive to use the test points.

First disconnect the short 20-pin ribbon cable without damaging the cable. That is, do not tug the ribbon cable to disconnect it. Tugging the ribbon might damage the connections between the thin wires that carry the control signals and the connector that terminates the ribbon cable. Then, have on hand a screwdriver to remove the 4 screws. Use one hand to hold the screw and the other hand to turn the screwdriver. Make sure you have all 4 screws before you continue. Retrieve any screws that drop into the drive. If they are jammed against moving parts, they might damage the parts. The moving parts might cause injury if they jam, bend, break, or are ejected from the drive.

","meta_title":"TURBINE GE CONTROL","meta_description":"TURBINE GE CONTROL","keywords":"TURBINE GE CONTROL","series_page_description":"TURBINE GE CONTROL","quote_description":null,"inventory_notes":"","cross_reference":"","created_at":null,"updated_at":null,"prod_pdf":[]},{"id":11795,"part_number":"DS3800DISA","revision_type_id":1,"series_id":114,"stock_level_id":1,"repair_time_id":1,"stock_level_text":"In Stock Ships Today","repair_time_text":"24 Hours","weight":null,"recond_stock":0,"new_stock":0,"recond_price":"0.00","new_price":"0.00","max_oversell":0,"description":"DS3800DISA General Electric Gas Turbine Control","short_desc":"The DS3800DISA is a printed circuit board from GE ","content":"

The DS3800DISA is a GE printed circuit board (PCB) from the Mark IV Speedtronic series. This series has been created for steam and gas turbine control, and can be used for a variety of functions, including the sequencing of the turbine fuel and its auxiliaries for startup, for shutdown and cool down procedures, for the synchronization of the generator and the system, and for monitoring the turbine control and auxiliary functions. The DS3800DISA is a signal isolated auxiliary card.

The DS3800DISA is a small auxiliary board. It is marked 6BA02 to help refer the user to its corresponding motherboard. The DS3800DISA has the following specifications:

is factory-drilled at all corners
has six screw terminals positioned in two lines, four in one and two in the other
has 9 plugs numbered 1-9 located on its top edge, which act as connectors to a larger motherboard
is marked with a triangular logic buffer symbol
has two potentiometers, located side-by-side and labeled R1 and R2.
Two more resistor slots are labeled on the board. These two slots are designed for ceramic, metal film resistors.

The potentiometers on the DS3800DISA have different ratings. The first (positioned at R1) is marked 3069P-1-103 and has a resistance of 10,000 Ohms. The second (positioned at R2) is marked 3069P-1-503 and has a resistance of 50,000 Ohms.

Technical support for the DS3800DISA was originally provided by the manufacturer, GE. Please refer to published data sheets and manuals for installation and maintenance guidelines.

","meta_title":"GENERAL ELECTRIC GAS TURBINE CONTROL","meta_description":"DS3800DISA General Electric Gas Turbine Control - Buy, Sell, or Repair","keywords":"GENERAL ELECTRIC GAS TURBINE CONTROL","series_page_description":"General Electric Gas Turbine Control","quote_description":null,"inventory_notes":"","cross_reference":"","created_at":null,"updated_at":null,"prod_pdf":[]},{"id":11797,"part_number":"DS3800DISA1A1B","revision_type_id":1,"series_id":114,"stock_level_id":1,"repair_time_id":1,"stock_level_text":"In Stock Ships Today","repair_time_text":"24 Hours","weight":null,"recond_stock":1,"new_stock":0,"recond_price":"0.00","new_price":"0.00","max_oversell":0,"description":"GENERAL TURBINE MARK IV CARD","short_desc":"The DS3800DISA1A1B is a printed circuit board from GE ","content":"

The DS3800DISA1A1B is a printed circuit board designed by GE as part of its Speedtronic Mark IV line. The Mark IV turbine control system has been manufactured with intentional redundancies built within chipsets which allow for control and communication functions to shift when needed if one PCB within the system needs repair. In this way shutdowns caused by electronics failure are minimized.

The DS3800DISA1A1B has been designed as an auxiliary daughter board meant to work in conjunction with a larger motherboard. It is marked 6BA02 on its edge to help the user match this board with the proper larger board. The DS3800DISA1A1B has a line of nine plugs to connect it to another board. These are located parallel to one long edge and are numbered one to nine. The DS3800DISA1A1B has been factory drilled for another mounting option, one hole drilled at each corner of the board.

The DS3800DISA1A1B has six quick-connect screw terminals. The terminals are in two lines. Two sets of the terminals have been placed to accept a ceramic covered metal film resistor. The DS3800DISA1A1B also has two potentiometers placed in its lower corner, labeled R1 and R2. The potentiometer placed at R1 is marked 3069P-1-103. Its resistance is 10 kΩ . The potentiometer at R2 is marked 3069P-1-503. Its resistance is 50 kΩ . The DS3800DISA1A1B has been marked with a triangular logic buffer symbol.

Technical support for this component was originally provided by its manufacturer, GE. Please refer to data sheets or manuals referencing DS3800DISA1A1B for installation guidelines and safety procedures.

","meta_title":"GENERAL TURBINE MARK IV CARD","meta_description":"GENERAL TURBINE MARK IV CARD","keywords":"GENERAL TURBINE MARK IV CARD","series_page_description":"GENERAL TURBINE MARK IV CARD","quote_description":null,"inventory_notes":"","cross_reference":"","created_at":null,"updated_at":null,"prod_pdf":[]},{"id":18124,"part_number":"DS3800DLBA","revision_type_id":1,"series_id":114,"stock_level_id":1,"repair_time_id":1,"stock_level_text":"In Stock Ships Today","repair_time_text":"24 Hours","weight":null,"recond_stock":0,"new_stock":0,"recond_price":"0.00","new_price":"0.00","max_oversell":0,"description":"GENERAL ELECTRIC CIRCUIT BOARD","short_desc":"GE Load Balance Auxiliary Board DS3800DLBA","content":"

The GE Load Balance Auxiliary Board DS3800DLBA features 12 terminals for attaching additional components to the board, and 16 single-wire pin connectors. The GE Load Balance Auxiliary Board DS3800DLBA also is populated with 7 trimmer resistors and and 1 transistor-transistor logic component embedded on the board. When the board is shipped from the factory, the 12 terminals are not populated with additional resistors or capacitors.

However, under some conditions additional components might be necessary to tailor the board. It is recommended that only authorised installers and servicers add components to the board. To add a component, have on hand a screwdriver and loosen the screw on top of the 2 terminals you plan to use. The terminals are part of various circuits. Don’t remove the screws but loosen them so that the lead wires can be inserted through them. Tighten the screws to secure the components when both lead wires are under the terminals.

The terminals protrude from the surface of the board and so care must be taken that you do not accidently knock the board against the drive or hit other boards in the drive.

The board also is populated with trimmer resistors that can be used to calibrate the circuits on the board. This is useful to tailor the board to process information specifically as required for the drive and how it is used at the site.

Have nearby a small screwdriver and use it to adjust the adjustment screws visible on the trimmer resistor. Use a tester to gauge how the circuit is changed as you turn the screw.

","meta_title":"GENERAL ELECTRIC CIRCUIT BOARD","meta_description":"GENERAL ELECTRIC CIRCUIT BOARD","keywords":"GENERAL ELECTRIC CIRCUIT BOARD","series_page_description":"GENERAL ELECTRIC CIRCUIT BOARD","quote_description":null,"inventory_notes":"","cross_reference":"","created_at":null,"updated_at":null,"prod_pdf":[]},{"id":18126,"part_number":"DS3800DLBA1A1A","revision_type_id":1,"series_id":114,"stock_level_id":1,"repair_time_id":1,"stock_level_text":"In Stock Ships Today","repair_time_text":"24 Hours","weight":null,"recond_stock":0,"new_stock":0,"recond_price":"0.00","new_price":"0.00","max_oversell":0,"description":"GENERAL ELECTRIC CIRCUIT BOARD","short_desc":"GE Load Balance Auxiliary Board DS3800DLBA1A1A","content":"

The GE Load Balance Auxiliary Board DS3800DLBA1A1A features 12 terminals for attaching additional components to the board, and 16 single-wire pin connectors. The GE Load Balance Auxiliary Board DS3800DLBA1A1A also is populated with 7 trimmer resistors and 1 transistor-transistor logic component embedded on the board.

The 12 terminals on the board enable a qualified servicer or technician to add components to the board without modifying the design of the board. It is important that only qualified individuals add components because of the risk of damaging the board or other components in the drive. Also, the servicer and installer must know how to operate a testing device and how to calibrate it before hand.

The 12 terminals enable you to add components to various circuits on the board and so you must know to which circuit to add the component and which 2 terminals are connected to the circuit. You can add a maximum of 6 components between 2 terminals. To add the component, use a screwdriver to loosen the screws on the top of the terminals. Slide the lead wires into the terminals and tighten the terminal screws. Do not overtighten the screws.

Use a testing device to verify that the results you anticipated with the addition of the components are realized. It is important that you perform this activity when the board is removed from the drive and the servicer or installer is wearing a static protective wrist strap. Place the board on top of a static protective bag and work on a desk or table with a clean surface.

","meta_title":"GENERAL ELECTRIC CIRCUIT BOARD","meta_description":"GENERAL ELECTRIC CIRCUIT BOARD","keywords":"GENERAL ELECTRIC CIRCUIT BOARD","series_page_description":"GENERAL ELECTRIC CIRCUIT BOARD","quote_description":null,"inventory_notes":"","cross_reference":"","created_at":null,"updated_at":null,"prod_pdf":[]},{"id":11798,"part_number":"DS3800DLCA","revision_type_id":1,"series_id":114,"stock_level_id":4,"repair_time_id":1,"stock_level_text":"In Stock Ships 3-5 Days","repair_time_text":"24 Hours","weight":null,"recond_stock":0,"new_stock":0,"recond_price":"0.00","new_price":"0.00","max_oversell":0,"description":"MARK IV GAS TURBINE CARD","short_desc":"The DS3800DLCA is a printed circuit board in the Speedtronic Mark IV line ","content":"

The DS3800DLCA is a printed circuit board manufactured by GE designed to work with their Speedtronic Mark IV gas and steam turbine control system. GE developed the Mark IV with intentional redundancies between the individual microprocessors. In that way control and communications can shift in the case of a failure, and the Mark IV system will continue to run without shutdown while the individual electronic board is diagnosed and repaired. The DS3800DLCA has been designed specifically as a load comm converter card.

The DS3800DLCA has the following specifications:

factory drilled for one mounting option. The board is drilled in all four corners.
one test point ring. Marked TP12, the ring is located on the edge of the board near the potentiometer.
one potentiometer. This component is marked 3069P-1-203. 20A
one ribbon cable connector, located on the long edge of the board.
six Comm connections. These are located parallel to the potentiometer and run between the labels "Open Com" and "Cov." Each one is labeled BJ1 through BJ6.
The board has three kinds of resistors.
The board has five capacitors marked 70801

The DS3800DLCA is marked on its edge with 6BA03, DLCA, and 6DA02. The board is also marked with a triangular logic buffer symbol.

Technical support was originally provided for the DS3800DLCA by GE. We at AXControl suggest referencing the datasheet and/or the manual published by the original manufacturer before installation. Please follow all installation and safety procedures. Only qualified electrical personnel should install, maintain, or service this or other Mark IV equipment.

","meta_title":"MARK IV GAS TURBINE CARD","meta_description":"MARK IV GAS TURBINE CARD","keywords":"MARK IV GAS TURBINE CARD","series_page_description":"MARK IV GAS TURBINE CARD","quote_description":null,"inventory_notes":"","cross_reference":"","created_at":null,"updated_at":null,"prod_pdf":[]},{"id":11800,"part_number":"DS3800DLCA1A1C","revision_type_id":1,"series_id":114,"stock_level_id":4,"repair_time_id":1,"stock_level_text":"In Stock Ships 3-5 Days","repair_time_text":"24 Hours","weight":null,"recond_stock":0,"new_stock":0,"recond_price":"0.00","new_price":"0.00","max_oversell":0,"description":"GENERAL ELECTRIC PRINTED CIRCUIT BOARD","short_desc":"The DS3800DLCA1A1C is a printed circuit board from GE ","content":"

DS3800DLCA1A1C is a printed circuit board, or PCB, manufactured by GE as part of the Mark IV Speedtronic series. Mark IV is a gas and steam turbine control system specifically designed to cut down on the frequency and longevity of electronic failure-related shutdowns. GE created the microprocessors in this series to work together and have intentional overlaps/redundancies. If one fails, the others seamlessly take over its load, and the user is able to diagnose and repair the issue with no loss of service. The DS3800DLCA1A1C is a load comm converter board.

The DS3800DLCA1A1C has been drilled in each corner. It is marked with a logic buffer symbol (a triangle, between the comm connections and the edge of the board) as well as the codes "6BA03," "DLCA," and 6DA02" at the edge of the board. The DS3800DLCA1A1C has one test point ring--marked TP12--positioned on the edge of the board near the comm connections. There is one ribbon cable connector with the marking 218A4559-P22.

The DS3800DLCA1A1C has six comm connections. These are labeled BJ1 to BJ6 to the side of each connection. To the top of the comm connections there is an "open com" label and at the bottom a "COV" label. The DS3800DLCA1A1C has five capacitors that are marked 70801 and three different kinds of resistors. There is one potentiometer for variable resistance/voltage division. The potentiometer has the marking 3069P-1-203 20A.

GE provided technical support for the DS3800DLCA1A1C and other Mark IV components. Please reference the original data sheet and manual for safety procedures and installation guidelines.

","meta_title":"GENERAL ELECTRIC PRINTED CIRCUIT BOARD","meta_description":"GENERAL ELECTRIC PRINTED CIRCUIT BOARD","keywords":"GENERAL ELECTRIC PRINTED CIRCUIT BOARD","series_page_description":"GENERAL ELECTRIC PRINTED CIRCUIT BOARD","quote_description":null,"inventory_notes":"","cross_reference":"","created_at":null,"updated_at":null,"prod_pdf":[]},{"id":11801,"part_number":"DS3800DLIA","revision_type_id":1,"series_id":114,"stock_level_id":4,"repair_time_id":1,"stock_level_text":"In Stock Ships 3-5 Days","repair_time_text":"24 Hours","weight":null,"recond_stock":0,"new_stock":0,"recond_price":"0.00","new_price":"0.00","max_oversell":0,"description":"GE MARK 4 REGULATOR","short_desc":"The DS3800DLIA is a printed circuit board from GE","content":"

The DS3800DLIA is a printed circuit board, or PCB, manufactured by GE designed as part of their Mark IV Speedtronic system. This is a gas and steam turbine control system specifically designed to reduce downtime caused by electronics failure. With built-in redundancies that automatically take over when one chipset has an issue, the Mark IV gives the operator an opportunity to diagnose and repair the damaged PCB with no loss of service. The DS3800DLIA is designed as a load inverter auxiliary card.

The DS3800DLIA has the following specifications:

the board is factory-drilled for mounting with six holes total, a single hole in each top corner and a double hole in each bottom corner.
has one ribbon cable connector, marked 278A4702P5A
has eleven through-hole potentiometers located on the front edge of the board, parallel to the short edges of the board. These are labeled as follows: 1. Gain 2. Comp 3. UV 4. OVA 5. VM 6. SUPP 7. IM 8. VDC 9. FCA 10. FBC 11. FAB
has eighteen screw terminals. Nine are grouped in parallel lines of three, six are grouped in parallel lines of two, and three are located on the edge of the board.
has five jumpers. These are located in the center of the board.
has 30 ceramic metal film resistors of different values.
has four TP test point rings
has three yellow capacitors labeled 70801
has one orange capacitor labeled 50v 20μF.

GE provided technical support for the DS3800DLIA. Please refer to the manufacturer's datasheet and manual for the DS3800DLIA for installation guidelines and safety procedures.

","meta_title":"GE MARK 4 REGULATOR","meta_description":"GE MARK 4 REGULATOR","keywords":"GE MARK 4 REGULATOR","series_page_description":"GE MARK 4 REGULATOR","quote_description":null,"inventory_notes":"","cross_reference":"","created_at":null,"updated_at":null,"prod_pdf":[]},{"id":11803,"part_number":"DS3800DLIA1D1D","revision_type_id":1,"series_id":114,"stock_level_id":4,"repair_time_id":1,"stock_level_text":"In Stock Ships 3-5 Days","repair_time_text":"24 Hours","weight":null,"recond_stock":0,"new_stock":0,"recond_price":"0.00","new_price":"0.00","max_oversell":0,"description":"GE TURBINE CONTROL BOARD","short_desc":"The DS3800DLIA1D1D is a printed circuit board from GE ","content":"

The DS3800DLIA1D1D is a printed circuit board from GE designed to integrate into their Speedtronic Mark IV series of turbine controls. The Mark IV was designed to perform such functions as air, fuel and emissions control, sequencing of auxiliaries and turbine fuel for startup, monitoring of the turbine system's control and auxiliary functions, and to protect against unsafe operating conditions. Fashioned with integrated chipsets with intentional redundancies, it executes all of the above with minimal downtime caused by electronics failure. The DS3800DLIA1D1D functions as a load inverter auxiliary board.

These are the specifications of the DS3800DLIA1D1D :

four TP rings, located on the front edge of the board.
three (yellow) capacitors marked 70801
five jumpers
thirty resistors (ceramic metal film) of assorted values
eighteen screw terminals in three groups: three in line on the short edge of the board, six in lines of two toward the center of the card, and nine in lines of three clustered on the upper right side of the board
ribbon cable connector. This is marked 278A4702P5A
eleven potentiometers. These run along the bottom edge of the card and are parallel to each other. Each is labeled. Reading left to right on the card, the labels are 'gain,' 'comp,' 'uv,' 'ova,' 'vm,' 'supp,' 'im,' 'vdc,' 'fca,' 'fbc,' and 'fab.'
one capacitor in the upper left corner marked 50v 20μF
factory drilled for mounting. The DS3800DLIA1D1D has six holes.

The original manufacturer provided technical support for the DS3800DLIA1D1D. Please refer to datasheets and/or manuals from GE for information on safety procedures and installation guidelines.

","meta_title":"GE TURBINE CONTROL BOARD","meta_description":"GE TURBINE CONTROL BOARD","keywords":"GE TURBINE CONTROL BOARD","series_page_description":"GE TURBINE CONTROL BOARD","quote_description":null,"inventory_notes":"","cross_reference":"","created_at":null,"updated_at":null,"prod_pdf":[]},{"id":11804,"part_number":"DS3800DLIA1E1E","revision_type_id":1,"series_id":114,"stock_level_id":4,"repair_time_id":1,"stock_level_text":"In Stock Ships 3-5 Days","repair_time_text":"24 Hours","weight":null,"recond_stock":0,"new_stock":0,"recond_price":"0.00","new_price":"0.00","max_oversell":0,"description":"GE MARK IV PRINTED CIRCUIT BOARD","short_desc":"The DS3800DLIA1E1E is a printed circuit board from GE ","content":"

The DS3800DLIA1E1E is a printed circuit board (PCB) from GE manufactured as part of the Speedtronic Mark IV series. The Mark IV was designed with distributed microprocessors that increased the mean time before an outage was caused by electronics failure. Redundant control shifts the demand to working chipsets when one board experiences an issue, thus giving the operator time to diagnose, repair and return to service the problematic card with no downtime to the system as a whole.

The DS3800DLIA1E1E is a load inverter auxiliary card with the following specs:

factory drilled for mounting options. The DS3800DLIA1E1E has one hole per corner, plus an additional hole drilled in each bottom corners.
three 70801 capacitors (yellow)
thirty metal film resistors (ceramic covered) of assorted values
ribbon cable connector (278A4702P5A)
eleven potentiometers, interspersed with four TP rings. These are located on the front edge. Each is labeled. Left to right on the board: Gain, Comp, TP ring, UV, TP ring, OVA, TP ring, VM SUPP, TP ring, IM, VDC, FCA, FBC, FAB
five jumpers, labeled J1-J5
18 screw terminals. These are on the board as follows: three run in a line on the left side of the board, nine are clustered on the opposite top side of the board in lines of three, and six are left-center in lines of two.
one capacitor marked 50v 20μF located in the upper left corner

GE provided technical support for the DS3800DLIA1E1E. Safety procedures and installation guidelines may be found within the original datasheet and manual published by GE for this product.

","meta_title":"GE MARK IV PRINTED CIRCUIT BOARD","meta_description":"GE MARK IV PRINTED CIRCUIT BOARD","keywords":"GE MARK IV PRINTED CIRCUIT BOARD","series_page_description":"GE MARK IV PRINTED CIRCUIT BOARD","quote_description":null,"inventory_notes":"","cross_reference":"","created_at":null,"updated_at":null,"prod_pdf":[]},{"id":11805,"part_number":"DS3800DMEA","revision_type_id":1,"series_id":114,"stock_level_id":4,"repair_time_id":1,"stock_level_text":"In Stock Ships 3-5 Days","repair_time_text":"24 Hours","weight":null,"recond_stock":0,"new_stock":0,"recond_price":"0.00","new_price":"0.00","max_oversell":0,"description":"MARK IV GENERAL ELECTRIC REGULATOR","short_desc":"The DS3800DMEA is a printed circuit board by GE","content":"

The DS3800DMEA is a printed circuit board manufactured by GE that integrates into their Speedtronic Mark IV series. This series was designed for fuel, air and emissions control, sequencing turbine fuel for startup, for monitoring the turbine's control and auxiliary functions, and for shutdown and cooldown procedures. As the Mark IV was intentionally designed with integrated boards with built-in redundancies, it can manage all of the above with minimal downtime caused by electronics failure.

The DS3800DMEA is designed as an exciter control board and has the following specifications:

it is factory-drilled with six holes, one in each corner plus an extra in each left corner, top and bottom.
it has a 50 pin male connector along the right long side. This is marked 218A4637P5
it has eighteen jumpers that run down the center of the board. These run in the same line as nine test points.
it has eleven TP rings. Nine of these run in line with the jumpers. The other two TP points are located in the bottom left corner of the board.
it has one switch, labeled SW1
it has eight LEDs that run along the left long side of the board. These are labeled from top to bottom, "Tach loss," "OS," "OV," "IOC," "IOL," "Field loss," "Alarm," and "Moving."
it has fourteen round adjustable resistors, marked 0/50/100, with 10-point hashes. The resistors sit in two parallel lines of seven next to the LEDs. They are labeled (top to bottom, left to right) IE Cal, Field loss, Min fld, IA cal, IR comp, CMPD, %m/d, IOC Adj, Tol Adj, CEMF Cal, Overvolts, Spd Adj, Slo Spd, OverSpd.
it has 8 screw terminals
it has 8 diodes
it has 21 ceramic, metal film resistors

Please refer to GE's manual and datasheets for the DS3800DMEA for safety protocols and installation guidelines.

","meta_title":"MARK IV GENERAL ELECTRIC REGULATOR","meta_description":"MARK IV GENERAL ELECTRIC REGULATOR","keywords":"MARK IV GENERAL ELECTRIC REGULATOR","series_page_description":"MARK IV GENERAL ELECTRIC REGULATOR","quote_description":null,"inventory_notes":"","cross_reference":"","created_at":null,"updated_at":null,"prod_pdf":[]},{"id":11807,"part_number":"DS3800DMEA1D1C","revision_type_id":1,"series_id":114,"stock_level_id":4,"repair_time_id":1,"stock_level_text":"In Stock Ships 3-5 Days","repair_time_text":"24 Hours","weight":null,"recond_stock":0,"new_stock":0,"recond_price":"0.00","new_price":"0.00","max_oversell":0,"description":"GE PRINTED CIRCUIT BOARD","short_desc":"The DS3800DMEA1D1C is a printed circuit board from GE ","content":"

GE has created the DS3800DMEA1D1C PCB or printed circuit board to integrate into the Mark IV Speedtronic series. This card works as an exciter control board. GE's Mark IV was designed with interconnected processors and built-in redundancies between chipsets that would shift communications and control as needed when one card experiences any kind of issue. In this way, the Mark IV has minimal downtime caused by electronics failure. The Speedtronic Mark IV performs such functions as air, fuel and emissions control, synchronization and voltage matching of the generator and the system, and protection of the turbine system against adverse operating conditions.

The DS3800DMEA1D1C has been factory drilled for mounting. It has one hole in each corner with one additional hole in the top left and bottom left corners. There are eight screw terminals and eight diodes on the DS3800DMEA1D1C. On the left edge are eight LEDs labeled tach loss/OS/OV/IOC/IOL/Field Loss/Alarm/Moving.

The DS3800DMEA1D1C has 21 ceramic, metal film resistors. There are fourteen adjustable resistors with 10-point hashes (0-100.) These are labeled IE Cal/Field loss/Min fld/IA cal/IR comp/CMPD/ % md/IOC Adj/Tol Adj/CEMF Cal/Overvolts/Spd Adj/ Slo Spd/Overspd.

The DS3800DMEA1D1C has one 50-pin male connector (marked 218A4637P5.) It has eleven TP rings. Nine are in the middle of the board and two are in the left bottom corner. It has eighteen jumper switches that are in a line down the center of the board. The DS3800DMEA1D1C also has one switch (labeled SW1.)

Technical support for the DS3800DMEA1D1C was originally provided by GE. Please refer to their data sheets and their manual published for this product for proper installation guidelines.

","meta_title":"GE PRINTED CIRCUIT BOARD","meta_description":"GE PRINTED CIRCUIT BOARD","keywords":"GE PRINTED CIRCUIT BOARD","series_page_description":"GE PRINTED CIRCUIT BOARD","quote_description":null,"inventory_notes":"","cross_reference":"","created_at":null,"updated_at":null,"prod_pdf":[]},{"id":11808,"part_number":"DS3800DMEB","revision_type_id":1,"series_id":114,"stock_level_id":4,"repair_time_id":1,"stock_level_text":"In Stock Ships 3-5 Days","repair_time_text":"24 Hours","weight":null,"recond_stock":0,"new_stock":0,"recond_price":"0.00","new_price":"0.00","max_oversell":0,"description":"TURBINE CONTROL GENERAL ELECTRIC","short_desc":"GE Gas Turbine Control Board DS3800DMEB","content":"

The GE Gas Turbine Control Board DS3800DMEB is designed for quick installation in the drive. The board features a modular connector on 1 end and retention levers on the other end. The GE Gas Turbine Control Board DS3800DMEB also is populated with 15 capacitors and 2 trimmer resistors. The board is populated with 2 potentiometers with dial settings and 6 indicator LEDs. It also is populated with test points.

Special consideration must be given to the potential for electric shock and burn to installers and servicers when handling the board. The board is populated with multiple capacitors that store large amounts of electric current. The current is stored during normal processing without operator intervention. The current is released as part of the turbine control processing operations. Then, the cycle is repeated and more current is stored. The cycle of storage and release is not a safety risk as long as the board remains in the drive and is not touched.

However, if the GE Gas Turbine Control Board DS3800DMEB is removed, there is a risk that the servicer or installer can receive a dangerous electric shock. This can lead to serious burns or other harm. Before the board is removed, all sources of electrical power must be removed. This includes ac and dc electrical power. Even when all power sources are removed, the GE Gas Turbine Control Board DS3800DMEB can store electricity on the capacitors. To remove the electricity from the capacitors, wait 30 seconds after power is removed from the drive for the electricity to dissipate.

","meta_title":"TURBINE CONTROL GENERAL ELECTRIC","meta_description":"TURBINE CONTROL GENERAL ELECTRIC","keywords":"TURBINE CONTROL GENERAL ELECTRIC","series_page_description":"TURBINE CONTROL GENERAL ELECTRIC","quote_description":null,"inventory_notes":"","cross_reference":"","created_at":null,"updated_at":null,"prod_pdf":[]},{"id":11810,"part_number":"DS3800DMEB1A1A","revision_type_id":1,"series_id":114,"stock_level_id":4,"repair_time_id":1,"stock_level_text":"In Stock Ships 3-5 Days","repair_time_text":"24 Hours","weight":null,"recond_stock":0,"new_stock":0,"recond_price":"0.00","new_price":"0.00","max_oversell":0,"description":"GENERAL ELECTRIC BOARD GAS TURBINE","short_desc":"GE Gas Turbine Control Board DS3800DMEB1A1A","content":"

The GE Gas Turbine Control Board DS3800DMEB1A1A is designed for quick installation in the drive. The board features a modular connector on 1 end and retention levers on the other end. The GE Gas Turbine Control Board DS3800DMEB1A1A also is populated with 15 capacitors and 2 trimmer resistors. The board is populated with 2 potentiometers with dial settings and 6 indicator LEDs. It also is populated with test points.

The GE Gas Turbine Control Board DS3800DMEB1A1A is poplulated with a 20-pin connector. The connector is located on a plastic surface held in place with standoffs. The standoffs keep the surface from touching the board and it provides a secure location for the 20-pin connector, capacitors, and indicator LEDs. A ribbon cable can attach to the connector. The ribbon cable terminates with a connector that plugs into the connector on the GE Gas Turbine Control Board DS3800DMEB1A1A. The other end terminates on another board or device in the drive.

The ribbon cable carries control signals that are received by the board for processing. Other signals are sent to other boards after processing. The signals can be blocked if the fine wires in the ribbon cable are broken. Use care when you handle the connector that terminates the ribbon cable. Do not pull it or put stress on it that would cause the wires to pull out of the connector.

When you remove the ribbon cable, grasp the connector and pull it out of the connector on the board. This protects the ribbon cable signal wires from breakage.

","meta_title":"GENERAL ELECTRIC BOARD GAS TURBINE","meta_description":"GENERAL ELECTRIC BOARD GAS TURBINE","keywords":"GENERAL ELECTRIC BOARD GAS TURBINE","series_page_description":"GENERAL ELECTRIC BOARD GAS TURBINE","quote_description":null,"inventory_notes":"","cross_reference":"","created_at":null,"updated_at":null,"prod_pdf":[]},{"id":11811,"part_number":"DS3800DMEB1B1B","revision_type_id":1,"series_id":114,"stock_level_id":4,"repair_time_id":1,"stock_level_text":"In Stock Ships 3-5 Days","repair_time_text":"24 Hours","weight":null,"recond_stock":0,"new_stock":0,"recond_price":"0.00","new_price":"0.00","max_oversell":0,"description":"TURBINE CONTROL REGULATOR BOARD GE","short_desc":"GE Gas Turbine Control Board DS3800DMEB1B1B","content":"

The GE Gas Turbine Control Board DS3800DMEB1B1B is designed for quick installation in the drive. The board features a modular connector on 1 end and retention levers on the other end. The GE Gas Turbine Control Board DS3800DMEB1B1B also is populated with 15 capacitors and 2 trimmer resistors. The board is populated with 2 potentiometers with dial settings and 6 indicator LEDs. It also is populated with test points.

The GE Gas Turbine Control Board DS3800DMEB1B1B is equipped with a raised plastic surface on which is located several components. The surface is populated with capacitors, linear voltage regulators, and 4 trimmer resistors. The trimmer resistors allow for the resistance produced by the device to be adjusted by a servicer. Only a qualified technician has the calibrated test devices necessary to make the proper adjustment. The technician makes the adjustments while the board is removed from the drive. Place the board on top of a static-protective surface. This might be a purpose built mat or a flattened static-protective bag. The surface must be dry and free or dirt and clutter. Sharp objects on the surface might scratch the board surface and damage it.

Place the tester probes in the right points on the board and turn the screw on the trimmer resistor until the proper resistance is obtained. Repeat the process for the other trimmer resistor. Before you install the board in the drive, attach the ribbon cable to the connector on the board and route the cable along the interior wall of the drive.

","meta_title":"TURBINE CONTROL REGULATOR BOARD GE","meta_description":"TURBINE CONTROL REGULATOR BOARD GE","keywords":"TURBINE CONTROL REGULATOR BOARD GE","series_page_description":"TURBINE CONTROL REGULATOR BOARD GE","quote_description":null,"inventory_notes":"","cross_reference":"","created_at":null,"updated_at":null,"prod_pdf":[]},{"id":11812,"part_number":"DS3800DMEB1B1C","revision_type_id":1,"series_id":114,"stock_level_id":4,"repair_time_id":1,"stock_level_text":"In Stock Ships 3-5 Days","repair_time_text":"24 Hours","weight":null,"recond_stock":0,"new_stock":0,"recond_price":"0.00","new_price":"0.00","max_oversell":0,"description":"GENERAL ELECTRIC GAS TURBINE CARD","short_desc":"GE Gas Turbine Control Board DS3800DMEB1B1C","content":"

The GE Gas Turbine Control Board DS3800DMEB1B1C is designed for quick installation in the drive. The board features a modular connector on 1 end and retention levers on the other end. The GE Gas Turbine Control Board DS3800DMEB1B1C also is populated with 15 capacitors and 2 trimmer resistors. The board is populated with 2 potentiometers with dial settings and 6 indicator LEDs. It also is populated with test points.

The GE Gas Turbine Control Board DS3800DMEB1B1C is easy to remove from the drive because of the retention levers. The modular connector on the board fits into the modular connector at the rear of the board rack. When you press the modular connectors together, the signal and power connections are made that provide electrical power to the board. The modular connectors also carry control signals. The control signals are received by the board for processing. Then, after processing, they are sent to other boards in the drive for further processing. However, because the board is easy to remove, there a danger of electric shock to the technician.

Before the replacement procedure is started, the drive is removed from all power. The drive receives power from multiple sources. The electrical current can be dc or ac current. It is best to confer with an engineer or other knowledgeable person about the sources of power and how they can be removed from the drive.

However, even when current is removed, the capacitors store power that can cause a shock or burn. Wait 30 seconds for the current to dissipate from the capacitors.

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The GE MD Exciter Control Board DS3800DMEC features 7 terminals for attaching additional components to the board, and 2 indicator LEDs. The GE MD Exciter Control Board DS3800DMEC also is populated with 14 trimmer resistors, 20 jumpers, 1 20-pin ribbon cable, and 1 34-pin ribbon cable.

The 20-pin and 34-pin ribbon cables are not cables that can be disconnected from the board. They are attached to the board and they provide the means through which the board receives signals and power from the drive. When you install the drive, you will find that there is a location designated for the board with a 20-pin and 34-pin connectors adjacent to it. First, use screws to attach the board to the rack, then connect the ribbon cables to the designated connectors. Ribbon cables are fragile and require some special consideration.

When you connect the ribbon cable do not put stress on the cable because there is minimal support given to the cable. If you pull on the connector you can easily pull out the strands of wire that connect the cable and the connector at the end of it. Instead, gently grasp the connector and press it into the connector on the board. Make sure there is plenty of slack in the cable. Also, look for space in the connector on the board. Press down on the ribbon cable connector to ensure that all pins are fully seated. When you remove the board, first disconnect the ribbon cable so that it is not damaged if it is pulled out and damaged.

The GE MD Exciter Control Board DS3800DMEC1B1B features 7 terminals for attaching additional components to the board, and 2 indicator LEDs. The GE MD Exciter Control Board DS3800DMEC1B1B also is populated with 14 potentiometers, 20 jumpers, 1 20-pin connector, and 1 34-pin connector.

The potentiometers are equipped with dials so that the servicer or installer can easily set the potentiometer to the proper setting. When the original board is received from the factory the dials are set at the default values. These are the settings most often used for the board. However, to achieve another processing value, you can use a testing unit to read the values for the circuit and adjust the dials to refine the board. When you replace the board, you can set the dials for the same values. Best practice is to use a testing device to verify that the dial settings provide the same outcome as you achieved with the original board.

The GE MD Exciter Control Board DS3800DMEC1B1B also is populated with 20 jumpers for configuring the board. The IDs of the jumpers are suffixed with a J and prefixed with an E. The middle section is a numeric value. Some examples are J27E, J28E, and J29E. The jumpers are all 3-pin jumpers. The jumpers all have 2 supported positions. One position is when the jumper is inserted over pins 1 and 2. The other supported position is when the jumper is inserted over pins 2 and 3. The jumper forms a connection between the 2 covered pins and the signal changes the configuration of the board.

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The GE MD Exciter Control Board DS3800DMEC1C1C features 7 terminals for attaching additional components to the board, and 2 indicator LEDs. The GE MD Exciter Control Board DS3800DMEC1C1C also is populated with 14 potentiometers, 20 jumpers, 1 20-pin connector, and 1 34-pin connector.

The indicator LEDs are a useful tool for the operator to gain insight into the operation of the board. When the board is processing as normal the LEDs are not lit and no further intervention is required. However, if the one or both LEDs are lit, it indicates that a problem has occurred and the board is not processing as expected.

If that is the case, you can first use the diagnostic tools available on the drive. The tools provide information on the processing taking place in the drive. It also provides information on the motor and other moving parts. If any errors or warnings have occurred, the report would also list them. It would also list any trip conditions. A trip condition is a problem that will cause damage to the drive if not resolved. The trip condition causes the drive to shutdown automatically. Some trip conditions are excessive voltage supplied to the drive, exceeding the temperature threshold in the drive, and over loading the motor and moving parts.

The final method of pinpointing the cause of an error is to use the test points to test the specific circuits in the board. This can be accomplished by a qualified individual with a full function testing device.

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The GE MD Exciter Control Board DS3800DMEC1D1D features 7 terminals for attaching additional components to the board, and 2 indicator LEDs. The GE MD Exciter Control Board DS3800DMEC1D1D also is populated with 14 trimmer resistors, 20 jumpers, 1 20-pin ribbon cable, and 1 34-pin ribbon cable.

The GE MD Exciter Control Board DS3800DMEC1D1D is engineered to be installed in a drive that is attached to a wall or other vertical surface. There are several factors to keep in mind when you install the drive that will improve the reliability of the board and lead to a longer life span for the board.

Before you select the location for the drive plan for the power cabling. The main power supply must be equipped with an emergency shut off so that the high-voltage power can be removed instantly. This might reduce injury to individuals or reduce damage to the drive or other equipment in the area. The location you have chosen must also be free of moisture on the floor or puddle of water or other liquid. If the area is prone to condensation or other sources of moisture, use dehumidifiers or other means of keeping the area dry.

Make sure you route and install the proper signal cabling the drive will need. You will also need to have an electrician or an engineer install the high-voltage power supply cabling. This will also include inverters to transform ac current to dc current, if the drive requires dc current for your site.

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The GE Motor Field Regulator Board DS3800DMFA features 10 terminals for attaching additional components to the board. The GE Motor Field Regulator Board DS3800DMFA also is populated with 10 trimmer resistors, 1 20-pin ribbon cable, multiple jumpers, and 11 resistors.

The resistors are permanently embedded on the board and they are assigned IDs that are printed in the surface of the board. The IDs assigned to some of the resistors are FOC1, FL1, FLD GAIN, FULL FLD, and IA.

The 20 single-pin connectors are typically connected to a device in pairs to complete an electrical circuit. One consideration is that when you plug the single-pin connector into the board, there a potential for damaging the surface of the board by scrapping the pin across it. The best practice is to start by having a good view of the cable and the connector. This is accomplished by looking down on the board. Then, align the pin with the connector and press the pin into the connector. Make sure it is completely inserted into the connector.

The 20 cables attached to the single-pin connectors are bundled together and routed inside the drive. The cables might add up to a large bundle of cables and so care must be taken that they are routed so as to avoid causing problems. One potential problem is that the cables block air from moving through the drive. The air enters the drive at the bottom through vents and exits the drive through vents at the top. The air removes heat from the interior of the drive and exits the drive as hot air.

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The GE Motor Field Regulator Board DS3800DMFA1B1B features 10 terminals for attaching additional components to the board. The GE Motor Field Regulator Board DS3800DMFA1B1B also is populated with 10 trimmer resistors, 1 20-pin ribbon cable, multiple jumpers, and 11 resistors. The resistors are assigned IDs that are prefixed with the letter R. The ID is suffixed with a numeric value. Some of the IDs are R11, R16, and R13. The resistors vary in resistance and are installed to provide a specific processing result.

If additional components are required, you can use the terminals to add them to the board. Each set of terminals is associated with a particular circuit on the board. To use the terminals, refer to the installation instructions that shipped with the original board. It will describe the terminals and the circuits each terminal is part of. Only a trained technician should add components on the terminals because of the risk of damage to the board. Capacitors and resistors can be added to the board and only a highly knowledgeable individual will understand how to obtain a particular result.

Have available a flat-blade screwdriver to loosen the retention screw on top of the terminal. Do not remove the screw or the components of the terminal. Place the lead wire under the retention screws and tighten the screw. It is easy also to switch out the components because they are not embedded on the board. Loosen the screws and remove the component you want to remove and replace it with the new component.

","meta_title":"GENERAL ELECTRIC PRINTED CIRCUIT BOARD MARK IV","meta_description":"GENERAL ELECTRIC PRINTED CIRCUIT BOARD MARK IV","keywords":"GENERAL ELECTRIC PRINTED CIRCUIT BOARD MARK IV","series_page_description":"GENERAL ELECTRIC PRINTED CIRCUIT BOARD MARK IV","quote_description":null,"inventory_notes":"","cross_reference":"","created_at":null,"updated_at":null,"prod_pdf":[]},{"id":18589,"part_number":"DS3800DMPC","revision_type_id":1,"series_id":114,"stock_level_id":1,"repair_time_id":1,"stock_level_text":"In Stock Ships Today","repair_time_text":"24 Hours","weight":null,"recond_stock":0,"new_stock":0,"recond_price":"0.00","new_price":"0.00","max_oversell":0,"description":"","short_desc":"","content":null,"meta_title":"GE Boards - Mark IV DS3800 - DS3800DMPC","meta_description":"","keywords":"GE Boards, Mark IV DS3800, DS3800DMPC","series_page_description":"","quote_description":null,"inventory_notes":"","cross_reference":"","created_at":null,"updated_at":null,"prod_pdf":[]},{"id":11823,"part_number":"DS3800DMPC1E1C","revision_type_id":1,"series_id":114,"stock_level_id":4,"repair_time_id":1,"stock_level_text":"In Stock Ships 3-5 Days","repair_time_text":"24 Hours","weight":null,"recond_stock":0,"new_stock":0,"recond_price":"0.00","new_price":"0.00","max_oversell":0,"description":"GENERAL ELECTRIC GAS TURBINE MODULE","short_desc":"GE Microprocessor Board DS3800DMPC1E1C","content":"

The GE Microprocessor Board DS3800DMPC1E1C features 1 programmable timer module (TPM). The GE Microprocessor Board DS3800DMPC1E1C also is populated with 1 34-pin ribbon cable, 1 50-pin ribbon cable, and 3 jumpers. The programmable timer module supplies the processing functions to control the board. Erasable programmable read-only memory (EPROM) modules supply the firmware and programming code that control the TPM. The EPROM modules are connected to the board through sockets that are embedded on the board. You can remove the modules, if necessary. Insert a flat-blade screwdriver into the space between the EPROM module and the socket. Then, insert the blade into the other end of the module. You can gently pry the module off but you must immediately place the module in a static sensitive bag. This is because the module is sensitive to static and can be damaged easily.

