{"isEnabled":true,"series":{"id":113,"manufacturer_id":16,"name":"Mark V DS200","page_name":"mark-v-ds200","description":"

In Stock
Ships Today
1-800-991-7026

International
1-919-372-8413

The GE General Electric Speedtronic Mark V Gas Turbine Control System is a version of GE's long series of highly reliable electro-hydraulic control (EHC) systems for Steam and Gas Turbine Control. We are proud to offer a substantial inventory of these critical boards and provide a standard warranty with each and every purchase.

","content":null,"meta_title":"GE General Electric Mark V EX2000 Speedtronic Gas and Steam Turbine Control System. See also EX2000 Generator Excitation Maintenance and Control","meta_description":"GE General Electric Mark V EX2000 Speedtronic Gas and Steam Turbine Control System. See also EX2000 Generator Excitation Maintenance and Control","keywords":"GE, General Electric, Mark V, EX2000, Mark 5, Speedtronic, Gas and Steam Turbine Control System., See also EX2000 Generator Excitation Maintenance and Control","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":40,"series_id":113,"image_id":42200,"image_type_id":3,"name":"ds200aahah1adc.jpg","is_active":1,"created_at":null,"updated_at":null},{"id":41,"series_id":113,"image_id":42272,"image_type_id":3,"name":"ds200aahah1adc.jpg","is_active":1,"created_at":null,"updated_at":null},{"id":42,"series_id":113,"image_id":42502,"image_type_id":3,"name":"ds200aahah1adc.jpg","is_active":1,"created_at":null,"updated_at":null}]},"products":[{"id":18528,"part_number":"173C8434FA","revision_type_id":1,"series_id":113,"stock_level_id":1,"repair_time_id":1,"stock_level_text":"In Stock
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The GE Attached Resource Computer Network (ARCNET) Board DS200ACNAG1 uses the Attached Resource Computer Network (ARCNET) protocol for LAN communications. It features two connectors for LAN communications and one 6-pin connector. Any board you add or replace in the drive must be treated with care to prevent static from harming the board or the drive before you install it. Static can build up on your body and on the board. It can build up if you walk around with the board if it isn’t in the static protective bag in which you received the board. This is especially the case in cool and dry weather. The best protection is to leave the board in the box until you need it and don’t open the bag unless necessary.

However, when you receive the box you will find a shipping label on the outside. Note the model number printed on the label and verify that it matches what you ordered. As a final verification, use a sharp edged device to open the security tape. With the same sharp edged device, open the static bag. When you open the bag, don’t cut into the board or otherwise damage the board. The model number is printed on one edge of the board. Without removing the board or touching the board, read the model number and verify that it is the board you ordered.

Close the lid on the box and put it is a safe location where only authorised individuals can access it. This prevents accidental damage or contamination from static build up.

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The GE Attached Resource Computer Network (ARCNET) Board DS200ACNAG1A uses the Attached Resource Computer Network (ARCNET) protocol for LAN communications. It features two connectors for LAN communications and one 6-pin connector. Before you start the replacement, have on hand a screwdriver and a device for testing for the presence of high-voltage power in the drive. Make sure the screwdriver is in good condition and if it has insulation, make sure it is intact and is not worn. All hand tools must be qualified for the purpose because some material on hand tools might appear to be insulation but it doesn’t provide the insulating qualities that are required to work on high-powered devices. Also, the tester must be qualified for the purpose. The controls on the tester must be properly set for the task and the tester must be calibrated for testing the high-voltage current. Make sure the probes attached to the tester are compatible with the tester and are suitable for the job.

Power supplies are attached to the drive that supply the high-voltage electricity needed to power the drive. The servicer must have knowledge of the power supplies and how to disengage them. Typically they can be turned off by removing the fuses from them. A qualified electrician who was involved in the installation would be a good source of information about the power supplies.

If other devices also receive power from the same power supplies inform all interested parties beforehand so they can plan for the outage.

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The GE Attached Resource Computer Network (ARCNET) Board DS200ACNAG1ACC uses the Attached Resource Computer Network (ARCNET) protocol for LAN communications. It features two connectors for LAN communications and one 6-pin connector. When any board or other device is installed in a drive, the installer must assume that power is present in the device, that is, the installer must always be vigilant before touching any devices or components in the drive.

Before replacing the board, the servicer must inspect the area surrounding the drive and note several conditions. If the floor is damp or moist the water or other liquid must be cleaned up and the floor must be completely dry. This is also true for oil or grease due to the hazard posed by slipping during the replacement procedure. Also look for ungrounded power cords in the area around the drive. Due to the risk for electric shock, remove them from the area. The qualified servicer must also know how the drive receives power and have access to the power supplies. To disable the power supply to the drive, typically the fuses can be removed from the power supplies to turn them off.

Also, the servicer must use a buddy system when performing the replacement. That is, because of the high-voltage and the risk of injury the servicer must not work without another person present in case the servicer requires emergency assistance. The assistant can can for help, if an emergency condition occurs.

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The GE Attached Resource Computer Network (ARCNET) Board DS200ACNAG1ADD uses the Attached Resource Computer Network (ARCNET) protocol for LAN communications. It features two connectors for LAN communications and one 6-pin connector. Use the two LAN connectors to attach the drive to a communications network. One connector is for receiving signals from a device and the other is for transmitting information.

If you are having problems with the connection there are some troubleshooting steps you can follow. First, make sure the network adapter on the desktop device is operational and is properly configured for the task. Another steps is to unplug the connectors from the DS200ACNAG1ADD and then reconnect them.

The board has two screw holes that align with specific locations on the board rack located in the drive. However, before you attach the board, there are some considerations. The board comes to you wrapped in a static protective package. The shipping container protects the board from damage encountered during shipping. However, if the box shows signes of water damage, dents, heavy scratches, or tears, the board might have been damaged.

Use a cutting device to open the box and remove any written material that might have shipped with the box. Also locate the shipping label on the outside of the box and verify that you have received the device that you ordered. The box is secured with a security tape that indicates if the box has been opened and provides assurance that the device has not been tampered with in transit.

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The GE Integrated Circuit Chip PROM Set features two PROM modules that are compatible with several GE Mark V boards. The EPROM modules store the configuration files for a drive, or other device. The configuration file from the factory is a default configuration. However, editing tools are available to edit the configuration for the purposes of the site. The configuration file can be downloaded to a laptop or other device for editing through a serial cable connected to the drive and to the serial port on the laptop or other device. Once you have completed the editing, you can upload it to the drive where it is stored on the PROM modules.

Because the PROM modules are damaged by static, you must consider the guidelines for handling static sensitive devices. The PROM modules come packaged and sealed in a static protective bag. It is important to keep the PROM modules in the bag and away from others who might accidently damage the PROM modules by handling them and exposing them to static.

When you are ready to install the modules wear a wrist strap. The wrist strap drains static electricity from your body and the board by connecting the other end of the wrist strap to a grounded surface, such as a metal support on a workbench. Some wrist straps have a plug that you can plug into a matching connector on a workbench.

Before you install the replacement PROM, download the configuration from it to the laptop. Then, install the replacement PROM and upload the same configuration file to the replacement PROM modules.

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The GE Genius Adapter Board DS200ADCIH1 features 4 jumpers, one 20-pin connector, and three 40-pin connectors. It is also populated with two programmable memory (PROM) modules. The PROM modules on the GE Genius Adapter Board DS200ADCIH1 are used to store the configuration files that control the operation of the drive. When you receive the original board from the factory, the PROM modules store a default configuration. However, you can download an editing tool to a laptop that provides the means to tailor the configuration to the needs of the site. The easy-to-use user interface provides the means to locate and edit the parameters to update. A serial cable is connected between a serial port on the drive and a serial port on the laptop. From the control panel on the drive, you can select to download the configuration to the laptop. After the updates are complete, you can upload the configuration file to the PROM modules.

The PROM modules are prone to harm from static electricity so when you work on the board it is vital that you wear a wrist strap. The wrist strap drains any static from the board or your body to ground which can be a metal surface without paint on it. This might be a metal structure like a workbench leg or other metal structure.

Remove the PROM modules from the old board and install them in the replacement board. In this way, you can restart the drive and use the exact same configuration to run the drive.

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The GE Genius Adapter Board DS200ADCIH1A features 4 jumpers, one 20-pin connector, and three 40-pin connectors. It is also populated with two programmable memory (PROM) modules. The 40-pin connectors and the 20-pin connectors on the GE Genius Adapter Board DS200ADCIH1A connect to ribbon cables that carry control signals. The control signals are received by the board for processing and some of the control signals are transmitted to other boards and components in the drive.

When you plan the replacement be aware of some information about the ribbon cables. The ribbon cable must be handled in a manner that avoids damage. Because of the construction of the ribbon cables any stress you put on the cable might cause the wires to break away from the connector. When you remove the cable from the board, hold the cable by the connector only and pull it gently from the connector. Use your free hand to steady the board while you pull the cable from the board.

Because the board has multiple connectors it might help to write down the connector identifier to which the connector is plugged. Use a small amount of tape to wrap around the cable with the connector information. In this manner replugging the cables becomes much easier and quicker. It also helps eliminate the chance of plugging the cable into the wrong connector.

Be aware that you can only disconnect or connect cables with the power removed from the drive. Also, take measures to protect all components from static buildup.

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The GE Genius Adapter Board DS200ADCIH1ADB features 4 jumpers, one 20-pin connector, and three 40-pin connectors. It is also populated with two programmable memory (PROM) modules. The PROM modules are installed in connectors on the GE Genius Adapter Board DS200ADCIH1ADB and because they are removable it makes replacing the board much easier because you don’t have to reconfigure the replacement board. All that is required is to the move the PROM modules from the old board to the replacement board.

However, the PROM modules are sensitive to static build up which can damage the modules and erase the information on them. A wrist strap can protect the PROM module from static build up because the wrist strap gives the static a path to ground provided by a unpainted metal surface attached to the strap. Always wear a wrist strap when you handle the GE Genius Adapter Board DS200ADCIH1ADB.

The board is 6 inches in length and 1.25 inches in height and it comes with one hole in each of the four corners. When you replace the old board note where in the drive rack the old board is attached and plan to attach the replacement in the same location. Use two hands to unscrew the old board. With one hand guide the end of the screwdriver to the first screw. Use the other hand to turn the screwdriver. Save all the washers and screws used to secure the old board and use them to attach the replacement.

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The GE Auxiliary Interface Board DS200ADGIH1AAA features one 40-pin connector, 60 jumpers, and one 6-pin connector. The GE Auxiliary Interface Board DS200ADGIH1AAA also is populated with multiple test points. The board is 8 inches in width. DS200ADGIH1AAA is 6 inches in length and it is designed to be installed in the board cabinet of the drive. It has four screws and they align with a location on the board rack for installation with screws.

The test points provide a means to test the circuits on the board. However, only a qualified servicer should test the board. The servicer must have testing equipment that is calibrated and designed for the task. The controls must be set properly and the probes must be designed for use with the tester. Place the board on a flat surface and have a protective bag under the board.

Also, the servicer must wear a wrist strap at all times because of the risk of static. When the wrist strap is properly installed, one end of the strap is attached to your wrist and the other end is clipped to a metal leg of a workbench or desk. It can be attached to other metal structures too. The static is attracted to the metal ground and exits the board or your body.

Another appropriate step to lessen the buildup of static is to avoid moving around while holding the board in your hands. The friction of walking causes the static to build up. This is especially true during cool and dry weather conditions. If a wrist strap is not available, you can also touch the static bag with the board inside it to a metal structure, like a chair or metal desk leg.

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The General Electric DS200ADMAH1 is an analog to digital module daughterboard. Developed for the Mark V board series, this card can be used across a number of GE brand drives and exciters. This daughterboard easily installs on any drive’s DS200DSPC board. When mounted on a DSPC board, this card can buffer, filter, and convert incoming and outgoing analog and digital I/O.

Installing DS200ADMAH1 ensures that all I/O sent to and from the drive is accurate and converted properly. In total, this daughterboard provides twelve additional analog inputs to the installed drive. An additional four analog outputs are also included. When dealing with digital I/O, this card provides eight digital input output positions on the board. A programmable logic device is also available when using this drive. Logic controls are static RAM, providing an interfacing medium between the DSPC processor buses and the ADMA’s I/O features. Diagnostic indicators on the board alert users to the board’s status. Two LED indicators, along with one green IMOK LED and a red FAIL LED are all included on this card.

Provided installation parameters for both DS200ADMAH1 and the drive should be met. This will ensure that the ADMA board as well as the overall drive system operates properly. For a complete guide to wiring and installing the board to the DSPC connector is available in the device’s manual and datasheet. The manufacturer, General Electric, was the original provider of technical support for this board as well as the entire Mark V series.

AX Control’s trusted sales team is happy to assist with all of your DS200ADMAH1 needs. Please contact us by phone or email to receive current prices and availabilities on all parts and repairs.