If a new version of firmware or other code is available, you can erase the code from the module and replace it. The download can be performed on a laptop that is connected to the drive through a serial cable. The control panel contains a user interface that gives you access to a command to start a download through the serial cable. When complete a message displays informing you that it is successfully completed. If the download is not successful, make sure the serial cable is fully connected to the laptop and the drive.

The capacitors on the board have IDs that are prefixed with C. Following the prefix is a numerical value. C1, C6, and C11 are some samples of capacitor IDs.

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The GE Microprocessor Board DS3800DMPC1F1E features 1 programmable timer module (TPM). The GE Microprocessor Board DS3800DMPC1E1C also is populated with 1 34-pin ribbon cable, 1 50-pin ribbon cable, and 3 jumpers.

The jumpers on the GE Microprocessor Board DS3800DMPC1E1C have IDs that are prefixed with the letter J which is followed by a number. The IDs are J1, J2, and J3. The IDs are printed on the board and are adjacent to the jumpers. Use the jumpers to configure the board. The written instructions for installing the board include a description of the jumpers and what segment of the processing they configure. Each jumper has 2 positions you can choose from. One position is installing the jumper over pins 1 and 2. The other position is installing the jumper over pins 2 and 3. The jumper is a small plastic part that fits over the 2 pins and connects the 2 pins. A signal passes between the 2 pins that forces the board to process information in the configuration you selected.

The 34-pin and 50-pin ribbon cables are attached to the board and are not designed to be removed from the board. The 34-pin ribbon cable terminates in a 34-pin connector. The 50-pin ribbon cable terminates in a 50-pin connector. They are both 5-inches in length. They are designed to attach to connectors that are adjacent to the board when it is installed in the rack. Press the connector on the cable into the connector in the drive and make sure it is fully connected.

","meta_title":"MARK IV CIRCUIT BOARD","meta_description":"DS3800DMPC1F1E Mark IV Circuit Board - Buy, Sell, or Repair","keywords":"MARK IV CIRCUIT BOARD","series_page_description":"Mark IV Circuit Board","quote_description":null,"inventory_notes":"","cross_reference":"","created_at":null,"updated_at":null,"prod_pdf":[]},{"id":11821,"part_number":"DS3800DMPC1G1E","revision_type_id":1,"series_id":114,"stock_level_id":1,"repair_time_id":1,"stock_level_text":"In Stock Ships Today","repair_time_text":"24 Hours","weight":null,"recond_stock":1,"new_stock":0,"recond_price":"0.00","new_price":"0.00","max_oversell":0,"description":"GE GAS TURBINE CARD MARK IV","short_desc":"GE Microprocessor Board DS3800DMPC1G1E","content":"

The GE Microprocessor Board DS3800DMPC1G1E features 1 programmable timer module (TPM). The GE Microprocessor Board DS3800DMPC1G1E also is populated with 1 34-pin ribbon cable, 1 50-pin ribbon cable, and 3 jumpers.

The programmable timer module employs 3 counters to generate system interrupts and output signals. The TPM is controlled by software. The software is located on multiple erasable programmable read-only memory (EPROM) modules. The software is comprised of firmware and machine code. Later versions of the firmware and code might be available. The later versions will include fixes to problems and other improvements that will improve the operation of the TPM. You can download the newer code to a laptop or other device. Once it resides on the laptop, connect a serial cable between the drive and laptop to download it to the drive. The serial cable must be less than 6 feet in length and it must have the connectors at both ends to match the serial ports on the laptop and the drive.

The board is populated with multiple capacitors that have an ID that begins with the letter C. When you plan to remove the board for replacement or repair, you must remove all power from the drive. Only then can you touch the board, remove the cables, and disconnect the ribbon cables. One important step is to wait 30 seconds after power is removed from the drive before you touch anything inside the drive. This is because the capacitors store voltage and the current exits the capacitors after 30 seconds.

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The GE General Regulator Board DS3800DMPK features 14 erasable programmable read-only memory (EPROM) modules. The GE General Regulator Board DS3800DMPK also is populated with 2 34-pin ribbon cables, 2 single-pin connectors, and 17 jumpers.

The GE General Regulator Board DS3800DMPK is populated with the EPROM modules that contain the firmware and other code that the microprocessors and other components use throughout the drive to operate. The board is connected to the drive through the 2 34-pin ribbon cables. The ribbon cables are both attached to the board and cannot be removed. The ribbon cables are 7-inches in length and attach to connectors dedicated to the board. The 34-pin connectors are close to the board in the interior of the drive.

JA is the ID assigned to 1 34-pin ribbon cable. The ID is printed on the top layer of the board. JD is the ID assigned to the other 34-pin ribbon cable. When you plug the ribbon cables into the connectors in the drive, make sure you attach them to the proper connectors. The drive is designed so that the ribbon cables do not cross to plug into the right connectors.

When you remove the board to replace it because of a problem, once power is removed from the drive, unplug the 2 34-pin ribbon cables. Hold the cables by the connector at the end of the ribbon cable and gently unplug it. The procedure is designed to avoid unscrewing the board and tugging the ribbon cable out of the connector. This might damage the ribbon cable.

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The GE General Regulator Board DS3800DMPK1B1A features 14 erasable programmable read-only memory (EPROM) modules. The GE General Regulator Board DS3800DMPK1B1A also is populated with 2 34-pin ribbon cables, 2 single-pin connectors, and 17 jumpers.

To achieve satisfactory results, you must install the drive on a wall or other vertical space that enables the drive to run in a cool environment. Normally the drive operates surrounded by other heat generating devices and so planning is important. There are severals ways that the room can be kept cool, despite the presence of many heat generating devices. Often fans are installed in the room which can be very helpful. The fans allow the air to move over the heated components and allow the air to circulate freely. If you choose to install fans, make sure they are in good working order and you have enough to move air around the equipment. Install industrial fans that mount on the walls so that they are not a trip hazard and can move air from the ceiling where the hot air accumulates.

Another method of keeping the room cool is using hoods that collect hot air above the equipment and exhaust it from the room. While very effective, hoods require ductwork be installed to exhaust the hot air and once installed, the equipment must remain under the hoods. However, they are also useful if dust and hazardous chemicals are also vented by the equipment. The dust and chemical are vented out of the room along with the heat.

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The GE General Regulator Board DS3800DMPK1B1B features 14 erasable programmable read-only memory (EPROM) modules. The GE General Regulator Board DS3800DMPK1B1B also is populated with 2 34-pin ribbon cables, 2 single-pin connectors, and 17 jumpers.

The EPROM modules store the firmware and other software instructions that the microprocessors and other components use to control the drive. Once the drive is operating satisfactorily, it is common to the keep the firmware and software stable and not upgrade to a newer version. If that is the case, it is easy to replace the board if it is defective. The EPROM modules can be removed from the defective board and installed on the replacement board. All that is required to have on hand is a flat-blade screwdriver.

The replacement board comes in a sealed static protective bag. It is best practice to keep the bag sealed and in the shipping box until you need it. Wear a wrist strap and slice open the end of the bag to open it. It is best practice to slice it open so that the bag can be reused. Remove the board from the bag with 2 hands and hold the board by the edges only. Never hold the board with one hand so that the components are bent, damaged, or torn off the board. This can easily happen if you put pressure on the components while you hold the board with your fingers on the components.

Place the board on top of static sensitive bag and place the old board next to it. The replacement board comes without EPROMs and it is a quick procedure to move the modules from the old board to the replacement.

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The GE General Regulator Board DS3800DMPK1C1B features 14 erasable programmable read-only memory (EPROM) modules. The GE General Regulator Board DS3800DMPK1C1B also is populated with 2 34-pin ribbon cables, 2 single-pin connectors, and 17 jumpers.

The jumpers are one method for the installer to configure the board. Before the board is installed from the factory, the technician must review the information about the jumpers provided in the printed material. It describes each jumper and how moving the jumper will change how the board will process information when it is installed. Each jumper is assigned an ID that is visible on surface of the board. The ID begins with the letter J. The ID is suffixed with a unique number. You can read the information about each jumper in the instructions and find the jumper on the board using the jumper ID.

The jumpers all have 3 pins and are designed to cover 2 of the pins. The jumper can cover pins 1 and 2 for one setting. The jumper can cover pins 2 and 3 for the other setting. The information about the jumper in the written material will describe each option. When the board is manufactured and tested at the factory, the board is set with the jumpers in the default positions. The default is often the jumper position that is most common. To move the jumper from the default position, use your thumb and one finger to lift up on the jumper. Then align the jumper over the new position and slide it completely over the 2 pins.

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The GE General Regulator Board DS3800DMPK1D1B features 14 erasable programmable read-only memory (EPROM) modules. The GE General Regulator Board DS3800DMPK1D1B also is populated with 2 34-pin ribbon cables, 2 single-pin connectors, and 17 jumpers.

The EPROM modules contain the configuration parameters that control the operation of the drive. When the drive comes from the factory a basic set of parameters are provided. The initial instructions can be edited to create the configuration parameters you want to apply to the drive. There are 2 ways to edit the parameters. One method is using the control panel on the drive. It is typically used by the operator for making small edits to the configuration. The 2-line display only displays a small portion of the parameters and so makes navigation difficult. Also the keys on the keypad allow limited function.

To create a large or complicated set of parameters, use a laptop that has on it a full-featured editing application. The editing program is available for download. Obtain a serial cable and connect it from the drive to the rear serial connector on the laptop. Make sure it fits the connector on both ends. The control panel is a menu-driven user interface that gives you access to initiate a download function. It will download the configuration to the laptop and when completed successfully it will display a message on the control panel display. The editing program features the ability to search for terms, copy, delete, and paste commands and text. Once complete, you can upload the parameters to the drive.

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The GE General Regulator Board DS3800DMPK1E1D features 14 erasable programmable read-only memory (EPROM) modules. The GE General Regulator Board DS3800DMPK1E1D also is populated with 2 34-pin ribbon cables, 2 single-pin connectors, and 17 jumpers.

The replacement GE General Regulator Board DS3800DMPK1E1D comes without EPROM modules installed in the module sockets. The sockets are embedded on the board and the modules are designed to be installed or removed as necessary. To remove a module, slid a flat-blade screwdriver between the module and the socket on either end of the module. Rock the blade gently to lift the module free of the socket. Then, perform the same procedure on the other end of the module. Immediately place the module in a static-protective bag. The data on the module can be corrupted easily by static and the bag will prevent static from entering the module.

Locate the same socket on the replacement board and align it with the socket. Use your fingers to gently press it into the socket. Inspect the connection between the socket and the module for any space between them. Press the socket if necessary to make sure there a full connection with the module. Place the replacement board on a flattened static-protective bag while you install the modules.

You must also examine the jumpers on the defective board and note the position of each jumper. That is, note if the jumper covers pins 1 and 2 or pins 2 and 3. Locate the same jumper on the replacement board and move the jumper on it to match the position.

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The GE Power Regulator Board DS3800DOAA features 6 trimmer resistors and 29 single-pin connectors. The GE Power Regulator Board DS3800DOAA also is populated with 20 terminals for attaching components.

The 29 single-pin connectors enable the installer to connect cables that transmit signals from the board to other boards in the drive. Other cables enable the board to receive signals from other boards in the drive. The board receives signals and processes the information before sending it on to other boards for further processing. In this manner, the signals are processed by multiple boards.

The 29 single-pin cables create some issues to consider when you install the board in the drive. The potential exists for a maximum of 29 single cables to be connected to the board. This many cables can block cool air from flowing through the interior of the drive. This can cause the temperature in the interior of the drive to rise above a predetermined threshold and automatically shutdown the drive.

Use good cable routing practices to prevent heat from building up. First, bundle the cables together and route them along the side of the drive interior. Use a port on the top of the drive to route the cables out of the drive. It is also important to separate the power cables and the signal cables. The power cables generate signals that can interfere with the signal cables. This degrades the signals and leads to processing errors. The more voltage carried in the power cables, the farther apart the power and signal cables must be.

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The GE Power Regulator Board DS3800DOAA1A1B features 6 trimmer resistors and 29 single-pin connectors. The GE Power Regulator Board DS3800DOAA1A1B also is populated with 20 terminals for attaching components.

The single-pin connectors can be used to connect 1 cable with a male pin connector attached to the end of it to the connector on the board. When you connect the cable, first identify the connector you want to connect the cable to. Each connector has an ID printed on the circuit board. The IDs are a numeric value ranging from 1 to 29. Align the male pin with the connector on the board and insert it until it is firmly attached. The information supplied with the board from the factory describes the purpose of each single-pin connector. Use that information to plan which cable you want to connect to the board.

Because of the high number of cables attached to the board, cable routing becomes a concern for a number of reasons. The cables attached to the single-pin connectors are signal cables which are sensitive to interference from power cables. Both types of cables are present in the board but they must be kept separated. To do this, the power cables must exit the drive along the side of the drive cabinet. The signal cables must be routed along the side of the drive and exit along the top of the drive. Also bundle the signal cables together and plan the routing so that they do not block the free flow of air.

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The GE Circuit Board DS3800DOCA features 4 trimmer resistors and 13 single-pin connectors. The GE Circuit Board DS3800DOCA also is populated with 4 terminals for attaching additional components and 4 resistors embedded on the board.

The embedded resistors are installed at the factory and cannot be removed. The resistors have IDs assigned to them. The IDs are R27, R31, R97, and R101. The resistors are different ratings and they contribute to the processing performed by the board. When you install the board for the first time it is important to configure the board to process as required for the installation. One configuration task is to set the trimmer resistors. The trimmer resistors are equipped with a small screw that enables a technician to adjust the performance of the components. A small screwdriver and a testing device are required. The purpose of each trimmer resistor is described in the information supplied with the board. Use it to select the trimmer resistor you want to configure. While the tester is registering performance of the trimmer resistor, turn the small screw to adjust the signal output of the trimmer resistor. The trimmer resistor is also referred to as a trimpot, which is shortened version of trimmer potentiometer.

Another method of configuring the board is to add components on the terminals. You can add resistors, capacitors, and other components to change the signal processing performed by the board. Only a trained service technician can add or remove components because of the testing equipment you must have and the knowledge required to understand how the components change the processing output.

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The GE Circuit Board DS3800DOCA1A features 4 trimmer resistors and 13 single-pin connectors. The GE Circuit Board DS3800DOCA1A also is populated with 4 terminals for attaching additional components and 4 resistors embedded on the board.

The methods of determining if the board is defective or experiencing intermittent errors is limited because of the lack of test points or indicator LEDs that are helpful as initial troubleshooting steps. If a board is populated with test points, a tester device can be used to ascertain the performance of individual circuits. If a circuit is found to be defective, in some cases the circuit can be repaired and the board reinstalled in the drive. If all circuits are working as normal, you can use the information to eliminate the board from consideration as the source of processing problems.

However, the GE Circuit Board DS3800DOCA1A can be evaluated using the diagnostic tools available on the drive. The diagnostic tools give a complete report on the processing performed on the board. It also provides a report on the activity of the moving parts in the drive. This includes the amount of time the motor has been used, and the load to which the motor has been subjected. Also reported is a history of all errors and warnings reported on the drive. Trip conditions are also included in the activity report. A trip condition is a serious condition that causes the drive to shutdown automatically. For example, if the drive becomes too hot or rises above a threshold, it automatically shuts down. This is also included in the diagnostic report.

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The DS3800DPLA is a small regulator board for the Mark IV Speedtronic Turbine series by General Electric (GE). This board has twenty short metal towers. These towers are known as Jumper ports. These Jumper ports are able to be covered up with small blue covers. These covers allow the worker to adjust how the current is used in connection with another board. The board also has six gold towers with flat head screws on the top. These towers are used to connect additional resistors, diodes, or capacitors as needed. This board currently has seven resistors. Three are a bit larger in size and are connected to the tower terminals. There are brown in color and have bands of different color to show the number of Ohms or energy that they can handle. The other four resistors are much smaller in size and are connected directly to the board. These resistors are a light blue color and have banding as well to show their Ohm capacity. The board also has three light emitting diodes or LED. These LEDs are red in color. The board also features a variable resistor or Potentiometer. This variable resistor is a small square box with a tiny screw in the front of it. This screw allows the worker to adjust the energy flow through the Potentiometer and the rest of the board. There is also a large polypropylene capacitor that is attached to the tower terminals as well. The DS3800DPLA is a small board known as a daughter board is meant to connect with a larger board. For a simple connection, there is a large ribbon harness with black connectors on either side. There are also four holes along the board to allow it to be screwed securely in place on the motherboard.

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The DS3800DPLA1B1A is part of a Turbine series called Speedtronic Mark IV by General Electric (GE). The DS3800DPLA1B1A board contains a small a Potentiometer also referred to as a variable resistor. This variable resistor has an adjustable screw on the side of the blue square. Adjusting the screw allows the operator to control the amount of energy going through the circuit board. The board also contains LEDs. There are three red LEDs that light up as energy moves around the circuit board. The board includes seven resistors. Four are attached to the board and are blue in color, the other three are attached to terminal towers. Each resistor has individual color bands to identify the number of Ohms each resistor is capable of handling. The board has six total terminal towers. These raised towers have a golden colored and include a flat top screw on top. These towers allow for resistors, diodes, and capacitors to be efficiently interchanged as needed. The terminal tower currently has a pale-yellow polypropylene capacitor attached as well. The DS3800DPLA1B1A also has about twenty individual metal stakes. These stakes are referred to as Jumper ports. The Jumper ports can be covered two stakes under one cover, in a variety of ways to direct the energy flow accordingly. The DS3800DPLA1B1A comes with seven blue covers that can be used for the Jumper ports. This board is intended to be connected to a larger board to function properly. The larger circuit board may be referred to as a "Motherboard" at times. So the DS3800DPLA1B1A is considered a "Daughterboard". In order to attach to the "Motherboard", the DS3800DPLA1B1A has a ribbon style wiring harness with a connector. In order for the DS3800DPLA1B1A to be stable on the "Motherboard," there is also four port to place the plastic anchor in.

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The GE Turbine Control Board DS3800DPSS features 6 fuses and 1 34-pin connector. The GE Turbine Control Board DS3800DPSS also is populated with 7 terminals with retention screws, multiple capacitors, and 1 jumper.

The fuses on the board are designed to protect the multiple circuits from being damaged if an over voltage condition arises on the board. If too much current is allowed to be present in the board, the components might be damaged or the current might enter other boards or components in the drive. The fuses are rated with an amperage over which the fuses blow. This means the current melts the element inside the fuse and it stops the current from entering the circuit. The circuits stops processing. The rating means that current below the rating will allow the circuit to remain functional. So, to keep the circuit functional and protect the board from harmful amperage, only replace the fuses with identical fuses with the same rating. The fuses have IDs assigned to them that are printed on the surface of the board. FU1, FU2, FU3, FU4, FU5, and FU6 are the IDs you will find on the board. You will find the IDs printed on the board.

It is best practice to keep on hand a supply of replacement fuses so that downtime for the drive is limited. To replace a fuse, use one hand to remove 1 end of the fuse from the connector on the board. Then remove the other end of the fuse from the connector.

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The GE Turbine Control Board DS3800DPSS1B1B features 6 fuses and 1 34-pin connector. The GE Turbine Control Board DS3800DPSS1B1B also is populated with 7 terminals with retention screws, multiple capacitors, and 1 jumper.

The single jumper on the board has an ID. The ID is J1 and it enables the installer to tailor the processing performed by the GE Turbine Control Board DS3800DPSS1B1B. To learn how the jumper can configure the board, refer to the printed information supplied with the board when you received it from the factory. You received in the carton information about the warranty, about contacting customer support, other flyers and updates, and a booklet about installation of the board. Included in the booklet is a description of the jumper (J1). The jumper has 2 supported positions and each position causes the board to be configured differently. The board arrives from the factory with the jumper in the default position. This is defined by the factory and is typically the most common configuration setting. The jumper covers 2 of the 3 pins that make up the jumper. The jumper is fitted over pins 1 and 2 or over pins 2 and 3. Contact is made between the 2 pins and the board processes the resulting signal to configure the board.

Another way to tailor the board is to add components to the terminals. This changes the processing of the board. However, due to the technical knowledge required to gain the processing results, only qualified individuals can add or remove components from the terminals.

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The GE Turbine Control Board DS3800DPSS1C1C features 6 fuses and 1 34-pin connector. The GE Turbine Control Board DS3800DPSS1C1C also is populated with 7 terminals with retention screws, multiple capacitors, and 1 jumper.

The GE Turbine Control Board DS3800DPSS1C1C has fuses as protection against an over voltage condition. Each of the fuses provides protection to a circuit on the board. The fuse protects the components that are part of the circuit. If you have reason to think that a processing function provided by the board has stopped functioning, you can begin troubleshooting by viewing the board and checking the fuses to see if the elements in the fuses are intact. If the elements are broken it means the fuse is blown and that the function provided by the circuit has ceased to function.

If you see a blown fuse, remove the board from the drive and place the board on a level surface with a static protective bag under the board. Wear a wrist to give the static on your person and on the board a grounded surface to drain to. This can be a metal chair leg or a metal support on a desk. Without a grounded surface to drain the static, the static builds up and can damage components on the board.

Remove the blown fuse and replace it with an identical fuse. Make sure the fuse has the same amperage rating. Have on hand a supply of the same fuses the board uses so that the board can quickly be repaired.

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The DS3800DRFA is a Gas Turbine regulator board. The board is part of GE's Mark IV Speedtronic line. The DS3800DRFA is a relatively small board compared to others in the Mark IV line. This board features nineteen golden colored prongs along the edge of the board. These prongs are a terminal that can connect to another circuit board. On either side of each prong (above and below) are small silver colored dots that allow the connecting port to make contact and provide or use the energy of this board. There are four large red diodes in various places on the board. Three small brown diodes, two blue diodes, and two grey diodes. The DS3800DRFA also features four resistors all of the different colors and band structure. There are also four screw terminals that are raised above the board. Two of which are holding a resistor. These can be used as screw port terminals to add in other resistors or cables. There are six dark blue rectangles along one edge of the board. The rectangles are called Potentiometers. Each potentiometer has a small screw in the faceplate that can be adjusted to control how much energy goes in or out of the board. The DS3800DRFA is also easily attached to a motherboard via four anchor ports (one in each corner). Every component is neatly labels and DS3800DRFA is printed on the board Along with GE's seal.

At AX Control we pride ourselves on wonderful customer service and a knowledgeable staff. Feel free to call for a quote.

The DS3800DRFA1B1A is a daughter board by General Electric. It is part of the Speedtronic Mark IV line for turbines. The DS3800DRFA1B1A is a miniature sized board in the Speedtronics line. The DS3800DRFA1B1A's function is as a regulator board. A regulator boards purpose is to regulate the flow of energy and keep it at a steady voltage as the machine as a whole runs. The board features many different pieces that work together as a whole. The board has many diodes of several different colors. The colors were blue, grey, maroon, and dark red. The circuit board also has a line of gold-toned terminals with corresponding silver dots on either side of the terminals. These silver dots allow for a current to pass through it. There are two sets of terminals with flat head screws. One set has a grey resistor hung between it. The other doesn't have anything, but it can be used to hold wires of other resistors.

The DS3800DRFA1B1A features a few resistors. Three are blue in color and one is grey. Each having a unique multicolored banding to identify its voltage capacity.

There are also six dark blue boxes with tiny screws on the front faceplate. These boxes are called Potentiometers. The Potentiometers' tiny screws allow for each one to be adjusted accordingly to change how much energy flows through the board at any given time.

There are connecting points in each corner of the DS3800DRFA1B1A board to allow it to be connected with plastic anchors.

The board is labeled with letters and numbers for each component to help identify each component. Stamped on the board is the part number DS3800DRFA1B1A and GE's stamp with U.S.A. underneath to show where it was made.

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The GE Circuit Board DS3800DRRA is 2 inches in height and 5 inches in length. The board features 6 terminals with retention screws, multiple capacitors, and 3 jumpers. The GE Circuit Board DS3800DRRA also is populated with 16 single-pin connectors and 5 resistors embedded on the board.

The GE Circuit Board DS3800DRRA is designed with 1 hole in each corner. The installer drives a screw in each corner to secure the board in the drive. The drive interior has a space dedicated to the installation of the board. When you install the drive, use 2 hands for the task. With one hand hold the board in place and align the holes on the board with the screws holes in the interior of the drive. Use your free hand to insert the screws in the board. Then, use the screwdriver to tighten the screws. Do not over tighten the screws because the board might crack or chip off the corner of the board.

If you accidently allow a screw to fall into the drive, stop the procedure until you retrieve the screw. If the drive is started with a loose screw, the screw might be jammed in a moving part. This will cause damage to the motor or other moving parts. The motor is a powerful device and personal injury might occur if a moving part strikes an individual near the drive. Also, the loose metal screws might cause an electrical short which might cause a fire or lead to damage to the components.

","meta_title":"GE CIRCUIT BOARD MARK IV","meta_description":"GE CIRCUIT BOARD MARK IV","keywords":"GE CIRCUIT BOARD MARK IV","series_page_description":"GE CIRCUIT BOARD MARK IV","quote_description":null,"inventory_notes":"","cross_reference":"","created_at":null,"updated_at":null,"prod_pdf":[]},{"id":11850,"part_number":"DS3800DRRA1C1B","revision_type_id":1,"series_id":114,"stock_level_id":1,"repair_time_id":1,"stock_level_text":"In Stock Ships Today","repair_time_text":"24 Hours","weight":null,"recond_stock":0,"new_stock":1,"recond_price":"0.00","new_price":"0.00","max_oversell":0,"description":"TURBINE CONTROL SPEEDTRONIC GE MARK IV","short_desc":"GE Circuit Board DS3800DRRA1C1B","content":"

The GE Circuit Board DS3800DRRA1C1B is 2 inches in height and 5 inches in length. The board features 6 terminals with retention screws, multiple capacitors, and 3 jumpers. The GE Circuit Board DS3800DRRA1C1B also is populated with 16 single-pin connectors and 5 resistors embedded on the board.

The GE Circuit Board DS3800DRRA1C1B is populated with terminals so that a qualified technician can add components to the board. This allows the board to be configured to the exact needs of the drive. Since this is a highly technical task that requires a thorough knowledge of the board and the components, only a qualified technician should add components. The components must be added only before the board is installed in the drive. Place the board on a flat surface that is free of debris, dust, and dirt. Under the board place a flattened static protective bag so that static can not enter the board from the work surface. Also, the technician must wear a wrist strap. This provides a means for the static on your person and the board to drain to the grounded surface the strap is attached to. One end of the strap is attached to your wrist and the other end is a clip that you can attach to a metal surface, like a metal chair or desk leg.

Use a screwdriver to open the tops of both terminals and insert the lead wires. Tighten the terminals with the screwdriver. Use the information supplied with the board to learn what circuits the terminals are part of.

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The DS3800DSAB is a very small circuit board that is part of General Electrics’ (GE) Mark IV Speedtronic Line. This small board has four blue rectangles that are called variable resistors or Potentiometer. The variable resistors are all adjustable with a small metal screw on the face of each one. This allows the worker to adjust how much current goes through the circuit board. The DS3800DSAB also features three diodes. There is also a small short ribbon harness to connect to other circuit boards.

Call AX Control today for your free quote.

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The DS3800DSAB1A1A is a microcircuit board produced in the Mark IV Speedtronic series by General Electric. This micro board has a small ribbon-shaped wiring harness to connect to other boards. The board features three diodes and four blue rectangles. These rectangles are referred to as variable resistors or Potentiometer. Each Potentiometer is adjustable with a little screw on the face of each one. Adjusting the screws allows the operator to control the energy flow across the board.

Let AX Control help you today.

","meta_title":"MARK 4 GENERAL ELECTRIC PCB","meta_description":"MARK 4 GENERAL ELECTRIC PCB","keywords":"MARK 4 GENERAL ELECTRIC PCB","series_page_description":"MARK 4 GENERAL ELECTRIC PCB","quote_description":null,"inventory_notes":"","cross_reference":"","created_at":null,"updated_at":"2018-11-21 12:40:21","prod_pdf":[]},{"id":18106,"part_number":"DS3800DSFC","revision_type_id":1,"series_id":114,"stock_level_id":1,"repair_time_id":1,"stock_level_text":"In Stock Ships Today","repair_time_text":"24 Hours","weight":null,"recond_stock":0,"new_stock":0,"recond_price":"0.00","new_price":"0.00","max_oversell":0,"description":"DS3800DSFC GE CIRCUIT CARD","short_desc":"GE Circuit Board DS3800DSFC","content":"

The GE Circuit Board DS3800DSFC is 2 inches in height and 3 inches in length. The board features 1 trimmer resistor, multiple capacitors, and 5 jumpers. The GE Circuit Board DS3800DSFC also is populated with 2 single-pin connectors and 10 resistors embedded on the board.

The single trimmer resistor enables a qualified individual to adjust the components to the exact needs of the drive. The trimmer resistor is sometimes referred to as a trimpot because the trimmer resistor is a potentiometer. The small screw is used to adjust the component. Use a test device that is calibrated for the task and as you turn the screw, refer to the tester until you adjust the trimmer to the requirements of the drive. Once it is set, you can use a clear glue or other agent to fix the screw in place. Use a glue or other substance that can be easily removed, in case further adjustments are required.

The capacitors also require special consideration. The capacitors serve the purpose of storing high voltage current and releasing it as required. This cycle is repeated during normal processing without any safety concerns to the operator or the drive. However, if you remove the board, there is the potential that the capacitors have stored high-voltage current. If that is the case, the technician can be harmed by an electric shock if the board is touched. All that is required is to wait 30 seconds while the high-voltage current exits the capacitors. This happens without intervention by the technician.

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The GE Circuit Board DS3800DSFC1A1A is 2 inches in height and 3 inches in length. The board features 1 trimmer resistor, multiple capacitors, and 5 jumpers. The GE Circuit Board DS3800DSFC1A1A also is populated with 2 single-pin connectors and 10 resistors embedded on the board.

The interior of the drive is designed for multiple boards to be installed. The drive is designed with multiple spaces in which to install the GE Circuit Board DS3800DSFC1A1A. The board is engineered with 1 hole in each corner that will align with matching holes in the board rack in which the board is installed. Use a screwdriver to insert the screws in each corner and tighten them to provide a secure installation. If you overtighten the screws it might damage the board or allow the screws to pass through the board material.

Before you install the board, the technician must decide if further adjustment is needed to be made to the trimmer resistor. Use a tester to measure the performance of the resistor trimmer and adjust it, if needed. If necessary, you can install the board and check the performance of the drive and if needed, you can remove the board and adjust the component. Once you have adjusted it, apply a small amount of a clear glue that will dry and prevent further adjustment of the screw. Only use an agent that can be peeled off and not damage the trimmer resistor.

Plug a cable into the single-pin connector, if necessary. To connect the cable align the cable with the connector and slide it into place.

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The GE Speedtronic Circuit Board DS3800DSQD is 3 inches in height and 7 inches in length. The board features 32 indicator LEDs, multiple capacitors, and 16 jumpers. The GE Speedtronic Circuit Board DS3800DSQD also is populated with 1 50-pin connector.

The GE Speedtronic Circuit Board DS3800DSQD is also populated with an erasable programmable read-only memory (EPROM) module. Stored on the module are the instructions and firmware code used to control the processing in the drive. The EPROM module can be removed if required. The EPROM module is attached to an EPROM socket that is embedded on the board. To remove the module, locate the space on each end of the module between the socket and the module. Insert a screwdriver in the space and pry the module off the socket. Move to the other side of the socket and repeat the steps to remove the module.

You must perform this procedure while wearing a wrist strap. This is because the module is sensitive to static and the contents of the module can be compromised or made unreadable by static build up. Your person and the module can store static and the wrist strap provides a route for the static to drain to a grounded object. The grounded object might be a metal support, a metal chair leg, or a metal bench. You connect the wrist strap to the grounded object by attaching a built-in clip found on the end of the wrist strap. Some wrist straps are supplied with a connector on the end that attaches to a matching port on a workbench.

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The GE Speedtronic Circuit Board DS3800DSQD1A1A is 3 inches in height and 7 inches in length. The board features 32 indicator LEDs, multiple capacitors, and 16 jumpers. The GE Speedtronic Circuit Board DS3800DSQD1A1A also is populated with 1 50-pin connector.

The drive is designed to operate within a range of temperatures and if the temperature inside the drive is above the range the drive will shutdown without operator intervention. Hot conditions can lead to component failure or intermittent errors. It can also lead to a fire hazard.

This is one of several trip conditions that can occur. A trip condition can also be an over voltage condition. This occurs when the voltage entering a circuit is above a threshold. Over voltage can damage components. It can also cause a fire or cause component failure. Another condition that leads to a trip condition is drive overload. This might indicate a problem with the installation or that the drive is underpowered for the work load. Early component failure can occur if the motor in overloaded. It can result in excessive heat and fire.

If a trip condition occurs it is best practice to not restart the drive until the root cause of the failure is understood. For example, you might find that the drive air vents are blocked by cables or that the drive is installed too close to other devices. In that case, move the drive away from other equipment or make more open space by removing heat generating equipment from the room.

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The GE Circuit Board DS3800DSWA is 3 inches in height and 5 inches in length. The board features 12 trimmer resistors, multiple capacitors, and 12 jumpers. The GE Circuit Board DS3800DSWA also is populated with 1 34-pin connector.

The IDs of the jumpers are prefixed with a 1 position numeric value. Following the numeric value is a 1 or 2 position alphabetic value. For example, some of the jumper IDs are 1C, 1S, 1RA, 2RA, 3RA, and 3B. You can use the IDs to reference the installation instructions that came with the board to gain knowledge about the purpose and function of each jumper. You can learn which jumper position is appropriate for the drive. If you find that you must move a jumper, use your thumb and 1 finger to lift up on the jumper and remove it from the pins. Center the jumper over the pins you want to cover and gently insert it over the pins. Do not use force because you might bend the pins or break them off the board.

The 34-pin ribbon cable is approximately 7-inches in length. One end is attached to the board while to other end is a 34-pin connector. It attaches to a connector near the location where the board is installed. There are some considerations to keep in mind to prevent damage to the ribbon cable. When you disconnect the ribbon cable, use one hand to hold the connector and gently remove it from the connector in the drive interior. Never tug the cable free from the drive connector because it can damage the cable.

","meta_title":"CIRCUIT BOARD GE MARK IV","meta_description":"CIRCUIT BOARD GE MARK IV","keywords":"CIRCUIT BOARD GE MARK IV","series_page_description":"CIRCUIT BOARD GE MARK IV","quote_description":null,"inventory_notes":"","cross_reference":"","created_at":null,"updated_at":null,"prod_pdf":[]},{"id":11859,"part_number":"DS3800DSWA1A1A","revision_type_id":1,"series_id":114,"stock_level_id":1,"repair_time_id":1,"stock_level_text":"In Stock Ships Today","repair_time_text":"24 Hours","weight":null,"recond_stock":0,"new_stock":0,"recond_price":"0.00","new_price":"0.00","max_oversell":0,"description":"DS3800DSWA1A1A Speedtronic Gas Turbine Mark IV General Electric Board","short_desc":"GE Circuit Board DS3800DSWA1A1A","content":"

The GE Circuit Board DS3800DSWA1A1A is 3 inches in height and 5 inches in length. The board features 12 trimmer resistors, multiple capacitors, and 12 jumpers. The GE Circuit Board DS3800DSWA1A1A also is populated with 1 34-pin connector.

The ribbon cable provides the means by which the board receives signals from other boards in the drive. It also enables the board to send signals to other boards. The drive is populated with multiple boards that perform the processing for the drive. Signals are received by each board for processing. Then, after processing, the signals are sent to other boards for further processing. The 34-pin ribbon cable also provides the current required to power the board. The 34-pin ribbon cable is easily damaged so it requires some special consideration.

The plastic connector attached to the end of the ribbon cable contains the 34 separate strands of wire but they are easily disconnected from the connector. To avoid damage, always disconnect the ribbon cable by holding the plastic connector and not the ribbon cable. Carefully pull it out without putting stress on the cable.

This is also true when you remove the board. Do not tug the cable out of the connector by pulling on the board. When you attach the ribbon cable, also use best practices. Align the connector and use your thumb and 1 finger to press it into to place. Visually inspect it to find space between the connectors. If you find space, press the connectors again until the ribbon cable is fully seated.

","meta_title":"SPEEDTRONIC GAS TURBINE MARK IV GE BOARD","meta_description":"DS3800DSWA1A1A Speedtronic Gas Turbine Mark IV General Electric Board - Buy, Sell, or Repair","keywords":"SPEEDTRONIC GAS TURBINE MARK IV GE BOARD","series_page_description":"Speedtronic Gas Turbine Mark IV General Electric Board","quote_description":null,"inventory_notes":"","cross_reference":"","created_at":null,"updated_at":null,"prod_pdf":[]},{"id":11860,"part_number":"DS3800DSWB","revision_type_id":1,"series_id":114,"stock_level_id":4,"repair_time_id":1,"stock_level_text":"In Stock Ships 3-5 Days","repair_time_text":"24 Hours","weight":null,"recond_stock":0,"new_stock":0,"recond_price":"0.00","new_price":"0.00","max_oversell":0,"description":"GENERAL ELECTRIC GAS TURBINE BOARD","short_desc":null,"content":"

The DS3800DSWB is featured in Mark IV Speedtronic produced by General Electric. The DS3800DSWB is a larger circuit board. The DS3800DSWB has a mixture of sixteen integrated circuits. The integrated circuits are split into two separate groups called EPROM and EEPROMs. The EPROM and EEPROMs are very similar in the way they both hold the data to DS3800DSWB to function. The Eprom is a reprogrammable integrated circuit that can be updated as new programming becomes available. The EEPROMs is not reprogrammable but does come pre-programmed. The DS3800DSWB three thin yellow capacitors and five yellow capacitors. The capacitors create an electrical field that stores extra energy in the electrical field for later use. The DS3800DSWB has two silver circular transistors, three small black transistors which are used to amplify or change electronic signals and electoral power. The DS3800DSWB has six large black diodes, five light blue diodes, three large silver diodes, around forty clear diodes, and eight dark red diodes. The diodes are used to have the energy flow in one direction. The DS3800DSWB also has one amber colored LED and ten red LEDs. The LEDs or also referred to as light emitting diodes. These LEDs illuminate as energy flows through them. The DS3800DSWB has around one-hundred resistors that are used to restrict energy flow through the energy board. The resistors are identifiable by the multiple colored rings around the outside. The DS3800DSWB has a large female terminal port and two grey clips that are used to attached the DS3800DSWB to other circuit boards and secure it in place.

If you would like a quote or any additional information please contact the professional staff at AX Control.

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The DS3800DSWB1A1A is featured in Mark IV Speedtronic produced by General Electric. The DS3800DSWB1A1A is a larger circuit board. The DS3800DSWB1A1A has a large female terminal port and two grey clips that are used to attach the DS3800DSWB1A1A to other circuit boards and secure it in place. The DS3800DSWB1A1A has around one-hundred resistors that are used to restrict energy flow through the energy board. The resistors are identifiable by the multiple colored rings around the outside. The DS3800DSWB1A1A has a mixture of sixteen integrated circuits. The integrated circuits are split into two separate groups called EPROM and EEPROMs. The EPROM and EEPROMs are very similar in the way they both hold the data to DS3800DSWB1A1A to function. The Eprom is a reprogrammable integrated circuit that can be updated as new programming becomes available. The EEPROMs is not reprogrammable but does come pre-programmed. The DS3800DSWB1A1A three thin yellow capacitors and five yellow capacitors. The capacitors create an electrical field that stores extra energy in the electrical field for later use. The DS3800DSWB1A1A has two silver circular transistors, three small black transistors which are used to amplify or change electronic signals and electoral power. The DS3800DSWB1A1A has six large black diodes, five light blue diodes, three large silver diodes, around forty clear diodes, and eight dark red diodes. The diodes are used to have the energy flow in one direction. The DS3800DSWB1A1A also has one amber colored LED and ten red LEDs. The LEDs or also referred to as light emitting diodes. These LEDs illuminate as energy flows through them.

If you would like a quote or any additional information, please contact the professional staff at AX Control.

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The GE Circuit Board DS3800DVIA is 2 inches in height and 4 inches in length. The board features 12 single-pin connectors, 4 terminals for connecting additional components, and 2 resistors. The GE Circuit Board DS3800DVIA also is populated with 3 trimmer resistors.

The IDs of the trimmer resistors are R1, R2, and R3. When the board is delivered from the factory the trimmer resistors are set at a standard setting that is used by most installations. However, you might find that further configuration is required to achieve the processing you require. If that is the case, you must remove the board from the drive and place it on a clean flat surface. Only a qualified technician can adjust the settings of the trimmer resistors. The trimmer resistor is also called a trimpot because it is potentiometer. The technician must have a full-function tester on hand with probes that are designed for use with the tester.

The technician must refer to the specifications sheet for the board to understand which circuits the trimmer pots are part of. Use the small screw on the trimmer pot to adjust the resistance. When you are satisfied, it is a best practice to drop some clear glue or other agent on the screws to prevent the screws from being turned again. Also, choose a glue that can be easily peeled off if more adjustment is needed.

Reconnect the single-pin cables to the connector on the board. Bundle them together and route them to avoid blocking the airflow.

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The GE Circuit Board DS3800DVIA1A1B is 2 inches in height and 4 inches in length. The board features 12 single-pin connectors, 4 terminals for connecting additional components, and 2 resistors. The GE Circuit Board DS3800DVIA1A1B also is populated with 3 trimmer resistors.

The IDs of the resistors are suffixed with the letter R. The letter R is followed by a numeric value. For example, the IDs for the resistors are R2 and R4. The IDs for the trimmer resistors are also suffixed with the letter R. The letter R is followed by a numeric value. For example, the IDs for the resistor trimmers are R1, R3, and R5. The resistor trimmers are also called trimpots. The trimpots are potentiometers due to the small adjustment screw that enables the technician to adjust the resistance.

Each single-pin connector is used to connect 1 signal cable to the board. The board is populated with 12 signal-pin connectors. Due to the large number of single-pin connectors it is important that you attach the cables to the right connectors. The single-pin connectors have IDs that consist of 1 or 2 digit numeric values. Use the description of the single-pin connectors located in the installation instructions. Be sure to use the IDs to identify the right connector to attach a cable. When all the cables are attached, bundle them together and route them along the side of the drive interior. If any power cables are nearby, route them away from the signal cables. This reduces the opportunity for interference from the power cables.

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The DS3800DVRC is a turbine regulator circuit board by General Electric. The DS3800DVRC is a circuit board featured in the Speedtronic Mark IV Series. The regulator boards main function is to prevent the turbine's system from experiencing energy spikes due to power surges. The DS3800DVRC accomplishes this with a variety of detailed parts. There are small resistors around eighty on this board. These resistors have a series of different color band markings. These markings are to show the number of ohms that particular resistor can handle at any given time. The board also features variable resistors or Potentiometers. There are three on this board. They can be identified by the black knobs used to adjust them. Each knob also has a tiny white arrow on top. Each variable resistor can be adjusted individually to allow a certain amount of current or energy flow across the board. Each knob is labeled zero through one-hundred, with small hash marks that indicate ten-degree intervals. The DS3800DVRC board also has ten "power resistors". These resistors are different sizes ranging from small to large. Their purpose is to hold and disperse of high power energy, like the type of jolt the system would get during a power surge. The brains of the operation though are stored in the five small chips on the board called EEPROMs. These chips hold all the programming to tell the board what to do and when to do it. These EEPROMs come preprogrammed for the boards' purpose and cannot be changed. If additional programming is required a sixth EEPROM may be added. This board features a section set aside for just that reason. This spot is labeled "SPARE" and has all the required marking to hook it up and have the current flow to it.

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The DS3800DVRC1A is a regulator style circuit board for turbines. The DS3800DVRC1Ais featured in the Mark IV Speedtronic line up from General Electric (GE). A regulator circuit boards purpose is to prevent energy spikes by keeping a steady current or energy flow through the turbine. The DS3800DVRC1A has three Potentiometers or they are sometimes referred to as variable resistors. Each variable resistor has an easy to grab black knob. Each knob is clearly marked with the numbers zero to one-hundred. There are ten-degree increases between zero to one hundred to easily get the current flow you require with a simple turn. There are also little arrows on the knobs for easy identification. Once the current flow is adjusted the board relies on the five EEPROM devices on the board. These EEPROM old the programs for the board to function. These devices, however, cannot be reprogrammed. If more programming is required there is a section labeled "SPARE" on the board where an addition EEPROM may be installed. This section already has current point around it so an EEPROM can easily be installed. The parts of the board that make it a regulator are called resistors. There are two types of resistors on this board. The first type of resistor is small but numerous in number. There are around seventy-six or so on this particular board. These smaller resistors are banded with a few different colors. These colors correspond with a code to left the operator know how many ohms each resistor can withstand. The second type of resistors is called "power resistors". These power resistors vary in size from small to large and handle high power energy that may flow through the board during an energy spike.

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The DS3800DVRC1A1 circuit board is part of General Electric (GE) Mark IV Speedtronic Turbine line up. The DS3800DVRC1A1 works as a current regulator. A regulator keeps the energy flow constantly throughout the machine despite possible energy spikes.

The DS3800DVRC1A1 is a very intricately designed board with various parts. The most vital components on this board are the metal power resistors that disperse high power energy. There are twelve power resistors all varying sizes. The DS3800DVRC1A1 also has around seventy-five small resistors. They are a reddish color and each one has a color band like marking. Each band on the resistors is a color based code to calculate the number of ohms that can be passed through each resistor. The DS3800DVRC1A1 is considered a "daughter" board which means it attached to a larger circuit board to function properly. In order for easy installation, the DS3800DVRC1A1 has anchors in each corner, and a wiring harness to allow for communication between boards. The programming of the board is stored in five EEPROMs. These EEPROMs hold all the functional programming the board will need. These units are not capable of being re-programmed. There is a small section on the board where another EEPROM can be installed if needed. This spot on the board is clearly labeled "SPARE" and has the appropriate connection points around it.

The DS3800DVRC1A1 also allows the worker to control how much energy or current flows across the board at one time. In order for this to be accomplished the DS3800DVRC1A1 has three knobs on its face. These knobs are known as variable resistors or sometimes call Potentiometers. These variable resistors each have a range printed on the knobs of zero to one-hundred, (with ten-degree increases in between). The knobs also have a tiny white arrow on top of each one. In order to adjust the current or energy flow, all the worker needs to do is turn each knob to the degree they need it.

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The DS3800DVRC1A1A from General Electric (GE) is a regulator circuit for the Speedtronic Mark IV line. This board is used as a part of a system to control and regulate turbines.

The DS3800DVRC1A1A features around seventy-five separate resistors. Each is uniquely marked with different colored bands to indicate the number of ohms each resistor can handle. There is a total of twelve (12) power resistors all varying in size. There are two rather large ones, four medium-sized ones, and four small ones. There is a small black covered terminal port with a ribbon harness on one side to connect to other equipment or boards. There are five EEPROMs which have one job and can't be re-programmed. There are sixteen grey spots on the bottom edge of the circuit board to allow additional components to be attached to vary the function of the circuit. On the right edge is also three (3) large knobs. Each knob is a Potentiometer. Every Potentiometer can be moved and adjusted to allow for different amounts of electric current to flow across the board at one time. Each knob is black in color with a white arrow in the center and marked zero to one-hundred. In between the zero and one-hundred are hash marks in white at ten-degree intervals. Each piece is clearly labeled with its corresponding alphanumeric marking and outlined in white.

AX Control prides itself on being able to help you find the right part for the job. Please call for your quote today.

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The DS3800DVRC1A1A1A is a regulator circuit that is part of the Mark IV Speedtronic Turbine series from General Electric (GE). The DS3800DVRC1A1A1A has a mind boggling amount of intricate parts. There are a set of twelve metal resistors all different sizes to dissipate various amounts of high energy. There are close to eighty small red resistors which are branded with fluctuating bands of color. These bands identify each resistors energy capacity. For easy connection, there is a wiring harness that is a wide ribbon-like shape with a connector on either end. The board has a total of five electronically erasable programmable read-only memory's also known as EEPROMs. These pieces serve individual purposes but cannot be changed or reprogrammed to perform a different task. A sixth EEPROM can be added to the board if the operator feels it's necessary in a small sixteen-point section on the board labeled "SPARE". There are also three Potentiometer or variable resistors on the board. These are identified by the dark knobs with white hash marks and numbers. The knob starts at zero and goes up to one-hundred, with ten digit interval dashes in between. There is a small arrow on the face of each knob as well. The energy flow of the circuit board can be adjusted and changed by moving each Potentiometer or variable resistor knob to varies positions.

AX Control would love to help you find just what you need. Give AX Control a call and get your simple pressure free quote today.

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The GE Generator Regulator Board DS3800DXRA features 1 20-pin connector and 10 jumpers. The GE Generator Regulator Board DS3800DXRA also is populated with multiple capacitors and 5 indicator LEDs. The board is also populated with a toggle switch for resetting the board.

The LEDs indicate activity is taking place in different circuits on the board. They provide a quick and easy way for the drive operator to monitor the condition of the board. If the LEDs are flashing or staying lit for a short period of time, the operator will know that the board is in a good condition. If the LEDs fail to light, it provides an indication that the board is experiencing a problem If that is the case, several means of troubleshooting and resolving issues are available.

If the LEDs have stopped flashing and you suspect a problem, a qualified operator can switch the reset toggle switch to restart the board. The reset button doesn’t remove current from the board. Instead, it forces the board to restart processing. Often, if signals to the board are interfered with by high-voltage electricity, the restart process enables the signals to restart and any problems are resolved. However, only a qualified operator or servicer should use the restart switch. This is because using the switch requires the individual to reach into the drive while high-voltage current is present in the board. This exposes the servicer or operator to hazardous conditions that can lead to electric shock or burn.

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The GE Generator Regulator Board DS3800DXRA1A1A features 1 20-pin connector and 10 jumpers. The GE Generator Regulator Board DS3800DXRA1A1A also is populated with multiple capacitors and 5 indicator LEDs. The board is also populated with a toggle switch for resetting the board.

The 10 jumpers that populate the board are assigned unique IDs. Each jumper is used to configure a different segment of the processing performed by the board. And the purpose of the jumpers is explained in the printed information supplied by the factory. The information is supplied to you with the original board and is found in the shipping carton. Use the description to understand the purpose of the jumpers and then find the jumper to change by locating the jumper with the same ID on the board.

The 3-pin jumpers are designed so that 2 of the pins are covered by the jumper and 1 pin is not covered. The jumper creates a contact between the 2 covered jumpers and this creates a signal that instructs the board to configure the board. Cover the pins 1 and 2 or pins 2 and 3 with the jumper. The factory defines a default setting for the jumpers, which is the settings for the jumper as it is delivered from the factory.

Best practice is to record the jumper settings for the board and keep the information in a safe place. When you replace the board, set the jumpers on the replacement board to match the defective board.

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The GE Generator Regulator Board DS3800DXRA1C1C features 1 20-pin connector and 10 jumpers. The GE Generator Regulator Board DS3800DXRA1C1C also is populated with multiple capacitors and 5 indicator LEDs. The board is also populated with a toggle switch for resetting the board.

The ribbon cable is the means by which the board receives signals from other boards in the drive. It is also the means by which the board transmits signals to other boards. The ribbon cable also supplies electric current to the board. To prevent damage to the ribbon cable it is important to follow some specific guidelines. The ribbon cable is permanently attached to the board and the cable is 7-inches in length. The ribbon cable is attached to a connector that you plug into a matching connector in the interior of the board. Handle the connector gently because the 20 fine strands of wire that comprise the cable are easy to damage. Align it with the connector in the drive and press it into the connector. Inspect it for space between the connectors. If you see open space, press the two connectors together to ensure the connectors are fully seated.

When you replace the board, first disconnect the ribbon cable before you remove the board. It is important to prevent the ribbon cable from being forcefully tugged. Use 1 hand to pull the ribbon cable connector from the matching connector in the interior of the drive. Then, remove the GE Generator Regulator Board DS3800DXRA1C1C from the drive.

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The DS3800DXRC1D1B is a receiver mod made for Speedtronic Mark IV line by General Electric. The DS3800DXRC1D1B has many different components. There are thirteen (13) light blue diodes, there are nine (9) resistors all banded differently to indicate its bandwidth. There are three silver capacitors. There is a single red-light diode. There are two black covered connector ports, there is also a ribbon harness to connect to other boards or equipment. There is a single orange Potentiometer with a single silver knob. There are twenty-one (21) black rectangles. There are thirteen (13) EPROM, and eight (8) EEPROMs* There are four curved metallic circles. There are thirty-four (34) pairs of prongs known of Jumper ports. There are eighteen (18) sets of plastic covers that can be moved around these Jumper ports to arrange how the current flows through the board. There is also two silver surface mount ceramic capacitors. Each component is numbered and lettered in a dark green. Each component is also outlined in dark green lines. The part number DS3800DXRC1D1B is printed along the side. There are plastic anchors in each corner to secure it to a motherboard. The traces along the board are drawn in a shiny silver print.

Our fantastic staff at AX Control would love to get you a quote today. We take great pride in how we package and ship our products. This circuit board will be shipped in its own static bag to prevent energy build up and discharge while being shipped.

*EPROM is a re-programmable an EEPROM is not re-programable.

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The DS3800EEPB is a PCB fabricated by GE for the Mark IV series. The MKIV is one of GE’s gas and steam turbine management systems and was their third commercially available Speedtronic system. The MKIV has integrated microprocessors that work together around the clock to monitor and protect the turbine from such things as vibration, over speed, high pressure, and loss of flame.

The DS3800EEPB functions as a generator regulator board. It is marked on one edge, A through J. Factory-drilled mounting holes have been made in each corner. Nylon extractor clips are installed. Extractors are especially helpful to technicians when space is limited, as they add a handle to manipulate the board by, as well as adding a lever point to push the board free from its location in the frame.

The DS3800EEPB is populated with one toggle switch, a red LED, 37 jumper switches, one transistor, and one PCB mating connector (218A4553-1 A/mp.) It has five resistor network arrays. The board has forty circuits, including octal buffers and line drivers, two-input positive OR gates, and CMOS static RAM.

The most notable attribute of the DS3800EEPB is its four small auxiliary boards. These boards are each connected to the motherboard using two lines of board-to-board pins, which lock each board into place. Each auxiliary correlates to eight jumper switches which run parallel to each auxiliary board.

Our warehouse at AX Control will ship this part to you protected by a static-reducing covering. We recommend reviewing any OEM publications in your possession containing safety data or installation instructions before beginning installation. GE was responsible for all technical support for the DS3800EEPB. This includes end-user publications like manuals and data sheets.

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The DS3800HA1C is a PCB created by GE for the Mark IV series. This series is a gas/steam turbine management system created by GE. It has several integrated microprocessors that work nonstop to guard the turbine from issues like vibration, high pressure, and over speed. As compared to earlier GE Speedtronic systems, the Mark IV has improved application flexibility, an enhanced operator interface, and improved reliability.

The DS3800HA1C is built with two trim potentiometers located in one corner. It also has five resistor network arrays. Both of these components can be used as voltage dividers for power functions. Resistor arrays may also be used in several other ways, including as a terminal for SDRAM and DDRAM. The board has ten TP test points and ten jumper switches. Jumpers allow for some customization of the board, as they allow the end user to finish off circuits as they choose by placing the jumper on two of three (sometimes more) shunt pins.

The DS3800HA1C has forty circuits populating the board. All circuits are marked. The board has three mating connectors, including one 218A4553-1 A/mp connector and two 10-pin right-angled male connectors. The mating connectors are located opposite each other on the short-dimension edges of the board.

The DS3800HA1C is marked A through J on one edge. It is factory drilled in each corner. Extractor clips have been inserted.

Our team at AX Control will ship the DS3800HA1C to you in a static-reducing plastic covering. All technical support for this part was provided by GE.

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The GE Circuit Board DS3800HACA features multiple pins that are connected through fine wires wrapped around the pins. The GE Circuit Board DS3800HACA also is populated with a modular connector for attachment to a drive and retention levers to hold the board in the drive.

The GE Circuit Board DS3800HACA is inserted into the board and it slides into a board rack that is designed to allow easy and quick installation and removal of the board. The end of the board is fitted with a module connector that allows for connection to a matching connector in the interior of the drive. To hold the board in position, retention levers are available to ensure a secure connection.

However, to ensure proper operation of the board and to extend the life of the components and boards in the drive, it is important to make sure excessive heat doesn’t build up in the drive interior. That is only possible when you plan the installation carefully. The drive is often installed in rooms with many other drives and other equipment close by. When you install the drive, select a location that is free of dust, dirt, harsh chemicals, and high heat and humidity. The drive is installed on a wall with bolts that support the weight of the drive. Select a location that will allow enough space around all sides of the drive when it is installed. Heat can come through the wall from devices on the other side of the wall. Make sure the wall stays cool and if that is not possible, you might remove some equipment from near the wall in the adjoining room.

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The GE Circuit Board DS3800HACA1A1A features multiple pins that are connected through fine wires wrapped around the pins. The GE Circuit Board DS3800HACA1A1A also is populated with a modular connector for attachment to a drive and retention levers to hold the board in the drive.

Before the technician can install or service the GE Circuit Board DS3800HACA1A1A it is important that the surrounding area around the drive is inspected for hazards. Look for moisture on the floor and make sure you dry the floor completely before proceeding. If the moisture is caused by condensation from humid conditions in the room, you might have to install dehumidifiers to remove the moisture from the air. Moisture is hazardous because it conducts electricity. Also inspect the area for 2-prong electrical cords and remove them from the aera. They are also a hazard because of the risk of shock and electric burns.

Finally, inspect the area for emergency shut off devices. Make sure they are in good working order. Also make sure they are near the drive and are clearly visible. Finally make sure all servicers know how to operate them. You should always have 2 servicers on site when installing or servicing a drive. The drives are high-voltage devices and a serious injury can happen at any time. If the servicer is alone, emergency aid might be delayed. But if another servicer is on site, assistance can be provided quickly and without delay.

Understand that the drive receives electrical power from multiple sources and that you must shut off all power before you begin servicing the drive.

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The GE Turbine Control Board DS3800HACB features multiple pins that are connected through fine wires wrapped around the pins. The GE Turbine Control Board DS3800HACB also is populated with 11 jumpers for configuring the board and 1 20-pin connector.

The GE Turbine Control Board DS3800HACB is engineered with features to make it easy to install in the drive and remove from the drive. The board slides into the board rack in the interior of the drive. The modular connectors at the bottom of the board align automatically with the connectors in the drive and make a secure connection. Retention levers are on the top of the board and they secure the board in the rack.

1 20-pin connector is located on the top edge of the board and you can attach a 20-pin ribbon cable to it after the board is installed. When you plan to remove the board, first disconnect the 20-pin ribbon cable and move the cable out of the way. Avoid tugging on the ribbon cable while it is attached to the board. This can damage the connector and disconnect the wires from the connector on the end of the ribbon cable.

The 11 jumpers are useful for configuring the board for your specific requirements. The jumpers each have an ID. Some of the jumper IDs are RST1, RST2, FRZ1, and WRD3. When you replace the board use the same jumper setting on the replacement board as were applied to the old board.

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The GE Turbine Control Board DS3800HACB1A1B features multiple pins that are connected through fine wires wrapped around the pins. The GE Turbine Control Board DS3800HACB1A1B also is populated with 11 jumpers for configuring the board and 1 20-pin connector.

When the board is installed in the rack, the bottom edge is attached to the module connector at the rear of the board rack. The board is populated with a module connector that fits into the modular connector in the drive. When the retention levers are closed, the retention connectors are fully seated and the board receives power and signals through the module connector. Some of the signals are received by the board through the modular connector. They are processed by the board and prepared to be sent to other boards in the drive. Other signals are transmitted from the modular connector. When you open the retention latches and pull out the board the modular connectors pull apart and the connections are lost.

The 20-pin connector is located on the top edge of the board between the retention levers. If you plan to connect a 20-pin ribbon cable, first install the board in the rack and close the retention latches. Then, plug the connector into the 20-pin connector. When you remove the board, before you open the retention latches, use 1 hand to unplug the ribbon cable and move it away from the board. The ribbon cable is easy to break by putting strain on the connector. The fine wires that attach the connector to the cable are fragile.

","meta_title":"GENERAL ELECTRIC MARK IV ADDRESS BOARD","meta_description":"GENERAL ELECTRIC MARK IV ADDRESS BOARD","keywords":"GENERAL ELECTRIC MARK IV ADDRESS BOARD","series_page_description":"GENERAL ELECTRIC MARK IV ADDRESS BOARD","quote_description":null,"inventory_notes":"","cross_reference":"","created_at":null,"updated_at":null,"prod_pdf":[]},{"id":11883,"part_number":"DS3800HADA","revision_type_id":1,"series_id":114,"stock_level_id":1,"repair_time_id":1,"stock_level_text":"In Stock Ships Today","repair_time_text":"24 Hours","weight":null,"recond_stock":0,"new_stock":0,"recond_price":"0.00","new_price":"0.00","max_oversell":0,"description":"MARK IV PRINTED CIRCUIT BOARD","short_desc":"GE Mark IV Printed Circuit Board DS3800HADA","content":"

The GE Mark IV Printed Circuit Board DS3800HADA features multiple pins that are connected through fine wires wrapped around the pins. The GE Mark IV Printed Circuit Board DS3800HADA also is populated with 8 jumpers for configuring the board and 1 decoder/demultiplexer component.

The fine wires wrapped around the pins enable signals to be routed to different locations on the board for processing. A qualified servicer or installer can add or remove fine wires to alter the signal routing. Only a qualified technician will have the training to understand how to obtain a specific result from adding wires between the pins. Use the configuration instructions available with the original board to read a description of the pins and how adding a wire can change the processing.

To add a wire, use a sharp knife to open the sealed bag that contains the board. Hold the board from the edges to remove it from the bag. Do not press down on any pins or components when you hold the board. This might bend pins or break them off the board. You must also prevent static buildup.

This requires you to obtain a wrist strap. 1 end of the wrist strap is worn around your wrist. The wrist strap terminates on the other end with a clip that you attach to a grounded metal surface. This surface can be a metal support on a desk or a metal leg on a stool. Some wrist straps end instead with a plug that attaches to a purpose made connector.

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The GE Mark IV Printed Circuit Board DS3800HADA1A1A features multiple pins that are connected through fine wires wrapped around the pins. The GE Mark IV Printed Circuit Board DS3800HADA1A1A also is populated with 8 jumpers for configuring the board and 1 decoder/demultiplexer.

The decoder/demultiplexer processes signals on the board and combines several signals into 1 signal for transmission. The decoder/demultiplexer cannot be configured.

The jumpers are 1 means of configuring the board. Best practice is to configure the board before you install it in the drive. The qualified installer must consult with the engineers at the site and review the configuration options available with the jumpers. The jumpers come from the factory set at the default positions. These are typically the most commonly used configuration settings. Also, included with the board is a set of configuration instructions that detail the jumpers and how moving the pins changes how the board behaves.

Once the installer has consulted with the operators and engineers, it is easy to move the jumpers. Just before you plan to move the jumpers and install the board, open the static-protective bag and slide out the board. Place the board on top of the bag. Then, locate the jumpers to move by referring to the jumper IDs. The jumper identifiers begin with the letter J. Use your thumb and 1 finger to pull up on the jumper to remove it. Alternatively, use a small set of pliers or other instrument to pick up the jumper. Slide it over the pins you want to cover.

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The GE Mark IV Printed Circuit Board DS3800HADA1B1B features multiple pins that are connected through fine wires wrapped around the pins. The GE Mark IV Printed Circuit Board DS3800HADA1B1B also is populated with 8 jumpers for configuring the board and 1 decoder/demultiplexer component.

Some of the multiple pins on the board are attached to each other with fine wires. The fine wires route signals between the pins to obtain a specific processing result. However, when you install the board for use in the drive, a technician or installer can add, remove, and change the position of the wires. Only a qualified individual should attempt to move the wires. This is to assure that the results are appropriate for the site and what the engineers and operators intended. If rework is needed, it will result in more downtime for the drive and added installation expense.

The wires should only be moved when power is removed from the board and the board is placed on a static-protective surface. The details about the pins and how connecting specific pins together can change signal routing are provided by the factory in the hard-copy installation instruction included in the shipping carton. The drive operators and engineers and other knowledgeable individuals at the site should direct the technician in how best to change the wiring of the pins.

Further configuration can be made to the board by using the 8 jumpers that populate the board. The decoder/demultiplexer cannot be configured. It combines signals before they are transmitted to other boards in the drive.

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The GE Regulator Board DS3800HAFA features a modular connector for attachment to a drive and retention levers to hold the board in the drive. The GE Regulator Board DS3800HAFA also is populated with 11 jumpers, and 4 trimmer resistor components. The board also has 1 20-pin connector and 1 34-pin connector.

The trimmer resistors are resistors that can be adjusted. For that reason they are called potentiometers. The trimmer resistors are sometimes called trimpots. The 4 trimpots on the board have a small screws that a qualified technician can use to adjust the resistance or voltage. Only a qualified technician has the tools and knowledge to adjust the trimpots for the specific results the site requires. Each trimpot is part of a specific circuit in the board so it is important to adjust the right trimpot for the desired result.

The technician must have a tester that is calibrated for the task and the settings on the front of the tester must be appropriate, also. Use a small screwdriver to adjust the trimpot as you monitor the tester and stop adjusting when the appropriate reading is achieved. In some circumstances a small amount of clear glue or other agent is dropped on the screw and allowed to harden. This prevents the screw from accidentally moving. However, the glue can be peeled off if further adjustments are required.

The board is also populated with a 800 vdc capacitor. When you remove the board allow 30 seconds for the current to leave the capacitor before you touch the board. A serious shock can occur otherwise.

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The GE Regulator Board DS3800HAFA1B1C features a modular connector for attachment to a drive and retention levers to hold the board in the drive. The GE Regulator Board DS3800HAFA1B1C also is populated with 11 jumpers, and 4 trimmer resistor components. The board also has 1 20-pin connector and 1 34-pin connector.

The jumpers are assigned identifiers that are prefixed with 1 letter. Following the prefix is a numeric value. The prefix for all jumpers is the letter J and the numeric value is unique for all jumpers. For example, some of the jumper IDs are J1, J2, and J3. The jumper IDs are viewable on the surface of the board.

Because the board is populated with multiple components and can have many cables connected to it, it is important that it have cool air available to freely flow over it. This cool air carries away the heat that can build up on the board. When the installer plans for installation of the board, it must be kept in mind that air flow must be available on all sides of the drive. That is, the top, bottom, and both sides must have space for air to freely flow around the drive. To cool the interior of the drive, cool air must be available to enter the bottom of the drive and exit the top of the drive through the air vents.

However, the ribbon cables can block the flow of air if not routed properly. Don’t route the cables in front of the air vents or around the components on the board.

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The GE Regulator Board DS3800HAFA1B1D features a modular connector for attachment to a drive and retention levers to hold the board in the drive. The GE Regulator Board DS3800HAFA1B1D also is populated with 11 jumpers, and 4 trimmer resistor components. The board also has 1 20-pin connector and 1 34-pin connector.

Under some conditions, the resistors that populate the board must be adjusted to make the board more compatible for the drive configuration. That is, compatible with the combination of boards and other devices installed in the drive. If that is the case, the trimmer resistors on the board are useful because they enable a technician to adjust the resistance. The technician should consult with the site operators and engineers to determine the processing needs of the site. Then, use a testing device to gauge the signal of the circuit that you want to adjust. Use a screwdriver to adjust the trimmer resistor. When the signal is adjusted, an optional step is to drop a liquid on the screw that hardens and prevents the screw from accidentally turning. Use a liquid that will not harm the trimmer resistor and can be peeled off if more adjustment is needed. This might happen if the board is removed from 1 drive and installed in another drive.

The trimmer resistors are also known as trimpots because they serve as potentiometers. When the board arrives from the factory, the trimpots are adjusted for a standard resistance that serves the purposes of most drives. The adjustment is made at the factory during product testing.

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The GE Regulator Board DS3800HAFA1C1D features a modular connector for attachment to a drive and retention levers to hold the board in the drive. The GE Regulator Board DS3800HAFA1C1D also is populated with 11 jumpers, and 4 trimmer resistor components. The board also has 1 20-pin connector and 1 34-pin connector.

The modular connector on the GE Regulator Board DS3800HAFA1C1D is located at the rear of the board so that when installed in the drive, the modular connector on the board attaches to the module connector in the rear of the board rack. The modular connectors provide the current to power the board. It also provides the means for transmitting signals from the board to other boards and components in the drive. The modular connectors also enable the board to receive signals. The signals are processed, then sent to another board for further processing.

Before you install or remove the board, you must remove all current from the drive. The drive might have multiple sources of current so it is best practice to test the drive for current before you touch the board.

The board is secured in the rack with the retention levers. The levers also ensure a full attachment to the modular connector at the rear of the rack. To use the levers, press the board into position and make sure the levers are in alignment with the rack. Then, press the levers down to lock the board in place. To remove the board, lift up on the levers to release the board. Then, use 1 hand to lift the board out of the rack.

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The GE Regulator Board DS3800HAFA1D1E features a modular connector for attachment to a drive and retention levers to hold the board in the drive. The GE Regulator Board DS3800HAFA1D1E also is populated with 11 jumpers, and 4 trimmer resistor components. The board also has 1 20-pin connector and 1 34-pin connector.

The 20-pin connector and 34-pin connectors are located on the top edge of the board between the retention levers. They attach to ribbon cables that provide a means for signals to be received by the board for processing. They also enable signals to be sent to other boards after processing. The best practice is to connect the 20-pin and 34-pin ribbon cables after the board is installed in the board rack. This is because the ribbon cables can easily be broken if stress is placed on the ribbon cable and the connector on the end of the ribbon cable. The fine strands of wire that connect the cable to the connector are easily pulled from the connector. The signal is lost for any connection that is damaged. If the board is secure in the rack, the ribbon cables will not be subject to stress from moving the board.

Also, the ribbon cables must be routed properly to avoid interference from power cables in the drive. Route the ribbon cables along 1 side of the drive and route any power cables along the other side of the drive. Limit the exposure of the signal cables to the power cables as much as possible.

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The GE Regulator Board DS3800HAFA1E1F features a modular connector for attachment to a drive and retention levers to hold the board in the drive. The GE Regulator Board DS3800HAFA1E1F also is populated with 11 jumpers, and 4 trimmer resistor components. The board also has 1 20-pin connector and 1 34-pin connector.

The GE Regulator Board DS3800HAFA1E1F is populated with test points that provide an opportunity to troubleshoot the board, if any problems occur. If the board is experiencing intermittent problems or has suddenly stopped processing as you expect, the first step is to power off the drive. Be aware that the drive has several power sources and you must remove all power to the drive. You might want to consult with engineers at the site or with other technicians familiar with the installation, if you are unfamiliar with the power sources. Use a testing device to test for the presence of current before you touch any components.

Wait 30 seconds for all power to exit the board. Open the levers and disconnect the board from the modular connector at the rear of the rack. Then, reinstall the board. Restart the drive. This might clear any problems or signal errors.

If the errors persist, a qualified servicer can use the test points to test the various circuits on the board. This should take place on a clean and flat surface, for example a workbench or desk. Lay the board on an empty and flat static protective bag. The qualified individual will have the proper testing equipment to perform the testing.

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The GE Analog Conversion Board DS3800HAIA is designed for quick installation in the drive. The board features a modular connector on 1 end and retention levers on the other end. The GE Analog Conversion Board DS3800HAIA also is populated with 2 34-pin connectors between the retention levers. The board is populated with 2 trimmer resistors and 8 jumpers. The board is also populated with 1 socket for an electrically erasable programmable read-only memory (EEPROM) module.

The analog/digital converter is a component embedded on the board. It converts the analog signals to a digital format. The digital format is used for signal processing throughout the drive. The board is also populated with multiple test points. Each test point has an ID. Some of the IDs are CLK, ES, DV, DB, AN, FOG, and ACON. The test points are useful to a servicer to test the multiple circuits on the board. The servicer must be knowledgeable about the purpose of the board and the components that populate the board. The servicer must understand the danger in removing and installing a board in a high-voltage drive. The testing device must be in good working condition and be fully calibrated for the testing environment.

Perform the testing on a clean and dry surface that is free of debris, dust, and clutter. This is to protect the surface of the board from contamination.

The trimmer resistors are situated on the board so that they can be adjusted while the board is operating. Using a screwdriver, the installer can adjust the resistance supplied by the component.

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The GE Analog Conversion Board DS3800HAIA1D1B is designed for quick installation in the drive. The board features a modular connector on 1 end and retention levers on the other end. The GE Analog Conversion Board DS3800HAIA1D1B also is populated with 2 34-pin connectors between the retention levers. The board is populated with 2 trimmer resistors and 8 jumpers. The board is also populated with 1 socket for an electrically erasable programmable read-only memory (EEPROM) module.

The GE Analog Conversion Board DS3800HAIA1D1B is designed to make installation, resistor adjustment, and circuit testing easy. This is because the trimmer resistor, 34-pin connectors, and test points are located between the retention levers. This makes them easy to access. The trimmer resistors are sometimes called trimpots. They are adjustable resistors. That is, a servicer can adjust the amount of resistance created by the component. The adjustment is made by turning a screw located on the trimpot. The screw is accessible while the board is still installed in the board rack. A servicer can make the adjustment while the board is operational. However, in some conditions you might have to remove the board and use a testing device to adjust the trimpot.

The test points are also located for easy access. However, to use the test point the board must be removed from the drive. This because of the high-voltage present in the drive. Also, the board must be removed from power and placed on a static free mat and on a clean and dry work table.

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The GE Analog Conversion Board DS3800HAIA1E1D is designed for quick installation in the drive. The board features a modular connector on 1 end and retention levers on the other end. The GE Analog Conversion Board DS3800HAIA1E1D also is populated with 2 34-pin connectors between the retention levers. The board is populated with 2 trimmer resistors and 8 jumpers. The board is also populated with 1 socket for an electrically erasable programmable read-only memory (EEPROM) module.

The trimmer resistors each is assigned an ID. The IDs are printed on the board and they describe the purpose of each trimpot. Gain and Offset are the IDs of the trimmer resistors. The trimmer resistors are also called trimpots. This is because the trimmer resistors are also potentiometers. Potentiometers are adjustable resistors. The trimpots are adjusted using a small screw. The screw is accessible from the surface of the component. Best practice is to remove the board from the drive before adjustment. Also, the servicer will use a testing device to monitor the circuit and at the same time turn the screw of the trimpot. When the target resistance is obtained, you can drop a substance over the screw to prevent further adjustment. The liquid hardens. If the board is remove from the drive and installed in another drive, the substance can be peeled off so that the trimpots can be adjusted again.

The ribbon cables are connected to the 34-pin connectors on the front of the board. Refrain from tugging the ribbon cable to remove the connector. This can damage the ribbon cable and disconnect the signal wires from the connector.

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The GE Regulator Board DS3800HAIC features a modular connector for attachment to a drive and retention levers to hold the board in the drive. The GE Regulator Board DS3800HAIC also is populated with 9 jumpers, and 2 trimmer resistor components. The board also has 1 20-pin connector and several test points.

The GE Regulator Board DS3800HAIC is designed for use in a drive with a board rack. The drive has modular connectors at the back of the rack and the board has a matching modular connector that connects to the drive. The modular connectors provide the electrical current to power the board. The modular connectors also enable the board to send and receive signals. Some of the signals are commands that are sent to other components for processing. Some signals are received by the board for processing.

The analog/digital converter is a component embedded on the board. It converts the analog signals to a digital format. The digital format is used for signal processing throughout the drive.

The original board that you purchase comes in a cardbox box for protection against damage that can occur during shipping. Before you open the box look over the outside of the box for signs of damage. Look for signs that liquids splashed or dripped on the box or that the box sat in liquid. Look for holes and dents in the box. Open the box and remove the packaging material. Put it aside and keep it for reuse. You might have to ship the board to another location, ship it to a repair facility, or ship it to customer service.

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The GE Regulator Board DS3800HAIC1A1A features a modular connector for attachment to a drive and retention levers to hold the board in the drive. The GE Regulator Board DS3800HAIC1A1A also is populated with 9 jumpers, and 2 trimmer resistor components. The board also has 1 20-pin connector and several test points.

The board is designed to be easily installed and removed from the drive. The board has a modular connector at the rear that meets a matching modular connector at the rear of the board rack. The installer slides the board into the rack and presses the board until the modular connectors meet. Then, the installer presses the retention levers down until the levers lock in place. At that point, the modular connectors are fully seated and the board is installed. However, there are some considerations to keep in mind. When you insert the board in the rack, hold the board by the edges only. This prevents damage caused to the components by pressing down on them with your fingers. Also, do not let the board scrap against the metal board rack. Have a good view of the rack and carefully slide in the board without knocking the components against the rack.

Once the board is installed, you can connect the 20-pin connectors. The 20-pin connectors attach to ribbon cables that transmit and receive signals from other boards in the drive. If you have the need to remove the board, first disconnect the 20-pin ribbon cables. Grip the connector at the end of the ribbon cable that attaches to the board.

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The GE Regulator Board DS3800HAIC1B1A features a modular connector for attachment to a drive and retention levers to hold the board in the drive. The GE Regulator Board DS3800HAIC1B1A also is populated with 9 jumpers, and 2 trimmer resistor components. The board also has 1 20-pin connector and several test points.

The test points have IDs that are useful when you want to test the circuits on the board. The test points enable a technician to test the circuits on the board. Each test point is part of a circuit and tests specific functionality. The qualified servicer might have need to refer to service documentation concerning the board. The service documentation describes each circuit and also includes a diagram of the board. The IDs used to describe the test points in the service document will match the IDs you see printed on the surface of the board. The IDs do not contain a standard prefix but instead describe the purpose of the circuit. For example, some of the IDs are CLK, DV, DB, JAT, and JBT.

When you find the test point you want to test for the specific function, first disconnect the ribbon cables attached to the board and pull up on the retention levers. Use the levers to pull the board out of the board rack and place it immediately on a dry, clean and sturdy surface. The qualified servicer will have the proper testing equipment to perform the task. Throughout the procedure the servicer must wear a wrist strap to protect against static build up.

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The GE Regulator Board DS3800HAIC1C1B features a modular connector for attachment to a drive and retention levers to hold the board in the drive. The GE Regulator Board DS3800HAIC1C1B also is populated with 9 jumpers, and 2 trimmer resistor components. The board also has 1 20-pin connector and several test points.

The GE Regulator Board DS3800HAIC1C1B is designed to provide defect free operation in the drive. However, the drive can experience trip conditions that cause the drive to shutdown automatically. The trip conditions protect the drive from damage. One trip condition is caused by an overload condition. That is, the motor and moving parts are performing above the designed workload. In that case, the drive will shutdown automatically to protect the drive from damage. Before you restart the drive, you might troubleshoot the cause of the shutdown. Either reduce the workload or install another drive that can perform the operation within the designed work parameters.

Another trip condition is caused by current overload. This can result in damage to the components and can also lead to fire or injury if the condition is allowed to continue. It is best practice to ascertain the cause of the trip condition before you restart the drive and you might consult with an electrician or an engineer, if necessary. Another trip condition is caused by the interior temperature of the drive rising above a predetermined threshold. Check that the air vents on the bottom and top of the drive are clear and that they are not blocked by cables.

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The GE Regulator Board DS3800HAIC1D1B features a modular connector for attachment to a drive and retention levers to hold the board in the drive. The GE Regulator Board DS3800HAIC1D1B also is populated with 9 jumpers, and 2 trimmer resistor components. The board also has 1 20-pin connector and several test points.

The trimmer resistors are embedded on the board to enable a servicer or technician to configure the resistors to perform as required for the drive. When the board is delivered from the factory, the trimmer resistors are set for a standard environment. However, if you see the need for adjustment, the board can be removed and the resistors can be adjusted. Only a certified technician should attempt to adjust the trimmer resistors because of the opportunity to damage the board or cause suboptimal performance. The trimpots are adjusted by turning a small screw on the top of the component. The trimmer resistors are sometimes called trimpots. This is due to the fact that they are potentiometers.

Once the servicer has set the trimpots to provide the best performance, you must prevent the screw from being disturbed. To do that, it is sometimes best to drop a small amount of a liquid that hardens over the screws. The liquid when dry can be peeled off the trimpot if more adjustment is required. This might be the case if the board is installed in another drive or if other components change the configuration of the drive.

The GE Regulator Board DS3800HAIC1D1C features a modular connector for attachment to a drive and retention levers to hold the board in the drive. The GE Regulator Board DS3800HAIC1D1C also is populated with 9 jumpers, and 2 trimmer resistor components. The board also has 1 20-pin connector and several test points.

The modular connector is located on the bottom of the board and it is designed to attach to a matching connector at the rear of the board rack. When attached, the connectors provide the current required to power the board. The modular connectors also enable the board to receive signals transmitted by other boards. The board transmits signals through the modular connectors too. It is vital that the connectors are fully seated so that all power and signals connections are complete. To do that, use 2 hands to hold the board by the sides and align it with the board rack. Make sure it doesn’t knock against any components on the board while you slide it into the rack. Also keep the board from scraping against the rack. Use your thumbs to gently press the board into the modular connector and the retention levers will be in position to secure the board. Press the retention levers down to lock the board in the rack. At this point the modular connectors are fully seated and the power and signal connection are complete.

When the board is installed, you can connect any ribbon cables to the 2 20-pin connectors. Press the connector on the ribbon cable into the connector on the board.

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The GE Regulator Board DS3800HAIC1E1C features a modular connector for attachment to a drive and retention levers to hold the board in the drive. The GE Regulator Board DS3800HAIC1E1C also is populated with 9 jumpers, and 2 trimmer resistor components. The board also has 1 20-pin connector and several test points.

Each jumper is comprised of 3 pins that are embedded on the board. The pins are easily bent so care must be taken when you carry the board or insert the plastic jumper over the pins. When you carry the board in your hands, only touch the sides edges of the board. This will protect the pins from accidental damage from bending. When you insert a jumper over the pins, align the jumper over the pins and gently slide the jumper over the pins. If you feel resistance, don’t force the jumper. Instead, make sure the jumper is aligned over the pins.

The 3 pins that comprise the jumper are numbered 1, 2, and 3. When you slide the jumper over the pins it covers 2 of the 3 pins. It covers either pins 1 and 2 or pins 2 and 3. The 2 covered pins form a connection that configures the board to produce a particular result. For a description of the jumpers and the processing options, refer to the installation instructions that are shipped to the site. The instructions come in the same carton in which the board is delivered. The jumper have IDs that help you locate the jumpers on the board after reviewing the instructions.

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The GE Turbine Control Board DS3800HCIB features a modular connector for attachment to a drive and retention levers to hold the board in the drive. The GE Turbine Control Board DS3800HCIB also is populated with 1 jumper, and 1 amber indicator LED. The board also has 1 20-pin connector, 1 50-pin connector, and multiple capacitors.

The capacitors on the GE Turbine Control Board DS3800HCIB have IDs that are visible on the surface of the board. They have a prefix of the letter C. The prefix is followed by a numerical value that is unique for each capacitor. C16, C19, and C28 are some of the IDs associated with the capacitors. The capacitors require some special consideration when the board is removed from the drive. The capacitors are designed to store high-voltages during normal processing. When needed, they also release the high-voltage current and this cycle of storing and releasing current is performed without hazard to the operator or other in the surrounding area. However, when the board is removed from the drive, the capacitors might still have stored some high-voltage current. This exposes the technician or others who touch the board to the risk of shock or electric burn.

However, the capacitors will release the current after power is removed from the drive in 30 seconds. In other words, the risk to the technician is eliminated if you wait 30 seconds before touching the board. After 30 seconds, open the retention levers and carefully remove the board.

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The GE Turbine Control Board DS3800HCIB1B1C features a modular connector for attachment to a drive and retention levers to hold the board in the drive. The GE Turbine Control Board DS3800HCIB1B1C also is populated with 1 jumper, and 1 amber indicator LED. The board also has 1 20-pin connector, 1 50-pin connector, and multiple capacitors.

The 20-pin connector and the 50-pin connector are accessible to the operator when the board is installed in the rack. The connectors are located between the retention levers and are designed so that a technician can remove or connect a cable while the board is installed in the rack. There are some considerations to keep in mind before you plan to install the ribbon cables. First, the ribbon cables can block the airflow in the interior of the drive if they are not routed properly.

The components in the drive generate heat during normal processing and if the heat is allowed to build up, the heat can lead to a shortened component lifespan and increased downtime for the drive. It can cause an overheat trip condition that causes the drive to shutdown by itself. The best way to avoid that is by allowing a source of air to enter the drive through the bottom air vents. The air is heated by the components and exits the drive through the air vents at the top of the drive. Route the cables away from the vents so that the heat does not accumulate in the drive.

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The GE Mark IV Board DS3800HCIC is designed for quick installation in the drive. The board features a modular connector on 1 end and retention levers on the other end. The GE Mark IV Board DS3800HCIC also is populated with 1 40-pin connector located between the retention levers and 1 34-pin connector on the surface of the board. The board is populated with 1 amber indicator LED and standoffs. The board is also populated with 1 socket for an electrically erasable programmable read-only memory (EEPROM) module and 7 jumpers.

The 34-pin connector on the surface of the GE Mark IV Board DS3800HCIC connects to a daughter card. The daughter card provides additional processing and functionality to the board. The daughter card is an optional device that is compatible with the board. It is designed with 1 hole in each corner. It aligns with the standoffs on the board. The standoffs secure the daughter card on the board and keep it off the surface of the GE Mark IV Board DS3800HCIC. To install the daughter card, place it over the standoffs and insert a screws in each corner. Use a screwdriver to secure the daughter card. However, do not overtighten the screws. Overtightening might cause the daughter card to crack or drive the screws through the daughter card.