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DS200ADMAH1A (ADMA) is an analog to digital module daughterboard developed by General Electric. A member of the Mark V board series, this daughterboard can be applied to a number of GE brand drives and exciters. Cutouts in the metal faceplate of this board allow it to easily install on top of the drive’s DS200DSPC (DPSC) board. When installed, this card buffers, filters, and converts analog and digital I/O fed to the drive.

Use of the DS200ADMAH1A board ensures that all system I/O is accurately read, converted, and transmitted. In addition to those provided by the drive, this daughterboard supports an additional twelve analog inputs. Four analog outputs are also included on this card. Digital I/O communications can be relayed via the eight digital input and output ports accessible on the board. An onboard programmable logic device is featured on this unit. By using static RAM, the logic device works to provide interfacing capabilities between the ADMA I/O and the DSPC processor buses. Two LED indicators, as well as one green IMOK LED and one red FAIL LED are displayed on the board to alert users to any errors or faults.

Installation parameters provided with the device should be followed. This will ensure that the DS200ADMAH1A as well as the installed drive operate as intended. For a complete guide to wiring and installing the daughterboard to the DSPC please refer to both the device manual and datasheet. General Electric, the manufacturer of the Mark V series, was the original provider of technical support for this card.

The trusted team at AX Control is ready to help with all of your DS200ADMAH1A needs. Current prices as well as part availabilities can be obtained by contacting our sales staff by phone or email.

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General Electric’s DS200ADMAH1AAC is an analog to digital module daughterboard (ADMA) developed for the Mark V series of optional and replacement boards. Most GE brand exciters and drives can have this card installed. Cutout patterns in this board’s metal faceplate allow it to be mounted on top of the existing DPSC (DS200DPSC) board. Analog and digital I/O being sent to and from the board is buffered, filtered, and converted using this card.

Drive I/O is precisely received, converted, and transmitted when using the DS200ADMAH1AAC. Adding to those found already on the drive, this board provides eight digital input and output points to users. Twelve analog inputs and four analog outputs can also be found on the card. This board features an integrated programmable logic device to allow for system interfacing. By providing the logic control in the form of static RAM, communications between the daughterboard and the DPSC processor buses is available. The board also features LED status indicators, providing diagnostic and board status information. These include two LED indicators, one green IMOK LED, and one red FAIL LED.

Following provided installation parameters will ensure that DS200ADMAH1AAC and its installed board operate as intended. These guidelines will prevent any accidental or unintentional damages to the overall drive system. Directions on how to wire and mount the ADMA board to the DPSC board is available in the series manual and device datasheet. Technical support for the entire Mark V board series was originally provided by the manufacturer, General Electric.

AX Control’s knowledgeable and trusted team is happy to help with all of your DS200ADMAH1AAC needs. To receive current prices and availabilities on all parts and repairs, please contact our sales staff by phone or email.

","meta_title":"DS200ADMAH1AAC GE SPEEDTRONIC ANALOG TO DIGITAL MODULE","meta_description":"DS200ADMAH1AAC GE SPEEDTRONIC ANALOG TO DIGITAL MODULE","keywords":"DS200ADMAH1AAC GE SPEEDTRONIC ANALOG TO DIGITAL MODULE","series_page_description":"DS200ADMAH1AAC GE SPEEDTRONIC ANALOG TO DIGITAL MODULE","quote_description":null,"inventory_notes":"","cross_reference":"","created_at":null,"updated_at":null},{"id":11232,"part_number":"DS200ADPAG1","revision_type_id":1,"series_id":113,"stock_level_id":1,"repair_time_id":1,"stock_level_text":"In Stock
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The GE Genius Adapter Board DS200ADPAG1 features one 40-pin connector and one 26-pin connector. It also has one 3-pin connector and one 10-pin connector. The 40-pin connector and the 26-pin connector on the GE Genius Adapter Board DS200ADPAG1 come with retention latches that are designed to keep the cables attached to it in place. To connect a cable, hold the cable connector and press the cable into the connector on the board and make sure it is firmly seated. Then, you move the latches over the cable connectors until the latches lock in place. When you are ready to replace the board and remove the cable, first open the latches and move them away from the cable. Then, grasp the cable from the connector only and pull the cable free from the connector.

Because the replacement board has multiple connectors that will need to be connected, it is best practice first to record where the cables are connected on the board. Do this by drawing a diagram of the board and marking where the cables connect before you disconnect them. You can also attach a tag with the connector information on it to the cable. Either way, it will speed up the replacement and lead to fewer errors if you know beforehand where to connect the cables.

Consider that the 40-pin connector and the 26-pin connector attach to ribbon cables that carry control signals to and from the board. It is important that you only grasp the connector part of the ribbon cable to pull it out and that you make sure the retention latch is open before you remove it.

","meta_title":"GE DRIVE SYSTEMS TURBINE BOARD","meta_description":"GE DRIVE SYSTEMS TURBINE BOARD","keywords":"GE DRIVE SYSTEMS TURBINE BOARD","series_page_description":"GE DRIVE SYSTEMS TURBINE BOARD","quote_description":null,"inventory_notes":"","cross_reference":"","created_at":null,"updated_at":null},{"id":11233,"part_number":"DS200ADPAG1A","revision_type_id":1,"series_id":113,"stock_level_id":1,"repair_time_id":1,"stock_level_text":"In Stock
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The GE Genius Adapter Board DS200ADPAG1A features one 40-pin connector and one 26-pin connector. It also has one 3-pin connector and one 10-pin connector. The cables that connect to the 40-pin connector and the 26-pin connector are held in place with retention latches that are built into the connectors. However, the latches require some special considerations before you use them during the procedure to replace the board.

The retention latches must be fully engaged to keep the cables from disconnecting from the connectors on the board. To use the retention latches, use your fingers to slip the latches away from the cable. Then, grasp the cable at the connector end and gently remove it from the board. To install a cable first move the latches out of the way before you insert the cable into the connector.

Before you replace the board, you have to have a wrist strap on to protect the drive and the board from static electricity. One end of the strap wraps around your wrist while to other end must be attached to a metal object that is free of paint. This could be a metal leg of a workbench or a chair leg, or a metal column. The metal provides a place for the static to leave your body or the board to find ground. Some wrist straps are equipped with a clip to attach to the metal surface while others have a plug that connects directly to a workbench. Without the attachment to a metal surface the wrist strap is ineffective in draining the static.