The daughter card is equipped with a 34-pin ribbon cable. The purpose of the ribbon cable is to connect the daughter card to the GE Mark IV Board DS3800HCIC. Plug the ribbon cable into the 34-pin connector for the daughter card to receive current and control signals.

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The GE Mark IV Board DS3800HCIC1D1D is designed for quick installation in the drive. The board features a modular connector on 1 end and retention levers on the other end. The GE Mark IV Board DS3800HCIC1D1D also is populated with 1 40-pin connector located between the retention levers and 1 34-pin connector on the surface of the board. The board is populated with 1 amber indicator LED and standoffs. The board is also populated with 1 socket for an electrically erasable programmable read-only memory (EEPROM) module and 7 jumpers.

The daughter card is not a standard feature of the GE Mark IV Board DS3800HCIC1D1D. It is an optional device that a technician can install on the board. If you replace the board, you must remove the daughter card from the defective board and install it on the replacement board. To remove the daughter card, first remove the board from the drive and place it on a static-free surface. This can be a static-free mat made of a special material or a flattened static-protective bag. With 1 hand hold the ribbon cable connector on the board surface and pull the cable out of the connector. Care must be taken that you do not tug the ribbon cable to remove it. This might damage the wires that carry the control signals and electrical current that powers the daughter card.

Next, use a screwdriver to remove the four screws from the standoffs. Save all four screws because you can use them to attach the daughter card to the replacement board with the same screws.

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The GE Mark IV Board DS3800HCIC1E1E is designed for quick installation in the drive. The board features a modular connector on 1 end and retention levers on the other end. The GE Mark IV Board DS3800HCIC1E1E also is populated with 1 40-pin connector located between the retention levers and 1 34-pin connector on the surface of the board. The board is populated with 1 amber indicator LED and standoffs. The board is also populated with 1 socket for an electrically erasable programmable read-only memory (EEPROM) module and 7 jumpers.

When you receive the replacement GE Mark IV Board DS3800HCIC1E1E there are several tasks to complete before it can be installed. When the original GE Mark IV Board DS3800HCIC1E1E is in stalled in the drive, the jumpers are set to configure the board to use the settings best suited for the drive. The installer confers with the engineers and operators to determine the best configuration settings. When you replace the board, you must make sure the jumpers on the new board match the settings on the defective board. Best practice is for the installer to document the jumper settings used on the original board and keep them with the other important information about the board. The other information about the board is the warranty instructions, customer support information, and any troubleshooting instructions.

Locate the jumper settings and move the jumpers on the new board to match them. When the board is shipped from the factory, the jumpers are set to the default settings. These are the most common settings but they can be changed to accommodate the needs of the drive.

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The GE Dual Communications Control Board DS3800HCMA features a modular connector for attachment to a drive and retention levers to hold the board in the drive. The GE Dual Communications Control Board DS3800HCMA also is populated with 20 jumpers, and 1 amber and 2 red indicator LEDs. The board also has 2 34-pin connectors, and multiple capacitors.

The indicator LEDs on the GE Dual Communications Control Board DS3800HCMA give the operator a fast and easy method of monitoring the processing health of the board. If the red LED is lit, it indicates that an error condition has occurred. If 1 or both of the amber LEDs are lit, it indicates that an alert has occurred and that further investigation is required. In either case, further diagnosing is required to find the problem. The drive comes with diagnostic tools that enable a servicer or qualified individual to pointpoint the source of an error or alert condition. Use the control panel on the drive to access the diagnostic tools. The control panel is a menu-driven interface. It produces an online report on the processing activities and the health of the components. It also provides a list of all error conditions and trip conditions. Trip conditions are conditions that have caused the drive to automatically shutdown.

You can also use the test points to check each circuit on the board with a testing device. This is performed by a qualified servicer. The testing device must be in good condition and calibrated to perform the circuit testing.

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The GE Dual Communications Control Board DS3800HCMA1A1B features a modular connector for attachment to a drive and retention levers to hold the board in the drive. The GE Dual Communications Control Board DS3800HCMA1A1B also is populated with 20 jumpers, and 1 amber and 2 red indicator LEDs. The board also has 2 34-pin connectors, and multiple capacitors.

When you plan to install the GE Dual Communications Control Board DS3800HCMA1A1B in a drive, it is important that the location of the drive installation meets some basic standards that ensure the health and safety of the operators and also ensures the reliability and availability of the drive.

The drive must be installed in a location that is free of dust, dirt, and harsh chemicals in the air. This can harm the electronic components and the powerful moving parts, including the motor. If a problems exists with dusty, dirty, or airborne chemicals, a remedy is to install a hood over the drive. This draws the air away from the drive and replaces it with clean air. Air filters can clean the air of dust, dirt, and chemicals also.

Another requirement concerns the electrical cabling at the site. First, emergency shut offs are required for all electrical power sources. If an emergency is in progress, the shut offs can be activated to quickly remove all power from the drive. This can reduce the opportunity for serious electric shock or burns. It can also reduce the risk of fire or smoke damage.

","meta_title":"SPEEDTRONIC GE DUAL COMM CONTRL MARK IV","meta_description":"SPEEDTRONIC GE DUAL COMM CONTRL MARK IV","keywords":"SPEEDTRONIC GE DUAL COMM CONTRL MARK IV","series_page_description":"SPEEDTRONIC GE DUAL COMM CONTRL MARK IV","quote_description":null,"inventory_notes":"","cross_reference":"","created_at":null,"updated_at":null,"prod_pdf":[]},{"id":11918,"part_number":"DS3800HCMA1E1G","revision_type_id":1,"series_id":114,"stock_level_id":1,"repair_time_id":1,"stock_level_text":"In Stock Ships Today","repair_time_text":"24 Hours","weight":null,"recond_stock":1,"new_stock":0,"recond_price":"0.00","new_price":"0.00","max_oversell":0,"description":"GE MARK IV DUAL COMM CONTROL CARD","short_desc":"GE Dual Communications Control Board DS3800HCMA1E1G","content":"

The GE Dual Communications Control Board DS3800HCMA1E1G features a modular connector for attachment to a drive and retention levers to hold the board in the drive. The GE Dual Communications Control Board DS3800HCMA1E1G also is populated with 20 jumpers, and 1 amber and 2 red indicator LEDs. The board also has 2 34-pin connectors, and multiple capacitors.

The jumpers embedded on the GE Dual Communications Control Board DS3800HCMA1E1G provide the means to configure the behavior of the board. Each jumper includes 2 positions that define how the board processes the signals it receives from other boards and components in the drive. It also configures how the board processes signals that it transmits to other boards and components. The jumpers must be set before the board is installed in the drive. This is because when the board is installed, it is sandwiched between other boards and the technician loses access to the jumpers. The board is designed to enable the operator to view the 3 indicator LEDs and also have access to the 2 34-pin connectors while installed.

When the original board is installed in the drive, the installer must review the information about the jumpers and confer with the site operators about how to configure the board for use at the site.

It is best practice to record the jumper settings and keep the record with the other important information about the board. It is helpful if you must replace the board or want to use the same configuration on another board.

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The GE Dual Communications Control Board DS3800HCMA1F1G features a modular connector for attachment to a drive and retention levers to hold the board in the drive. The GE Dual Communications Control Board DS3800HCMA1F1G also is populated with 20 jumpers, and 1 amber and 2 red indicator LEDs. The board also has 2 34-pin connectors, and multiple capacitors.

The GE Dual Communications Control Board DS3800HCMA1F1G is 1 of multple boards designed to be be compatible with the drive. The boards must meet a specific common design standard so that they can be installed in the drive and process signals. The board is populated with a modular connector at the rear that fits into a matching modular connector at the bottom the board rack. The modular connector supplies the board with the proper electrical current to power the operation of the board. It also supplies the means to transmit and receive the command signals that the board processes during normal operation.

The top of the board has retention levers that secure the board in the drive. It holds the board in place so that the modular connectors remain securely connected.

The GE Dual Communications Control Board DS3800HCMA1F1G is populated with 3 indicator LEDs. The LEDs are located between the retention levers and are adjacent to the 34-pin connectors. The operator can easily view them and monitor the health and activity of the board. When the red LEDs are lit, it indicates that an error has occurred. When the amber LED is lit, it indicates that an alert has occurred.

","meta_title":"DUAL COMM CONTROL","meta_description":"DUAL COMM CONTROL","keywords":"DUAL COMM CONTROL","series_page_description":"DUAL COMM CONTROL","quote_description":null,"inventory_notes":"","cross_reference":"","created_at":null,"updated_at":null,"prod_pdf":[]},{"id":11919,"part_number":"DS3800HCMB","revision_type_id":1,"series_id":114,"stock_level_id":1,"repair_time_id":1,"stock_level_text":"In Stock Ships Today","repair_time_text":"24 Hours","weight":null,"recond_stock":0,"new_stock":0,"recond_price":"0.00","new_price":"0.00","max_oversell":0,"description":"UNIV COMM PROC","short_desc":"GE Universal Communications Processor Board DS3800HCMB","content":"

The GE Universal Communications Processor Board DS3800HCMB is designed for quick installation in the drive. The board features a modular connector on 1 end and retention levers on the other end. The GE Universal Communications Processor Board DS3800HCMB also is populated with a microprocessor and 1 40-pin connector on the surface of the board. The board is populated with 1 amber indicator LED and standoffs. The board is also populated with 3 sockets for electrically erasable programmable read-only memory (EEPROM) modules and 25 jumpers.

The standoffs on the GE Universal Communications Processor Board DS3800HCMB are plastic and do not require use of screws to install a daughter card. Instead, the installer or technician presses the daughter card over the standoff to secure it. To remove a daughter card, the installer lifts 1 corner at a time from the standoff. The standoffs keeps the daughter card from touching the surface of the board and interfering with the components and processing functions. The daughter card is an optional device that is designed for use with the board. It is not a stand-alone device but instead works with the board. It provides features not available on the board and it also provides additional memory, processing, and other optional functionality.

While the standoffs provide a means to physically connect the daughter card and the GE Universal Communications Processor Board DS3800HCMB, the 40-pin ribbon cable carries the electrical and controls signals used by the daughter card. The 40-pin ribbon cable is approximately 7-inches in length and it connects to the 40-pin connector on the board.

","meta_title":"UNIV COMM PROC","meta_description":"UNIV COMM PROC","keywords":"UNIV COMM PROC","series_page_description":"UNIV COMM PROC","quote_description":null,"inventory_notes":"","cross_reference":"","created_at":null,"updated_at":null,"prod_pdf":[]},{"id":11921,"part_number":"DS3800HCMB1C1B","revision_type_id":1,"series_id":114,"stock_level_id":4,"repair_time_id":1,"stock_level_text":"In Stock Ships 3-5 Days","repair_time_text":"24 Hours","weight":null,"recond_stock":0,"new_stock":0,"recond_price":"0.00","new_price":"0.00","max_oversell":0,"description":"UNIV COMM PROC MARK IV GE BOARD","short_desc":"GE Universal Communications Processor Board DS3800HCMB1C1B","content":"

The GE Universal Communications Processor Board DS3800HCMB1C1B is designed for quick installation in the drive. The board features a modular connector on 1 end and retention levers on the other end. The GE Universal Communications Processor Board DS3800HCMB1C1B is also populated with a microprocessor and 1 40-pin connector on the surface of the board. The board is populated with 1 amber indicator LED and standoffs. The board is also populated with 3 sockets for electrically erasable programmable read-only memory (EEPROM) modules and 25 jumpers.

The microprocessor manages the control signals in the board. The microprocessor must be used in a clean and dust free environment. The dust can interfere with the connections between the microprocessor and the socket on which it is installed. Some steps must be taken ensure that the installation is free of dust, dirt, oil, and grease. Make sure the other equipment in the area is clean doesn’t generate dust and other contaminants. If the dust and other contaminants are a problem, you can install ventilation hoods to clear the air of dust and dirt. The dirty air is removed by fans from the room. Excessive heat is also removed from the room. Another solution is to remove the other equipment from the room so that the air remains cool and clean.

Another consideration is that the microprocessor generates heat during normal processing. Make sure the air vents at the bottom and top of the drive remain free from obstructions. Make sure all ribbon cables and other wires do not block the air vents.

","meta_title":"UNIV COMM PROC MARK IV GE BOARD","meta_description":"UNIV COMM PROC MARK IV GE BOARD","keywords":"UNIV COMM PROC MARK IV GE BOARD","series_page_description":"UNIV COMM PROC MARK IV GE BOARD","quote_description":null,"inventory_notes":"","cross_reference":"","created_at":null,"updated_at":null,"prod_pdf":[]},{"id":11922,"part_number":"DS3800HCMB1C1C","revision_type_id":1,"series_id":114,"stock_level_id":1,"repair_time_id":1,"stock_level_text":"In Stock Ships Today","repair_time_text":"24 Hours","weight":null,"recond_stock":4,"new_stock":0,"recond_price":"0.00","new_price":"0.00","max_oversell":0,"description":"GENERAL ELECTRIC UNIVERSAL COMM PROCESSOR","short_desc":"GE Universal Communications Processor Board DS3800HCMB1C1C","content":"

The GE Universal Communications Processor Board DS3800HCMB1C1C is designed for quick installation in the drive. The board features a modular connector on 1 end and retention levers on the other end. The GE Universal Communications Processor Board DS3800HCMB1C1C also is populated with a microprocessor and 1 40-pin connector on the surface of the board. The board is populated with 1 amber indicator LED and standoffs. The board is also populated with 3 sockets for electrically erasable programmable read-only memory (EEPROM) modules and 25 jumpers.

The microprocessor on the GE Universal Communications Processor Board DS3800HCMB1C1C uses the firmware and other code on the EEPROM modules to control the processing activity. The microprocessor reads the code and firmware but cannot write to the modules. That means the code cannot be interfered with or compromised. The modules provide memory that be accessed quickly by the microprocessor.

However, the modules can be erased and updated code can be written to the modules. The firmware and other code is improved and updated with the latest fixes and added functionality. If you experience problems that are related to the firmware, the resolution might be to load the latest code on the modules. The latest code might have a fix to the problem you are experiencing.

The modules are installed on a socket that populates the board. It is best practice to remove the modules when you replace the board. Then, install the same modules in the sockets on the new board. In this way, the microprocessor will use the same instruction code.

","meta_title":"GENERAL ELECTRIC UNIVERSAL COMM PROCESSOR","meta_description":"GENERAL ELECTRIC UNIVERSAL COMM PROCESSOR","keywords":"GENERAL ELECTRIC UNIVERSAL COMM PROCESSOR","series_page_description":"GENERAL ELECTRIC UNIVERSAL COMM PROCESSOR","quote_description":null,"inventory_notes":"","cross_reference":"","created_at":null,"updated_at":null,"prod_pdf":[]},{"id":18172,"part_number":"DS3800HCMC","revision_type_id":1,"series_id":114,"stock_level_id":1,"repair_time_id":1,"stock_level_text":"In Stock Ships Today","repair_time_text":"24 Hours","weight":null,"recond_stock":0,"new_stock":0,"recond_price":"0.00","new_price":"0.00","max_oversell":0,"description":"GENERAL ELECTRIC BOARD DAUGHTER GAS TURBINE","short_desc":"GE Gas Turbine Daughter Board DS3800HCMC","content":"

The GE Gas Turbine Daughter Board DS3800HCMC features a modular connector for attachment to a drive and retention levers to hold the board in the drive. The GE Gas Turbine Daughter Board DS3800HCMC also is populated with 14 jumpers, and 1 amber and 2 red indicator LEDs. The board also has 2 34-pin connectors, and multiple capacitors and resistors.

The GE Gas Turbine Daughter Board DS3800HCMC also has erasable programmable read-only memory (EPROM) modules embedded on it. The module stores the firmware and machine readable code that are the processing instructions the drive uses. If an update to the code is available, it can be downloaded by a laptop or other device. The modules reside on a socket that is embedded on the board. The modules can be removed from the socket. Insert a bladed instrument between the socket and the module. Work the blade back and forth to pry off the module. The module are damaged by any amount of static that enters the module. That is, the contents of the modules can be damaged and made unusable. To prevent that, immediately place the modules in a static protective bag. It is also best to wear a wrist strap while working with the modules. Keep the modules in the bag until you are ready to install them in a socket. Press the module into the socket when you are ready to install it.

Before you work with the modules, place the board on a static protective surface. This might be a protective work surface on a workbench or on top of a static protective bag.

","meta_title":"GENERAL ELECTRIC BOARD DAUGHTER GAS TURBINE","meta_description":"GENERAL ELECTRIC BOARD DAUGHTER GAS TURBINE","keywords":"GENERAL ELECTRIC BOARD DAUGHTER GAS TURBINE","series_page_description":"GENERAL ELECTRIC BOARD DAUGHTER GAS TURBINE","quote_description":null,"inventory_notes":"","cross_reference":"","created_at":null,"updated_at":null,"prod_pdf":[]},{"id":11923,"part_number":"DS3800HCMC1A1A","revision_type_id":1,"series_id":114,"stock_level_id":1,"repair_time_id":1,"stock_level_text":"In Stock Ships Today","repair_time_text":"24 Hours","weight":null,"recond_stock":1,"new_stock":0,"recond_price":"0.00","new_price":"0.00","max_oversell":0,"description":"BOARD DAUGHTER GENERAL ELECTRIC","short_desc":"GE Gas Turbine Daughter Board DS3800HCMC1A1A","content":"

The GE Gas Turbine Daughter Board DS3800HCMC1A1A features a modular connector for attachment to a drive and retention levers to hold the board in the drive. The GE Gas Turbine Daughter Board DS3800HCMC1A1A also is populated with 14 jumpers, and 1 amber and 2 red indicator LEDs. The board also has 2 34-pin connectors, and multiple capacitors and resistors.

The GE Gas Turbine Daughter Board DS3800HCMC1A1A works together with another board in the drive to provide it with additional functionality and processing capabilities. The board is populated with erasable programmable read-only memory (EPROM) modules. The memory modules store the instructions the board uses for processing. When you plan to replace the board, the replacement board comes without the EPROM modules because it is standard to remove the modules from the defective board and place them in the replacement board. The replacement board comes with the unpopulated EPROM sockets and it is easy to remove the modules from the old board and install them in the replacement. The defective board must be removed from the drive and placed on a clean and dry surface that is protected from static build up. This might include placing a static protective bag under the old board. Also the technician must wear a wrist strap while performing the operation.

Remove the replacement board from the shipping carton and use a sharp instrument to open the bag. Hold the board by the edges and remove it from the bag and place it next to the defective board. On one end of the module, insert a screwdriver and rock it back and forth to remove the module.

","meta_title":"BOARD DAUGHTER GENERAL ELECTRIC","meta_description":"BOARD DAUGHTER GENERAL ELECTRIC","keywords":"BOARD DAUGHTER GENERAL ELECTRIC","series_page_description":"BOARD DAUGHTER GENERAL ELECTRIC","quote_description":null,"inventory_notes":"","cross_reference":"","created_at":null,"updated_at":null,"prod_pdf":[]},{"id":11927,"part_number":"DS3800HCMC1A1B","revision_type_id":1,"series_id":114,"stock_level_id":1,"repair_time_id":1,"stock_level_text":"In Stock Ships Today","repair_time_text":"24 Hours","weight":null,"recond_stock":1,"new_stock":0,"recond_price":"0.00","new_price":"0.00","max_oversell":0,"description":"MARK IV CARD GE","short_desc":"GE Gas Turbine Daughter Board DS3800HCMC1A1B","content":"

The GE Gas Turbine Daughter Board DS3800HCMC1A1B features a modular connector for attachment to a drive and retention levers to hold the board in the drive. The GE Gas Turbine Daughter Board DS3800HCMC1A1B also is populated with 14 jumpers, and 1 amber and 2 red indicator LEDs. The board also has 2 34-pin connectors, and multiple capacitors and resistors.

The indicator LEDs on the board are situated so that while the board is installed in the drive rack, the operator can see the LEDs at a glance. The LEDs are located between the 2 34-pin connectors. When 1 or both of the red LEDs are lit, it indicates that an error has occurred. When the amber LED is lit, it indicates that a warning has been issued. For more information about the error and warnings, you can run the diagnostic tools available on the drive.The tools provide a history of the drive activity and details about the performance of the components. For example, if any errors have occurred, you can read the report and learn when the error occurred and learn the cause of the error.

The diagnostic tools also includes any trip conditions. Trip conditions are situations that might damage the drive. Some trip conditions are caused by an overheating situation. That is, heat has built up in the interior of the drive. This can happen if the room the drive is installed in is too hot. It can also happen if the heat in the drive cannot escape due to blocked air vents.

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The GE Gas Turbine Daughter Board DS3800HCMC1B1B features a modular connector for attachment to a drive and retention levers to hold the board in the drive. The GE Gas Turbine Daughter Board DS3800HCMC1B1B also is populated with 14 jumpers, and 1 amber and 2 red indicator LEDs. The board also has 2 34-pin connectors, and multiple capacitors and resistors.

The board is designed for easy installation and removal from the drive. The drive has a modular connector at the rear of each board rack position. The board has a modular connector on the rear that fits into the modular connector at the rear of the rack. The modular connector provides all current the board requires to function. It also provides the connections to receive signals from other boards in the drive. The modular connection also enables the board to transmit command signals. Because of the modular connector no additional cables are introduced to the drive interior. This improves air flow and reduces the clutter in the drive.

On the front of the board are retention levers that hold the board in position. The retention levers ensure that the modular connectors stay connected and keep the board from moving in the board rack. This prevents damage to the components on the board.

To use the retention levers, slide the board into the board rack until it stops. Then, apply pressure with your thumbs to press the board into the modular connector. Press down on the levers to lock the board in the drive.

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The GE Gas Turbine Daughter Board DS3800HCMC1C1C features a modular connector for attachment to a drive and retention levers to hold the board in the drive. The GE Gas Turbine Daughter Board DS3800HCMC1C1C also is populated with 14 jumpers, and 1 amber and 2 red indicator LEDs. The board also has 2 34-pin connectors, and multiple capacitors and resistors.

The resistors and capacitors are embedded on the board and are designed to assist in the processing functionality of the board. The capacitors present a safety concern that the technician or installer must address. The capacitors are included on the individual circuits on the board and they store electric current during processing. When needed, the capacitors release the current. This happens without intervention by the operator. It also presents no danger to the operator or other individuals in the area of the drive. When the board is removed from the drive, special consideration must be given to the fact that power is stored in the capacitors. The current might pose a shock hazard to individuals if the servicer touches the board. However, the current will exit the capacitors, if you wait 30 seconds after power is removed from the drive.

The capacitors and resistors cannot be individually configured. However, the functionality of the board can be configured through use of the jumpers. The jumpers have unique IDs printed on the surface of the board. The suffix of the IDs is the letter J. The suffix is followed by a unique numerical value. Some of the IDs of the jumpers are J1, J10, and J14.

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The DS3800HCPC1J1G is a PCB, or printed circuit board manufactured by GE. It has been designed to work within a Mark IV/Speedtronic gas and steam turbine control system. The Mark IV was designed to limit downtime caused by electronics failure.

The DS3800HCPC1J1G the following specifications:

it has an A/D analog converter--AD574AKD 1536 E279199 to convert analog signals to into digital data.
it has two potentiometers
it has seven resistor network arrays
it has one transistor
it has a Xilinx Xc 2064-50PC68C Logic cell array. This is an extendable, flexible, user-programmable array.
it has a XICOR X2816BP-25 Alterable Eprom in the (U9) location
it has a Motorola MC74HC139AN Decoder/Demultiplexer in the (U16) location
it has a P9206 DM74LS123N DIP pin in the (U17) location
it has SRM2264LC10 located in the (U6) and (U7) locations
it has a CD 74HCT54IE RCA H741 I/O module at the (U19) location.
it has one jumper pin
it has four 10-pin male headers for an Arduino Shield.
it is marked on one short edge A B C D E
it is marked on one long edge 1 2 3 4 5 6 7 8 9 10
it is marked 6ba08
it has multiple ceramic covered, metal film resistors
it has several capacitors of differing values.

The corners of this board are chamfered and slotted. Additionally, it is factory drilled in two opposing corners.

Safety procedures and installation guidelines for the DS3800HCPC1J1G may be found within original manuals and data sheets published by the manufacturer. Technical support for the DS3800HCPC1J1G was originally provided by GE.

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The GE Digital to Analog Output Board DS3800HCVA features a modular connector for attachment to a drive and retention levers to hold the board in the drive. The GE Digital to Analog Output Board DS3800HCVA also is populated with 14 jumpers, and 2 amber indicator LEDs. The board also has 3 connectors accessible from the front of the board, and 4 trimmer resistors.

The GE Digital to Analog Output Board DS3800HCVA is also populated with 2 DC to DC voltage regulators. They are large components and have zip ties to secure them to the board. This is due to their large size and weight.

The DC to DC converters contribute to the heat generated by the board. When you plan the installation of the drive, you must consider that many components and boards in the drive generate heat and that if not allowed to escape, the drive will overheat. This will reduce reliability and shorten the lifespan of the components and boards in the drive. Overheating will cause the drive to shutdown automatically. This will reduce productivity and increase service expense. To avoid that, find a location for installation that allows room for air to flow around and through the drive. Often the drive is situated in a space with multiple drives and other equipment in the surrounding area. If that is the case, allow at a minimum of 4 inches of space on both sides of the drive. Also allow for 9 inches at the top and bottom of the drive.

","meta_title":"CARD DIGITAL TO ANALOG OUTPUT","meta_description":"CARD DIGITAL TO ANALOG OUTPUT","keywords":"CARD DIGITAL TO ANALOG OUTPUT","series_page_description":"CARD DIGITAL TO ANALOG OUTPUT","quote_description":null,"inventory_notes":"","cross_reference":"","created_at":null,"updated_at":null,"prod_pdf":[]},{"id":11931,"part_number":"DS3800HCVA1C1F","revision_type_id":1,"series_id":114,"stock_level_id":4,"repair_time_id":1,"stock_level_text":"In Stock Ships 3-5 Days","repair_time_text":"24 Hours","weight":null,"recond_stock":0,"new_stock":0,"recond_price":"0.00","new_price":"0.00","max_oversell":0,"description":"MARK IV GE CARD","short_desc":"GE Digital to Analog Output Board DS3800HCVA1C1F","content":"

The GE Digital to Analog Output Board DS3800HCVA1C1F features a modular connector for attachment to a drive and retention levers to hold the board in the drive. The GE Digital to Analog Output Board DS3800HCVA1C1F also is populated with 14 jumpers, and 2 amber indicator LEDs. The board also has 3 connectors accessible from the front of the board, and 4 trimmer resistors.

The 2 amber LEDs are situated so that the operator can view them while the drive is in operation. When the LEDs are flashing, it indicates that processing is taking place. If the LEDs are not flashing, it indicates that processing is not taking place and a problem might exist with the board. If you suspect a problem with the board, access the diagnostic tools which can provide detailed information about the health of the drive and generate a list of any errors or warnings that have occurred. If the drive has been automatically shut down because of an overcurrent situation, the diagnostic report will provide the details. An automatic shutdown caused by an over temperature situation is also listed. Also, if the drive is shutdown because of an overload condition, it will be listed in the report.

You can view the report on the 2-line display on the control panel. You can also download the report to a laptop or other device. A serial port on the drive can be connected to a serial port on the laptop. You can save the report file and keep it as record of the drive activity.

","meta_title":"MARK IV GE CARD","meta_description":"MARK IV GE CARD","keywords":"MARK IV GE CARD","series_page_description":"MARK IV GE CARD","quote_description":null,"inventory_notes":"","cross_reference":"","created_at":null,"updated_at":null,"prod_pdf":[]},{"id":11932,"part_number":"DS3800HCVA1F1D","revision_type_id":1,"series_id":114,"stock_level_id":9,"repair_time_id":1,"stock_level_text":"Call For Availability","repair_time_text":"24 Hours","weight":null,"recond_stock":0,"new_stock":0,"recond_price":"0.00","new_price":"0.00","max_oversell":0,"description":"GE CARD TO ANALOG OUTPUT","short_desc":"GE Digital to Analog Output Board DS3800HCVA1F1D","content":"

The GE Digital to Analog Output Board DS3800HCVA1F1D features a modular connector for attachment to a drive and retention levers to hold the board in the drive. The GE Digital to Analog Output Board DS3800HCVA1F1D also is populated with 14 jumpers, and 2 amber indicator LEDs. The board also has 3 connectors accessible from the front of the board, and 4 trimmer resistors.

The GE Digital to Analog Output Board DS3800HCVA1F1D also is populated with a programmable logic device (PLD). The PLD is configured at the factory to provide a specific programming function. They require no operator configuration or other intervention to function on the board. The dc to dc voltage regulators are 2 large components that populate the drive. For added security, zip ties are wrapped around the board and the dc to dc regulators to hold them in place.

The GE Digital to Analog Output Board DS3800HCVA1F1D also is populated with a modular connector on 1 end of the board. When you slid the board into the board rack, the modular connector meets with a matching connector in the interior of the drive. When you lock the board into the rack with the retention levers, the modular connectors meet.

The power needed to power the board is supplied by the modular connection. Also supplied by the modular connection are the command signals that the board receives for processing. Once processing of the signals is complete, the board transmits the signal for further processing through the modular connector.

","meta_title":"GE CARD TO ANALOG OUTPUT","meta_description":"GE CARD TO ANALOG OUTPUT","keywords":"GE CARD TO ANALOG OUTPUT","series_page_description":"GE CARD TO ANALOG OUTPUT","quote_description":null,"inventory_notes":"","cross_reference":"","created_at":null,"updated_at":null,"prod_pdf":[]},{"id":11933,"part_number":"DS3800HCVA1F1G","revision_type_id":1,"series_id":114,"stock_level_id":9,"repair_time_id":1,"stock_level_text":"Call For Availability","repair_time_text":"24 Hours","weight":null,"recond_stock":0,"new_stock":0,"recond_price":"0.00","new_price":"0.00","max_oversell":0,"description":"MARK IV ANALOG DIGITAL BOARD TO OUTPUT","short_desc":"GE Digital to Analog Output Board DS3800HCVA1F1G","content":"

The GE Digital to Analog Output Board DS3800HCVA1F1G features a modular connector for attachment to a drive and retention levers to hold the board in the drive. The GE Digital to Analog Output Board DS3800HCVA1F1G also is populated with 14 jumpers, and 2 amber indicator LEDs. The board also has 3 connectors accessible from the front of the board, and 4 trimmer resistors.

The GE Digital to Analog Output Board DS3800HCVA1F1G is populated with an erasable programmable read-only memory (EPROM) module. The module contains the instruction code and firmware that is used to control the board processing. The module is sensitive to static and so when you plan to handle the module you must take steps before hand to reduce the opportunity of static to corrupt the module. Keep the replacement board in the static protective bag until you are ready to install the board. The bag prevents static from leaving your person and entering the board. Wear a wrist strap too. The static exits your person and is drained to the grounded surface attached to the strap.

When you receive the replacement board you will find that the module socket are empty. This is because in most cases the modules from the defective board are moved to the new board.

Using the same firmware and instruction code contained on the module helps ensure that the replacement board will function the same as the old board. If new code and firmware is introduced, the board will operate differently, which might lead to operational difficulties.

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The GE Digital to Analog Output Board DS3800HCVA1G1F features a modular connector for attachment to a drive and retention levers to hold the board in the drive. The GE Digital to Analog Output Board DS3800HCVA1G1F also is populated with 14 jumpers, and 2 amber indicator LEDs. The board also has 3 connectors accessible from the front of the board, and 4 trimmer resistors.

The trimmer resistors can be adjusted to change the resistance of the component. The trimmer resistors provide a means for a qualified technician to tailor the board to the exact needs of the drive. The trimmer resistors come from the factory adjusted to a standard resistance value. If you find that the processing provided by the board is in need of tailoring, remove the board from the drive, first. Place the board on a flat and sturdy surface. This might be a desk or table. The surface must be free of dust, dirt, and clutter. Have on hand a full function testing device. The testing device must be calibrated to provide exact results. Also, the probes must be designed for use with the tester and they must be in good condition. Look for missing or worn insulation.

Locate the trimmer resistor you want to adjust. The trimmer resistors are part of circuits on the board. Use a diagram of the board to determine which trimmer resistor is part of the circuit you want to tailor. The diagram is available in the product information supplied by the factory. You will find it package with the original board you receive from the factory.

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The GE Digital to Analog Output Board DS3800HCVA1H1F features a modular connector for attachment to a drive and retention levers to hold the board in the drive. The GE Digital to Analog Output Board DS3800HCVA1H1F also is populated with 14 jumpers, and 2 amber indicator LEDs. The board also has 3 connectors accessible from the front of the board, and 4 trimmer resistors.

The jumpers are the primary method for a technician to configure the board to operate most effectively in a drive. The manual supplied with the board contains information about the jumpers and describes how the jumper positions can change the board processing. The jumpers have 2 positions and changing the position changes the board configuration. The jumpers have 3 pins. Change the pins that the jumper covers to change the configuration. The jumper can cover pins 1 and 2 or pins 2 and 3. When the board is manufactured, the jumpers cover the default configuration. The default is usually the standard or typical configuration. However, it can easily be changed if needed.

Use your fingers or a small set of pliers to move the jumper. Pull up on the jumper to remove it from the 2 pins it covers. Then, align it with the 2 pins you want to cover. Gently slip it over the pins. However, do not bend the pins or break them off the board.

The IDs of the jumpers are 2 or 3 position identifiers. The suffix is always the letter J. The remainder of the ID is a 1 or 2 position numerical value. The IDs are printed on the board for easy identification.

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The GE Digital to Analog Output Board DS3800HCVA1H1G features a modular connector for attachment to a drive and retention levers to hold the board in the drive. The GE Digital to Analog Output Board DS3800HCVA1H1G also is populated with 14 jumpers, and 2 amber indicator LEDs. The board also has 3 connectors accessible from the front of the board, and 4 trimmer resistors.

The dc to dc voltage regulators are embedded on the board and send and receive signals and voltage through the circuits on the board. However, you will notice that the components are also attached to the board with plastic zip ties. The zip ties wrap around the board and help keep the components securely attached to the board.

The dc to dc voltage regulators send and receive current and so are prone to generating heat. Because of that, the drive must be located in an environment with room air temperature. In a room with multiple drives and other heavy equipment and electrical devices, you must plan head to prevent the drive from overheating. The drive is mounted on a wall and the wall can be a source of heat. Check the wall temperature and if it seems hot to the touch, look in the room on the other side of the wall. If the room is hot, you might consider removing some equipment from the room to reduce the room temperature. Another solution is to add wall-mounted fans to remove heat from the equipment. Consider adding hoods to draw out the heat and dust from the room.

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The GE Digital to Analog Output Board DS3800HCVA1J1G features a modular connector for attachment to a drive and retention levers to hold the board in the drive. The GE Digital to Analog Output Board DS3800HCVA1J1G also is populated with 14 jumpers, and 2 amber indicator LEDs. The board also has 3 connectors accessible from the front of the board, and 4 trimmer resistors.

When you install the GE Digital to Analog Output Board DS3800HCVA1J1G, the module connector at the end of the board slides first into the board rack. The module connector meets a module connector in the rack. Use 2 thumbs to gently press the board into the module connector. You will note that the levers are positions to be engaged. Press down of the levers to lock the board in the rack.

When the board is installed properly, the 2 LEDs are visible to the operator. They are an easy and quick method for the operator to monitor the operation of the board. The LEDs flash when the board is processing information. When the LEDs are off for an extended period of time, it indicates that the board has stopped processing or has an intermittent problem.

If that happens, it is best practice to turn off the power to the drive and wait 30 seconds for all power to exit the drive. Then, release the retention levers and pull the board slightly out of the rack. Wait several seconds and return the board to the rack and press it back into the modular connector and close the retention levers.

","meta_title":"MARK IV CARD DIGITAL","meta_description":"DS3800HCVA1J1G General Electric Mark IV Card Digital - Buy, Sell, or Repair","keywords":"MARK IV CARD DIGITAL","series_page_description":"Mark IV Card Digital","quote_description":null,"inventory_notes":"","cross_reference":"","created_at":null,"updated_at":null,"prod_pdf":[]},{"id":11938,"part_number":"DS3800HCVA1J1H","revision_type_id":1,"series_id":114,"stock_level_id":4,"repair_time_id":1,"stock_level_text":"In Stock Ships 3-5 Days","repair_time_text":"24 Hours","weight":null,"recond_stock":0,"new_stock":0,"recond_price":"0.00","new_price":"0.00","max_oversell":0,"description":"TURBINE CONTROL TO ANALOG OUTPUT GE","short_desc":"GE Digital to Analog Output Board DS3800HCVA1J1H","content":"

The GE Digital to Analog Output Board DS3800HCVA1J1H features a modular connector for attachment to a drive and retention levers to hold the board in the drive. The GE Digital to Analog Output Board DS3800HCVA1J1H also is populated with 14 jumpers, and 2 amber indicator LEDs. The board also has 3 connectors accessible from the front of the board, and 4 trimmer resistors.

The trimmer resistors are often called trimpots. This is because they have an adjustment screw and are potentiometers. The screws adjust the resistance supplied by the component. A qualified servicer can perform the adjustment. The servicer must have a full featured testing device to monitor the voltage while adjusting the screw. Once the proper adjustment is made, cover the screw with a few drops of a liquid that quickly hardens and prevents the screw from moving. The liquid does not harm the components and can be peeled off to allow a servicer to make more adjustments. This might happen if the board is installed in another drive or if additional components are added to the drive.

Never force the board into the rack or force the retention levers. If the board doesn’t easily slide into the rack, reposition the board over the modular connector and gently press down. If aligned properly, the modular connector will slide into the matching connector in the rack.

When the drive is powered on, the LEDs on the board will light for several seconds. This serves as a test to prove the LEDs are functional.

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The DS3800HDDB is a PCB made by GE for the Mark IV series. While the first Speedtronic system was introduced in 1968, the MKIV is a significant technological improvement over the earlier MKI and MKII. The Mark IV is the first Speedtronic system to distribute turbine control functions across several powerful microprocessor-controlled platforms that all run simultaneously to monitor critical controls and parameters using a two-out-of-three voting system to make all important decisions. The MKIV protects the turbine system around the clock from vibration, fire, high pressure, and loss of flame.

The DS3800HDDB is drilled in eight locations along its short edges. It is alignment marked (lettered and numbered) on two edges. Components on the board include nine red light emitting diodes, which sit along two sets of traces in the center part of the PCB. It has four integrated circuits, capacitors, resistors, and several TP test points.

The DS3800HDDB has five mating connectors lined up on its upper edge. These mating connectors are designed for communication with other PCBs. All connectors are male, right-angled connectors. All connectors are marked. The board has three larger connectors, one medium connector, and one small connector.

The team at AX Control will ship the DS3800HDDB to your facility in a static reducing plastic covering. We suggest reviewing any OEM safety data sheets or installation instructions remaining from the purchase of your original parts before beginning installation. Technical support for Mark IV components was supplied by GE.

Please contact us if you have any questions about the programs we offer (exchange, service, sales, warranty) to help you keep your Speedtronic system running.

The DS3800HDDD is a printed circuit board (PCB) manufactured by GE as part of their Mark IV Speedtronic series. The Mark IV was designed to control gas and steam turbine systems with minimal downtime due to electronics failure.

The DS3800HDDD is designed as a Diagnostic display board and has two distinct parts: the PCB and the corresponding connecting panel.

The connecting panel is connected to the DS3800HDDD board by four flathead screws with spacers. These are located on the top and bottom edges of the panel, offset from the corners. The panel has been broken into three separate section by two vertical lines. The first section is composed of four warning lights, three amber and one red, and one switch; these are labeled, top to bottom: drive ok, data link active, ready to run, fault, and reset. The second section is comprised of three red LED strips. The first strip has twenty LEDs, the second and third have ten each. These are numbered and labeled in pairs as follows:

First display labeled "Motor Faults":

1. Overload

2.Overcurrent

3. Overspeed

4. Overvolts

5. Tach loss

6. Field Loss

7. Field Overcurrent

8. External fault

9. PMM fault

10. Software trip

Second display labeled "Converter Faults":

11. Overload

12. Overcurrent

13. AC Fault

14. DC Fault

15. SCR/Fuse

Third display labeled "Alarms":

16. Motor Overload

17. Connector Overload

18. PMM Overload

19. Memory Overload

20. Ground Fault

The bottom of this section is inscribed with the code 2298298971.

The third section also has three LED strips (amber,) numbered in pairs of two. The first strip has ten LEDs, the second twenty, and the third ten. These are numbered and labeled as follows:

First display labeled "Drive Status":

21. Control ready

22. Field on

23. M Closed

24. On Request

25. On

Second display labeled "Reference Selection":

26. Run Ref

27. Current Ref

28. Forward Ref

29. Reverse Ref

30. Speed 1 Ref

31. Speed 2 Ref

32. Speed 3 Ref

33. Jog Fwd

34. Jog Rev

35. Creep/slow

The last panel is labeled "Status":

36. Zero Speed

37. Reset Request

38. Tuneup mode

39. Emergency stop

40. Alternate Display

The interior board of the DS3800HDDD is factory-drilled to accept the panel screws mentioned above. It is also drilled at all four corners for mounting options. All LEDs mentioned above are connected to the board in a fashion to line up with the display above.

The DS3800HDDD has two lines of ceramic-covered metal film resistors running parallel to the top and the bottom of the board, as well as others placed throughout the board. There are multiple integrated circuits.

The lower edge of the DS3800HDDD is marked from edge to edge with the letters A through J. There is a multi-pin connector located on its left edge, next to two thumbwheel potentiometers labeled M58 and L58.

Technical support for the DS3800HDDD and other Mark IV components was originally provided by GE. Please refer to GE data sheets and manuals for installation guidelines.

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The DS3800HDDD1A1A component is a diagnostic display board manufactured by GE as part of their Speedtronic/Mark IV series. The DS3800HDDD1A1A printed circuit board is one integrated part in the Mark IV series, which is a gas and steam turbine control system made up of integrated microprocessors designed to specifically minimize downtime caused by electronics failure.

The DS3800HDDD1A1A has two parts--the operator panel and the connected printed circuit board.

The operator panel has openings cut into its silver flat cover to reveal the LEDs and operator interfaces connected to the board below. This includes four individual LEDs, six LED strips, and one plunge switch. The panel floats above the the PCB due to the user of spacers, which allows for some components to be accessed from the edge. The panel is heavily labeled for the user's convenience.

The four individual LED lights include three amber lights and one red. These are labeled Drive ok/Data link active/ready to run/fault. Below these, the plunge switch is labeled reset. To the right of the individual LEDs are three LED strips. These are labeled Motor Faults (individually labeled and numbered 1-10,) Converter Faults (labeled and numbered 11-15,) and Alarms (labeled and numbered 16-20.) To the right of these are three more LED strips. These are labeled Drive Status (labeled and numbered 21-25,) Reference Selection (labeled and numbered 26-35) and Status (labeled and numbered 36-40.)

The DS3800HDDD1A1A PCB has been factory drilled to accept the spacers and mounting screws to mount the panel. The individual LEDs and LED strips are connected to the board to properly correspond to their cutouts in the panel. It is worth noting each numbered location on the LED strips (described above) contains two individual LEDs.

The DS3800HDDD1A1A board is marked A-J on its bottom edge. There is a multi-pin connector located on its left edge, next to two thumbwheel potentiometers. The DS3800HDDD1A1A is designed with multiple integrated circuits and resistors.

Technical support for the DS3800HDDD1A1A was originally provided by its manufacturer. Please refer to GE manuals and datasheets for installation guidelines.

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The DS3800HDDD1C1D diagnostic display board is a printed circuit board/PCB produced by GE. It is designed to be part of the Speedtronic Mark IV series, which is a gas and steam turbine control system made up of integrated microprocessors.

The DS3800HDDD1C1D has an operator panel and a connected PCB. The operator panel connects to the PCB by four flat head screws using spacers, which allow the panel to float above the PCB and gives access to some components via the gap between panel and PCB. These include a multipin connector on the left side of the board, and two thumb-wheel potentiometers (labeled M58 and L58.) The panel has cut-throughs to allow other LED and switch components to be accessed; these are extensively labeled.

There are four LEDs placed on the left side of the DS3800HDDD1C1D, three amber, and one red. These are labeled on the front panel from top to bottom as "Drive ok," "Datalink active," "Ready to run," and "Fault." Below these is one plunge switch. This is labeled "Reset."

In the middle of the DS3800HDDD1C1D are three LED strips. These LEDs are red. These are individually numbered and labeled with their uses. The three strips are labeled Motor Faults (1-10,) Converter Faults (11-15,) and Alarms (16-20.)

On the right side of the DS3800HDDD1C1D are three more LED strips. These LEDs are amber. These are individually numbered and labeled with their uses. The three strips are labeled Drive Status (21-25,) Reference Selection (26-35,) and Status (36-40.)

The DS3800HDDD1C1D has multiple integrated circuits and resistors. The DS3800HDDD1C1D has been marked A-B-C-D-E-F-G-H-I-J on its lower edge for alignment.

Technical support for the DS3800HDDD1C1D was provided by GE. Please refer to the original manufacturer publication manual for installation guidelines.

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The DS3800HDDD1D1C is a motor control board, or a printed circuit board, manufactured by GE. The DS3800HDDD1D1C is designed to be used as a diagnostic display board in a Mark IV/Speedtronic system used for steam and gas turbine control.

The DS3800HDDD1D1C is comprised of two parts: the PCB and the connected operator panel. The PCB connects to the operator panel using four screws and spacers that allow the user a gap to access components placed at the edge of the PCB, including two thumbwheel potentiometers and a multipin connector. The LED components placed in the center of the PCB are accessed via cut-throughs on the panel and have been extensively labeled.

The front panel is broken into three sections by two lines. The left section includes one switch (marked 'reset,') and four LEDs (three amber, marked Drive ok/Datalink active/Ready to run, and one red marked Fault.) The middle section has three LED strips marked "Motor Faults," "Converter Faults" and "Alarms." The right section has three LED strips marked "Drive Status," "Reference Selection," and "Status." It is worth noting that while the LED strips have a total of 80 individual LEDs, these are numbered 1-40 with specific labels for every two LEDs.

The printed circuit board below the operator panel has several integrated circuits. It has over 50 ceramic covered metal film resistors, primarily clustered in two lines on each long edge of the PCB.

Please refer to the manuals and datasheets originally published by GE for installation guidelines. GE provided troubleshooting and technical support for this and other Mark IV components.

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The DS3800HDDD1D1E is a printed circuit board designed to be used as a diagnostic display. The DS3800HDDD1D1E is manufactured by GE and is a part of the Speedtronic Mark IV series.

The DS3800HDDD1D1E is made up of two distinct parts: the operator panel and the printed circuit board. These are connected by four screws. The panel has been designed to sit above the PCB with enough of a gap to allow the user to access components located on the edge of the card. These include two multi-pin connectors (one on either side of the board, and two thumb-wheeled meters.

The DS3800HDDD1D1E has ten LED displays. This includes six LED strips (three red and three amber) and four individual LEDs (three amber and one red.) The individual displays are on the left side of the PCB above a switch (marked reset,) and are marked Drive ok/Datalink active/Ready to run/Fault.

The middle LEDs are red. These are subdivided, labeled, numbered and listed as motor faults, converter faults, and alarms.

The right side LED strips are amber. These are subdivided, labeled, numbered and listed as drive status, reference selection, and status.

The DS3800HDDD1D1E has been designed with multiple resistors and integrated circuits. It has two capacitors of differing values. The lower edge of the DS3800HDDD1D1E is marked with letters A through J for alignment purposes. The DS3800HDDD1D1E has been factory drilled at all four corners.

Installation guidelines for the DS3800HDDD1D1E can be found in manuals or data sheets published by GE for this product. Technical support was provided for the DS3800HDDD1D1E by GE.

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The DS3800HDDL is an HMI or human-machine interface by General Electric. The DS3800HDDL has forty-five light blue resistors with red, purple, yellow, black and brown bands. There are four resistors that are light blue and have a brown band three black bands and then another brown band. The last resistor is light blue with two brown bands, two black bands, and one last brown band. These resistors are banded to show how much energy each resistor can contain. There are fifteen EPROMs. Each EPROM is a programmable component that holds the data for the board to function properly. There is a section on the DS3800HDDL where an additional EPROM can be placed. This section is labeled "SPARE" and has the proper connection points. There are fifteen teal colored diodes. The DS3800HDDL also has a large female connection terminal along the edge. The bottom edge is labeled A-I with small triangles in between each letter. The DS3800HDDL also has two yellow ten prong capacitors and two silver capacitors. This board also features five LED (light emitting diodes). Four of the LEDs are yellow in color and one is red. There are also six strips each featuring a small section that lights up. Each light in theses strips has a corresponding number and phase to indicate what is going on with the machine. Each strip of lights is broken up into different sections. The sections are Motor Faults, Converter Faults, Alarms, Drive Status, Reference Selection, and Status. There is also a small reset button to press once the issue has been fixed.

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The DS3800HDDL1A1A is a human-machine interface also known as an HMI. The DS3800HDDL1A1A is part of the Speedtronic Mark IV Turbine Series for General Electric (GE). The DS3800HDDL1A1A has a metal faceplate with five LED lights. One is red which indicates a Fault. The other four are amber colored. They indicate when the drive is okay, the data link is active, when the machine is ready to run and when the system needs to be reset. Next to the amber light that indicates the machine needs to be reset is a black RESET button. There is also a series of forty lights. Twenty lights on the left are red and the twenty on the right are amber colored. Each light indicates a different issue with the machine. The different sections are Status, Reference Selection, Drive Status, Alarms, Converter Faults, and Motor Faults. The DS3800HDDL1A1A is controlled by a component called an EPROM. This component stores all the programming required for the DS3800HDDL1A1A. If more program storage is required an addition EPROM may be added. There is a small section labeled “SPARE” with metal tabs around it. In order for the energy to flow the DS3800HDDL1A1A has four capacitors two are brownish-yellow and the others are a metallic silver. There are fifteen sky blue diodes and around fifty different resistors. The resistors have a color code to show just how much energy they are able to withstand. The DS3800HDDL1A1A is an HMI so it has a large port to connect with the entire machine along with screw ports and clips for a secure installation.

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The DS3800HDPA is a display panel circuit board manufactured by General Electric (GE) for the Speedtronic Mark IV series of gas turbine controls.

A display panel, or Human Machine Interface (HMI) allows the operator to interact with the gas turbine system. Display panels allow the operator to closely monitor the operations of the gas turbine system. This enhances productivity for the operator and alerts the operator to any potential issues with the operation of the machine.

The DS3800HDPA display panel circuit board contains two (2) blue connector ports aligned on the left edge of the board. These jack connector ports are labeled with the letters JA and JB in black lettering. The ports are also labeled on the top with their part name, 218A4807-P12 23891AR in black lettering. There is a third smaller blue jack connector port aligned along the top edge of the board labeled JC in black lettering. The board contains fifteen (15) black diodes that have red lights on their tops. These diodes are labeled with the names CR1 through CR15 in black lettering. The board has eight (8) black switches labeled as SW1 through SW8 in black lettering. There are also eighteen (18) striped, multi-colored resistors on the board labeled R1 through R18 also in black lettering. The circuit board features black integrated circuit.

The DS3800HDPA display panel circuit board will be shipped in a static bag, which dissipates the static energy before being handled by the operator. Any troubleshooting or technical support would be obtained through GE (General Electric), the manufacturer.

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The DS3800HDPA1A1A is a printed circuit board that General Electric made for display panels in the Speedtronic Mark IV series of turbine controls.

A display panel, alternately called an HMI (Human Machine Interface), helps the operators to better operate the turbine control. Display panels make it easier for the operators to monitor the operations of a turbine system. The ability to monitor turbine operations increases the productivity of the machine and informs the operator about any problems with the function of the machine.

The DS3800HDPA1A1A display panel board has two connector ports located on the board’s left edge. The connector ports are marked with the names JA and JB. The ports are also named with 218A4807-P12 23891AR, the part number. There is also a smaller connector port located on top of the board named JC with dark lettering. The board has 15 dark-colored diodes which also feature red lights. The diodes are named with the names CR1 through CR15 with dark lettering. This display panel board has 8 switches named with the names SW1 through SW8 with dark lettering. On the display panel board there are also 18 resistors that are striped with different colors on the board named with the names R1 through R18 with dark lettering. The display panel board contains an integrated circuit, or microchip, a device which contains several electronic components on a single chip.

The DS3800HDPA1A1A display panel board is shipped enclosed in a package which will get rid of the static energy before the part is handled by the user.

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The GE Line Driver/Receiver Board DS3800HDRA features a modular connector for attachment to a drive and retention levers to hold the board in the drive. The GE Line Driver/Receiver Board DS3800HDRA also is populated with 2 jumpers, and multiple capacitors. The board also has 2 40-pin connectors accessible from the front of the board.

The 2 40-pin connectors are accessible by the operator when the board is installed in the drive. However, any cables attached to the connectors should only be touched if the drive has all power removed.

Removing power from the drive requires that someone familiar with the installation of the drive confirm that all power has been removed. The drive has multiple sources of current and only someone familiar with the installation will know the sources of power and how to disconnect them. Before you touch the board, use a full featured testing device to confirm that all power is removed.

Be familiar with the emergency power shut off devices associated with the drive. In case of an emergency, the shut offs can remove all power from the drive. It is important that 2 technicians are always present to service the drive. If 1 technician is experiencing an emergency, the other can call for help, shut off the power, or assist the other technician.

Before you start the installation, inspect the area around the drive for safe conditions. Make sure the floor is dry and free of oil and debris. If moisture is on the floor, clean up the water first. If moisture reoccurs, you might have to install dehumidifiers so the floor remains dry.

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The GE Line Driver/Receiver Board DS3800HDRA1A1A features a modular connector for attachment to a drive and retention levers to hold the board in the drive. The GE Line Driver/Receiver Board DS3800HDRA1A1A also is populated with 2 jumpers, and multiple capacitors. The board also has 2 40-pin connectors accessible from the front of the board.

Another component of the board is a transistor to transistor logic (TTL) device. It serves as the interface logic between integrated circuits. The GE Line Driver/Receiver Board DS3800HDRA1A1A is installed in a drive that contains high-voltage electricity and also contains a powerful electric motor and other moving parts. For this reason, it is a potentially dangerous device. Without proper consideration an individual can be exposed to electricity that can shock or burn. The motor and other moving parts can cause bodily injury. Part of the planning for installing the board must be to inspect the area around the drive and look for unsafe conditions.

The floor around the drive must be dry to the touch. Any liquid can conduct electricity and cause a shock. Dry the floor with towels or use other means to dry the floor. If condensation is the cause of the moisture, you might consider installing dehumidifiers. A floor that is constantly wet is a danger to the operators and servicers that work in the area.

Inspect the area around the drive and if you find ungrounded electric cords, remove them. They can cause a shock because they lack a ground connection. Clean any oil or grease from the floor. Oil and grease are a trip hazard and can injure operators, servicers, and technicians.

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The GE Line Driver/Receiver Board DS3800HDRA1B1B features a modular connector for attachment to a drive and retention levers to hold the board in the drive. The GE Line Driver/Receiver Board DS3800HDRA1B1B also is populated with 2 jumpers, and multiple capacitors. The board also has 2 40-pin connectors accessible from the front of the board.

Another component on the board is a transistor to transistor logic (TTL) device. It serves as the interface logic between integrated circuits.

The board is populated with a modular connector on 1 end. The modular connector is designed to connect with another modular connector at the back of the board rack in the drive. The 2 modular connectors meet and provide connections for many signals and power supply connections. When the board is removed from the drive, the connections are discontinued without intervention by the servicer. That is, simply removing the board ends the signal and power connections. The modular connections facilitate command signals that are received by the board for processing. The modular connections also provide the means for the board to send command signals to other boards in the drive. During normal processing the board transmits and receives signals multiple times to control the motor and the moving parts.

On the opposite side of the board are retention levers. They fit into slots on the board rack and lock the board in the rack. They keep the board from moving to protect the components. They also maintain the connection between the modular connectors.

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This circuit board was manufactured by General Electric to be part of the Speedtronic Mark IV series. Mark IV is a system of turbine controls. It was based on the older Mark series called Mark I and Mark II. These systems have been in use for decades for the purposes of turbine control, regulation and safety.

The DS3800HDRC printed circuit board contains twenty-four (24) integrated circuits designated with the letter U, from U1 through U24. On the board are two (2) jumper pins designated with the letter J, as J1 and J2. These jumpers pins each have a pink jumper which allows the operator to modify the functions of the board. Twenty-five (25) small yellow capacitors are found all around the surface of the board labeled with the letter C, from C1 through C25. One (1) bigger silver capacitor is also labeled with the letter C, as C 31. There is also an orange capacitors with the letter C, labeled as C32. Two (2) blue jack connector ports sit on the right side of the printed board, each labeled with the number 218A4637-P4. On the opposite side of the board is one long black connector port spanning the length of the board's edge. Located in the top left corner of the circuit board is an area labeled SPARE, which allows the user to connect an additional component. Featured on the board are also two yellow resistor networks. These resistor networks are combinations of resistors connected into a series. The total resistance of the resistors connected in the series is equal to the sum of the individual resistances.

All products from AX Control are shipped in packaging which dissipates any static energy before the item is handled by the operator.

The DS3800HDRC1A1A circuit board by General Electric (GE) was created as a part of the Speedtronic Mark IV turbine control series. The DS3800HDRC1A1A circuit board is a line driver/receiver circuit board.

A line driver circuit board is a type of electronic amplifier circuit that is made to drive a load, for example a transmission line.

The DS3800HDRC1A1A circuit board contains twenty-four (24) black integrated circuits labeled U1 through U24. There are twenty-five (25) small yellow capacitors scattered around the entirety of the board. There is also one (1) larger silver capacitor and one (1) larger orange capacitor. The board has two (2) 218A4637-P4 blue jack connector ports labeled with JA and JB along one edge of the board. In between the two (2) connector ports are two test points labeled with TP1 and TP2. The DS3800HDRC1A1A also has twenty-six (26) small multicolored striped resistors. Located along one of the edges of the board is a long black connector port labeled with the numbers ten (10) through eighty (80) in increments of ten. The circuit board also has two (2) red jumpers labeled as J1 and J2. The circuit board is marked on the top edge with the letters A through J.

The Mark IV system is the product of many years of the innovation and improvement of technologies dating back decades.

The DS3800HDRC1A1A line driver/receiver circuit board will be packaged by AX Control in a way which will dissipate any energy before opening. Troubleshooting and technical support for the DS3800HDRC1A1A would be provided by General Electric.

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The DS3800HFPB is a turbine control processor board. General Electric produced it to be part of the series of Mark IV turbine controls. The Mark series has handled all parts of turbine operation, including operation and safety, since Mark I was created in 1968.

A black connector port is on one side of the board. The forty-pin male connector port connects the circuit board to other computer components. There are many integrated circuits located all around the board. Many different types of circuit parts are found on every integrated circuit. Located on every integrated circuit are very small resistors, diodes and other devices. There are several small blue capacitors throughout the board. Capacitors, also known as condensators or condensers, are electrical parts that store energy in an electrical field. On one side of the circuit card is a series of light-emitting diodes with red lights. Diodes are circuit components which send energy in one single direction. They have low resistance in one direction and high direction in the other direction. These light-emitting diodes alert the user to any problems with the part. There are four jumpers that have blue jumper pins on the right side of the card. These jumpers are useful for connecting two pins and for creating an electric connection between them. These jumpers can alter the settings of a circuit card. Written on the bottom side of the card is the name of the device, DS3800HFPB.

AX Control sends all parts in packaging which allows any energy to dissipate before it is opened.

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The DS3800HFPB1F1E is a processor board for turbine controls. It is part of the Mark IV series of turbine controls. General Electric created the Mark series to handle all aspects of a turbine to ensure correct operation and safety.

On the side of the board is a black connector port. The black forty pin male connector port can be used to connect the circuit board to another electrical components. Found all over the board are many integrated circuits. These integrated circuits contain several different types of circuit components. Tiny capacitors, resistors, diodes and other devices are located on each integrated circuit. Several small blue capacitors are found throughout the board. Capacitors, otherwise know as condensers or condensators, are electric components that store potential energy in an electrical field. Aligned on one edge of the circuit board are eight (8) light-emitting diodes that have red indicator lights. Diodes are electric components that conduct energy in one direction. They have low resistance in one direction and high resistance in the other direction. The light-emitting diodes can perform many functions, including alerting the operator to problems with the device. On the right side of the board are four (4) jumpers with blue jumper pins These jumpers can be used to connect two pins and create an electrical connection between them. These jumpers can be used to modify the settings of a circuit board. Written on the bottom edge of the board is the full name of the device, DS3800HFPB1F1E.

AX Control ships all parts in packaging with allows any energy to be dissipated before opening.

","meta_title":"MARK IV FISH PROCESSOR BOARD","meta_description":"MARK IV FISH PROCESSOR BOARD","keywords":"MARK IV FISH PROCESSOR BOARD","series_page_description":"MARK IV FISH PROCESSOR BOARD","quote_description":null,"inventory_notes":"","cross_reference":"","created_at":null,"updated_at":null,"prod_pdf":[]},{"id":11957,"part_number":"DS3800HFPC","revision_type_id":1,"series_id":114,"stock_level_id":1,"repair_time_id":1,"stock_level_text":"In Stock Ships Today","repair_time_text":"24 Hours","weight":null,"recond_stock":0,"new_stock":0,"recond_price":"0.00","new_price":"0.00","max_oversell":0,"description":"FUNCTION PROCESSOR CARD","short_desc":"GE Function Processor Board DS3800HFPC","content":"

The GE Function Processor Board DS3800HFPC features a modular connector for attachment to a drive and retention levers to hold the board in the drive. The GE Function Processor Board DS3800HFPC also is populated with 8 jumpers, and multiple capacitors. The board also has 1 40-pin connector that is accessible from the front of the board. It also has standoffs for attaching a daughter card.

Another component on the board is a transistor to transistor logic (TTL) device. It serves as the interface logic between integrated circuits. The erasable programmable read-only memory (EPROM) modules come preloaded from the factory with the instructions and firmware the board uses to process information. The modules are installed on a socket that is embedded on the board. The modules can be removed and replaced by a trained servicer. This is useful if the board is to be replaced. The replacement board comes without EPROM modules. The module sockets are empty. This is to enable the servicer to install the same firmware and code on the replacement board. In this way, the new board will behave the same as the defective board. The drive can quickly resume operations after the board is replaced.

However, you must understand that the firmware and code on the modules is easily corrupted by static interference. This can happen when the modules are handled or stored improperly. For example, always store the modules in a static protective bag. The bag keeps static from entering the modules. When you remove the modules, a wrist strap will drain static from your body to the grounded surface the strap is connected to.

","meta_title":"FUNCTION PROCESSOR CARD","meta_description":"FUNCTION PROCESSOR CARD","keywords":"FUNCTION PROCESSOR CARD","series_page_description":"FUNCTION PROCESSOR CARD","quote_description":null,"inventory_notes":"","cross_reference":"","created_at":null,"updated_at":null,"prod_pdf":[]},{"id":11959,"part_number":"DS3800HFPC1L1H","revision_type_id":1,"series_id":114,"stock_level_id":1,"repair_time_id":1,"stock_level_text":"In Stock Ships Today","repair_time_text":"24 Hours","weight":null,"recond_stock":1,"new_stock":0,"recond_price":"0.00","new_price":"0.00","max_oversell":0,"description":"GE MARK IV ELECTRIC FUNCTION PROCESSOR CARD","short_desc":"GE Function Processor Board DS3800HFPC1L1H","content":"

The GE Function Processor Board DS3800HFPC1L1H features a modular connector for attachment to a drive and retention levers to hold the board in the drive. The GE Function Processor Board DS3800HFPC1L1H also is populated with 8 jumpers, and multiple capacitors. The board also has 1 40-pin connector that is accessible from the front of the board. It also has standoffs for attaching a daughter card.

Another component on the board is a transistor to transistor logic (TTL) device. It serves as the interface logic between integrated circuits.

The last step in installing the board is to connect a ribbon cable to the 40-pin connector on the board. The connector is accessible to the installer when the board is installed in the rack. The connector is located between the 2 retention levers. They secure the board in the rack and firmly connect the 2 modular connectors. 1 modular connector is embedded on the board. The other is located inside the drive at the rear of the board rack. When you insert the board in the rack, the 2 modular connectors meet and form a connection. When you lock the retention levers, the modular connectors are firmly seated.

To install a ribbon cable, hold the plastic connector at the end and leave slack in the ribbon cable. Align it with the connector on the board and press it into the connector. Look for space in the connection and press the 2 connectors together again. Pull the cable out by holding the plastic connector. If you pull out the ribbon cable by holding the ribbon cable, you might damage the ribbon cable.

","meta_title":"GE MARK IV ELECTRIC FUNCTION PROCESSOR CARD","meta_description":"GE MARK IV ELECTRIC FUNCTION PROCESSOR CARD","keywords":"GE MARK IV ELECTRIC FUNCTION PROCESSOR CARD","series_page_description":"GE MARK IV ELECTRIC FUNCTION PROCESSOR CARD","quote_description":null,"inventory_notes":"","cross_reference":"","created_at":null,"updated_at":null,"prod_pdf":[]},{"id":16888,"part_number":"DS3800HFPC1M1H","revision_type_id":1,"series_id":114,"stock_level_id":1,"repair_time_id":1,"stock_level_text":"In Stock Ships Today","repair_time_text":"24 Hours","weight":null,"recond_stock":1,"new_stock":1,"recond_price":"0.00","new_price":"0.00","max_oversell":0,"description":"GE MARK IV ELECTRIC FUNCTION PROCESSOR CARD","short_desc":"GE Function Processor Board DS3800HFPC1M1H","content":"

The GE Function Processor Board DS3800HFPC1M1H features a modular connector for attachment to a drive and retention levers to hold the board in the drive. The GE Function Processor Board DS3800HFPC1M1H also is populated with 8 jumpers, and multiple capacitors. The board also has 1 40-pin connector that is accessible from the front of the board. It also has standoffs for attaching a daughter card.

Another component on the board is a transistor to transistor logic (TTL) component. It serves as the interface logic between integrated circuits.

If you have a need for additional processing, you can add a daughter card to the GE Function Processor Board DS3800HFPC1M1H. The standoffs provide a means to attach the daughter card. The daughter card has 1 hole in each corner and the standoffs fit into each hole. The power and signals connections to the daughter card are made through the connector at the rear of the daughter card. When you press the daughter card into the standoffs, the power and signal connections are made though the connector.

The retention levers eliminate the need for screws to secure the board in the rack. The screws are prone to falling into the drive. Loose screws might cause an electrical short which can lead to fire or damage to the drive. The other consideration is that the screws might become lodged in the moving parts and jamb them from moving. This might damage the moving parts or the motor by preventing them from moving properly.

","meta_title":"GE MARK IV ELECTRIC FUNCTION PROCESSOR CARD","meta_description":"GE MARK IV ELECTRIC FUNCTION PROCESSOR CARD","keywords":"GE MARK IV ELECTRIC FUNCTION PROCESSOR CARD","series_page_description":"GE MARK IV ELECTRIC FUNCTION PROCESSOR CARD","quote_description":null,"inventory_notes":"NEW IN BOX","cross_reference":"","created_at":null,"updated_at":null,"prod_pdf":[]},{"id":16642,"part_number":"DS3800HFPE","revision_type_id":1,"series_id":114,"stock_level_id":1,"repair_time_id":1,"stock_level_text":"In Stock Ships Today","repair_time_text":"24 Hours","weight":null,"recond_stock":0,"new_stock":0,"recond_price":"0.00","new_price":"0.00","max_oversell":0,"description":"GE MARK IV BOARD","short_desc":"GE Fish Processor Board DS3800HFPE","content":"

The GE Fish Processor Board DS3800HFPE features a modular connector for attachment to a drive and retention levers to hold the board in the drive. The GE Fish Processor Board DS3800HFPE also is populated with 3 jumpers, and multiple capacitors. The board has 1 34-pin connector that is accessible from the front of the board. It also is populated with test points and 1 40-pin connector on the surface of the board.

Another component on the board is a transistor to transistor logic (TTL) device. It serves as the interface logic between integrated circuits. Because the board is powered with high-voltage current and features a powerful motor and other moving parts that can cause injury to operators and others in the surrounding area, it is important to use all safety considerations to service and install the board. The drive is often located in a site with dust, dirt, grease, and moisture present. This is due to the manufacturing environment. However, when a service task is being planned, it is important to clear the area and create a safe environment.

First, examine the floor and look for moisture or puddles of water. Because water is a conductor of electricity, it is safety hazard due to the risk of shock. Use rags or a wet-dry vacuum to clean up any water or other liquid. Wait until the floor is completely dry before continuing. Clear the area of any debris because it is a safety hazard. If 2-prong extension cords are in use, remove them due to the risk of shock from the ungrounded electrical current.

","meta_title":"GE MARK IV BOARD","meta_description":"GE MARK IV BOARD","keywords":"GE MARK IV BOARD","series_page_description":"GE MARK IV BOARD","quote_description":null,"inventory_notes":"","cross_reference":"","created_at":null,"updated_at":null,"prod_pdf":[]},{"id":16652,"part_number":"DS3800HFPE1B1B","revision_type_id":1,"series_id":114,"stock_level_id":1,"repair_time_id":1,"stock_level_text":"In Stock Ships Today","repair_time_text":"24 Hours","weight":null,"recond_stock":3,"new_stock":0,"recond_price":"0.00","new_price":"0.00","max_oversell":0,"description":"GE MARK IV BOARD","short_desc":"GE Fish Processor Board DS3800HFPE1B1B","content":"

The GE Fish Processor Board DS3800HFPE1B1B features a modular connector for attachment to a drive and retention levers to hold the board in the drive. The GE Fish Processor Board DS3800HFPE1B1B also is populated with 3 jumpers, and multiple capacitors. The board has 1 40-pin connector that is accessible from the front of the board. It also is populated with test points and 1 40-pin connector on the surface of the board.

Another component on the board is a transistor to transistor logic (TTL) device.

The GE Fish Processor Board DS3800HFPE1B1B is populated with 3 red LEDs and 1 amber LED that give the operator the status on the board functionality. When the red LEDs are lit, it indicates that errors have occurred in the circuits on the board. When the amber LED is lit, it indicates that a warning has been signaled. The warning means that processing continues but that troubleshooting is required to investigate the problem. The diagnostic tools on the drive are the first step in troubleshooting.

The next step, if required, is to use the test points to test the specific circuits on the board. The diagnostic tools are available through the user interface on the control panel. The user interface is a series of menu selections that you make using the keys on the keypad. One menu selection is to select the diagnostic tools. Other menu selections are to edit the configuration parameters that control how the board behaves. The menu selection gives you access to the various sections of the configuration. Other keys give you access to the editing tools to make updates.

","meta_title":"GE MARK IV BOARD","meta_description":"GE MARK IV BOARD","keywords":"GE MARK IV BOARD","series_page_description":"GE MARK IV BOARD","quote_description":null,"inventory_notes":"","cross_reference":"","created_at":null,"updated_at":null,"prod_pdf":[]},{"id":16653,"part_number":"DS3800HFPE1D1B","revision_type_id":1,"series_id":114,"stock_level_id":1,"repair_time_id":1,"stock_level_text":"In Stock Ships Today","repair_time_text":"24 Hours","weight":null,"recond_stock":1,"new_stock":0,"recond_price":"0.00","new_price":"0.00","max_oversell":0,"description":"GE MARK IV BOARD","short_desc":"GE Fish Processor Board DS3800HFPE1D1B","content":"

The GE Fish Processor Board DS3800HFPE1D1B features a modular connector for attachment to a drive and retention levers to hold the board in the drive. The GE Fish Processor Board DS3800HFPE1D1B also is populated with 3 jumpers, and multiple capacitors. The board has 1 40-pin connector that is accessible from the front of the board. It also is populated with test points and 1 40-pin connector on the surface of the board.

Another component on the board is a transistor to transistor logic (TTL) device.

The board is populated with 4 LEDs that the operator can monitor during normal operation to maintain an understanding of how the board is processing. Each of the 3 red LEDs provide an indication of how the board is processing. When each red LED is flashing, it indicates when activity is occurring on the board. When the red LEDs are off, if indicates that activity is not occurring. If the red LEDs are not flashing, it might be because an error has occurred. The amber LED is lit when power is supplied to the board and the board has passed all startup diagnostic tests.

If the processing activity on the board has stopped and the red LEDs are not lit, it is best practice to troubleshoot the condition.

One troubleshooting step is to run the drive diagnostic program. The diagnostic report will provide a chronological list of the board activities. This includes all errors and warnings. Trip conditions are also listed. For example, if the interior of the drive becomes too hot, the drive will automatically shut down. This is an overheat trip condition.

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The GE Fish Processor Board DS3800HFPE1D1C features a modular connector for attachment to a drive and retention levers to hold the board in the drive. The GE Fish Processor Board DS3800HFPE1D1C also is populated with 3 jumpers, and multiple capacitors. The board has 1 40-pin connector that is accessible from the front of the board. It also is populated with test points and 1 40-pin connector on the surface of the board.

Another component on the board is a transistor to transistor logic (TTL) device.

Several test points are available on the GE Fish Processor Board DS3800HFPE1D1C. The test points are assigned IDs to assist the servicer in locating the test point to use to test a particular circuit. Some test point IDs are DOC, RST, and TP3. A service document is available that describes the purpose of each test point and describes the signal each test point tests. Supplied with that information, the servicer can locate the test point to use for testing.

The servicer must have on hand a full function testing device. It must have probes that are compatible with the testing device. The probes must be in good condition. Make sure any insulation is intact and that the cable leads are not frayed or have wires exposed. Place the board on a workbench or desk that is clean and moisture free. If water is on the desk use a clean cloth to dry the surface. Place a static-protective material under the board. This can be a flattened bag or other material.

","meta_title":"GE MARK IV BOARD","meta_description":"GE MARK IV BOARD","keywords":"GE MARK IV BOARD","series_page_description":"GE MARK IV BOARD","quote_description":null,"inventory_notes":"","cross_reference":"","created_at":null,"updated_at":null,"prod_pdf":[]},{"id":16414,"part_number":"DS3800HFPG","revision_type_id":1,"series_id":114,"stock_level_id":1,"repair_time_id":1,"stock_level_text":"In Stock Ships Today","repair_time_text":"24 Hours","weight":null,"recond_stock":0,"new_stock":0,"recond_price":"0.00","new_price":"0.00","max_oversell":0,"description":"GE DRIVE CONTROL BOARD","short_desc":"GE Drive Control Board DS3800HFPG","content":"

The GE Drive Control Board DS3800HFPG features a modular connector for attachment to a drive and retention levers to hold the board in the drive. The GE Drive Control Board DS3800HFPG also is populated with a microprocessor and multiple erasable programmable read-only (EPROM) modules. The board has 1 34-pin connector that is accessible from the front of the board. It also is populated with test points and 1 40-pin connector on the surface of the board.

Another component on the board is a transistor to transistor logic (TTL) device. It serves as the interface logic between integrated circuits. The GE Drive Control Board DS3800HFPG controls the major functions of the board and is populated with a microprocessor. The microprocessor uses instructions embedded on the EPROM modules. The instructions are in the form of firmware and programming code. The firmware and programming code are stored on the modules and are supplied from the factory. If updates are available, they can be downloaded to a laptop and written to the modules. However, typically the modules are not updated and when the board is replaced, the same modules are installed on the replacement board.

The replacement GE Drive Control Board DS3800HFPG is delivered with empty module sockets. And it is an easy task to move the modules from the old board to the new board. The sockets have an opening for inserting a screwdriver or other instrument. Rock the screwdriver back and forth to lift the module off the socket. Repeat the action on the other side of the socket.

","meta_title":"GE DRIVE CONTROL BOARD","meta_description":"GE DRIVE CONTROL BOARD","keywords":"GE DRIVE CONTROL BOARD","series_page_description":"GE DRIVE CONTROL BOARD","quote_description":null,"inventory_notes":"","cross_reference":"DS3815PDPA","created_at":null,"updated_at":null,"prod_pdf":[]},{"id":16810,"part_number":"DS3800HFPG1D1C","revision_type_id":1,"series_id":114,"stock_level_id":1,"repair_time_id":1,"stock_level_text":"In Stock Ships Today","repair_time_text":"24 Hours","weight":null,"recond_stock":1,"new_stock":0,"recond_price":"0.00","new_price":"0.00","max_oversell":0,"description":"GE GENERAL MARK IV BOARD","short_desc":"GE Drive Control Board DS3800HFPG1D1C","content":"

The GE Drive Control Board DS3800HFPG1D1C features a modular connector for attachment to a drive and retention levers to hold the board in the drive. The GE Drive Control Board DS3800HFPG1D1C also is populated with a microprocessor and multiple erasable programmable read-only (EPROM) modules. The board has 1 34-pin connector that is accessible from the front of the board. It also is populated with test points and 1 40-pin connector on the surface of the board.

Another component on the board is a transistor to transistor logic (TTL) device. It serves as the interface logic between integrated circuits. Because the GE Drive Control Board DS3800HFPG1D1C has a dedicated position in the board rack and occupies a double width, care must be taken when it is installed or removed. Use 2 hands when you carry the board and only carry it from the side edges of the board. This protects the components from accidental damage. Your fingers might bend pins and other components. The pins and components might accidently be broken off the board.

Connect any ribbon cables you want to attach to the board and arrange the ribbon cable so that is doesn't block airflow around the microprocessor. Slide the board into the rack until the modular connectors touch the modular connectors at the rear of the rack. Use your thumbs to press the board into the modular connectors. Then press the levers to lock the board in the rack. Finally, attach a ribbon cable to the connector accessible from the front of the board.

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The GE Drive Control Board DS3800HFPG1D1D features a modular connector for attachment to a drive and retention levers to hold the board in the drive. The GE Drive Control Board DS3800HFPG1D1D also is populated with a microprocessor and multiple erasable programmable read-only (EPROM) modules. The board has 1 34-pin connector that is accessible from the front of the board. It also is populated with test points and 1 40-pin connector on the surface of the board.

Another component on the board is a transistor to transistor logic (TTL) device. It serves as the interface logic between integrated circuits.

The microprocessor on the GE Drive Control Board DS3800HFPG1D1D generates heat while the board is processing. And if the heat is allowed to build up in the interior of the drive, it can damage components or cause the components to have a shortened life span. There are steps that the installer can take to keep the heat from the microprocessor from building up.

Route all cables away from the air vents on the drive. The air vents must allow for the free movement of air. The drive has air vents on the bottom that enable cool air to enter the drive. The drive has air vents at the top that exhaust the hot air. Install the drive in a location with a supply of cool air. Also install the drive on a wall that is cool to the touch and not heated by equipment on the other side.

If the heat builds up, it can trigger an overheat trip condition. This causes the drive to automatically shutdown and end all processing.

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The GE Fish II Expander Board DS3800HFXB is designed for quick installation in the drive. The board features a modular connector on 1 end and retention levers on the other end. The board is populated with 1 40-pin connector and 1 34-pin connector between the retention levers. The board also has 1 20-pin connector embedded on the board.The GE Fish II Expander Board DS3800HFXB also is populated with 1 amber indicator LED. The board is also populated with 2 sockets for electrically erasable programmable read-only memory (EEPROM) modules and 11 jumpers.

The 20-pin connector embedded on the GE Fish II Expander Board DS3800HFXB is used to connect the board to a daughter card. The daughter card is attached to standoffs. The standoffs secure the daughter card to the board and keep it from coming in contact with the surface of the board. This protects the board and the daughter card from damage and scratches. The daughter card is an optional feature. It provides added functionality to the board that enhances the capabilities of the board.

The 20-pin connector is attached to a ribbon cable attached to the daughter card. The 7-inch ribbon cable is terminated with a 20-pin connector. It plugs into the connector on the board. To install the daughter card, first align the holes of the daughter card with the standoffs and press the daughter card over the board. Then, plug the ribbon cable into the connector.

Because of the additional size and weight that the daughter card adds, use care when you insert it into the board rack. Do not allow the board to brush against the sides of the board rack.

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The GE Fish II Expander Board DS3800HFXB1K1G is designed for quick installation in the drive. The board features a modular connector on 1 end and retention levers on the other end. The board is populated with 1 40-pin connector and 1 34-pin connector between the retention levers. The board also has 1 20-pin connector embedded on the board. The GE Fish II Expander Board DS3800HFXB1K1G also is populated with 1 amber indicator LED. The board is also populated with 2 sockets for electrically erasable programmable read-only memory (EEPROM) modules and 11 jumpers.

The GE Fish II Expander Board DS3800HFXB1K1G is designed to provide full functionality. However, depending on the drive and the processing requirements, it might be necessary to attach an optional daughter card. The daughter card attaches to the board and works along with the board to provide additional features and functions. The daughter card is designed to work only when attached to the board. That is, it cannot work as a standalone component in the drive.

The daughter card is populated with a 7-inch ribbon cable that attaches to the 20-pin connector on the board. To attach the daughter card, first insert the standoffs into the holes in each corner of the daughter card. Press the daughter card into the standoffs until the card is secure. Then, connect the ribbon cable to the connector on the board.

You will note that with the daughter card is installed, you can access the EEPROM modules, the ribbon cable connectors on the front of the board, and the jumpers.

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The GE Fish II Expander Board DS3800HFXB1L1G is designed for quick installation in the drive. The board features a modular connector on 1 end and retention levers on the other end. The board is populated with 1 40-pin connector and 1 34-pin connector between the retention levers. The board also has 1 20-pin connector embedded on the board. The GE Fish II Expander Board DS3800HFXB1L1G also is populated with 1 amber indicator LED. The board is also populated with 2 sockets for electrically erasable programmable read-only memory (EEPROM) modules and 11 jumpers.

The indicator LED on the board can be seen while the drive is operating and the board is receiving power. When the board is operating without errors or problems, the indicator LED is off and processing can continue as normal. When the LED is on, it indicates that an error has occurred. To understand the exact cause of the error, diagnostics are available on the drive. The diagnostics might be time consuming to run. This can add to the length of time the drive is down and not operating.

When the amber LED is on, the first step is to disconnect the drive from all power. This includes all dc and ac power sources. Use a full feature testing device to test for the absence of current in the drive. Remove the board partially from the board rack and wait 30 seconds. Then, return the board to the board rack. This give the control signal an opportunity to restart and return to the proper signal sequence.

","meta_title":"GE EXPANDER MOD","meta_description":"GE EXPANDER MOD","keywords":"GE, EXPANDER MOD","series_page_description":"GE EXPANDER MOD","quote_description":null,"inventory_notes":"","cross_reference":"","created_at":null,"updated_at":null,"prod_pdf":[]},{"id":19047,"part_number":"DS3800HFXB1L1H","revision_type_id":1,"series_id":114,"stock_level_id":1,"repair_time_id":1,"stock_level_text":"In Stock Ships Today","repair_time_text":"24 Hours","weight":null,"recond_stock":0,"new_stock":0,"recond_price":"0.00","new_price":"0.00","max_oversell":0,"description":"Expander Board Module with Revision 1L1H by GE Speedtronic","short_desc":"","content":null,"meta_title":"Expander Board Module with Revision 1L1H by GE Speedtronic","meta_description":"Expander Board Module with Revision 1L1H by GE Speedtronic","keywords":"Expander Board Module with Revision 1L1H by GE Speedtronic","series_page_description":"Expander Board Module with Revision 1L1H by GE Speedtronic","quote_description":null,"inventory_notes":"","cross_reference":"","created_at":null,"updated_at":null,"prod_pdf":[]},{"id":11960,"part_number":"DS3800HFXC","revision_type_id":1,"series_id":114,"stock_level_id":4,"repair_time_id":1,"stock_level_text":"In Stock Ships 3-5 Days","repair_time_text":"24 Hours","weight":null,"recond_stock":0,"new_stock":0,"recond_price":"0.00","new_price":"0.00","max_oversell":0,"description":"COMMUNICATION INTERFACE GE CARD","short_desc":"","content":null,"meta_title":"COMMUNICATION INTERFACE GE CARD","meta_description":"COMMUNICATION INTERFACE GE CARD","keywords":"COMMUNICATION INTERFACE GE CARD","series_page_description":"COMMUNICATION INTERFACE GE CARD","quote_description":null,"inventory_notes":"","cross_reference":"","created_at":null,"updated_at":null,"prod_pdf":[]},{"id":11962,"part_number":"DS3800HFXC1J1F","revision_type_id":1,"series_id":114,"stock_level_id":8,"repair_time_id":1,"stock_level_text":"Call","repair_time_text":"24 Hours","weight":null,"recond_stock":0,"new_stock":0,"recond_price":"0.00","new_price":"0.00","max_oversell":0,"description":"GE COMMUNICATION INTERFACE CARD MARK IV","short_desc":"DS3800HFXC1J1F","content":"

DS3800HFXC1J1F is a communication interface board. It was produced by General Electric and is part of the Speedtronic Mark IV series. The Speedtronic Mark IV series was based on the Mark systems that came before it such as Mark I and Mark II. The Mark systems were designed to control turbines in a safe and efficient manner.

The DS3800HFXC1J1F features many different circuit board components. Much of the space on the board is taken up by different sized integrated circuits. These integrated circuits house many tiny parts on each chip, like capacitors, diodes, and resistors. A few resistor networks are found on the DS3800HFXC1J1F. Each resistor network contains a series of resistors lined up in a row. The resistance of each resistor network equals the sum of the resistances of each resistor contained inside. With which the operator cold attach more components or another circuit board in order to expand the capability of the DS3800HFXC1J1F. Placed on the board are many other components like diodes, resistors, and capacitors. At the top right corner of the DS3800HFXC1J1F is a red switch. A ribbon cable can be used to connect another component such as a daughter board to the DS3800HFXC1J1F. A ribbon cable is a cable which contains many wires together on a single flat plane. Ribbon cables allow many connections to be made without a tangle of wires.