","meta_title":"DS200ADPAG1A GE GENIUS ADAPTER CARD","meta_description":"DS200ADPAG1A GE GENIUS ADAPTER CARD","keywords":"DS200ADPAG1A GE GENIUS ADAPTER CARD","series_page_description":"DS200ADPAG1A GE GENIUS ADAPTER CARD","quote_description":null,"inventory_notes":"","cross_reference":"","created_at":null,"updated_at":null},{"id":11234,"part_number":"DS200ADPAG1ABB","revision_type_id":1,"series_id":113,"stock_level_id":8,"repair_time_id":1,"stock_level_text":"Out Of Stock","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":"DS200ADPAG1ABB GE GENIUS ADAPTER CARD","short_desc":"GE Genius Adapter Board DS200ADPAG1ABB","content":"

The GE Genius Adapter Board DS200ADPAG1ABB features one 40-pin connector and one 26-pin connector. It also has one 3-pin connector and one 10-pin connector. The GE Genius Adapter Board DS200ADPAG1ABB comes with holes for use when you replace the board. The board is 8.5 inches in length and 2.75 inches in height. The interior of the drive has a specific location designed for the board with screws holes that align with the holes on the board. After the power is removed from the drive and you have tested the drive to verify that it is safe to touch the interior components and boards, locate the DS200ADPAG1ABB and examine several factors before you remove it. First, notice the location of the board in the drive and where the board is attached to the drive. The servicer will attach the replacement board in the same location and it is best to note any boards or cables that might be blocking access to the board.

Prepare to move aside any cables that block access to the drive or that have fragile components that you want to avoid hitting. Also note the cables attached to the board and how the cables are routed in the drive. It is important to route the cables the same way because the cables carry sensitive signals that are prone to interference from power cables. Also, air flow is important to keep the components cool and improper cable routing can interfere with the free flow of air.

","meta_title":"DS200ADPAG1ABB GE GENIUS ADAPTER CARD","meta_description":"DS200ADPAG1ABB GE GENIUS ADAPTER CARD","keywords":"DS200ADPAG1ABB GE GENIUS ADAPTER CARD","series_page_description":"DS200ADPAG1ABB GE GENIUS ADAPTER CARD","quote_description":null,"inventory_notes":"","cross_reference":"","created_at":null,"updated_at":null},{"id":11235,"part_number":"DS200ADPBG1A","revision_type_id":1,"series_id":113,"stock_level_id":1,"repair_time_id":1,"stock_level_text":"In Stock
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The Genius I/O Adapter Board DS200ADPBG1A features one block of 8 switches for configuring the board. The Genius I/O Adapter Board DS200ADPBG1A also is populated with one 40-pin connector and one 26-pin connector. The Genius I/O Adapter Board DS200ADPBG1A has retention clips on the 40-pin connector and the 26-pin connector. They are designed to hold the cable in place so that an accidental disconnect doesn’t occur. Before you disconnect a cable use your finger to slide the retention clips away from the cable. To install a cable, first make sure the clip is out of the way, then gently plug the cable into the connector. Press down on the connector to make sure it is fully seated. Use one finger to slide the clip over the cable until it snaps in place.

The 40-pin connector and the 26-pin connector are connected to ribbon cables that require you to consider some information. The ribbon cables are made up of multiple small wires that are connected to the plastic connector. The small wires are easily damaged and so if you pull the cable out of the connector the wires might disconnect from the plastic connector.

To disconnect a ribbon cable hold the connector portion of the ribbon cable and pull it out from the board. This puts less stress on the cable and helps the wires stay connected. Use your free hand to steady the board to keep it from bending or coming free from the board rack.

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The Genius I/O Adapter Board DS200ADPBG1ABB features one block of 8 switches for configuring the board. The Genius I/O Adapter Board DS200ADPBG1ABB also is populated with one 40-pin connector and one 26-pin connector. The Genius I/O Adapter Board DS200ADPBG1ABB also is populated with jumpers that can be used to help taylor the board to the requirements of the site. Some of the jumpers have only one supported position that is set at the factory. The jumper is used by the factory for testing only and once the testing is complete, the jumper is moved to the one supported position. Other jumpers can be moved to configure the board.

The written documentation that came with the original board explains the jumpers and defines how moving the jumpers changes the behavior of the board.

However, when you are replacing the board in the drive, consider that you only need to match the jumper positions on the old board on the new board. Remove the old board and place it on a flattened static protective bag on a flat surface, for example a work bench or a desk. You must wear a wrist strap because it gives a route for the static to drain from your body and the board to the metal grounded surface.

Remove the replacement board from the bag and place it next to the old board. The jumpers all have identifiers that begin with JP. For example, JP1, JP2, and JP3. Move the JP1 jumper on the replacement board to match the position on the defective board.

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The GE Contactor Driver Board DS200CDBAG1 opens and closes a contactor.Before you touch the board make sure you remove power to drive and test the board to make sure no power is in the board. Also, do not remove the board while the drive is receiving power. Static electricity can damage a board. Use a grounding strap to work on the board and store the board in a static protective bag.

The DS200CDBAG1 has one jumper. JP1 is a 3 pin jumper and it used only for factory testing purposes. Keep pins 1 and 2 covered for normal operation. When pins 2 and 3 are covered, it is reserved only for factory use.The DS200CDBAG1 also features a potentiometer that is used to control the amount of current applied to the contactor coil. This is set at the factory and it is best practice to not change it.

The DS200CDBAG1 also has test points you can use for testing the operation of the board. One test point is the common reference point for the board. One test point is the 15V DC test point as referenced to the common reference point. One test point is for the contactor driver reference voltage.

The connector 1TB on the DS200CDBAG1 board consists of four sections (1TBA, 1TBB, 1TBC, and 1TBD). Carefully note the locations of the connectors on the board and use a screwdriver to pry apart the sections. The replacement board might have the connectors in different locations so care must be taken to plug the sections into the correct connectors.

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The GE Contactor Driver Board DS200CDBAG1A opens and closes a contactor.

Consider that the GE Contactor Driver Board DS200CDBAG1A is revised periodically to improve the components, reliability, and operation of the device. However, compatibility between all revisions is assured. For example, you can purchase the latest version of the board and install it in your drive and it will be compatible with the older version you have removed.

If the need arises to replace the board, installation is easy and quick. This is due to the design of the drive which provides easy access to the board. For safety reasons and to protect all components, you must remove power to the drive. Wait several minute for all electrical power to be removed. Then test any circuits to make sure all power is removed before touching them with your hands.