AX Control is committed to excellent customer service and high-quality products. All part arrive packaged in a way which eliminates all static energy accumulated during shipping.

","meta_title":"GE COMMUNICATION INTERFACE CARD MARK IV","meta_description":"GE COMMUNICATION INTERFACE CARD MARK IV","keywords":"GE COMMUNICATION INTERFACE CARD MARK IV","series_page_description":"GE COMMUNICATION INTERFACE CARD MARK IV","quote_description":null,"inventory_notes":"","cross_reference":"","created_at":null,"updated_at":null,"prod_pdf":[]},{"id":18617,"part_number":"DS3800HFXD1F1E","revision_type_id":1,"series_id":114,"stock_level_id":1,"repair_time_id":1,"stock_level_text":"In Stock Ships Today","repair_time_text":"24 Hours","weight":null,"recond_stock":1,"new_stock":0,"recond_price":"0.00","new_price":"0.00","max_oversell":0,"description":"CIRCUIT BOARD GENERAL ELECTRIC","short_desc":"","content":null,"meta_title":"CIRCUIT BOARD GENERAL ELECTRIC","meta_description":"CIRCUIT BOARD GENERAL ELECTRIC","keywords":"GE Boards, Mark IV DS3800, DS3800HFXD1F1E","series_page_description":"CIRCUIT BOARD GENERAL ELECTRIC","quote_description":null,"inventory_notes":"","cross_reference":"","created_at":null,"updated_at":null,"prod_pdf":[]},{"id":18602,"part_number":"DS3800HFXE","revision_type_id":1,"series_id":114,"stock_level_id":1,"repair_time_id":1,"stock_level_text":"In Stock Ships Today","repair_time_text":"24 Hours","weight":null,"recond_stock":0,"new_stock":0,"recond_price":"0.00","new_price":"0.00","max_oversell":0,"description":"GE Slave Circuit Board","short_desc":"","content":null,"meta_title":"GE Slave Circuit Board","meta_description":"GE Slave Circuit Board","keywords":"GE Slave Circuit Board","series_page_description":"GE Slave Circuit Board","quote_description":null,"inventory_notes":"","cross_reference":"","created_at":null,"updated_at":null,"prod_pdf":[]},{"id":18604,"part_number":"DS3800HFXE1D1C","revision_type_id":1,"series_id":114,"stock_level_id":1,"repair_time_id":1,"stock_level_text":"In Stock Ships Today","repair_time_text":"24 Hours","weight":null,"recond_stock":1,"new_stock":0,"recond_price":"0.00","new_price":"0.00","max_oversell":0,"description":"General Electric Slave Circuit Board","short_desc":"","content":null,"meta_title":"General Electric Slave Circuit Board","meta_description":"General Electric Slave Circuit Board","keywords":"General Electric Slave Circuit BoardGeneral Electric Slave Circuit BoardGeneral Electric Slave Circuit BoardGeneral Electric Slave Circuit Board","series_page_description":"General Electric Slave Circuit Board","quote_description":null,"inventory_notes":"","cross_reference":"","created_at":null,"updated_at":null,"prod_pdf":[]},{"id":11963,"part_number":"DS3800HHRB","revision_type_id":1,"series_id":114,"stock_level_id":1,"repair_time_id":1,"stock_level_text":"In Stock Ships Today","repair_time_text":"24 Hours","weight":null,"recond_stock":0,"new_stock":0,"recond_price":"0.00","new_price":"0.00","max_oversell":0,"description":"GE HIGHWAY RECEIVE CARD","short_desc":"GE Mark IV Board DS3800HHRB","content":"

The DS3800HHRB is a highway receive circuit board. The board is part of the Mark IV turbine control series by General Electric.

The DS3800HHRB includes one long black connector port along the edge of the board. Lined up adjacent to the connector port are the numbers ten through eighty in increments of ten. Throughout the board are twenty-five integrated circuits. Located on the top half of the board are six jumper pins with blue jumpers. On the right edge of the circuit board is a diode which has a red indicator light. Around the circuit board are a number of small blue and white resistors which have a striped pattern and are labeled with the letter R. On the right half of the board, one of these resistors is connected to one of the integrated circuits by a silver metal wire. Two blue capacitors are located on either half of the left side of the circuit board labeled with the letter C. Next to the blue capacitors are larger silver capacitors. Aligned on the right edge of the circuit board are four test points marked with TP. The letters A through H are located along the top edge of the circuit board.

The Mark IV system was developed by General Electric and was based on years of refinement of technologies that have been critical for turbine control for decades.

The DS3800HHRB highway receive circuit board comes shipped in a plastic static bag that discharges all energy before it is opened by the user. Technical support and troubleshooting for the part is provided by General Electric.

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The DS3800HHTB1D1D is a highway transmitter circuit board. It is a circuit board made for the Speedtronic Mark IV line of turbine controls.

The Speedtronic Mark series evolved over many years from the predecessor Mark I and Mark II series into the Mark IV system. Beginning with the invention of Mark I in 1968, the Mark system has been in charge of regulating, controlling and ensuring the safety of gas and steam turbines. The Mark IV system is the product of years of innovation and refinement of automation techniques. The circuit board is covered in thirty-four (34) integrated circuits. Each integrated circuit contains a collection of electronic devices like resistors, transistors and capacitors all on one single chip. There are striped pink resistors in various places around the board, as well as a few blue striped resistors. Several yellow capacitors are also located around the board. The right-hand side of the board there are three diodes with red indicator lights. Four test points are arranged underneath the three diodes and allow the user to test for any problem with the board. The left side of the board is taken up with a long black connector port. Two larger silver diodes are located on the top and bottom of the left side of the board. Stamped on the bottom of theboard is the full product name, DS3800HHTB1D1D 6BA05.

AX Control ships all products in packaging which will get rid of all static energy before it is opened by the operator.

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The DS3800HHRB1D1E is a part of the Mark IV (MKIV) series made for turbine control by General Electric. This product is known as a highway receiver printed circuit board (PCB).

The DS3800HHRB1D1E has one long connector port which runs along one of the edges of the board. The numbers 10 to 80 in increments of ten (10) are located next to the connector port. There are twenty-eight (28) integrated circuits positioned around the DS3800HHRB1D1E. Six jumper pins which have blue jumpers are situated on the top half of the DS3800HHRB1D1E. There is one light-emitting diode (LED) on the right side of the DS3800HHRB1D1E which has a red light. A variety of small banded resistors are placed around the circuit board. These are labeled with the letter R. There are two silver capacitors, one on the top and the other on the bottom half of the DS3800HHRB1D1E which are marked with the letter C. There is one small blue capacitor positioned next to each of the silver capacitors. Four (4) test points labeled with the initials TP can be found on one edge of the DS3800HHRB1D1E. The letters A to H are written on one of the edges of the DS3800HHRB1D1E. The MKIV system is an evolution of the Mark I and Mark II. These systems were based on years of developing processes which have been very important for turbine control for decades.

The DS3800HHRB1D1E highway receiver circuit board will arrive enclosed in static-free packaging which will get rid of any energy before it is opened by the user.

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The DS3800HHTB was developed as a component in the Mark IV series of controls for turbines by GE. The Speedtronic Mark series has developed over the decades as a descendant of the Mark I and Mark II series into the Mark IV system. Beginning with the creation of the Mark I system in the 1960s, the Mark series has been used for controlling all aspects of the operation of turbines, including safety. The Mark IV system is a result of years of the innovation, refinement and development of techniques for automation.

The circuit card is taken up by thirty-four integrated circuits. Each single integrated circuit has an assortment of electronic devices such as transistors, capacitors and resistors all on one chip. There are many pink resistors that are striped located around the board, as well as several blue resistors. There are a series of yellow capacitors which are also located around the board. There are three light-emitting diodes with indicator lights on the right edge of the card. Four test points are situated under the three light-emitting diodes which can alert the operator to any issues with the card. Bordering the left edge of the card is a long black jack connector port. There are silver diodes located on each side of the left half of the board. The full product number, DS3800HHTB is marked on the lower border of the circuit card.

AX Control will package the product in a way in which will get rid of any static electricity before it is opened by the operator.

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General Electric (GE) created the DS3800HHTB1D1D printed circuit board (PCB). This circuit board was made for the Speedtronic Mark IV (MKIV) series for turbine control. The Speedtronic Mark series have evolved over several decades from the earliest Mark system, MKI, to MKII and later to the MKIV system. The Mark systems have been in charge of controlling, regulating, and maintaining the safety of both turbines and the people who operate them since the creation of the MKI in 1968. The MKIV system is the product of years of the refinement of industrial automation techniques.

The DS3800HHTB1D1D features 34 integrated circuits. Each integrated circuit contains a variety of very small electronic devices such as capacitors, transistors, and resistors all on one chip. Many banded pink resistors and banded blue resistors are located in various places throughout the board. Several yellow capacitors can also be found on the DS3800HHTB1D1D. Three red LEDs or light-emitting diodes can be seen on the right side of the DS3800HHTB1D1D. There are four test points positioned under these three LEDs. These test points allow an operator to test the circuit board for any problems. One long black connector port occupies the left half of the DS3800HHTB1D1D. There are two large silver diodes positioned on the left half of the DS3800HHTB1D1D. The product’s full name, DS3800HHTB1D1D 6BA05, is printed at the bottom of the circuit board

AX Control will ship any and all products in anti-static packaging which gets rid of all static energy prior to being opened by the user.

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The DS3800HIMA printed circuit board from GE has been manufactured as part of the Speedtronic/Mark IV system. This system has been created for gas and steam turbine control and has been specifically designed to limit downtime due to electronics failure by using integrated microprocessors using distributed control. The Mark IV performs a variety of functions, including air, fuel and emissions control, and can protect the turbine system against unsafe operating conditions.

The DS3800HIMA is designed as an isolation board. It has the following specifications:

factory drilled near or in three corners of the board
built with multiple integrated circuits. This includes HP69137 DIP, AM26LS30 Dip dual differential integrated circuits, and AM26LS33 quad differential receivers.
built with one transistor, marked LM309K. This is a 5V regulator on a single silicon chip. The LM309K is compatible with TTL and DTL, has an output in excess of 1A, and is designed with thermal overload protection.
built with two smaller transistors
includes a Bicron transformer 218A4819P2
built with multiple capacitors, including a polyester capacitor marked 708d1 8803D 200V, and another capacitor marked 708A1 m/c 100V 5.0+ 10% 8942.
built with one amber LED
built with multiple resistors and diodes.

The board is labeled on its edge "6BA04." It also states '"CR" applies to all components lacking a prefix.'

GE provided the original technical support for the DS3800HIMA. We at AXControl recommend using original data sheets and/or manuals published by the manufacturer to guide you during the installation of this and other Mark IV components.

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The DS3800HIMA1A1B is a printed circuit board manufactured by GE as a component in their Mark IV/Speedtronic series. The Mark IV is a gas and steam turbine control system specifically designed to minimize downtime caused by electronics failure; it does this by relying upon integrated microprocessors with intentional redundancies that instantly shift control responsibilities if one chipset experiences a problem. This gives the end user the ability to diagnose and repair an issue without the system as a whole ever shutting down.

The DS3800HIMA1A1B is designed with the following specs:

it is factory drilled in three corners
it has a 218A4819P2 Bicron transformer
it has one amber colored LED
it has two small transistors, located in-line.
it has one larger transistor. This is marked LM309K/W03914. This transistor is TTL/DTL compatible.
it has multiple integrated circuits: AM26LS33 quad differential receiver (2,) AM26L230 dual-differential circuit (2,) HP69137 DIP (2.)
it has a polyester capacitor marked 708d1 8803C 200V
it has multiple other capacitors, including one marked 708A1 m/c 100V 5.0+ 10%

The DS3800HIMA1A1B is built with multiple resistors and diodes. Some diodes are not prefixed at their board site--this is noted on the edge of the board.

Technical support for the DS3800HIMA1A1B and other Speedtronic components was provided by the original manufacturer, GE. This included publications such as data sheets and manuals. Please refer to these publications for installation guidelines.

AXControl's sales team can help via phone or email with all your automation needs. Please contact us with questions about the DS3800HIMA1A1B or any other product or service.

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The DS3800HIMA1B1B is a GE printed circuit board manufactured as part of their Speedtronic Mark IV series. The Mark IV is a steam and gas turbine control system that was designed with integrated microprocessors built with intentional redundancies that instantly shift control responsibilities when one experiences an electrical fault. In this way downtime of the whole system is minimized; instead, the system continues to run and the user is given time to diagnose and repair the issue.

The DS3800HIMA1B1B has the following specs:

drilled in three of four corners
one amber LED
small transistors (2) located near one short edge
one larger transistor, located near the opposite short edge in the top corner of the board. This transistor has a marking of LM309K and is DTL/TTL compatible.
2 AM26LS33 quad differential receivers
2 AM26ls30 dual differential circuits
2 HP69137 Dip components
1 Bicron transformer (218A4819P2)
1 capacitor 708D1 8803D 200V
1 capacitor 708A1 m/c 100v 5.0+ 10% 8942

The DS3800HIMA1B1B is built with several capacitors (including those listed,) and multiple diodes and resistors. It is worth noting some diodes are not marked with a prefix; this is noted on the edge of the board.

GE provided all original support for the DS3800HIMA1B1B and other Mark IV components, including data sheets and manuals. We recommend the user refer to these publications before the installation of any components. Please follow all safety guidelines.

Please contact our sales team here at AXControl if you have any questions about the DS3800HIMA1B1B or other products or services. We are happy to help via email or phone.

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The DS3800HIMA1C1D is a printed circuit board designed by GE as part of their Speedtronic/Mark IV series. The Mark IV was created as a gas and steam turbine control system. With integrated chipsets designed with intentional redundancies, the Mark IV reduces overall system downtime due to electronics failure. The Mark IV can be used for the sequencing of turbine fuel and auxiliaries for startup, for shutdown and cooldown procedures, and to synchronize the generator and the system.

The DS3800HIMA1C1D has been designed with factory drilling in three of four corners. It has one amber LED located on its upper long edge. The board has several diodes and resistors, but it is worth noting all not all diodes are marked in place on the board.

The DS3800HIMA1C1D has been manufactured with three transistors, one of which has an output current in excess of 1A. This transistor (LM309K) also has thermal overload protection and is rated as a fixed-voltage 5V regulator. Power dissipation is internally limited.

The DS3800HIMA1C1D has multiple capacitors. This includes but is not limited to an axial film capacitor, part no. 708A, 100V 5.0 μF with a tolerance of 10% and an axial film capacitor, part no. 708D1, 200V.

The DS3800HIMA1C1D has several integrated circuits including receivers, dual differential circuits, and DIP components. It also has a Bicron (218A4819P2) transformer.

Originally, technical support for the DS3800HIMA1C1D was provided by GE. This includes all manuals and data sheets. We at AXControl recommend referring to these publications for proper installation procedures and guidelines.

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The DS3800HIMB is a printed circuit board manufactured by GE as a component in their Mark IV Speedtronic line. The Mark IV was designed for gas and steam turbine control and can be used for sequencing the turbine fuel for startup, for shutdown and cool down procedures, and for fuel, air, and emissions control. The Speedtronic system was designed to have minimal downtime due to electronics failures.

The DS3800HIMB has been designed with the following specifications:

It has been factory-drilled in two corners for one mounting option
It has been marked along one edge with the codes '6DA00' and '6BA01' to help the user match compatible boards
It has a Bicron capacitor, marked 218A4819
It has one amber LED located along one long edge.
It has two small transistors, located together along one short edge
It has one larger Motorola transistor. This transistor is compatible with TTL and DTL.
It has one female A-md connector located along one long side of the card.
It has one yellow capacitor marked 8623D 200V
It is built with multiple diodes and ceramic resistors of differing values.

Tech support for the DS3800HIMB was provided first by GE. This included the publication of all manuals and data sheets for this product. Installation guidelines and maintenance schedules can be found within GE publications.

AXControl can help you with any automation needs you may have. Our sales team can be reached via email or phone. Contact us with questions you may have about the DS3800HIMB or anything else you may need relating to parts or service.

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General Electric manufactured the DS3800HIMB1B1B as part of their Speedtronic (Mark IV) system. This system is designed for steam and gas turbine control, and can be used to monitor the turbine's control and auxiliary functions, can protect against adverse or unsafe operating conditions, and can be used for shut down, startup, and cool down procedures. The Mark IV has been designed for increased reliability by utilizing 'controlled failure' technology: instead of believing the electronics would never fail, the Mark IV engineers instead built in back-ups within the chipsets to take over when one board failed, to allow the user time to repair a down board without the entire system failing.

The DS3800HIMB1B1B has the following specs:

Factory-drilled, 2 corners
Two markings along the edge of the board: 6BA01, 6DA00
Bicron capacitor 218A4819
A single amber LED, positioned along one long edge
Female A-md connector, positioned on one long edge
Three transistors. One larger transistor from Motorola is TTL and DTL compatible.
Yellow capacitor 8623D 200V
Built with small diodes which may or may not be marked as such. Resistors tend to be of the metal film ceramic-covered variety.

We recommend following the manufacturer's guidelines when installing the DS3800HIMB1B1B and other Mark IV equipment. These guidelines can be found in manuals and data sheets from General Electric, within the original technical support publications.

Did you know AXControl can help you with your service needs, too? We offer repair services with turnaround times as fast as 48 hours. Our sales team can help you via email or phone if you have questions.

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The GE Input Isolator Board DS3800HIOA features a hole in each corner for installing the board with screws in the drive interior. The GE Input Isolator Board DS3800HIOA also is populated with a microprocessor and multiple erasable programmable read-only (EPROM) modules. The board has 1 34-pin connector that is accessible from the front of the board. It also is populated with test points and 1 40-pin connector on the surface of the board.

The erasable programmable read-only (EPROM) modules snap into a socket that is embedded on the board. They can be removed from the socket if the board is replaced in the drive. They can also be removed if the firmware and code is updated with an updated version. Often code is not updated because once the board is installed and it successfully receives commands signals and processes the signals, the site continues to use the same version of the programming code and firmware. However, the modules are removed if the board is replaced. The board might be replaced if it is defective.

The replacement board is shipped you without EPROM modules installed and so the servicer must remove the modules from the defective board and install them on the new board. Locate 1 short end of the module socket and insert a screwdriver between the socket and the module. Twist the screwdriver and loosen 1 end of the module. Repeat the action on the other short end of the socket and place the module in a static protective bag.

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The GE Input Isolator Board DS3800HIOA1B1A features a hole in each corner for installing the board with screws. The GE Input Isolator Board DS3800HIOA1B1A also is populated with a microprocessor and multiple erasable programmable read-only (EPROM) modules. The board has 1 34-pin connector that is accessible from the edge of the board. It also is populated with test points.

Because the board is populated with components that are sensitive to heat, it is important that the drive is installed in a location that is not excessively hot. The drive is installed on a wall or other surface.

When you select a location for installation, check the wall on which you want to mount the drive. If the wall is hot you can take steps to reduce the heat. Inspect the room on the other side of the wall and if it has wall-mounted equipment that generates heat, consider removing the equipment from the wall.

You can also install a hood to remove the heat from the room. Place the hood above the equipment and it will remove excessive heat and dust from the room. Also consider installing free-standing fans or wall-mounted fans. Make sure you add enough fans to remove the heat from the equipment. Another option is to mount the drive in a room with a lower temperature and less heavy equipment.

The drive will automatically power off if the interior of the drive is too hot. This protects the components from damage and prevents a fire hazard. However, it also reduces productivity and increases service costs.

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The GE Input Isolator Board DS3800HIOA1B1B features a hole in each corner for installing the board with screws. The GE Input Isolator Board DS3800HIOA1B1B also is populated with a microprocessor and multiple erasable programmable read-only (EPROM) modules. The board has 1 34-pin connector that is accessible from the edge of the board. It also is populated with test points.

A ribbon cable is attached to the 34-pin connector. The 34 separate signals it carries are commands the board sends to other boards for processing. Other signals are received by the board. Those signals are processed by the board. The ribbon cable requires special consideration because it is a wide cable and can block air from moving through the drive. Proper cable routing can help maintain the airflow. Route the cable along the outside edge of the drive interior and avoid blocking air from reaching components and other boards.

The ribbon cable attaches to the board through a connector on the end of the cable. It doesn’t have a sturdy connection to the ribbon cable and can easily be pulled out of the ribbon cable or lose connections. Always maintain some slack in the ribbon cable so that the cable is not strained or pulled. Never pull the ribbon cable out by tugging the ribbon cable. Instead, hold the connector and gently remove it from the connector.

When you are connecting the ribbon cable and installing the board, protect the board from static electricity build up. Wear a wrist strap to protect the components from damage.

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The GE Input Isolator Board DS3800HIOA1B1D features a hole in each corner for installing the board with screws. The GE Input Isolator Board DS3800HIOA1B1D also is populated with a microprocessor and multiple erasable programmable read-only (EPROM) modules. The board has 1 34-pin connector that is accessible from the edge of the board. It also is populated with test points.

The GE Input Isolator Board DS3800HIOA1B1D is mounted on a wall and the installation procedure involves several steps. A mounting plate is included as the back panel of the drive. Specific mounting hardware is required to install the mounting plate. This includes bolts and other hardware, depending on the construction of the wall. You must also have the signal cables prepared for the drive. This includes networking cables and other types that will control the drive. The signal cables must be located near the drive so that the cables can be wired directly to the drive. Power supply cables must have emergency shut off devices installed near the drive. The power cable must have the voltage necessary to power the drive. Route the signal cables well away from the power cables due to the interference that can occur in the command signals. The power supply cables emit intefence that is picked by the signal cables. If proper cable routing is not possible, shielded signal cables can eliminate or greatly reduce the interference.

If you plan to use fibre optic cables, you can route them without regard to the power cables. This is because fiber optic cables cannot pickup the power cable interference.

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The GE Input Isolator Board DS3800HIOA1C1D features a hole in each corner for installing the board with screws. The GE Input Isolator Board DS3800HIOA1C1D also is populated with a microprocessor and multiple erasable programmable read-only (EPROM) modules. The board has 1 34-pin connector that is accessible from the edge of the board. It also is populated with test points.

If you find that the GE Input Isolator Board DS3800HIOA1C1D is not functioning as expected, there are several troubleshooting steps you can take. You must remove all power from the board before you start. To do that, you must consult with an installer who is familiar with the installation of the drive. The installer will have knowledge of the various sources of power connected to the drive. You must understand that the drive requires several sources of power and that they must all be disconnected. If a dc power source is connected, you can remove the fuses from the power inverter to disconnect power. If ac power is connected to the drive, you can remove power by pulling a circuit breaker.

Once power is removed, it is best practice to use a full function testing device to check for the presence of power in the drive. Inspect the 4 fuses on the board and if any of them are blown, replace them. If you replace a fuse, restart the drive and check to see if full operation is restored to the board. Make sure the fuses you install in the board have the identical rating as the fuses you remove.

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The GE Input Isolator Board DS3800HIOA1C1E features a hole in each corner for installing the board with screws. The GE Input Isolator Board DS3800HIOA1C1E also is populated with a microprocessor and multiple erasable programmable read-only (EPROM) modules. The board has 1 34-pin connector that is accessible from the edge of the board. It also is populated with test points.

If the board is not operating at full capacity first inspect the fuses. Replace any that are blown. If too much power is present in the circuit or other unusual activity occurs, the fuse will blow to protect the circuit. This removes power from the circuit and the function provided by the circuit will be lost.

Another source of information is to use the test points which are located on the surface of the board. They are available for use by a qualified servicer to test the function of the board. Each test point is associated with a circuit on the board. With use of a properly calibrated testing device, the servicer can check the health of a circuit. The servicer must have knowledge of the board circuitry and the proper safety precautions. In some cases, a board can be repaired and installed in the drive.

The testing can only be performed when the board is removed from the drive. The board must be placed on static protective material. This might be a mat designed for the purpose or on a flattened static protect bag.

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The DS3800HIOB is a printed circuit board from GE. The DS3800HIOB was designed as part of the Speedtronic Mark IV series as an Input/Output card.

The DS3800HIOB has the following specifications:

has three LEDs located in the upper left corner. The first is amber, labeled "Imok", the other two are red, labeled "ADR" and "LACT."
is marked from A to J on its top edge
is marked from 10 to 80 in increments of ten on its left edge
has an Intel LD8748 Eprom located at U1
has a total of eight jumper switches. Seven of these are located together in a vertical line with the option of sitting at 0 or 1. The other jumper is placed below the second integrated circuit, and sits at "in" or "out."
has seven test points. Six of these are located along the left edge of the board and are labeled, top to bottom, Reset, Data, Dsync, Sync, Com, and Test. The seventh TP is located on the other side of the board and is labeled "101." It is worth noting this TP is marked "TP6," while the "test" TP is marked "TP7."
has a SN74LS244N Dip Integrated circuit located at U12
has multiple integrated circuits, some which have been specified.
the circuit located at U5 is an oscillating chip set at 18.4320 mHz
has multiple capacitors, including a 50 v 5 μf capacitor toward the middle right of the board.
is designed with many ceramic-covered metal film resistors of differing values.
has two lines of 8 sets of PTH (plated through-holes) located near the bottom edge of the board.
has a multipin male connector located at the bottom edge of the board. This is marked 87936-2 218A4637P3
the top layer of the board is chamfered at the corners, while the bottom layer is drilled at all four corners.
has one transistor
has one switch
is marked JB/JC/JD on its right edge. This corresponds to a 90 degree PCB connector (male) running along most of that edge of the board.

Installation guidelines and safety procedures for the DS3800HIOB may be found within original datasheets and manuals published by the manufacturer. Technical support for the DS3800HIOB was provided by GE.

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The DS3800HIOB1H1G is a printed circuit board manufactured by GE as part of the Speedtronic/Mark IV series. The DS3800HIOB1H1G acts as an Input/Output card, and has the following specs:

three LEDs labeled imok/adr/lact. The first of these is amber, the second and third are red.
markings along the edges of the board. Upper (A through J.) Left (10/20/30/40/50/60/70/80.) Right(JA/JB/JC/JD.) Bottom (6BA09.)
chamfered corners through the top layer of the board only
factory drilled through the bottom layer of the board
eight jumper switches. Seven have the option of 0 or 1. One has the option of IN or OUT.
seven TP test points. T6 sits by itself on the right side of the board. T1-T5 are labeled reset, data, dsync, sync, and com and sit above T7 (test) along the left edge.
one transistor
one switch
male 90-degree PCB connector sits along the right edge of the board.
two lines of spare PTH (plated through holes) available

The DS3800HIOB1H1G is manufactured with ceramic metal film resistors of varying values. It has several capacitors. There are multiple integrated circuits, including oscillators, DIP switches, and Eproms. Some of these include:

Intel 68A9168P LD8748
Motorola SN701S00NI85
68A7860 18.4320 MHz
P8552DM74LS175N
74L5374N
745374N
4168S SN74LS29

Technical support for the DS3800HIOB1H1G and other Mark IV components was originally provided by GE. We at AXControl recommend referring to the original data sheets and manuals provided by the manufacturer before installation. Please follow all recommended safety procedures.

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The GE Digital I/O Board DS3800HIOD is designed for quick installation in the drive. The board features a modular connector on 1 end and retention levers on the other end. The GE Digital I/O Board DS3800HIOD also is populated with 2 10-pin connectors and 1 40-pin connector located between the retention levers making them accessible from the front of the board. It also is populated with 6 jumpers.

The drive that the GE Digital I/O Board DS3800HIOD is installed in is designed for easy board installation. One feature is that the drive has module connectors at the rear of the board rack. The modular connector automatically connects the power and signals to the drive. This reduces the number of power and signal cables routed in the interior of the drive. One benefit is that cool air is able to flow easily through the drive and keep the components within the allowable temperature range. Another benefit is that the opportunity for connecting the wrong cable is eliminated. When you install the board, the connector on the end of the board meets the connector at the bottom of the board rack. Use your thumbs to gently press the board into the rack and simultaneously the modular connectors are pressed together. The retention levers lock the board in the rack. They also ensure the modular connectors will stay connected. Press the levers to lock the board in the drive.

To remove the board, first lift up the levers and pull the board out of the rack. Use the levers as handles to remove the board.

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The GE Digital I/O Board DS3800HIOD1G1E is designed for quick installation in the drive. The board features a modular connector on 1 end and retention levers on the other end. The GE Digital I/O Board DS3800HIOD1G1E also is populated with 2 10-pin connectors and 1 40-pin connector located between the retention levers making them accessible from the front of the board. It also is populated with 6 jumpers.

The GE Digital I/O Board DS3800HIOD1G1E can be configured for use in many different environments. The configuration is performed by the installer with input provided by the site operators and engineers. The board comes from the factory with a default configuration. This is a standard configuration used in most work environments. However, the 6 jumpers can be changed to suit the specific needs of the environment. The definitions of the jumpers is included in the installation and service document included with board from the factory. Review the information and if you decide to change a jumper, place the board on a workbench or other workspace.

Wear a wrist strap and locate the jumper you want to change. The jumper IDs are prefixed with J. The prefix is followed with a numerical value. For example, J1, J2, and J3 are some jumper IDs. You use your thumb and forefinger to lift the jumper from the jumper pins. Then, gently place the jumper over the new set of pins. Work slowly so that you do not bend the pins or break them off the board.

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The GE Digital I/O Board DS3800HIOD1G1G is designed for quick installation in the drive. The board features a modular connector on 1 end and retention levers on the other end. The GE Digital I/O Board DS3800HIOD1G1G also is populated with 2 10-pin connectors and 1 40-pin connector located between the retention levers making them accessible from the front of the board. It also is populated with 6 jumpers.

The GE Digital I/O Board DS3800HIOD1G1G is installed in a drive that requires some specific environmental considerations. The drive has to be installed in a location that is cool and has a supply of clean air. The location has to have an adequate supply of electric power. In some environments, the installation occurs in a room with other equipment that produces heat. If that is the case, you can reduce the number of drives and other equipment in the room to reduce the heat. You can also add fans to keep the air flowing around the drive and keep heat from building up. Use high-powered industrial fans that are mounted on the walls. Make sure they are in good condition and that you install enough of them to move the air and reduce the heat build up.

If dust and dirt in the air is a problem, mount hoods over the equipment to draw away the dust and dirt. The contaminants can be exhausted from the area to keep the air clean.

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The GE Digital I/O Board DS3800HIOD1H1G is designed for quick installation in the drive. The board features a modular connector on 1 end and retention levers on the other end. The GE Digital I/O Board DS3800HIOD1H1G also is populated with 2 10-pin connectors and 1 40-pin connector located between the retention levers making them accessible from the front of the board. It also is populated with 6 jumpers.

The GE Digital I/O Board DS3800HIOD1H1G is sensitive to the build up of static electricity. The static enters the board when an individual walks around with the board. However, with specific measures, you can keep static from entering the board. First, the board is shipped to you in a sealed static protective package. It is best to keep the board in the sealed package until you are about to install it. Wear a static protective wrist strap to handle the board. 1 end of the strap is wrapped around your wrist or arm. The other end of the cord ends with a clip that can be attached to a metal chair, a metal post, or any other metal object. The static seeks out the grounded object and drains from your person. Other types of wrist straps end in a plug. This is meant to plug into a purpose build connector on a workbench. It provides a secure and convenient grounded surface.

If you have to move jumpers or perform other tasks on the board before installation, place it on a static protective bag.

","meta_title":"DIGITAL SPEEDTRONIC IN/OUT GE BOARD","meta_description":"DIGITAL SPEEDTRONIC IN/OUT GE BOARD","keywords":"DIGITAL SPEEDTRONIC IN/OUT GE BOARD","series_page_description":"DIGITAL SPEEDTRONIC IN/OUT GE BOARD","quote_description":null,"inventory_notes":"","cross_reference":"","created_at":null,"updated_at":null,"prod_pdf":[]},{"id":11989,"part_number":"DS3800HIOD1H1H","revision_type_id":1,"series_id":114,"stock_level_id":4,"repair_time_id":1,"stock_level_text":"In Stock Ships 3-5 Days","repair_time_text":"24 Hours","weight":null,"recond_stock":0,"new_stock":0,"recond_price":"0.00","new_price":"0.00","max_oversell":0,"description":"GE DIGITAL IN/OUT MARK IV CARD","short_desc":"GE Digital I/O Board DS3800HIOD1H1H","content":"

The GE Digital I/O Board DS3800HIOD1H1H is designed for quick installation in the drive. The board features a modular connector on 1 end and retention levers on the other end. The GE Digital I/O Board DS3800HIOD1H1H also is populated with 2 10-pin connectors and 1 40-pin connector located between the retention levers making them accessible from the front of the board. It also is populated with 6 jumpers.

The GE Digital I/O Board DS3800HIOD1H1H can potentially have 3 ribbon cables connected to it when it is installed in the drive. The connectors have retention clips to make sure the cable doesn’t accidently come loose. Move the retention clips out of the way when you install the ribbon cables. Then, once the ribbon cables are installed, swing the retention clips over the ribbon cables and lock them over the ribbon cables.

The ribbon cables can block air from entering the interior of the drive. This can cause the heat to build up inside the drive. If the temperature rises above a predetermined threshold, an over temperature condition will occur and the drive will automatically shut down.

Keep the ribbon cables from blocking the air vents at the top and bottom of the drive. The cool air enters the bottom of the drive and the heated air leaves the drive from the air vents at the top. Inside the drive the air removes heat from the components. Route the cables along the side of the drive and route the cables to exit through the top of the drive.

","meta_title":"GE DIGITAL IN/OUT MARK IV CARD","meta_description":"GE DIGITAL IN/OUT MARK IV CARD","keywords":"GE DIGITAL IN/OUT MARK IV CARD","series_page_description":"GE DIGITAL IN/OUT MARK IV CARD","quote_description":null,"inventory_notes":"","cross_reference":"","created_at":null,"updated_at":null,"prod_pdf":[]},{"id":11990,"part_number":"DS3800HITA","revision_type_id":1,"series_id":114,"stock_level_id":4,"repair_time_id":1,"stock_level_text":"In Stock Ships 3-5 Days","repair_time_text":"24 Hours","weight":null,"recond_stock":0,"new_stock":0,"recond_price":"0.00","new_price":"0.00","max_oversell":0,"description":"CIRCUIT BOARD GENERAL ELECTRIC","short_desc":"The DS3800HITA is a printed circuit board by GE ","content":"

The DS3800HITA is a printed circuit board manufactured by GE as part of the Mark IV/Speedtronic series. The DS3800HITA has been designed as an Input/Output (I/O) control board.

The specifications of the DS3800HITA are as follows:

factory drilled on all four corners of the card.
labeled at the top edge of the card A through J, with marks between each letter for alignment.
The left edge of the board is taken up by one AMP connector, marked 218A4553-1 AMP 533002-1 8442.
top right edge of the board has nine LEDs. Eight are red, labeled 0-7, and one is amber, labeled IMOK.
bottom right edge of the board consists of fifteen test points. These are labeled 1-7, OX, VA, VB, VC, OUT0, OUT1, OUT2, DCOM.
seven jumpers located on the board. Jumpers 1-5 are in a line and have the option of A or B. Jumper 6 is located in the upper right of the board near the LEDs and has the option of SHORT or LONG. Jumper 7 is located near the top left of the board and has the option of ON or OFF.
has 4 resistor networks located on the board

The board is designed with multiple small capacitors located on the board, as well as ceramic covered, metal film resistors of differing values. It has multiple integrated circuits including Eproms and DIP components.

Technical support for the DS3800HITA was originally provided by GE. Please reference their manuals and datasheet publications for information on proper installation guidelines.

","meta_title":"CIRCUIT BOARD GENERAL ELECTRIC","meta_description":"CIRCUIT BOARD GENERAL ELECTRIC","keywords":"CIRCUIT BOARD GENERAL ELECTRIC","series_page_description":"CIRCUIT BOARD GENERAL ELECTRIC","quote_description":null,"inventory_notes":"","cross_reference":"","created_at":null,"updated_at":null,"prod_pdf":[]},{"id":11992,"part_number":"DS3800HITA1E1E","revision_type_id":1,"series_id":114,"stock_level_id":4,"repair_time_id":1,"stock_level_text":"In Stock Ships 3-5 Days","repair_time_text":"24 Hours","weight":null,"recond_stock":0,"new_stock":0,"recond_price":"0.00","new_price":"0.00","max_oversell":0,"description":"GE MARK IV CIRCUIT BOARD","short_desc":"The DS3800HITA1E1E is a printed circuit board from GE ","content":"

The DS3800HITA1E1E is a printed circuit board (PCB) manufactured by GE as a component in their Speedtronic Mark IV steam and gas turbine control system. The Mark IV was designed with integrated chipsets built with controlled failure/recovery technology built in; in this way, if one PCB experiences a failure, the other boards in the Mark IV system take over its responsibilities until the user can diagnose and repair the issue, thus avoiding a costly shutdown.

The DS3800HITA1E1E is made to function as an I/O (input/output) board. It has these specifications:

factory drilled, four corners
marked for alignment on its top edge with triangles and letters A through J
has an AMP connector on its left edge (218A4553-1)
marked on the bottom edge with 6DA03 and 6BA06
designed with 9 LEDs. Nos. 0-7 are red. The last LED is labeled 'imok' and is amber.
fifteen test points. Seven are these are numbered (1-7.) The rest are labeled "ox," "va," "vb," "vc," "out0," "out1," "out2," and "dcom."
has seven jumper switches. J1 through J5 have the choices A/B. J6 has the choice short/long. J7 has the choice on/off.
is designed with four resistor networks

DS3800HITA1E1E has 34 integrated circuits. These include DIP components, EPROMs, and oscillators. The DS3800HITA1E1E has been designed with multiple small capacitors and metal film resistors of differing values.

Original technical support for the DS3800HITA1E1E was provided by the manufacturer, GE. This included publications such as the original data sheet and manual for the DS3800HITA1E1E. Please refer to these publications for installation instructions.

The DS3800HITA1F1E is a GE printed circuit board, or PCB manufactured to be a component in their Mark IV/Speedtronic gas and steam turbine control system. This system was designed using integrated chipsets built with controlled failure/recovery technology. If one PCB in the system has a diagnostic problem, the other Mark IV boards automatically take over until a repair can be made. In this way, costly shutdowns are avoided.

The DS3800HITA1F1E has been designed to act as an Input/Output (I/O) board with these specs:

it has thirty-four integrated circuits. These include oscillators, DIP components, and EPROMs.
it has jumper switches. There are a total of seven jumper switches on the board that give the end user more flexibility in how the DS3800HITA1F1E is configured. J1-J5 can be set to A or B. J6 can be set to short or long. J7 can be set to on or off.
it is designed with four resistor network-arrays
it has been factory drilled
it is alignment-marked at the top edge with triangular marks and the letters A-J
it is marked with the codes 6DA03 and 6BA06
it has fifteen TPs (test points,) labeled 1-7 and ox / va / vb / vc / out0 / out1 / out2 / dcom.
it has a connector along its left edge (218A4553-1 AMP 533002-1 8442.)
it has nine LEDs located on the top right edge of the board. Eight are red (numbered) and one amber (imok.)

Ge provided technical support for the DS3800HITA1F1E, including a manual and a data sheet. Please refer to these for installation guidelines.

","meta_title":"GENERAL ELECTRIC TURBINE CIRCUIT CONTROL BOARD","meta_description":"GENERAL ELECTRIC TURBINE CIRCUIT CONTROL BOARD","keywords":"GENERAL ELECTRIC TURBINE CIRCUIT CONTROL BOARD","series_page_description":"GENERAL ELECTRIC TURBINE CIRCUIT CONTROL BOARD","quote_description":null,"inventory_notes":"","cross_reference":"","created_at":null,"updated_at":null,"prod_pdf":[]},{"id":11994,"part_number":"DS3800HITA1F1F","revision_type_id":1,"series_id":114,"stock_level_id":4,"repair_time_id":1,"stock_level_text":"In Stock Ships 3-5 Days","repair_time_text":"24 Hours","weight":null,"recond_stock":0,"new_stock":0,"recond_price":"0.00","new_price":"0.00","max_oversell":0,"description":"TURBINE CONTROL BOARD MARK IV","short_desc":"The DS3800HITA1F1F is a printed circuit board by GE ","content":"

The DS3800HITA1F1F is a printed circuit board from GE. The DS3800HITA1F1F is designed as a component-part in a Speedtronic Mark IV gas and steam turbine control system. The Mark IV was designed with intentional redundancies built between chipsets to increase reliability and to 'build in' a controlled failure/recovery system. This keeps downtime caused by electronics failure minimized and run-time maximized.

The DS3800HITA1F1F has 34 integrated circuits, including EPROMs, DIP components, and oscillators. It has seven jumper switches that allow the user to choose between A/B, on, off, and short, long. The board is populated with multiple small capacitors as well as metal film resistors of differing values.

The DS3800HITA1F1F has been factory drilled in all four corners. It has been marked for alignment using letters (A through J) and triangular markings along its top edge. The codes 6DA03 and 6BA06 appear along its bottom edge.

The DS3800HITA1F1F has been designed with nine LEDs located along its upper right edge. Eight of these are numbered (0-7) and one is labeled 'Imok." The numbered LEDs are red, and the other LED is amber. There is a row of test points located below the LEDs. These are either numbered (1-7) or labeled: tp8-ox. tp9-va. tp10-vb. tp11-vc. tp12-out0. tp13-out1. tp14-out2. tp15-dcom.

The DS3800HITA1F1F has 4 resistor network arrays. It has one long AMP connector (218A4553-1) along one edge.

Technical support, including data sheets and manuals, for the DS3800HITA1F1F was originally provided by GE. These publications are excellent references for installation instructions and safety precautions.

","meta_title":"TURBINE CONTROL BOARD MARK IV","meta_description":"TURBINE CONTROL BOARD MARK IV","keywords":"TURBINE CONTROL BOARD MARK IV","series_page_description":"TURBINE CONTROL BOARD MARK IV","quote_description":null,"inventory_notes":"","cross_reference":"","created_at":null,"updated_at":null,"prod_pdf":[]},{"id":13356,"part_number":"DS3800HL0A1EC","revision_type_id":1,"series_id":114,"stock_level_id":8,"repair_time_id":1,"stock_level_text":"Call","repair_time_text":"24 Hours","weight":null,"recond_stock":0,"new_stock":0,"recond_price":"0.00","new_price":"0.00","max_oversell":0,"description":"GE INPUT ISOLATOR CIRCUIT BOARD","short_desc":"The DS3800HL0A1EC is a printed circuit board by GE ","content":"

GE manufactured the DS3800HL0A1EC as a logic DR bus interface PCB (printed circuit board) to work within their Speedtronic Mark IV steam and gas turbine control system. The Mark IV can be used for air, fuel and emissions control, for sequencing turbine fuel for startup, and for startup, shutdown and cooldown procedures.

The DS3800HL0A1EC has the following specifications:

Multiple integrated circuits, including Motorola I8623N SN74LS02N, Texas Instruments SN74LS240N Octal buffers, Motorola K8640A, Hitachi HD74LS175P DIP components, and SN74LS257BN multiplexers.
Has 17 LEDs. This includes sixteen red and 1 amber LED.
One male PCB straight-pin connector, located parallel to the short ends of the board, behind the LEDs.
Spare PTH (plated through-holes) located behind the PCB connector.
One toggle switch
One A-mp connector located on one short edge. This is marked 218A4553-1 A-mp 102041-1 8141.
Factory-drilled

The board is marked from 0-80 in increments of 10 behind the A-mp connector. It is marked on one long edge for alignment with A-J. Resistors on this board are typically metal film (ceramic covered.) Capacitors are small electrolytic, teal.

The DS3800HL0A1EC has five metal dividers running parallel to the short sides of the board. These separate the board into almost but not quite equal panels from top to bottom.

General Electric provided the original technical support for the DS3800HL0A1EC printed circuit board, including a data sheet and manual. These products should be consulted for information on the proper procedures for installing and maintaining this equipment. Only qualified electrical personnel should work on this or any other Mark IV components.

","meta_title":"GE INPUT ISOLATOR CIRCUIT BOARD","meta_description":"GE INPUT ISOLATOR CIRCUIT BOARD","keywords":"GE, INPUT ISOLATOR, CIRCUIT BOARD","series_page_description":"GE INPUT ISOLATOR CIRCUIT BOARD","quote_description":null,"inventory_notes":"","cross_reference":"","created_at":null,"updated_at":null,"prod_pdf":[]},{"id":11995,"part_number":"DS3800HLCA","revision_type_id":1,"series_id":114,"stock_level_id":4,"repair_time_id":1,"stock_level_text":"In Stock Ships 3-5 Days","repair_time_text":"24 Hours","weight":null,"recond_stock":0,"new_stock":0,"recond_price":"0.00","new_price":"0.00","max_oversell":0,"description":"CIRCUIT BOARD MARK IV","short_desc":"The DS3800HLCA is a printed circuit board designed by GE","content":"

The DS3800HLCA is a printed circuit board or PCB manufactured by GE as a component in its Mark IV/Speedtronic system. The Mark IV, which is used for gas and steam turbine control, was created by GE with integrated chipsets that use controlled failure/recovery technology. These intentional redundancies allow boards to take over responsibilities if one PCB experiences a technical issue, giving the user time to diagnose and repair the problem with little to no downtime.

The DS3800HLCA is used as an I/O Control board. It has the following specs:

has been marked for alignment on its top edge with letters (A through J) and markings
has one LED marked "test." This is a red LED.
has 4 potentiometers positioned on its right edge. These are labeled HGN, HOS, LGN, and OS.
has two toggle switches positioned on its right edge. These are labeled "test" and "reset."
has three jumper switches. Jumpers allow the end user to easily change certain configurations of the board by changing the position of the jumper switch.
has three resistor networks placed on the board
has twelve TP test points. These are positioned on the right side of the board and are individually labeled.
has one A-mp connector (218A4553-1) positioned on its left edge.
has two programmable Intel interfaces, located at the center of the board

The DS3800HLCA is designed with capacitors located throughout the board. It is made with metal film resistors (ceramic covered) of differing values. There are over 35 integrated circuits.

Tech support for the DS3800HLCA was provided by GE, including the publication of datasheets and manuals.

","meta_title":"CIRCUIT BOARD MARK IV","meta_description":"CIRCUIT BOARD MARK IV","keywords":"CIRCUIT BOARD MARK IV","series_page_description":"CIRCUIT BOARD MARK IV","quote_description":null,"inventory_notes":"","cross_reference":"","created_at":null,"updated_at":null,"prod_pdf":[]},{"id":11997,"part_number":"DS3800HLCA1C1D","revision_type_id":1,"series_id":114,"stock_level_id":4,"repair_time_id":1,"stock_level_text":"In Stock Ships 3-5 Days","repair_time_text":"24 Hours","weight":null,"recond_stock":0,"new_stock":0,"recond_price":"0.00","new_price":"0.00","max_oversell":0,"description":"GENERAL ELECTRIC CIRCUIT BOARD SPEEDTRONIC","short_desc":"The DS3800HLCA1C1D is a printed circuit board by GE ","content":"

General Electric created the DS3800HLCA1C1D PCB (printed circuit board) as a component of their Speedtronic Mark IV steam and gas turbine control system. The Mark IV minimizes downtime by harnessing the power of controlled failure/recovery technology and intentional redundancies. When one PCB in the Mark IV system experiences an issue, its responsibilities are shifted to other circuit boards until it can be repaired and put back into service.

The DS3800HLCA1C1D is marked for alignment on its top edge. It is also marked 6DA03 and 6BA0. It has been drilled in all four corners. Some of the components on the DS3800HLCA1C1D include:

two toggle switches. There is a test switch (A4627P5) attached to the board with three right-angled prongs, and a reset switch (A4627PII) attached to the board with six right-angled prongs. Both switches are rated at 0.4 VA max.
three jumper switches
1 LED (red) marked test
four potentiometers or adjustable voltage dividers. These are marked "Hgn," "Hos," "Lgn," and "Os."
Twelve TP test points. These are individually labeled.
three resistor networks, which may be used here for analog to digital conversion, or to act as voltage dividers.
integrated circuits (over 35) including two programmable interfaces, DIPs, EPROMs, and oscillators.
a large AMD 218A4553-1 connector.

The DS3800HLCA1C1D has several small capacitors located at intervals across the board. Resistors are primarily ceramic metal film resistors.

Technical support for the DS3800HLCA1C1D along with other Mark IV components was originally provided by GE. Please refer to manuals and/or data sheets published by GE for installation guidelines.

","meta_title":"GENERAL ELECTRIC CIRCUIT BOARD SPEEDTRONIC","meta_description":"GENERAL ELECTRIC CIRCUIT BOARD SPEEDTRONIC","keywords":"GENERAL ELECTRIC CIRCUIT BOARD SPEEDTRONIC","series_page_description":"GENERAL ELECTRIC CIRCUIT BOARD SPEEDTRONIC","quote_description":null,"inventory_notes":"","cross_reference":"","created_at":null,"updated_at":null,"prod_pdf":[]},{"id":11998,"part_number":"DS3800HLCA1D1E","revision_type_id":1,"series_id":114,"stock_level_id":4,"repair_time_id":1,"stock_level_text":"In Stock Ships 3-5 Days","repair_time_text":"24 Hours","weight":null,"recond_stock":0,"new_stock":0,"recond_price":"0.00","new_price":"0.00","max_oversell":0,"description":"GE PRINTED CIRCUIT BOARD","short_desc":"The DS3800HLCA1D1E is a printed circuit board by GE ","content":"

General Electric manufactured the DS3800HLCA1D1E printed circuit board to fit into their Speedtronic Mark IV gas and steam control system. The Mark IV can be used for monitoring all turbine, control and auxiliary functions can sequence the turbine fuel for startup, and can warn against running the system under adverse operating conditions. It also can be used for air and fuel emissions control.

The DS3800HLCA1D1E has been designed as an I/O Control board. It is marked for easy alignment on its top edge with letters (A-J) and alignment markings. It has been factory-drilled in all corners.

The DS3800HLCA1D1E includes two toggle switches on its right side. This includes a test switch (marked A4627P5, 0.4 VA max) and a reset switch (marked A4627PII, 0.4VA max.) It has one red LED test light. There are three jumper switches attached to the board to allow the user some customization options.

The DS3800HLCA1D1E has over 35 integrated circuits (programmable interfaces, DIPs, EPROMs, and oscillators,) as well as four potentiometers and three resistor networks to allow for adjustable voltage. There are twelve TP test points attached to the card in the lower right corner of the board.

The DS3800HLCA1D1E has one large AMD connector (218A4553-1.) This populates most of one edge of the board. Small capacitors have been placed at intervals. Resistors are typically ceramic metal film.

Technical support for Mark IV components including the DS3800HLCA1D1E was originally provided by GE. General Electric manuals and data sheets will help guide the user with proper installation.

","meta_title":"GE PRINTED CIRCUIT BOARD","meta_description":"GE PRINTED CIRCUIT BOARD","keywords":"GE PRINTED CIRCUIT BOARD","series_page_description":"GE PRINTED CIRCUIT BOARD","quote_description":null,"inventory_notes":"","cross_reference":"","created_at":null,"updated_at":null,"prod_pdf":[]},{"id":11999,"part_number":"DS3800HLCA1E1E","revision_type_id":1,"series_id":114,"stock_level_id":4,"repair_time_id":1,"stock_level_text":"In Stock Ships 3-5 Days","repair_time_text":"24 Hours","weight":null,"recond_stock":0,"new_stock":0,"recond_price":"0.00","new_price":"0.00","max_oversell":0,"description":"GENERAL ELECTRIC GAS TURBINE CIRCUIT BOARD","short_desc":"The DS3800HLCA1E1E is a printed circuit board by GE ","content":"

General Electric created the DS3800HLCA1E1E PCB to integrate into their Speedtronic/Mark IV control system for gas and steam turbines. The Mark IV can be used for fuel and air emissions control, for sequencing the turbine fuel for start-up, for monitoring auxiliary and control functions, and to warn against adverse operating conditions.

The DS3800HLCA1E1E works within the Mark IV system as an I/O control board. It aligns easily via alignment marks on its top edge (letters A to J plus triangle marks.) It is factory drilled at all corners.

The DS3800HLCA1E1E has two toggle switches, one marked 'test,' that is 0.4 max (A4627P5, with three right angled prongs into the board) and another marked 'reset' that is also 0.4 max (A4627PII, with six right-angled prongs into the board.) There are one red LED test light and three adjustable jumper switches.

The DS3800HLCA1E1E is designed with programmable interfaces, EPROMs, DIPs, and oscillators (more than 35 total.) It has three resistor networks and four potentiometers. There are twelve labeled TP test points attached to the board.

The DS3800HLCA1E1E has a female AMD connector marked 218A4553-1 located along one short edge of the board. Resistors on the DS3800HLCA1E1E are typically ceramic metal film. Capacitors are small and have been placed at equal intervals along and through the board.

Technical support for all Mark IV components including the DS3800HLCA1E1E was originally provided by General Electric. GE publications such as manuals and data sheets will aid in proper installation and maintenance.

","meta_title":"GENERAL ELECTRIC GAS TURBINE CIRCUIT BOARD ","meta_description":"GENERAL ELECTRIC GAS TURBINE CIRCUIT BOARD ","keywords":"GENERAL ELECTRIC GAS TURBINE CIRCUIT BOARD ","series_page_description":"GENERAL ELECTRIC GAS TURBINE CIRCUIT BOARD","quote_description":null,"inventory_notes":"","cross_reference":"","created_at":null,"updated_at":null,"prod_pdf":[]},{"id":12000,"part_number":"DS3800HLCB","revision_type_id":1,"series_id":114,"stock_level_id":4,"repair_time_id":1,"stock_level_text":"In Stock Ships 3-5 Days","repair_time_text":"24 Hours","weight":null,"recond_stock":0,"new_stock":0,"recond_price":"0.00","new_price":"0.00","max_oversell":0,"description":"LCI CONT INT GENERAL ELECTRIC","short_desc":"GE LCI Contact Interface Board DS3800HLCB","content":"

The GE LCI Contact Interface Board DS3800HIOD is designed for quick installation in the drive. The board features a modular connector on 1 end and retention levers on the other end. The GE LCI Contact Interface Board DS3800HIOD also is populated with a reset button located between the retention levers making it accessible from the front of the board. It also is populated with 8 trimmer resistor components and erasable programmable read-only memory (EPROM) modules.

The trimmer resistors are potentiometers because of the adjustment screws that are available for use on the components. When the adjustment screw is turned, it varies the resistance of the trimmer resistor. This is helpful if an adjustment will cause the board to better meet the processing requirements of the drive. The purpose of each trimmer resistor is provided in the service information provided with the board from the factory. When you open the shipping carton, you will find shipping material covering the board. Move it to 1 side and you will find the printed information. This includes contact information for customer service, warranty information, and a service and installation manual. The documment includes complete information about the trimmer resistors. This includes the circuit the components are part of, and how the adjustment will change the behavior of the board.

The technician must have a full featured testing device. Use a screwdriver to adjust the screw while monitoring the trimmer resistor performance with the testing device. Perform the adjustment on a static protective mat or on top of a flattened out static protective bag.

","meta_title":"LCI CONT INT GENERAL ELECTRIC","meta_description":"LCI CONT INT GENERAL ELECTRIC","keywords":"LCI CONT INT GENERAL ELECTRIC","series_page_description":"LCI CONT INT GENERAL ELECTRIC","quote_description":null,"inventory_notes":"","cross_reference":"","created_at":null,"updated_at":null,"prod_pdf":[]},{"id":12002,"part_number":"DS3800HLCB1C1B","revision_type_id":1,"series_id":114,"stock_level_id":4,"repair_time_id":1,"stock_level_text":"In Stock Ships 3-5 Days","repair_time_text":"24 Hours","weight":null,"recond_stock":0,"new_stock":0,"recond_price":"0.00","new_price":"0.00","max_oversell":0,"description":"LOAD COMMUNICATED INVERTER CONTROL INT GE","short_desc":"GE LCI Contact Interface Board DS3800HLCB1C1B","content":"

The GE LCI Contact Interface Board DS3800HIOD1C1B is designed for quick installation in the drive. The board features a modular connector on 1 end and retention levers on the other end. The GE LCI Contact Interface Board DS3800HIOD1C1B also is populated with a reset button located between the retention levers making it accessible from the front of the board. It also is populated with 8 trimmer resistor components and erasable programmable read-only memory (EPROM) modules.

The trimmer resistors provide a means to configure the operation of the board to meet the specific requirements of the drive. When you install the original board from the factory, the trimmer resistors are set to a default adjustment. This means the resistors provide a standard level of signal processing. If you find that further adjustments are needed, the board can be removed from the drive and placed on a static protective surface. This might be a protective mat or a flattened static protective bag.

Use a small screwdriver to make the adjustment and use a testing device to measure the results. When complete, liquids are available to drop on the screw. The liquid hardens and prevents the screw from being accidently turned. The liquid can be peeled off the trimmer resistor and further adjustment can be made. Install the board back into the board rack and return power to the drive.

The trimmer resistors are called trimpots. The trimmer resistors are potentiometers due to the fact that the screws enable adjustment.

","meta_title":"LOAD COMMUNICATED INVERTER CONTROL INT GE","meta_description":"LOAD COMMUNICATED INVERTER CONTROL INT GE","keywords":"LOAD COMMUNICATED INVERTER CONTROL INT GE","series_page_description":"LOAD COMMUNICATED INVERTER CONTROL INT GE","quote_description":null,"inventory_notes":"","cross_reference":"","created_at":null,"updated_at":null,"prod_pdf":[]},{"id":12003,"part_number":"DS3800HLCB1C1C","revision_type_id":1,"series_id":114,"stock_level_id":1,"repair_time_id":1,"stock_level_text":"In Stock Ships Today","repair_time_text":"24 Hours","weight":null,"recond_stock":1,"new_stock":0,"recond_price":"0.00","new_price":"0.00","max_oversell":0,"description":"LCI CONTROL INTERFACE GENERAL ELECTRIC","short_desc":"GE LCI Contact Interface Board DS3800HLCB1C1C","content":"

The GE LCI Contact Interface Board DS3800HIOD1C1C is designed for quick installation in the drive. The board features a modular connector on 1 end and retention levers on the other end. The GE LCI Contact Interface Board DS3800HIOD1C1C also is populated with a reset button located between the retention levers making it accessible from the front of the board. It also is populated with 8 trimmer resistor components and erasable programmable read-only memory (EPROM) modules.

The drive uses high-voltage current to processing signals and to power the motor and other moving parts. For this reason only qualified technicians should attempt to service the drive. The drive poses a risk of serious electrical shock and burns. Also, the powerful motor and other moving parts can cause bodily injury.

Before the drive is serviced, the qualified individual completes an inspection of the area surrounding the drive. The floor must be completely dry with no moisture or puddles of water present. Use towels or a wet dry vacuum to dry the floor. If condensation is a constant occurrence, it might be necessary to install air conditioning units to provide the area with dry air. Use detergents to clean the floor of any oil or grease. The oil and grease can pose a trip or slip hazard to the sericers and other individuals. At least 2 servicers should be present to work on the drive. If 1 servicer is injured, the other servicer can call for help, assist the injured servicer, or use the emergency power shut offs to remove all electrical power from the drive.

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The GE LCI Contact Interface Board DS3800HIOD1D1C is designed for quick installation in the drive. The board features a modular connector on 1 end and retention levers on the other end. The GE LCI Contact Interface Board DS3800HIOD1D1C also is populated with a reset button located between the retention levers making it accessible from the front of the board. It also is populated with 8 trimmer resistor components and erasable programmable read-only memory (EPROM) modules.

The drive contains a modular connector at the end of each board rack. When you slide a board into the rack, the 2 modular connectors meet. The connectors have the same number of connectors and are designed to press into each other to make signal and power connections.

Carefully slide the board into the rack and make sure the components on the board do not scrap against the sides of the rack. The components might be damaged by rough contact with the metal rack. Press the board into the rack with your thumbs to seat the modular connectors. Open the retention levers on the board so that they are prepared to lock the board in the rack. Then close the retention levers. This locks the modular connectors together and prevents the board from moving also.

The modular connectors serve several purposes. They enable the board to receive the current to power the board. The modular connectors also provide the means for the board to receive all command signals from the other boards in the drive. The board also sends signals through the modular connectors.

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The GE Logic Element Board DS3800HLEA features a modular connector for attachment to a drive and retention levers to hold the board in the drive. The GE Logic Element Board DS3800HLEA also is populated with 10 indicator LEDs that are viewable from the front of the board and 3 jumpers. The board is populated with resistors and capacitors. It also features air dividers to direct the airflow over the components.

Another component on the board is a transistor to transistor logic (TTL) device. It serves as the interface logic between integrated circuits. The GE Logic Element Board DS3800HLEA is designed for easy installation in the drive. It is also easy to remove from the drive. This is helpful if the board must be replaced because the board is defective or has to be repaired or serviced. The design of the board also reduces the number of cables and power cables in the drive. Power cables can cause interference which can degrade the signals passed from board to board in the drive. Also, fewer cables allows for more free flowing air to cool the drive and prevent the buildup of heat.

The modular connectors automatically align at the bottom of the board rack. Then, the installer presses the board into the rack and at the same time the modular connectors are pressed together. Press the retention levers down to lock the board. When you power on the drive, the 10 LEDs are lit briefly as a test to indicate if the LEDs are operational.

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The GE Logic Element Board DS3800HLEA1B1B features a modular connector for attachment to a drive and retention levers to hold the board in the drive. The GE Logic Element Board DS3800HLEA1B1B also is populated with 10 indicator LEDs that are viewable from the front of the board and 3 jumpers. The board is populated with resistors and capacitors. It also features dividers to direct the airflow over the components.

Another component on the board is a transistor to transistor logic (TTL) device. It serves as the interface logic between integrated circuits.

The indicator LEDs are located on the front edge of the board between the retention levers. This makes them visible to the operator while the drive is in operation. The LEDs are red in color and they provide an indication of the activity of the board. Each LED is associated with a board function. And the LEDs flash while activity is taking place. When activity has stopped, the LEDs stop flashing. When the LEDs have stopped flashing either activity has stopped and the board is healthy or a problem has occurred with the board function. If the operator is unsure of the board condition, the diagnostic program is available to provide information. The diagnostics are available from the control panel. A report is generated that provide information on the health of the drive and provides details on the GE Logic Element Board DS3800HLEA1B1B. If any errors or trip condition are included in the log, they are listed in the diagnostic report.

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The GE Logic Element Board DS3800HLEA1C1B features a modular connector for attachment to a drive and retention levers to hold the board in the drive. The GE Logic Element Board DS3800HLEA1C1B also is populated with 10 indicator LEDs that are viewable from the front of the board and 3 jumpers. The board is populated with resistors and capacitors. It also features air dividers to direct the airflow over the components.

Another component on the board is a transistor to transistor logic (TTL) device. It serves as the interface logic between integrated circuits. The capacitors and resistors are not configurable components of the board and they are embedded on the surface of the board. They are designed to provide a specific function used during processing. They work without any operator intervention. However, the capacitors require some consideration if the board is removed by a qualified servicer.

The drive is powered by high-voltage current that powers the powerful motor and the boards, including the GE Logic Element Board DS3800HLEA1C1B. During normal operation the high-voltage current is temporarily stored in the capacitors. The capacitors release the current and repeat the cyclical multiple times. If the board is removed the capacitor might retain some high-voltage current even if the board is removed from all power sources. This puts the servicer at a high risk of injury from electric shock or burn. A simple method exists to force the high-voltage current in the capacitors to exit and leave the capacitors harmless. After power is removed from the board, wait 30 seconds and the current will exit the capacitors without servicer intervention.

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The GE Logic Element Board DS3800HLEA1C1C features a modular connector for attachment to a drive and retention levers to hold the board in the drive. The GE Logic Element Board DS3800HLEA1C1C also is populated with 10 indicator LEDs that are viewable from the front of the board and 3 jumpers. The board is populated with resistors and capacitors. It also features air dams to direct the airflow over the components.

Another component on the board is a transistor to transistor logic (TTL) device. It serves as the interface logic between integrated circuits. The GE Logic Element Board DS3800HLEA1C1C is engineered for installation in a high-voltage drive. The drive is installed on a wall or other vertical surface. Before you install the drive you must prepare the electrical cables and the signal cables that you plan to connect to the drive. The drive uses multiple sources of electrical power and often an inverter is used to convert the ac power to dc power. The drive uses the dc power to drive the motor and the processing components. An important requirement is to install emergency shut off devices on all electrical supplies. The shut off devices must be installed near the drive and be easily reached by a servicer or other technician.

Route the signal cables separately from the power cables. This is to reduce the opportunity for interference disrupting the signal cables. Power cables can emit energy that can degrade the signal in the signals cables. The higher the voltage on the power cables the further from the signal cables they should be installed.

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The GE Div Multi Auxiliary Board DS3800HLIA is designed for quick installation in the drive. The board features a modular connector on 1 end and retention levers on the other end. The GE Div Multi Auxiliary Board DS3800HLIA also is populated with 15 red indicator LEDs and 1 amber LED which are visible from the front of the board.

The 15 red LEDs indicate if an error has occurred with a board function. To understand what board function the red LEDs are associated with, refer to the written material provided with the original board from the factory. Each LED is described and what the LED indicates when the LED is lit. It also describes what it indicates when the board is not lit. The board also is populated with 1 amber LED. When the amber LED is lit, it indicates that a warning has been issued but that no processing errors have been reported. When the amber LED is lit, you can use the diagnostic tools. The diagnostic tools provide a report on the health of the individual components and processing of the drive. It also gives a list of all recent errors, warnings, and trip conditions reported by the drive.

A trip condition shuts down the drive automatically and is a feature that protects the drive from damage. For example, if the interior of the drive is above a predefined threshold, the drive will shutdown to protect against damage or unsafe conditions. An overheated drive might be a fire hazard. It might also cause injury to individuals around the drive.

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The GE Div Multi Auxiliary Board DS3800HLIA1A1B is designed for quick installation in the drive. The board features a modular connector on 1 end and retention levers on the other end. The GE Div Multi Auxiliary Board DS3800HLIA1A1B also is populated with 15 red indicator LEDs and 1 amber LED which are visible from the front of the board.

The retention levers serve as the locking mechanism to hold the board in the rack. They keep the modular connectors fully seated and keep the board from moving. When the drive is in operation, the operator can keep track of the board by viewing the LEDs. The LEDs are located at the front of the board and so are viewable while the drive is processing signals and the motor is receiving power. When the amber LED is lit, the board is receiving power and all diagnostic startup tests have been passed. If the red LEDs are flashing, it indicates that the board is active and processing information. If the red LEDs are not flashing, it might indicate that an error has occurred and processing has stopped. If you suspect a problem with the board, you might remove all power from the drive and pull up on the retention levers to remove the board from the rack. Then wait a few seconds and return the board to the rack and insert the board back into the modular connector. Lock the board by pressing the retention levers.

Restore power to drive and monitor the board activity to verify that processing activity has restarted.

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The GE Div Multi Auxiliary Board DS3800HLIA1B1C is designed for quick installation in the drive. The board features a modular connector on 1 end and retention levers on the other end. The GE Div Multi Auxiliary Board DS3800HLIA1B1C also is populated with 15 red indicator LEDs and 1 amber LED which are visible from the front of the board.

When the GE Div Multi Auxiliary Board DS3800HLIA1B1C board is received from the factory, there are some steps to take before the board is installed. First, examine the shipping carton for signs that the box was mishandled in transit. Look for dents in the cardboard or holes made by rough treatment. Also find any signs that water or other liquids dripped on the box. You might also find signs that the box sat in water for a period of time. Next, inspect the security tape that secures the lid flaps. If the security tape is broken or missing, it might indicate that the box has been tampered with.

With the inspection complete, you can use a sharp blade to cut through the security tape and open the shipping carton. You will find packaging material on top of the board. Remove it and put it to 1 side. Save it for future use. You might want to ship the board to another location for use on another drive. Or, you might want to return the board to the factory. In either case, using the same box and all shipping material will save the board from damage.

","meta_title":"GE LOGIC INPUT CARD MARK IV","meta_description":"GE LOGIC INPUT CARD MARK IV","keywords":"GE LOGIC INPUT CARD MARK IV","series_page_description":"GE LOGIC INPUT CARD MARK IV","quote_description":null,"inventory_notes":"","cross_reference":"","created_at":null,"updated_at":null,"prod_pdf":[]},{"id":12014,"part_number":"DS3800HLIA1B1D","revision_type_id":1,"series_id":114,"stock_level_id":1,"repair_time_id":1,"stock_level_text":"In Stock Ships Today","repair_time_text":"24 Hours","weight":null,"recond_stock":1,"new_stock":1,"recond_price":"0.00","new_price":"0.00","max_oversell":0,"description":"MARK IV GE LOGIC INPUT BOARD","short_desc":"GE Div Multi Auxiliary Board DS3800HLIA1B1D","content":"

The GE Div Multi Auxiliary Board DS3800HLIA1B1D is designed for quick installation in the drive. The board features a modular connector on 1 end and retention levers on the other end. The GE Div Multi Auxiliary Board DS3800HLIA1B1D also is populated with 15 red indicator LEDs and 1 amber LED which are visible from the front of the board.

The indicator LEDs on the GE Div Multi Auxiliary Board DS3800HLIA1B1D are useful for obtaining a quick understanding of the health of the board. The LEDs are situated between the retention levers on the front of the board. This makes them viewable while the drive is in operation. The amber LEDs is lit when the board is receiving power and has passed all the startup diagnostic tests. The red LEDs are lit when processing activity is occurring on the board. Each LED indicates activity in 1 circuit on the board. A description of the LEDs is located in the written material supplied with the board. It describes the LEDs and which circuits the LEDs are associated with. When you view the red LEDs and they are flashing, it indicates that activity is normal and no further action is required.

If the LEDs are not flashing an error might have occurred. To find a resolution, the first step is to remove all power from the drive. Then, lift up on the retention levers to disconnect the board from the modular connector at the rear of the board rack. Wait a few seconds and return the board to the board rack and press down on the retention levers to lock it in place. Then, return power to the drive and resume processing. This might resolve some signal or processing errors by giving the board a restart.

","meta_title":"MARK IV GE LOGIC INPUT BOARD","meta_description":"MARK IV GE LOGIC INPUT BOARD","keywords":"MARK IV GE LOGIC INPUT BOARD","series_page_description":"MARK IV GE LOGIC INPUT BOARD","quote_description":null,"inventory_notes":"","cross_reference":"","created_at":null,"updated_at":null,"prod_pdf":[]},{"id":12015,"part_number":"DS3800HLIC","revision_type_id":1,"series_id":114,"stock_level_id":4,"repair_time_id":1,"stock_level_text":"In Stock Ships 3-5 Days","repair_time_text":"24 Hours","weight":null,"recond_stock":0,"new_stock":0,"recond_price":"0.00","new_price":"0.00","max_oversell":0,"description":"GE CIRCUIT BOARD","short_desc":"","content":null,"meta_title":"GE CIRCUIT BOARD","meta_description":"GE CIRCUIT BOARD","keywords":"GE CIRCUIT BOARD","series_page_description":"GE CIRCUIT BOARD","quote_description":null,"inventory_notes":"","cross_reference":"","created_at":null,"updated_at":null,"prod_pdf":[]},{"id":12017,"part_number":"DS3800HLIC1A1B","revision_type_id":1,"series_id":114,"stock_level_id":9,"repair_time_id":1,"stock_level_text":"Call For Availability","repair_time_text":"24 Hours","weight":null,"recond_stock":0,"new_stock":0,"recond_price":"0.00","new_price":"0.00","max_oversell":0,"description":"MARK 4 SPEEDTRONIC CIRCUIT BOARD","short_desc":"","content":null,"meta_title":"MARK 4 SPEEDTRONIC CIRCUIT BOARD","meta_description":"MARK 4 SPEEDTRONIC CIRCUIT BOARD","keywords":"MARK 4 SPEEDTRONIC CIRCUIT BOARD","series_page_description":"MARK 4 SPEEDTRONIC CIRCUIT BOARD","quote_description":null,"inventory_notes":"","cross_reference":"","created_at":null,"updated_at":null,"prod_pdf":[]},{"id":12018,"part_number":"DS3800HLIC1B1C","revision_type_id":1,"series_id":114,"stock_level_id":9,"repair_time_id":1,"stock_level_text":"Call For 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BOARD","meta_description":"MARK IV GE CIRCUIT BOARD","keywords":"MARK IV GE CIRCUIT BOARD","series_page_description":"MARK IV GE CIRCUIT BOARD","quote_description":null,"inventory_notes":"","cross_reference":"","created_at":null,"updated_at":null,"prod_pdf":[]},{"id":12020,"part_number":"DS3800HLIC1C1A","revision_type_id":1,"series_id":114,"stock_level_id":4,"repair_time_id":1,"stock_level_text":"In Stock Ships 3-5 Days","repair_time_text":"24 Hours","weight":null,"recond_stock":0,"new_stock":0,"recond_price":"0.00","new_price":"0.00","max_oversell":0,"description":"CIRCUIT BOARD GENERAL ELECTRIC MARK 4 CONTROL","short_desc":"","content":null,"meta_title":"CIRCUIT BOARD GENERAL ELECTRIC MARK 4 CONTROL","meta_description":"CIRCUIT BOARD GENERAL ELECTRIC MARK 4 CONTROL","keywords":"CIRCUIT BOARD GENERAL ELECTRIC MARK 4 CONTROL","series_page_description":"CIRCUIT BOARD GENERAL ELECTRIC MARK 4 CONTROL","quote_description":null,"inventory_notes":"","cross_reference":"","created_at":null,"updated_at":null,"prod_pdf":[]},{"id":12021,"part_number":"DS3800HLNA","revision_type_id":1,"series_id":114,"stock_level_id":4,"repair_time_id":1,"stock_level_text":"In Stock Ships 3-5 Days","repair_time_text":"24 Hours","weight":null,"recond_stock":0,"new_stock":0,"recond_price":"0.00","new_price":"0.00","max_oversell":0,"description":"GE CIRCUIT BOARD","short_desc":"","content":null,"meta_title":"GE CIRCUIT BOARD","meta_description":"GE CIRCUIT BOARD","keywords":"GE CIRCUIT BOARD","series_page_description":"GE CIRCUIT BOARD","quote_description":null,"inventory_notes":"","cross_reference":"","created_at":null,"updated_at":null,"prod_pdf":[]},{"id":12023,"part_number":"DS3800HLNA1D1A","revision_type_id":1,"series_id":114,"stock_level_id":4,"repair_time_id":1,"stock_level_text":"In Stock Ships 3-5 Days","repair_time_text":"24 Hours","weight":null,"recond_stock":0,"new_stock":0,"recond_price":"0.00","new_price":"0.00","max_oversell":0,"description":"GE GENERATOR REGULATOR CIRCUIT BOARD","short_desc":"","content":null,"meta_title":"GE GENERATOR REGULATOR CIRCUIT BOARD","meta_description":"GE GENERATOR REGULATOR CIRCUIT BOARD","keywords":"GE GENERATOR REGULATOR CIRCUIT BOARD","series_page_description":"GE GENERATOR REGULATOR CIRCUIT BOARD","quote_description":null,"inventory_notes":"","cross_reference":"","created_at":null,"updated_at":null,"prod_pdf":[]},{"id":12024,"part_number":"DS3800HLNC","revision_type_id":1,"series_id":114,"stock_level_id":1,"repair_time_id":1,"stock_level_text":"In Stock Ships Today","repair_time_text":"24 Hours","weight":null,"recond_stock":0,"new_stock":0,"recond_price":"0.00","new_price":"0.00","max_oversell":0,"description":"GENERAL ELECTRIC NETWORK CONTROLLER","short_desc":"GE Network Control Board DS3800HLNC","content":"

The GE Network Control Board DS3800HLNC is designed for quick installation in the drive. The board features a modular connector on 1 end and retention levers on the other end. The board is populated with 1 40-pin connector between the retention levers. The GE Network Control Board DS3800HLNC also is populated with a microprocessor and 1 amber indicator LED. The board is also populated with 8 sockets for electrically erasable programmable read-only memory (EEPROM) modules and 21 jumpers.

The indicator LED on the GE Network Control Board DS3800HLNC is situated so that the operator can view the LED while normal processing is taking place. When the amber LED is off, it indicates that the board is processing as designed on that no intervention by the operator is required. If the LED is on, it indicates that a fault has occurred on the board and that power is present in the board. A first troubleshooting step is to suspect that the control signals have gotten out of sequence which makes them unreadable by the board. If that happens it is an easy step to attempt to restore the control signals and regain processing activity.

First you must remove all power from the drive. The drive receives power from several sources. Some of the current is ac current which is shut off from a circuit breaker. Some of the power is dc current which is supplied by a rectifier. The rectifier can be shut off by removing the fuse.

","meta_title":"GENERAL ELECTRIC NETWORK CONTROLLER","meta_description":"GENERAL ELECTRIC NETWORK CONTROLLER","keywords":"GENERAL ELECTRIC NETWORK CONTROLLER","series_page_description":"GENERAL ELECTRIC NETWORK CONTROLLER","quote_description":null,"inventory_notes":"","cross_reference":"","created_at":null,"updated_at":null,"prod_pdf":[]},{"id":12026,"part_number":"DS3800HLNC1A1A","revision_type_id":1,"series_id":114,"stock_level_id":1,"repair_time_id":1,"stock_level_text":"In Stock Ships Today","repair_time_text":"24 Hours","weight":null,"recond_stock":5,"new_stock":0,"recond_price":"0.00","new_price":"0.00","max_oversell":0,"description":"NETWORK CONTROLLER GENERAL ELECTRIC BOARD","short_desc":"GE Network Control Board DS3800HLNC1A1A","content":"

The GE Network Control Board DS3800HLNC1A1A is designed for quick installation in the drive. The board features a modular connector on 1 end and retention levers on the other end. The board is populated with 1 40-pin connector between the retention levers. The GE Network Control Board DS3800HLNC1A1A also is populated with a microprocessor and 1 amber indicator LED. The board is also populated with 8 sockets for electrically erasable programmable read-only memory (EEPROM) modules and 21 jumpers.

The GE Network Control Board DS3800HLNC1A1A can be replaced if it is found to be defective. When you receive the replacement board, you will find that the EEPROM sockets are empty. This is expected because it is normal practice to remove the modules from the defective board and install them in the replacement board. During normal operation the microprocessor on the board uses the firmware and other instruction code stored on the modules to process control signals. The firmware and instruction code is used repeatedly and the firmware and instruction code is never changed. This means the code never changes and the processing never varies.

To ensure that the processing with the new board doesn’t change, use the same firmware and instruction code. Consider that the modules are easily damaged by static electricity. To prevent damage, wear a wrist strap when you handle the modules. The socket provides a slot between the module and the socket into which you can insert a screwdriver. Move the screwdriver blade up and down to remove the module. Repeat the action on the other side of the socket.

","meta_title":"NETWORK CONTROLLER GENERAL ELECTRIC BOARD","meta_description":"NETWORK CONTROLLER GENERAL ELECTRIC BOARD","keywords":"NETWORK CONTROLLER GENERAL ELECTRIC BOARD","series_page_description":"NETWORK CONTROLLER GENERAL ELECTRIC BOARD","quote_description":null,"inventory_notes":"","cross_reference":"","created_at":null,"updated_at":null,"prod_pdf":[]},{"id":12027,"part_number":"DS3800HLNC1B1B","revision_type_id":1,"series_id":114,"stock_level_id":9,"repair_time_id":1,"stock_level_text":"Call For Availability","repair_time_text":"24 Hours","weight":null,"recond_stock":0,"new_stock":0,"recond_price":"0.00","new_price":"0.00","max_oversell":0,"description":"GAS TURBINE NETWORK CONTROLLER","short_desc":"GE Network Control Board DS3800HLNC1B1B","content":"

The GE Network Control Board DS3800HLNC1B1B is designed for quick installation in the drive. The board features a modular connector on 1 end and retention levers on the other end. The board is populated with 1 40-pin connector between the retention levers. The GE Network Control Board DS3800HLNC1B1B also is populated with a microprocessor and 1 amber indicator LED. The board is also populated with 8 sockets for electrically erasable programmable read-only memory (EEPROM) modules and 21 jumpers.

Because the GE Network Control Board DS3800HLNC1B1B can have a maximum of 8 EEPROM modules, care must be taken that you install them in the right socket on the replacement board. Each socket is assigned an ID that is printed on the surface of the board. When you are ready to move the modules to the new board, move each module individually. That is, remove 1 module from a socket and note the ID assigned to the socket. Then, locate the same socket on the replacement board. Align the module over the socket and press it into the socket. Then repeat the process for all the modules.

Another task is to set the jumpers on the replacement board. The jumpers are set when the first board is installed. Engineers and operators supply input about the best configuration to use for the board. To configure the replacement board you can access the written record of the jumper settings and set the jumpers to match. Use 1 hand to lift the jumper off the pins and move it over the pins you want to cover.

","meta_title":"GAS TURBINE NETWORK CONTROLLER","meta_description":"GAS TURBINE NETWORK CONTROLLER","keywords":"GAS TURBINE NETWORK CONTROLLER","series_page_description":"GAS TURBINE NETWORK CONTROLLER","quote_description":null,"inventory_notes":"","cross_reference":"","created_at":null,"updated_at":null,"prod_pdf":[]},{"id":12028,"part_number":"DS3800HLND","revision_type_id":1,"series_id":114,"stock_level_id":1,"repair_time_id":1,"stock_level_text":"In Stock Ships Today","repair_time_text":"24 Hours","weight":null,"recond_stock":0,"new_stock":0,"recond_price":"0.00","new_price":"0.00","max_oversell":0,"description":"NETWORK CONTROLLER","short_desc":"GE Network Controller Board DS3800HLND","content":"

The GE Network Controller Board DS3800HLND is designed for quick installation in the drive. The board features a modular connector on 1 end and retention levers on the other end. The GE Network Controller Board DS3800HLND also is populated with 3 red indicator LEDs which are visible from the front of the board. The board also features 8 jumpers and 1 erasable programmable read-only memory (EPROM) module.

The GE Network Controller Board DS3800HLND also is populated with 1 40-pin connector and 1 20-pin connector. The connectors are accessible from the front of the board between the retention levers. The EPROM modules store the code that the board uses for processing instructions. It is comprised of firmware and instruction code. Updated code can be stored on the modules after it is downloaded. However, the code that comes with the board from the factory is usually not updated and is used for processing.

The modules are removable from the board because they are plugged into sockets. The sockets are embedded on the board. To remove a module from the socket, locate the space between the module and the socket on the ends of the module. Insert a screwdriver between the socket and the module. Lift up on the screwdriver to release the module. Perform the same action on the other side of the module. Have a static-protective bag ready and immediately place the module in the bag and store it away for future use. The modules can be damaged by exposure to a build up of static electricity.

","meta_title":"NETWORK CONTROLLER","meta_description":"NETWORK CONTROLLER","keywords":"NETWORK CONTROLLER","series_page_description":"NETWORK CONTROLLER","quote_description":null,"inventory_notes":"","cross_reference":"","created_at":null,"updated_at":null,"prod_pdf":[]},{"id":12030,"part_number":"DS3800HLND1B1B","revision_type_id":1,"series_id":114,"stock_level_id":4,"repair_time_id":1,"stock_level_text":"In Stock Ships 3-5 Days","repair_time_text":"24 Hours","weight":null,"recond_stock":0,"new_stock":0,"recond_price":"0.00","new_price":"0.00","max_oversell":0,"description":"GE NETWORK REGULATOR CONTROLLER","short_desc":"GE Network Controller Board DS3800HLND1B1B","content":"

The GE Network Controller Board DS3800HLND1B1B is designed for quick installation in the drive. The board features a modular connector on 1 end and retention levers on the other end. The GE Network Controller Board DS3800HLND1B1B also is populated with 3 red indicator LEDs which are visible from the front of the board. The board also features 8 jumpers and 1 erasable programmable read-only memory (EPROM) module.

The GE Network Controller Board DS3800HLND also is populated with 1 40-pin connector and 1 20-pin connector. When you install the board, the last task of board installation is connecting ribbon cables to the connectors. This is because the connectors are accessible when the board is installed in the board rack. When you install the board, the modular connectors on the board and on the board rack meet and connect. They provide the connection for the current used to power the board. They also enable command signals to be received by the board. The modular connectors provide the means for transmitting signals to other boards.

The 40-pin and 20-pin connectors also enable transmitting and receiving signals. The connectors are attached to other components through ribbon cables attached to the components. The ribbon cable must be routed properly. Keep the ribbon cables clear of any power cables in the drive. The power cables will emit signals that interfere with signals in the ribbon cables. It is best practice to route any power cables through ports in the drive and away from the ribbon cables.

","meta_title":"GE NETWORK REGULATOR CONTROLLER","meta_description":"GE NETWORK REGULATOR CONTROLLER","keywords":"GE NETWORK REGULATOR CONTROLLER","series_page_description":"GE NETWORK REGULATOR CONTROLLER","quote_description":null,"inventory_notes":"","cross_reference":"","created_at":null,"updated_at":null,"prod_pdf":[]},{"id":12031,"part_number":"DS3800HLND1C1C","revision_type_id":1,"series_id":114,"stock_level_id":1,"repair_time_id":1,"stock_level_text":"In Stock Ships Today","repair_time_text":"24 Hours","weight":null,"recond_stock":5,"new_stock":0,"recond_price":"0.00","new_price":"0.00","max_oversell":0,"description":"GENERAL ELECTRIC MARK 4 NETWORK CONTROL CARD","short_desc":"GE Network Controller Board DS3800HLND1C1C","content":"

The GE Network Controller Board DS3800HLND1C1C is designed for quick installation in the drive. The board features a modular connector on 1 end and retention levers on the other end. The GE Network Controller Board DS3800HLND1C1C is also populated with 3 red indicator LEDs which are visible from the front of the board. The board also features 8 jumpers and 1 erasable programmable read-only memory (EPROM) module.