Open the cabinet door of the drive where the damaged board is located. You might find that there are multiple wires connected to the damaged board. Before you remove them label any that do not have labels to make installation easier. Connector 1TB features a 2-part connector. Use a screwdriver to separate the two sections and disconnect the connectors from the board.

One jumper is located on the board that is reserved for use by the factory during manufacturing. It is used for testing. It is a 3-pin jumper and pins 1 and 2 should remain covered. Do not attempt to change the position of the jumper.

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The GE Contactor Driver Board DS200CDBAG1B opens and closes a contactor. You’ll find that replacing the DS200CDBAG1B is easy and quick because of several important design features of the drive and the board. First, the board is housed in a cabinet that is easily accessible to the servicer. Also, brackets are used to support the weight of the board and hold the board in place. Four screws hold the board in the drive. They are easy to access and remove the screws. All connectors are easy to open and enable the servicer to remove all cables from the board.

When you remove the four screws that secure the board, place the four screws in a safe place for future use. You’ll need the screws to secure the replace board in place. Also the connectors are designed so that the servicer can be sure the connectors are fully seated. That is, the connectors don’t click into place until the connections are complete.

One important consideration is that you should only remove the replacement board from the static package only immediately before you are ready to install it. This will reduce the chance of static build up on the board.

You’ll notice one jumper on the DS200CDBAG1B. It is reserved for use at the factory for testing purposes. It is a 3-pin jumper and the 1 and 2 pins must remain covered for normal operation. When pins 2 and 3 are covered, it is for factory use only.

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The GE Contactor Driver Board DS200CDBAG1BBB opens and closes a contactor. All power, input signals, and output signals are connected to the board through 1 connector on the board (1TB). The 1TB connector is made up of four sections. Three plug connectors supply the power and signals to the connector. The four sections are 1TBA, 1TBB, 1TBC, and 1TBD. To remove the connector, use a screwdriver to help pry the connectors apart from the board. Before you remove any cables, it is best practice to label all cables to avoid confusion when you install the replacement board.

Also, one fuse connector is located on the board. If replacement is necessary use a 4 amp 125V, 2 AG slow-blow fuse. If the fuse blows often, you might suspect that the board needs to be replaced.

It might be necessary to troubleshoot the board if you suspect the board is not functioning properly. Test points are on board for you test various functions of the board. You’ll need to use isolated test equipment to test the board. One point is the common reference point. The second test point is used for the 15 V dc power supply reference. The third is for the contactor driver reference.

If you call to request service or customer support, be ready to identify the device by the part number before you call. The part number or catalog number is visible on the edge of the board. Write down the identifying information before you call for service or assistance.

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The GE Contactor Driver Board DS200CDBAG1BDB opens and closes a contactor.

The DS200CDBAG1BDB features two jumpers that are accessible. One is reserved for use by the factory personnel on the assembly line for testing the board. From the factory the jumper is placed over pins 1 and 2. Do not move the jumper to pins 2 and 3. In some cases you might have multiple contactor driver boards installed in the drive. To enable coordinated operation between the boards, move the jumper to pins 2 and 3. You must provide voltage to connectors 1TB-9 and 1TB-10 on the board to provide the power for coordinated operation.

Connectors 1TB-9 and 1TB-10 are included in connector 1TB on the board. All transmitted signals, received signals, and power supply is through the 1TB connector. Three cables bundled together supply the power and signals. The three cables connect to 1TB through three connectors. 1TB is divided into four sections so one connector straddles two sections. For normal operation, that is not coordinated between multiple boards, keep the jumper in positions 1 and 2. This is the position installed at the factory.

One fuse connector is on the board and it is user replaceable. The board requires a 4 amp fuse, 125VAC at 2AG. If the fuse blows and you replace it, make sure you replace it with an identical fuse. You can easily use your hand to remove the blown fuse and install the replacement. However, you must remove all power to the drive before attempting the procedure and touching the board.

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The GE PC Board DS200CLACG1AAA features one 2-pin connector, four test points, and four screw holes for installation. The GE PC Board DS200CLACG1AAA also features test points that can be used to test the circuits on the board. The board dimensions 2.5 inches in height and 5 inches in length. The screws are designed to align with matching holes in the board rack in the drive. When you remove the defective drive, note where in the rack the board was situated and and also retain the four screws and washers you remove from the old board. Use two hands to remove the old board. With one hand hold the screwdriver and turn it. With the other hand hold the screws and washers to prevent them from falling into the drive. If one or more screws and washers fall into the drive, stop the procedure and locate and retrieve the items. Any items left in the drive would be a safety hazard that might cause a shock or might damage the moving parts inside the drive.

When you work on the replacement you must use a wrist strap to protect against the buildup of static. One end of the strap is wrapped around your wrist while the other end is designed with a clip that you can attach to a bare metal surface. This might be a bare metal surface on a workbench leg or support structure. Some wrist straps have a plug you attach to a matching connector on a workbench.

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The GE Contactor Pilot Board DS200CPCAG1 features one 12-pin connector, and two 2-pin connectors. It also features four terminal blocks to connect a maximum of twelve signal wires. The terminal blocks require some special consideration when you are replacing the board. Each terminal block can accommodate a maximum of three signal wires. And when you remove them it is vital that you install them in the right location on the new board. Attach to each wire a sticker, tape, or note with the terminal block identifier for the terminal the wire is attached to. Use a small screwdriver to loosen the screw that secures the wire in the terminal. However, don’t remove the screw.

When you are ready to reattach the wires, use a screwdriver to open the terminal block opening enough so the wires can fit inside. Press the wire into the terminal and tighten the screw over the wire. Use the identifier to know which terminal to attach the wire to. Make sure the wires are not liable to come loose but don’t tighten them so that the wires are damaged or the terminal screws are damaged.

The board is also populated with a 24VDC socket power relay. When you are inserting the board into the drive cabinet and maneuvering it into position, make sure the relay doesn’t hit any metal structures or other components in the drive. The relay is a large component on the board and is sensitive to rough treatment and might be damaged.

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The GE Contactor Pilot Board DS200CPCAG1A features one 12-pin connector, and two 2-pin connectors. It also features four terminal blocks to connect a maximum of twelve signal wires. The GE Contactor Pilot Board DS200CPCAG1A is also populated with a 24VDC socket power relay. Because the board has terminal blocks the servicer will have to remove the wires attached to them and that will require special consideration. The terminal blocks enable signal cables to attach to the board for processing. Some of the wires transmit signals from the board. Other wires receive signals that are processed by the board.

Care must be taken when you use a screwdriver that you don’t damage other components in the drive by scrapping the components or hit them with the screwdriver. Make a diagram that shows where the wires are connected on the terminal blocks and each wire terminal has a letter and number identifier for that purpose. Use the same diagram to document where other cables are connected.

Carefully insert the screwdriver and without touching other components loosen one of the terminals and pull out the wire. Do the same for all the terminals that hold wires. Hold the cables by the connector and pull them out of the connector on the board. Use your free hand to steady the board.

The socket power relay is located on the board and might be damaged when you are tightening the terminals, connecting cables, and securing the board. The relay has moving parts that any jaring might damage.

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The GE Contactor Pilot Board DS200CPCAG1ABB features one 12-pin connector, and two 2-pin connectors. It also features four terminal blocks to connect a maximum of twelve signal wires. The GE Contactor Pilot Board DS200CPCAG1ABB is also populated with a 24VDC 15A socket power relay.

The relay has moving parts inside and so requires careful consideration when you install the board in the drive. The relay is easily damaged if it is knocked against a metal structure or other components inside the drive cabinet. And the relay is tall and protrudes from the surface of the board making it easy to hit. When you slide the board into the drive cabinet, make sure you have a good view of the board and the inside of the cabinet. Slowly insert the board and align it with the screws on the rack. With one hand, insert the screws into the holes and with the other hand turn the screwdriver to secure the screws. However, don’t damage the board by securing the board so tight that the screws crack the board. Use washers if they are supplied or were used on the defective board.

Then, open the screws on the terminal blocks and insert the wires into the appropriate terminal. With one hand keep the wire inserted into the terminal and use the other hand to tighten the terminal screw. Hold cables by the connector and insert them into the appropriate connector. Gently press them into the connector to insure they are fully seated.

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The GE Cell State Sensor Board DS200CSSAG1 contains two 40-pin connectors and is 4 inches in height and 11 inches in width. It also contains one 4-pin connector and one 9-pin connector. The two 40-pin connectors on the GE Cell State Sensor Board DS200CSSAG1 are connected to ribbon cables that require you to follow guidelines concerning how the cables are connected and unconnected. The ribbon cables are made up of multiple fine wires that carry control signals to and from the components and other boards in the drive. The fine wires are easily pulled out of the connector or broken and performance of the drive will be comprised if a signal is lost.

To avoid that condition, always pull the ribbon cable out by holding the connector portion of the cable only. If you attempt to pull the ribbon portion of the cable, it might put pressure on the connection and pull out the fine wires. To install the ribbon cable, place your hand only on the connector and gently insert the cable into the connector on the board.

The board is shipped to you in a protective bag which prevents static electricity from building up on the board and so it is best practice to keep the board in the bag until it is ready to be installed in the drive. It is best practice to leave the board in the box and put it aside until you need it. Other individuals who otherwise have access to it might not know the proper handling instructions.

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The GE Cell State Sensor Board DS200CSSAG1A contains two 40-pin connectors and is 4 inches in height and 11 inches in width. It also contains one 4-pin connector and one 9-pin connector. The replacement GE Cell State Sensor Board DS200CSSAG1A might be a newer version of the old board. You might notice that components are located in different locations on the board and the components might also look different after a visual inspection of the board. However despite the differences, when installed the replacement board will provide the same functionality as the old board and compatibility is assured between the old and new boards.

The new board can also be installed in the same position in the board rack and the installation holes align with the matching holes in the rack. Use the same screws and washers from the old board to install the new board, if new hardware is not included with the replacement. It is important to use the washers with the screws because they ensure that the screws remain tight. The drive is subject to vibration during normal operation and so might otherwise cause the screws to loosen and fall out. Don’t use excessive force to drive the screws into place. The board is made of a material that is delicate and can easily crack or break.

The washers also help protect the board from breakage during installation of the screws. Have a clear view of the installation so that the screwdriver doesn’t brush against or damage other components in the drive cabinet.

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The GE Cell State Sensor Board DS200CSSAG1AAA contains two 40-pin connectors and is 4 inches in height and 11 inches in width. It also contains one 4-pin connector and one 9-pin connector. The GE Cell State Sensor Board DS200CSSAG1AAA also has holes for installing the board in the board cabinet. The drive cabinet is engineered with a rack for the installation of the board and it has matching holes that you can align the board with for installation. When you install the board use any washers that come with the board along with the screws.

When you install the board, don’t over tighten the screws because it might cause the board to crack, splinter, or break. Only tighten the screws to provide a moderate amount of torque. The washers will help by applying the pressure of the screws to a larger area of the board.

When you install the board in the drive make sure you don’t drop the screws, screwdriver, or other supplies in the drive. If you do, stop the installation and find the item that fell in the drive. The fallen items might damage other components. If the items are not found and you apply power to the drive, the items might cause an electric shock, fire, or cause further damage to the drive.

The screwdriver and all other tools must be inspected and be certified for the purpose of being used in electrical applications. This is to assure that the insulation material insulates the user against shock.

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The GE Cell State Sensor Board DS200CSSAG1B contains two 40-pin connectors and is 4 inches in height and 11 inches in width. It also contains one 4-pin connector and one 9-pin connector. The GE Cell State Sensor Board DS200CSSAG1B can only be installed with the power removed from the drive and one of the first steps in the replacement procedure is to shut off the power. That removes the danger of electric shock and burn from injuring the installers as well as damaging the board and all components.

However, before you proceed it is also necessary to use a testing device to verify that the power is removed. There are some general guidelines to follow concerning the testing device. Make sure the controls on the device are set correctly for the task and also ensure that the tester is calibrated accurately. Only use the approved probes for the tester and inspect them to make sure they are in good working condition.

You must have full knowledge of the drive and understand how to test the drive for the presence of electrical power. Once you are satisfied of the absence of power, you can start the procedure. Start by viewing the old board and examining the cables attached to it. Use tape or other means to place labels on the cables that identify the connectors the cables are attached to. Use a screwdriver to remove the screws that secure the board in the drive. Keep the screws and nylon washers out of the way in a safe place.

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The GE Cell State Sensor Board DS200CSSAG1BBA contains two 40-pin connectors and is 4 inches in height and 11 inches in width. It also contains one 4-pin connector and one 9-pin connector. Before the GE Cell State Sensor Board DS200CSSAG1BBA is installed, it is important to inspect the area around the drive for conditions that might compromise the safety of the installers and the other equipment around the drive. First the installer should have an assistant or other individual working on the installation. This is commonly referred to as a buddy system. If an emergency occurs, the individual can provide assistance, call for emergency help, or shut off the emergency power shut off to the drive.