When you plan to replace the GE Network Controller Board DS3800HLND1C1C, you will notice that the replacement has empty sockets for the EPROM modules. This is because the standard procedure is to remove the modules from the defective board and install them in the replacement board. The modules contain the firmware and instruction code the board uses to process information. To ensure that the replacement works the same as the defective board, use the same firmware and instruction code available on the modules from the defective board.

To move the modules, pry the modules off the socket by inserting a screwdriver blade into the space between the socket and the module. Twist the screwdriver to pop off the module. Then, use the same procedure on the other side of the module. Place the module in a static protective bag. This is important to protect the information on the module from corruption from static build up. Keep the modules in a safe place and away from high temperatures.

Align the module over the empty socket on the replacement board. Then, press it into the socket until it clicks in place.

","meta_title":"GENERAL ELECTRIC MARK 4 NETWORK CONTROL CARD","meta_description":"GENERAL ELECTRIC MARK 4 NETWORK CONTROL CARD","keywords":"GENERAL ELECTRIC MARK 4 NETWORK CONTROL CARD","series_page_description":"GENERAL ELECTRIC MARK 4 NETWORK CONTROL CARD","quote_description":null,"inventory_notes":"","cross_reference":"","created_at":null,"updated_at":null,"prod_pdf":[]},{"id":12032,"part_number":"DS3800HLNE","revision_type_id":1,"series_id":114,"stock_level_id":1,"repair_time_id":1,"stock_level_text":"In Stock Ships Today","repair_time_text":"24 Hours","weight":null,"recond_stock":0,"new_stock":0,"recond_price":"0.00","new_price":"0.00","max_oversell":0,"description":"NETWORK CONTROLLER","short_desc":"GE Network Controller Board DS3800HLNE","content":"

The GE Network Controller Board DS3800HLNE features a modular connector on 1 end and retention levers on the other end. The board is populated with a microprocessor. The board is populated with multiple transistor-transistor logic devices. The GE Network Controller Board DS3800HLNE is also populated with 3 red indicator LEDs and 1 amber indicator LED. The board also has multiple sockets for electrically erasable programmable read-only memory (EEPROM) modules. The board is also populated with 16 jumpers and 1 34-pin connector.

The microprocessor on the GE Network Controller Board DS3800HLNE is a dedicated device that controls the networking functionality. The microprocessor is installed in a socket and the socket is embedded on the board. The microprocessor generates heat during normal operation and so you must consider how to keep the microprocessor cool, as well as the drive in which it is installed. When the board is installed select a rack location with at least 3 inches of open space around it for air to move freely over the microprocessor. If air cannot remove the excessive heat from the board, the drive might overheat. Make sure the ribbon cables inside the drive do not block air flow.

If the drive shuts down, run the diagnostic tools to access a log of the recent errors. You might find that the drive experienced an overheat condition. This will automatically shutdown the drive. Before you restart the drive, check that the air flow is not blocked. This is critical that the air vents at the top and bottom of the drive are clear.

","meta_title":"NETWORK CONTROLLER","meta_description":"NETWORK CONTROLLER","keywords":"NETWORK CONTROLLER","series_page_description":"NETWORK CONTROLLER","quote_description":null,"inventory_notes":"","cross_reference":"","created_at":null,"updated_at":null,"prod_pdf":[]},{"id":12034,"part_number":"DS3800HLNE1B1B","revision_type_id":1,"series_id":114,"stock_level_id":1,"repair_time_id":1,"stock_level_text":"In Stock Ships Today","repair_time_text":"24 Hours","weight":null,"recond_stock":0,"new_stock":0,"recond_price":"0.00","new_price":"0.00","max_oversell":0,"description":"MARK IV GE NETWORK CONTROLLER CARD","short_desc":"GE Network Controller Board DS3800HLNE1B1B","content":"

The GE Network Controller Board DS3800HLNE1B1B features a modular connector on 1 end and retention levers on the other end. The board is populated with a microprocessor. The board is populated with multiple transistor-transistor logic devices. The GE Network Controller Board DS3800HLNE1B1B is also populated with 3 red indicator LEDs and 1 amber indicator LED. The board also has multiple sockets for electrically erasable programmable read-only memory (EEPROM) modules. The board is also populated with 16 jumpers and 1 34-pin connector.

The GE Network Controller Board DS3800HLNE1B1B is populated with 4 EEPROM modules. The modules can be erased and overwritten with new code. This might be useful if the code contains an error that causes processing problems. After the board is manufactured, code development continues and if errors are found, updated code is made available. This can include fixes and updates to include new functions. If you find the board is experiencing errors that might be caused by the firmware or programming code, 1 solution is to update the code.

The firmware and programming code is used by the microprocessor for processing instructions. When you decide to replace the GE Network Controller Board DS3800HLNE1B1B, the best practice is to move the modules to the new replacement board. In this way, the processing performed by the old board will continue with the replacement board. However, make sure you place the modules in the same socket in the replacement board. The sockets have IDs printed in the board. When you move the modules, make sure you install the module in the socket with the same ID.

","meta_title":"MARK IV GE NETWORK CONTROLLER CARD","meta_description":"MARK IV GE NETWORK CONTROLLER CARD","keywords":"MARK IV GE NETWORK CONTROLLER CARD","series_page_description":"MARK IV GE NETWORK CONTROLLER CARD","quote_description":null,"inventory_notes":"","cross_reference":"","created_at":null,"updated_at":null,"prod_pdf":[]},{"id":12035,"part_number":"DS3800HLNF","revision_type_id":1,"series_id":114,"stock_level_id":9,"repair_time_id":1,"stock_level_text":"Call For Availability","repair_time_text":"24 Hours","weight":null,"recond_stock":0,"new_stock":0,"recond_price":"0.00","new_price":"0.00","max_oversell":0,"description":"GENERAL ELECTRIC TURBINE CONTROL CARD","short_desc":"","content":null,"meta_title":"GENERAL ELECTRIC TURBINE CONTROL CARD","meta_description":"GENERAL ELECTRIC TURBINE CONTROL CARD","keywords":"GENERAL ELECTRIC TURBINE CONTROL CARD","series_page_description":"GENERAL ELECTRIC TURBINE CONTROL CARD","quote_description":null,"inventory_notes":"","cross_reference":"","created_at":null,"updated_at":null,"prod_pdf":[]},{"id":12037,"part_number":"DS3800HLNF1D1B","revision_type_id":1,"series_id":114,"stock_level_id":9,"repair_time_id":1,"stock_level_text":"Call For Availability","repair_time_text":"24 Hours","weight":null,"recond_stock":0,"new_stock":0,"recond_price":"0.00","new_price":"0.00","max_oversell":0,"description":"CIRCUIT CONTROL CARD GE MARK IV","short_desc":"","content":null,"meta_title":"CIRCUIT CONTROL CARD GE MARK IV","meta_description":"CIRCUIT CONTROL CARD GE MARK IV","keywords":"CIRCUIT CONTROL CARD GE MARK IV","series_page_description":"CIRCUIT CONTROL CARD GE MARK IV","quote_description":null,"inventory_notes":"","cross_reference":"","created_at":null,"updated_at":null,"prod_pdf":[]},{"id":12038,"part_number":"DS3800HLOA","revision_type_id":1,"series_id":114,"stock_level_id":1,"repair_time_id":1,"stock_level_text":"In Stock Ships Today","repair_time_text":"24 Hours","weight":null,"recond_stock":0,"new_stock":0,"recond_price":"0.00","new_price":"0.00","max_oversell":0,"description":"LOG DR BUS INTERFACE","short_desc":"GE Log Dr Bus Interface Board DS3800HLOA","content":"

The GE Log Dr Bus Interface Board DS3800HLOA is designed for quick installation in the drive. The board features a modular connector on 1 end and retention levers on the other end. The GE Log Dr Bus Interface Board DS3800HLOA also is populated with 16 red indicator LEDs and 1 amber indicator LED which are visible from the front of the board. The board also features 8 jumpers and 1 erasable programmable read-only memory (EPROM) module.

If you find that 1 GE Log Dr Bus Interface Board DS3800HLOA is defective, it is easy to replace the defective board with a new board. This is due in part because of the modular connector on the rear of the board. The drive has a matching connector on the rear of the board rack. When you slide the board into the rack the two modular connectors meet. They are designed to so that when one slides into the other, electrical and signal connections are made to allow the board to function.

The other usability feature is the retention levers on the other end of the board. When you slide the board into the rack, the modular connectors attach and the retention levers align with the board rack. Press down on the levers to lock the board in the drive. This also locks the modular connectors together and ensures power and signal connectivity.

One important consideration is that the drive must have all power removed before installing the board. The drive has more than 1 source of electrical power.

","meta_title":"LOG DR BUS INTERFACE","meta_description":"LOG DR BUS INTERFACE","keywords":"LOG DR BUS INTERFACE","series_page_description":"LOG DR BUS INTERFACE","quote_description":null,"inventory_notes":"","cross_reference":"","created_at":null,"updated_at":null,"prod_pdf":[]},{"id":12040,"part_number":"DS3800HLOA1D1A","revision_type_id":1,"series_id":114,"stock_level_id":4,"repair_time_id":1,"stock_level_text":"In Stock Ships 3-5 Days","repair_time_text":"24 Hours","weight":null,"recond_stock":0,"new_stock":0,"recond_price":"0.00","new_price":"0.00","max_oversell":0,"description":"GE LOG DRIVE BUS INT CARD MARK IV","short_desc":"GE Log Dr Bus Interface Board DS3800HLOA1D1A","content":"

The GE Log Dr Bus Interface Board DS3800HLOA1D1A is designed for quick installation in the drive. The board features a modular connector on 1 end and retention levers on the other end. The GE Log Dr Bus Interface Board DS3800HLOA1D1A also is populated with 16 red indicator LEDs and 1 amber indicator LED which are visible from the front of the board. The board also features 8 jumpers and 1 erasable programmable read-only memory (EPROM) module.

The GE Log Dr Bus Interface Board DS3800HLOA1D1A is populated with a total of 17 LEDs. The LEDs are useful to the operator of the drive. They are viewable while the drive is operating and they give the operator an opportunity to monitor the operation of the board. If the amber LED is lit, a warning has occurred and the board will continue to operate. However, it is best practice to investigate the cause of the warning before the warning causes processing errors. The red LEDs each is associated with a circuit. When a red LED has lit, a problem has occurred with the circuit and the circuit has stopped functioning. However, if an LED is on, there are troubleshooting steps to investigate the cause of the problem.

The first step is to restart the drive. If a signal or processing error is the cause of the problem, a restart might clear the error. Remove all electrical current to restart the drive. Then, wait 30 seconds and start the drive again.

","meta_title":"GE LOG DRIVE BUS INT CARD MARK IV","meta_description":"GE LOG DRIVE BUS INT CARD MARK IV","keywords":"GE LOG DRIVE BUS INT CARD MARK IV","series_page_description":"GE LOG DRIVE BUS INT CARD MARK IV","quote_description":null,"inventory_notes":"","cross_reference":"","created_at":null,"updated_at":null,"prod_pdf":[]},{"id":12041,"part_number":"DS3800HLOA1D1B","revision_type_id":1,"series_id":114,"stock_level_id":4,"repair_time_id":1,"stock_level_text":"In Stock Ships 3-5 Days","repair_time_text":"24 Hours","weight":null,"recond_stock":0,"new_stock":0,"recond_price":"0.00","new_price":"0.00","max_oversell":0,"description":"GE BOARD SPEEDTRONIC LOG DR BUS INTERFACE","short_desc":"GE Log Dr Bus Interface Board DS3800HLOA1D1B","content":"

The GE Log Dr Bus Interface Board DS3800HLOA1D1B is designed for quick installation in the drive. The board features a modular connector on 1 end and retention levers on the other end. The GE Log Dr Bus Interface Board DS3800HLOA1D1B also is populated with 16 red indicator LEDs and 1 amber indicator LED which are visible from the front of the board. The board also features 8 jumpers and 1 erasable programmable read-only memory (EPROM) module.

The GE Log Dr Bus Interface Board DS3800HLOA1D1B comes packaged in a sealed static-protective bag. This is because the board can be damaged by static build up. When you carry the board, static accumulates on your person from the air surrounding you and from the friction of walking. The static builds up on the board if it has no grounded surface to drain to. If you wear a properly installed wrist strap, the static will exit the board and your person. One end of the strap is connected a grounded surface. This might be a metal chair leg, a metal shelf, or a metal desk. This serves as a ground which the static electricity is attracted to. The static drains to the grounded surface and leaves the board unharmed.

If the wrist strap is connected to a wooden or plastic object, the static will not exit your person and instead will accumulate on the board. Make sure the wrist strap is properly connected to a grounded surface on one end and firmly wrapped to your wrist on the other end.

","meta_title":"GE BOARD SPEEDTRONIC LOG DR BUS INTERFACE","meta_description":"GE BOARD SPEEDTRONIC LOG DR BUS INTERFACE","keywords":"GE BOARD SPEEDTRONIC LOG DR BUS INTERFACE","series_page_description":"GE BOARD SPEEDTRONIC LOG DR BUS INTERFACE","quote_description":null,"inventory_notes":"","cross_reference":"","created_at":null,"updated_at":null,"prod_pdf":[]},{"id":16422,"part_number":"DS3800HLOA1E1C","revision_type_id":1,"series_id":114,"stock_level_id":1,"repair_time_id":1,"stock_level_text":"In Stock Ships Today","repair_time_text":"24 Hours","weight":null,"recond_stock":5,"new_stock":1,"recond_price":"0.00","new_price":"0.00","max_oversell":0,"description":"GENERAL ELECTRIC LOG DR BUS INTERFACE CARD","short_desc":"GE Log Dr Bus Interface Board DS3800HLOA1E1C","content":"

The GE Log Dr Bus Interface Board DS3800HLOA1E1C is designed for quick installation in the drive. The board features a modular connector on 1 end and retention levers on the other end. The GE Log Dr Bus Interface Board DS3800HLOA1E1C also is populated with 16 red indicator LEDs and 1 amber indicator LED which are visible from the front of the board. The board also features 8 jumpers and 1 erasable programmable read-only memory (EPROM) module.

The GE Log Dr Bus Interface Board DS3800HLOA1E1C comes in a sealed plastic bag. The bag keeps static electricity from entering the board. Static is harmful to the board so it is best to keep the board in the bag. When you plan to install the board, only then should you slice open the bag with a sharp blade. Use 2 hands to remove the board and hold the board by the edges. Do not handle the components when you remove the board. You might accidently press down on the components and bend them or cause them to break off the board.

Align the board with the board rack and slide the board into the rack until the modular connectors meet. One modular connector is at the bottom of the rack. The other modular connector is embedded on the GE Log Dr Bus Interface Board DS3800HLOA1E1C. They are designed to fit together. Some of the connectors carry the current to power the board. Some of the connectors carry the command signals that are transmitted from the board. Others carry the signals that are received by the board for processing.

","meta_title":"GENERAL ELECTRIC LOG DR BUS INTERFACE CARD","meta_description":"GENERAL ELECTRIC LOG DR BUS INTERFACE CARD","keywords":"GENERAL ELECTRIC LOG DR BUS INTERFACE CARD","series_page_description":"GENERAL ELECTRIC LOG DR BUS INTERFACE CARD","quote_description":null,"inventory_notes":"","cross_reference":"","created_at":null,"updated_at":null,"prod_pdf":[]},{"id":12043,"part_number":"DS3800HLOC","revision_type_id":1,"series_id":114,"stock_level_id":4,"repair_time_id":1,"stock_level_text":"In Stock Ships 3-5 Days","repair_time_text":"24 Hours","weight":null,"recond_stock":0,"new_stock":0,"recond_price":"0.00","new_price":"0.00","max_oversell":0,"description":"LOGIC OUTPUT CD GENERAL ELECTRIC","short_desc":"","content":null,"meta_title":"LOGIC OUTPUT CD GENERAL ELECTRIC","meta_description":"LOGIC OUTPUT CD GENERAL ELECTRIC","keywords":"LOGIC OUTPUT CD GENERAL ELECTRIC","series_page_description":"LOGIC OUTPUT CD GENERAL 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The GE Network Controller Board DS3800HMPG is designed for quick installation in the drive. The board features a modular connector on 1 end and retention levers on the other end. The GE Network Controller Board DS3800HMPG also is populated with 2 red indicator LEDs and 1 amber LED which are visible from the front of the board. The board also is populated with a microprocessor, erasable programmable read-only memory (EPROM) modules, and a 34-pin connector.

The GE Network Controller Board DS3800HMPG is populated with 4 standoffs that enable a daughter card to be attached. A daughter card provides additional functionality to the board. The daughter card snaps onto the standoffs and a connector attaches the daughter card to the board.

The microprocessor embedded on the board provides the logic used to control the board operations. The microprocessor generates heat during operation so keeping the drive from overheating requires some consideration. Cool air must be available to the drive for cooling. This is a challenge because often the drive is located in a room with other drives and other powerful equipment. When you inspect the space notice if the wall on which the drive will be installed in hot to the touch. If it is hot, the cause might be that the space on the other side of the wall is hot or equipment installed on the wall is generating heat. To cool the wall, you can reduce the number of drives installed in the room. You can also select a wall that is cooler to the touch for installation of the drive.

The GE Network Controller Board DS3800HMPG1C1C is designed for quick installation in the drive. The board features a modular connector on 1 end and retention levers on the other end. The GE Network Controller Board DS3800HMPG1C1C also is populated with 2 red indicator LEDs and 1 amber LED which are visible from the front of the board. The board also is populated with a microprocessor, erasable programmable read-only memory (EPROM) modules, and a 34-pin connector.

The GE Network Controller Board DS3800HMPG1C1C uses the EPROM modules to store the programming instructions and firmware used by the microprocessor. You will notice that the replacement board comes with empty module sockets. This is because best practice is to remove the modules from the old board and install them on the replacement board. Because microprocessor must behave the same as the original microprocessor, it is always best to use the same programming code and firmware. In this way, the board will behave the same. This enables the drive to resume activities and mimic the drive performance experienced when the original board was installed.

The operator can monitor the operation of the board by viewing the indicator LEDs. When the drive receives power and begins operation, the LED on the board all light for a few seconds. This enables a servicer to confirm that the LEDs are operational. If the startup sequence of diagnostic tests are completed successfully, the amber LED is lit and remains lit while the drive is in operation. It also indicates that the board is receiving power. If the amber LED is not lit, it indicates that the board is not receiving power.

The GE CPU Board DS3800HMPG1D1D is designed for quick installation in the drive. The board features a modular connector on 1 end and retention levers on the other end. The GE CPU Board DS3800HMPG1D1D also is populated with 2 red indicator LEDs and 1 amber LED which are visible from the front of the board. The board also is populated with a microprocessor, erasable programmable read-only memory (EPROM) modules, and a 34-pin connector.

The GE CPU Board DS3800HMPG1D1D also is populated with 2 50-pin connectors on the board. Because the board can have a maximum of 3 ribbon cables, the routing of the cables is important. Improper cable routing can cause the flow of air through the drive to be inadequate. This can lead to the drive overheating. An overheat trip condition can shutdown the drive to protect the drive from damage. To resolve the overheat condition before it becomes a problem, route the cable along the inside wall of the drive and keep the cables from blocking the bottom and top air vents. The bottom air vents draw cool air into the drive. The air travels through the drive and exhausts the hot air through the top air vents. Do not allow the ribbon cables to block the air vents.

Also, if any power cables are routed inside the drive, separate them from the signal cables. The power cables can emit interference that degrades the signals. It is best to route the power cables out of the drive through the ports on the side of the drive.

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The GE CPU Board DS3800HMPG1G1D is designed for quick installation in the drive. The board features a modular connector on 1 end and retention levers on the other end. The GE CPU Board DS3800HMPG1G1D also is populated with 2 red indicator LEDs and 1 amber LED which are visible from the front of the board. The board also is populated with a microprocessor, erasable programmable read-only memory (EPROM) modules, and a 34-pin connector.

Before you begin any maintenance or service on the drive, including replacing the GE CPU Board DS3800HMPG1G1D, there are some preliminary considerations to keep in mind. The drive is a high-voltage device that can cause serious injury if the servicer is shocked by the electric current. You must also understand the danger caused by the powerful motor and moving parts. They can also cause injury. Visually inspect the area and note any moisture or water on the floor. Because water is a conductor, it is a hazard to have water on the floor while working with high-voltage current. Use towels or another method to dry the floor completely. If the floor is moist from condensation, consider installing a dehumidifier or other device to dry the air. If any devices are attached to 2-wire extension cords, remove the extension cords from the area around drive. They are a shock hazard and are not safe to have in the area.

Locate and inspect all the emergency shutdown devices associated with the drive. Make sure they are functional and are easy to find in an emergency.

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The GE Microprocessor Board DS3800HMPK is designed for quick installation in the drive. The board features a modular connector on 1 end and retention levers on the other end. The GE Microprocessor Board DS3800HMPK also is populated with 3 red indicator LEDs and 1 amber LED which are visible from the front of the board. The board also is populated with a microprocessor, erasable programmable read-only memory (EPROM) modules, and a 34-pin connector. It also is populated with 2 50-pin connectors.

The microprocessor is a heat producing component. The 2 50-pin connectors are adjacent to it and they are attached to ribbon cables. The ribbon cables can block the air flow from cooling off the microprocessor. Excessive heat can damage the microprocessor or degrade the reliability of the microprocessor. It can even cause the drive to shutdown if the heat rises above a threshold. To keep that from happening, install the drive in a location with fresh room temperature air. Avoid installing the drive in a room full of other drives and equipment. The drives and equipment generate heat and without proper management, they can allow heat to build up.

Install fans to dissipate the heat. The powerful fans should be wall mounted to prevent clutter on the floor. Make sure they are in good condition and that you install enough to circulate air throughout the room. If more robust solutions are needed, vent hoods can be installed over the equipment. They draw heat and dust out of the room. Another solution is to remove some of the heat-generating equipment from the room.

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The GE Microprocessor Board DS3800HMPK1B1B is designed for quick installation in the drive. The board features a modular connector on 1 end and retention levers on the other end. The GE Microprocessor Board DS3800HMPK1B1B also is populated with 3 red indicator LEDs and 1 amber LED which are visible from the front of the board. The board also is populated with a microprocessor, erasable programmable read-only memory (EPROM) modules, and a 34-pin connector. It also is populated with 2 50-pin connectors.

Because the GE Microprocessor Board DS3800HMPK1B1B is populated with a microprocessor, special consideration must be given to reducing the heat inside the drive. The microprocessor generates heat which must be exhausted from the drive. The drive must be installed in a location with room-temperature air. This is problematic in some locations due to the number of drives and other heavy-duty machines installed in the room.

However, there are some ways to remedy the situation. The drive is installed on a wall or other vertical surface. If the wall is warm before you install the drive, take steps to cool the wall before installation. Inspect the room on the other side of the wall and notice the number of drives installed in the room. If the room temperature is too warm because of the drives, consider reducing the number of drives installed in the room. Another possibility is to install exhaust fans to remove the excessive heat from the room. The exhaust fans can also remove dust, dirt, moisture, and oil from the room air. This would result is a cool and clean environment.

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The GE Microprocessor Board DS3800HMPK1C1B is designed for quick installation in the drive. The board features a modular connector on 1 end and retention levers on the other end. The GE Microprocessor Board DS3800HMPK1C1B also is populated with 3 red indicator LEDs and 1 amber LED which are visible from the front of the board. The board also is populated with a microprocessor, erasable programmable read-only memory (EPROM) modules, and a 34-pin connector. It also is populated with 2 50-pin connectors.

When you plan to replace the GE Microprocessor Board DS3800HMPK1C1B there are some steps to take before you remove the defective board. Notice that the 2 50-pin connectors is assigned IDs that are printed on the board. The prefix of each is the letter J. Following the prefix is a unique suffix. The ID for 1 50-pin connector is JD and the ID for the other 50-pin connector is JC. To avoid confusion when you install the board and connect the 50-pin connectors, label each 50-pin ribbon cable with the ID of the connector to which it is plugged into. This will avoid problems associated with plugging the ribbon cables in to the wrong connector.

The jumpers are set by an installer to configure the board to send and receive signals and process information as needed for the drive function. The jumper positions are recorded and saved with other important information concerning the drive. Before you install the replacement drive, set the jumpers to match the original board as recorded by the installer of the original board.

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The GE Microprocessor Board DS3800HMPK1C1D is designed for quick installation in the drive. The board features a modular connector on 1 end and retention levers on the other end. The GE Microprocessor Board DS3800HMPK1C1D also is populated with 3 red indicator LEDs and 1 amber LED which are visible from the front of the board. The board also is populated with a microprocessor, erasable programmable read-only memory (EPROM) modules, and a 34-pin connector. It also is populated with 2 50-pin connectors.

When the amber indicator LED is lit, it means that the board is experiencing a warning condition. It also means that power is still applied to the board. It is best practice to resolve the issue when possible to restore function to the drive and the board. The first step to resolving the situation is to restart the board. It might be that interference has caused the command signals to be out of sequence or jumbled. A restart button is located on the board near the 34-pin connector. It is for use by a qualified servicer only due to the possibility of a high-voltage electric shock if components are touched while power is present in the board.

The restart button temporarily stops processing on the board without shutting off power. After a number of seconds, processing is automatically restarted without user intervention. Carefully press the button without touching other components. If the problem is resolved, the amber LED will cease to be lit and normal processing will resume.

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The GE Microprocessor Board DS3800HMPK1D1B is designed for quick installation in the drive. The board features a modular connector on 1 end and retention levers on the other end. The GE Microprocessor Board DS3800HMPK1D1B also is populated with 3 red indicator LEDs and 1 amber LED which are visible from the front of the board. The board also is populated with a microprocessor, erasable programmable read-only memory (EPROM) modules, and a 34-pin connector. It also is populated with 2 50-pin connectors.

The GE Microprocessor Board DS3800HMPK1D1B also is populated with a reset button. This can be useful if the amber LED is lit. The amber LED indicates that a warning has been issued. The warning might mean that the command signals have become garbled or exposed to interference and board processing is out of sequence. If that is the case, the reset button can allow signals and processing to restart which might enable all board functions to return to a healthy state.

However, the reset button is for use by a qualified servicer only. Only a qualified technician is trained to work inside the drive while power is on. The board and other components in the drive are powered by high-voltage current and can cause serious electric shock and burn if touched while powered on. Additionally, the moving parts in the drive, including the motor, can cause harm to individuals.

When the reset button is pressed, power remains in the board but processing is halted for several seconds. Then, processing is reset. This can clear some processing and signal problems.

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The GE Microprocessor Board DS3800HMPK1D1D is designed for quick installation in the drive. The board features a modular connector on 1 end and retention levers on the other end. The GE Microprocessor Board DS3800HMPK1D1D also is populated with 3 red indicator LEDs and 1 amber LED which are visible from the front of the board. The board also is populated with a microprocessor, erasable programmable read-only memory (EPROM) modules, and a 34-pin connector. It also is populated with 2 50-pin connectors.

The 3 red LEDs each has an ID with a suffix comprised of the letters CR. The remainder of the ID is comprised of a numerical value. Some of the IDs are CR10 and CR 11. When the board is first powered on, all 3 red LEDs are lit for a few seconds so that the operator can verify that the LEDs are operational. When the red LEDs are lit, an error has occurred. Each LED is associated with a circuit on the board and the LED indicates that the circuit has an error. You can run the diagnostic tools that reside on the drive to identify the problem.

The control panel on the drive has a small display and a keypad. The control panel user interface provides multiple menu options to access sections of the configuration parameters. You can edit and view the parameters. The keys are used to move up and down the menu options and make selections. Another selection is to access the diagnostic tools. When complete, you can select another menu option to download the diagnostic results to a laptop.

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The GE Microprocessor Board DS3800HMPK1E1D is designed for quick installation in the drive. The board features a modular connector on 1 end and retention levers on the other end. The GE Microprocessor Board DS3800HMPK1E1D also is populated with 3 red indicator LEDs and 1 amber LED which are visible from the front of the board. The board also is populated with a microprocessor, erasable programmable read-only memory (EPROM) modules, and a 34-pin connector. It also is populated with 2 50-pin connectors.

When the replacement GE Microprocessor Board DS3800HMPK1E1D is shipped to you, there are some steps to take to ensure the installation of the board is quick and easy. Before you open the box inspect the box for dents or holes, or gashes in the cardboard. They might be signs that the board was was mistreated during shipping.

Next, look for the shipping label attached to the outside of the box. You will find the model number and other identifying information. Make sure the model is the same as the board you planned to purchase. Peel off the shipping label and keep it with your other information about the board. If you have to call for service, it will reduce the length of the service call if you have all the information with you before you call.

You will note that the EPROM module socket is unpopulated when you receive it. Part of the installation is to remove the module from the old board and install it in the new board.

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The GE Microprocessor Board DS3800HMPK1F1E is designed for quick installation in the drive. The board features a modular connector on 1 end and retention levers on the other end. The GE Microprocessor Board DS3800HMPK1F1E also is populated with 3 red indicator LEDs and 1 amber LED which are visible from the front of the board. The board also is populated with a microprocessor, erasable programmable read-only memory (EPROM) modules, and a 34-pin connector. It also is populated with 2 50-pin connectors.

The GE Microprocessor Board DS3800HMPK1F1E is populated with 1 modular connector that has several advantages for the operator and installer. The modular connector makes it quick and easy to connect the board to the drive. The installer slides the board into the board rack and the 2 modular connectors meet. They slide together and form a connection.

The connection provide electric power to the board without the need for power cables. They also make signal connections without the need for signal cables that have to routed and managed. The signals are received by the board for processing. The microprocessor embedded on the board processes the signals as needed. Then, the signals are transmitted to other components in the drive for further processing.

When the board must be removed, lift up on the retention levers to unlock the board. Then, use the levers as handles to remove the board from the rack. Remove the 34-pin ribbon cable from the connector between the levers, if 1 is attached. When the board is removed from the rack, disconnect the 50-pin ribbon cables.

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The GE Microprocessor Board DS3800HMPK1F1F is designed for quick installation in the drive. The board features a modular connector on 1 end and retention levers on the other end. The GE Microprocessor Board DS3800HMPK1F1F also is populated with 3 red indicator LEDs and 1 amber LED which are visible from the front of the board. The board also is populated with a microprocessor, erasable programmable read-only memory (EPROM) modules, and a 34-pin connector. It also is populated with 2 50-pin connectors.

The EPROM module sockets on the board are empty on a replacement GE Microprocessor Board DS3800HMPK1F1F when you receive it. This is so that the servicer can install the modules from the original board. To maintain the productivity on the drive, the replacement board must process information the same as the defective board. When you move the modules from the old board to the new board, the instructions code and firmware will be the same. This ensures that the processing behavior will be the same in the new board.

The replacement board might be a newer version of the same board. Each version contains the latest design improvements and fixes. The newer version might look slightly different. This might be due to the location of components changing or newer components being used. However, the board undergoes extensive product testing to ensure that the processing behavior does not change. If connectors or other components are in different locations, or missing from the board, notes on work arounds are available to ensure compatibility.

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The GE Microprocessor Board DS3800HMPK1G1F is designed for quick installation in the drive. The board features a modular connector on 1 end and retention levers on the other end. The GE Microprocessor Board DS3800HMPK1G1F also is populated with 3 red indicator LEDs and 1 amber LED which are visible from the front of the board. The board also is populated with a microprocessor, erasable programmable read-only memory (EPROM) modules, and a 34-pin connector. It also is populated with 2 50-pin connectors.

Troubleshooting steps are available if you find that the GE Microprocessor Board DS3800HMPK1G1F is defective. If the board is experiencing intermittent problems or has suddenly stopped performing up to standard, it might be that some command signals have gotten out of sequence. It could also be that the firmware or other code is out of sequence on the microprocessor. In either case, the best first step is to restart the board. The restart will enable the microprocessor is refresh the instructions and clear up any temporary problems.

The board is populated with a reset button to easily restart the board. However, because the button is pressed while the board is receiving power, only a qualified servicer or technician can perform the action. This is to avoid an electric shock or burn. While the drive is receiving power, the servicer can press the reset button because it is located between the retention levers and is accessible while the board is installed in the drive. Press the button for a few seconds to stop processing.

","meta_title":"MARK IV GE MICROPROCESSOR","meta_description":"MARK IV GE MICROPROCESSOR","keywords":"MARK IV GE MICROPROCESSOR","series_page_description":"MARK IV GE MICROPROCESSOR","quote_description":null,"inventory_notes":"","cross_reference":"","created_at":null,"updated_at":null,"prod_pdf":[]},{"id":12100,"part_number":"DS3800HMPK1G1G","revision_type_id":1,"series_id":114,"stock_level_id":4,"repair_time_id":1,"stock_level_text":"In Stock Ships 3-5 Days","repair_time_text":"24 Hours","weight":null,"recond_stock":0,"new_stock":0,"recond_price":"0.00","new_price":"0.00","max_oversell":0,"description":"MICROPROCESSOR TURBINE CONTROL CARD GE","short_desc":"GE Microprocessor Board DS3800HMPK1G1G","content":"

The GE Microprocessor Board DS3800HMPK1G1G is designed for quick installation in the drive. The board features a modular connector on 1 end and retention levers on the other end. The GE Microprocessor Board DS3800HMPK1G1G also is populated with 3 red indicator LEDs and 1 amber LED which are visible from the front of the board. The board also is populated with a microprocessor, erasable programmable read-only memory (EPROM) modules, and a 34-pin connector. It also is populated with 2 50-pin connectors.

The GE Microprocessor Board DS3800HMPK1G1G is designed for a long service life. It is also designed for reliability and availability. The drive must be installed in a location that has cool and clean air to keep the drive from overheating. If the drive overheats, it can cause the boards to have intermittent problems. The heat might also cause a serious problem that causes the board to be replaced. If the drive interior temperature reaches a predefined threshold, an overheat trip condition can occur. Trip conditions are problems that can cause major damage to the drive if allowed to continue. Some other conditions that can cause trip conditions are overvoltage and overload. An over voltage condition occurs if the drive is exposed to too much current. This can easily damage the components, including the microprocessor. To avoid this, the drive will automatically shutdown to avoid damage. An overload condition occurs if the motor and other moving parts are stressed over limits by the workload.

If any of the trip conditions happen, before you restart the drive, it is important to identify the problem and resolve any issues to protect the drive from damage and avoid an automatic shutdown.

","meta_title":"MICROPROCESSOR TURBINE CONTROL CARD GE","meta_description":"MICROPROCESSOR TURBINE CONTROL CARD GE","keywords":"MICROPROCESSOR TURBINE CONTROL CARD GE","series_page_description":"MICROPROCESSOR TURBINE CONTROL CARD GE","quote_description":null,"inventory_notes":"","cross_reference":"","created_at":null,"updated_at":null,"prod_pdf":[]},{"id":12101,"part_number":"DS3800HMPK1H1H","revision_type_id":1,"series_id":114,"stock_level_id":4,"repair_time_id":1,"stock_level_text":"In Stock Ships 3-5 Days","repair_time_text":"24 Hours","weight":null,"recond_stock":0,"new_stock":0,"recond_price":"0.00","new_price":"0.00","max_oversell":0,"description":"GE MICROPROCESSOR GAS TURBINE CARD","short_desc":"GE Microprocessor Board DS3800HMPK1H1H","content":"

The GE Microprocessor Board DS3800HMPK1H1H is designed for quick installation in the drive. The board features a modular connector on 1 end and retention levers on the other end. The GE Microprocessor Board DS3800HMPK1H1H also is populated with 3 red indicator LEDs and 1 amber LED which are visible from the front of the board. The board also is populated with a microprocessor, erasable programmable read-only memory (EPROM) modules, and a 34-pin connector. It also is populated with 2 50-pin connectors.

The GE Microprocessor Board DS3800HMPK1H1H is populated with EPROM modules and when the original board is shipped, the module sockets are populated with modules. The modules store the code used to control the microprocessor activity. The code is in the form of firmware and programming code. Without the modules the microprocessor are inactive. The microprocessor reads the firmware and programming code for processing instructions. The modules are never updated by the microprocessor. Instead, the microprocessor uses the same instructions without updates applied to it.

When you receive a replacement board, you will find that the module sockets are empty. The microprocessor on the board controls the operation of the board and to ensure the new board operates the same as the defective board it is best to use the same firmware and programming code. Be aware that the code on the modules is sensitive to static electricity. Wear a wrist strap when you handle a module. To remove a module, insert a screwdriver in the space between the module and the socket on the end of 1 socket. Lift up on the screwdriver to remove the module.

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The GE Microprocessor Board DS3800HMPK1J1H is designed for quick installation in the drive. The board features a modular connector on 1 end and retention levers on the other end. The GE Microprocessor Board DS3800HMPK1J1H also is populated with 3 red indicator LEDs and 1 amber LED which are visible from the front of the board. The board also is populated with a microprocessor, erasable programmable read-only memory (EPROM) modules, and a 34-pin connector. It also is populated with 2 50-pin connectors.

The drive operator can view the indicator LEDs on the GE Microprocessor Board DS3800HMPK1J1H while the drive is in operation. When full voltage is present in the board and the board has successfully passed the startup diagnostic tests, the amber LED is lit. When the amber LED is not lit, there are several possible reasons. This might be because the board did not pass the startup diagnostic tests or because power is not present. The first troubleshooting step is to reseat the board in the board rack.

Remove all power from the drive. Be aware that the drive has more than 1 source of electrical power and that you must remove all power before touching any components in the drive. Disconnect power from a circuit breaker to remove ac power. Remove a fuse from the rectifier to remove dc power. Lift up on the retention levers to unseat the board. Then, reset the board and use your thumbs to carefully seat the board in the modular connector. Close the retention levers and restart the drive to verify that the board is operational and that the amber LED is lit.

","meta_title":"TURBINE CONTROL CARD MICROPROCESSOR","meta_description":"TURBINE CONTROL CARD MICROPROCESSOR","keywords":"TURBINE CONTROL CARD MICROPROCESSOR","series_page_description":"TURBINE CONTROL CARD MICROPROCESSOR","quote_description":null,"inventory_notes":"","cross_reference":"","created_at":null,"updated_at":null,"prod_pdf":[]},{"id":12103,"part_number":"DS3800HMPK1J1J","revision_type_id":1,"series_id":114,"stock_level_id":1,"repair_time_id":1,"stock_level_text":"In Stock Ships Today","repair_time_text":"24 Hours","weight":null,"recond_stock":0,"new_stock":0,"recond_price":"0.00","new_price":"0.00","max_oversell":0,"description":"GE TURBINE CONTROL MICROPROCESSOR MARK IV","short_desc":"GE Microprocessor Board DS3800HMPK1J1J","content":"

The GE Microprocessor Board DS3800HMPK1J1J is designed for quick installation in the drive. The board features a modular connector on 1 end and retention levers on the other end. The GE Microprocessor Board DS3800HMPK1J1J also is populated with 3 red indicator LEDs and 1 amber LED which are visible from the front of the board. The board also is populated with a microprocessor, erasable programmable read-only memory (EPROM) modules, and a 34-pin connector. It also is populated with 2 50-pin connectors.

The GE Microprocessor Board DS3800HMPK1J1J is a high-voltage device with multiple sources electrical power. Some of the sources carry dc current. The dc current is converted from ac current by inverters that are installed near the drive. To disconnect dc power, you can remove the fuses from the inverters. This disables the inverters and stops current from entering the drive. Other sources carry ac current. The ac current uses circuit breakers as safety devices. You can pull the circuit breaker to disconnect the ac power.

The high-voltage current is a safety hazard and requires some planning before a servicer works around it, even after the power is removed from the drive. Under some conditions, the floor of the work environment might be moist or wet. Before you touch the drive, make sure the floor is clean and dry. Use rags to dry the floor. Clean up any oil or grease that might be on the floor. Use a degreaser to clean the floor and make sure the floor is dry after the clean up.

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The GE Microprocessor Board DS3800HMPK1K1J is designed for quick installation in the drive. The board features a modular connector on 1 end and retention levers on the other end. The GE Microprocessor Board DS3800HMPK1K1J also is populated with 3 red indicator LEDs and 1 amber LED which are visible from the front of the board. The board also is populated with a microprocessor, erasable programmable read-only memory (EPROM) modules, and a 34-pin connector. It also is populated with 2 50-pin connectors.

Every version of the GE Microprocessor Board DS3800HMPK1K1J has the most recent improvements. The improvements include circuit design updates, improved components, and usability design updates. If you plan to install a new version of the board as a replacement, you can be sure that you will find compatibility between the older version you are removing and the newer version you are installing. This is due to the product testing that takes place to ensure that a newer version behaves the same. The newer version might look different due to the components being in different locations. The components might also look different. They might be different color, size, or shape.

In somes cases, you might find that a jumper or connector is missing from a newer version. If that is the case, alternate configuration and installation options are available. For example, if a jumper is missing, you might find that the configuration setting is combined with another jumper on the board. Refer to the information that is supplied with the board for more information.

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The GE Microprocessor Board DS3800HMPK1K1K is designed for quick installation in the drive. The board features a modular connector on 1 end and retention levers on the other end. The GE Microprocessor Board DS3800HMPK1K1K also is populated with 3 red indicator LEDs and 1 amber LED which are visible from the front of the board. The board also is populated with a microprocessor, erasable programmable read-only memory (EPROM) modules, and a 34-pin connector. It also is populated with 2 50-pin connectors.

The GE Microprocessor Board DS3800HMPK1K1K can have a maximum of 3 ribbon cables attached to it. The large ribbon cables can potentially block the air flow which is used to move the heat from the interior of the drive. Proper cable routing can help maintain the air flow through the drive. The 2 50-pin connectors are on the surface of the board and if not routed properly can block air from reaching the microprocessor. The microprocessor is hot and will cause an overheat condition if allowed to heat the interior of the drive. Fold the 50-pin ribbon cables so that they exit from the top of the board between the retention levers. This will allow air to flow through the board. Route the cables to the interior wall of the drive to allow for the free movement of air.

When you are ready to return power to the drive after installing the replacement GE Microprocessor Board DS3800HMPK1K1K you will notice that the LEDs light for a few seconds. This is to verify that all the LEDs are working.

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The GE Microprocessor Board DS3800HMPK1L1K is designed for quick installation in the drive. The board features a modular connector on 1 end and retention levers on the other end. The GE Microprocessor Board DS3800HMPK1L1K also is populated with 3 red indicator LEDs and 1 amber LED which are visible from the front of the board. The board also is populated with a microprocessor, erasable programmable read-only memory (EPROM) modules, and a 34-pin conne