Another consideration is that the floor and surrounding area should be inspected for hazards. Any moisture on the floor must be dried before proceeding to reduce the chance of electric shock. Also, remove any two-prong electric cords and devices connected to them. The two-prong electric cords are not grounded and pose a serious risk or shock. The floor must also be free of all oil, grease, loose tools, and other trip hazards.

The next guideline to follow is that all power must be shut off to the drive. It is best to confer with persons who were involved in the installation of the drive and understand the power sources and cable routing used during the installation. If DC power is used to power the drive, you can remove the fuses from the power supply to disconnect the power.

The GE Cell State Sensor Board DS200CSSAG1BCA contains two 40-pin connectors and is 4 inches in height and 11 inches in width. It also contains one 4-pin connector and one 9-pin connector. When the GE Cell State Sensor Board DS200CSSAG1BCA is installed in the drive, you are exposed to the high energy current that is contained in the drive when power is on and you must follow guidelines to make sure the power is removed from the drive.

Always assume that the power is on when you reach into the interior of the drive, such as the board cabinet. The DC power to the drive is supplied by devices that are equipped with fuses and when you remove the fuses the devices are disabled and power supplied to the drive is stopped. Refer to the information that came with the devices to remove the fuses or by other means disable the devices. Wait thirty seconds before you proceed to let all current leave the drive. Some components store power during normal operation and the thirty second delay enables the current to drain off or dissipate.

Before you touch anything use a tester to verify that the power is off. The tester controls must be set correctly and you must be sure the device is approved for the purpose. Make sure the probes are not worn and are the approved probes for the tester. How to test the drive for power is described in the diagrams, instructions, and written materials provided with the drive.

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The GE Cell State Sensor Board DS200CSSAG1BCB contains two 40-pin connectors and is 4 inches in height and 11 inches in width. It also contains one 4-pin connector and one 9-pin connector. The GE Cell State Sensor Board DS200CSSAG1BCB is a standard size for boards installed in the drive. The board rack is engineered with rack space that accommodates the board with screws holes that align with the board. When you are in the process of removing the board from the drive, use a screwdriver to remove the screws and washers that hold the board in place. Do not let any of the hardware fall into the drive. It is best practice to use two hands when you remove the board. Use one hand to turn the screwdriver and the other hand to hold the screws, washers, and other hardware. Keep the hardware together and you might need to use it when you install the new board.

If it happens that some hardware falls into the drive, stop the replacement procedure and search for the hardware. If metal parts are left in the drive, it is an electrical hazard and might damage components or cause a fire. Look for hardware lodged in the moving parts also. If moving parts are jammed, it might damage parts. Before you restart the drive, inform other individuals in the area of the procedure. It is best practice to clear the area before you restart the drive to avoid injury.

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The GE Generator Control Turbine Board DS200CVMAG1 contains two 16-pin connectors and one 2-pin connector. The board also is populated with 6 test points. The board is 11 inches wide and 4 inches high. The board rack in the drive is designed to accommodate the GE Generator Control Turbine Board DS200CVMAG1. The rack space has screw holes that will align with the board and enable you to secure the board. When you are ready to insert the board in the cabinet, make sure the board doesn’t scrap against the structure or any other boards in the cabinet.

The same caution applies to the screwdriver you use to remove the screws when you remove the old board and install the new board. The components are easily damaged and so you must be careful and the best practice is to have a good line of sight so you can see the board and guide it into the cabinet. You must also have a good line of sight when you use the screwdriver.

If the board seems to be not performing properly and you want to diagnose the board, the board has 6 test ports that you can use for testing purposes. Each test point is used to test a specific circuit in the board. Whenever you use test equipment, there are some basic guidelines you can follow. Inspect the probes and make sure they are compatible with the tester and are not worn. If the probe contains insulation, make sure it is not frayed.

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The GE Generator Control Turbine Board DS200CVMAG1A contains two 16-pin connectors and one 2-pin connector. The board also is populated with 6 test points. The board comes to you in a cardboard shipping container and before you open the carton, you must inspect the box. First, make sure the box is not torn or dented because that is a sign the board inside make have been damaged also. Look also for signs that water has dripped on the box or that any other liquid has leaked on the box. You might suspect that the board was damaged if you see signs of those conditions. A label is found on the box with the model number, serial number, and other information that identifies your board. Compare it to the order documents and make sure it matches what you ordered. In this way, you’ll know if a problem exists and you can obtain the proper board you need for the replacement procedure.

The last guideline to follow when you first receive the board is to inspect the security tape that seals the box. Make sure it has not been cut or removed. This ensures that the board has not been handled and that it remains in good working order.

The plastic bag in which you receive the board is sealed to provide extra protection against dust, dirt, or other contaminants. If you are not using the board for a replacement procedure immediately, you can store the board in a safe place that is not easily accessible by others who might handle the board in a way that could damage the board.

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The GE Generator Control Turbine Board DS200CVMAG1ADB contains two 16-pin connectors and one 2-pin connector. The board also is populated with 6 test points. If you have reason to think the board is not performing as expected, there are several ways to diagnose the board. One method is to replace the board with another, if you have a another board available. If you replace the board and the new board resolves the issue, then you know the old board was defective. If the same problem occurs with the new board, then you must suspect other boards and components in the drive.

You can also use the diagnostics tools that come with the drive to find any problems. The diagnostic tools are accessible from the control panel and they provide a complete evaluation of the drive components. You can download the diagnostic file to a laptop for storage and inspection. After you attempt to resolve the issue you can run the diagnostics again and compare the results. If the problem is resolved, the diagnostics results will show the successful resolution of the problem.

The best practice to finding the cause of a problem is to use the test points on the board to test the individual circuits and thereby find the specific defect on the board. Use a tester that is calibrated for the specific task and make sure the controls are set correctly also. Use only probes that are designed for use with the tester device.

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The GE Generator Control Turbine Board DS200CVMAG1AEB contains two 16-pin connectors and one 2-pin connector. The board also is populated with 6 test points. The GE Generator Control Turbine Board DS200CVMAG1AEB is subject to damage from static and so you must be careful when you handle and install the board. When you open the box the board is shipped in, you’ll notice that the board is packaged in a sealed plastic bag. The bag serves several purposes when it is sealed tight. It protects the board from dust, dirt, and other contaminants as well as water or other liquids that might spill on it.

Primarily the bag protects against static which can damage the board. Consider that static build up can occur when you walk around carrying the board. The surrounding air can cause static to build up on your body and the board. Touching surfaces and walking on some surfaces can also cause a static buildup. With that in mind, it is best to refrain from carrying the board unless you are installing the board. Keep in mind that dry air you experience in cold weather causes a greater build up of static.

The GE Generator Control Turbine Board DS200CVMAG1AEB is shipped to you with a wrist strap that allows the static to drain off your body and the board. One end of the wrist strap is wrapped around your wrist and the other end is used to clip to a metal surface, for example the leg of a workbench.

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The GE Generator Control Turbine Board DS200CVMAG3 contains two 16-pin connectors and one 2-pin connector. The board also is populated with 6 test points. The installation of the board requires the installer to potentially be exposed to high-voltage conditions so only qualified individuals should perform the procedure. The installer must know the written procedure for the installation of the board as well as other important information. A knowledge of the drive and the high-voltage cabling used to power the drive is necessary and also knowledge about the emergency cut off devices installed near the drive is important also.

In case an emergency arises, it is important to know the location of the shut-off device and how to activate it. Before starting, the installer must make sure the emergency-shutoff is operational. A knowledgeable installer will work with an assistant or partner on site while the replacement procedure is in progress. The assistant is there to help the installer and be able to turn off the power in an emergency. Another important initial step is to look for water or moisture on the floor surrounding the drive. You must make sure the drive is dry and free of water to prevent electric shock as well as the risk of slippage.

Make sure the area has only three prong electric cords to reduce the risk of electric shock. Remove all cords that have only two wires and clear away any devices connected to them. Inform individuals in the surrounding area of the replacement work to reduce the convenience to their work schedules.

The GE Generator Control Turbine Board DS200CVMAG3A contains two 16-pin connectors and one 2-pin connector. The board also is populated with 6 test points. The 16-pin connectors are used to connect to ribbon cables and the ribbon cables carry control signals to multiple components and boards in the drive. The ribbon cables are easy to damage because of the fine wires that connect to the plastic connector. Always hold the ribbon cable by the plastic connector when you pull it out of the connector on the board. With one hand steady the board to keep it from moving and with the other hand grasp the connector and pull it out. If you can, follow the ribbon cable to the other end and make sure it is fully seated in the connector.

If you find the board is not working properly after you start the drive, you might suspect the ribbon cables and visually inspect the fine wires where they connect to the plastic connector. If you notice that one or more wires might have disconnected from the connector, replace the ribbon cable.

The 6 test points are a useful tool for diagnosing the board. The test points are designed to enable you to isolate and test one specific circuit in the board. Only a qualified individual should be testing the board due to the current in the board and the surrounding components. Make sure you use a tester that is suitable for the purpose and is calibrated for the task.

The GE Generator Control Turbine Board DS200CVMAG3AEB contains two 16-pin connectors and one 2-pin connector. The board also is populated with 6 test points. The test points that populate the GE Generator Control Turbine Board DS200CVMAG3AEB are useful for testing the activity of six specific circuits on the board. Only a qualified servicer can test the board and only the approved testing equipment should be used. The equipment must be calibrated for the purpose and all controls must be set correctly as required for the circuit being tested. The probes attached to the tester must be compatible with the tester and also must be in good condition with the insulation intact, if insulation is present.

You can test the board only when power is removed from the board.

Another method of diagnosing conditions in the board is to use the diagnostic tools that are available from the drive. When you run the diagnostics, it provides a complete accounting of the condition of all components of the drive. You can run the tool from the drive and download the results to a laptop or other device. If you replace a component, run the diagnostic tool again and compare the results to see if the condition is resolved.

If you suspect the DS200CVMAG3AEB is the source of the problem, you can replace the board in the drive and run the diagnostic program again. If the tool indicates the problem still exists, inspect the diagnostic results and determine the source of the problem.

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DS200DCFBG1 is a power supply board developed for the Mark V board series by General Electric. The board supplies the control level power as well as the enclosure fan. A number of applications are available to this board, including DC2000, CB2000, FC2000, GF2000, ME2000, and AC2000 drives. EX2000 can also utilize the board, though in a different way than the drives do. Input power to the board sourced from the control power transformer rates between 38 and 115 VAC. Output frequencies produced by this board can range from 0 to 500 kHz.

An array of circuitries allow DS200DCFBG1 to operate and interface properly with its installed drive. Circuitries found on the board include control level power supplies, motor field power circuits, driver circuits, and AC/DC monitoring circuits. The board features 12 configurable jumpers as well as seven DIP switches. These jumpers and switches provide the user with creating user programmable and selectable options. Two LED indicators and a neon light indicators are also found on the board. Users are provided with fuse statuses with these on-board indicators. Five test points found on the card provide access points for users to check voltage signals.

Any manufacturer provided installation and storage parameters should be followed to ensure the board and its installed drive operate properly. Wiring instructions for the DS200DCFBG1 are available in both the device manual and datasheet. Technical support for this drive was originally provided by the manufacturer, General Electric.

Our trusted sales team at AX Control is ready to assist with all of your automation needs. For current prices and availabilities on all parts and repairs, please contact our team by phone or email.

","meta_title":"GE MARK V POWER SUPPLY BOARD","meta_description":"GE MARK V POWER SUPPLY BOARD","keywords":"GE MARK V POWER SUPPLY BOARD","series_page_description":"GE MARK V POWER SUPPLY BOARD","quote_description":null,"inventory_notes":"","cross_reference":"DS200DCFBG1B","created_at":null,"updated_at":null},{"id":11254,"part_number":"DS200DCFBG1A","revision_type_id":1,"series_id":113,"stock_level_id":8,"repair_time_id":1,"stock_level_text":"Out Of Stock","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":"DS200DCFBG1A GE DC POWER FEEBACK BOARD FOR MARK V","short_desc":"General Electric DS200DCFBG1A Power Supply Board Mark V","content":"

The General Electric DS200DCFBG1A is a power supply board manufactured for the Mark V board series. Power supplies for both control levels and the enclosure fan is provided by this board. DC2000, CB2000, FC2000, ME2000, and AC2000 series drives can all use this supply card. EX2000 series also uses this board, but interacts differently than the drives do. Sourced input power from the control power transformer to the board can range from 38 to 115 VAC. A frequency range of 0 to 500 kHz accompanies outputs by the board, depending on inputted voltages.

DS200DCFBG1A features a number of circuitries that interface with the installed drive. A control level supply, a motor field power, driver, and AC/DC monitoring circuitries are included on the board. Twelve jumpers and seven DIP switches are integrated into the board, providing the user with configurable system options. Onboard status indicators, two LED and one neon, give users diagnostic information regarding fuse statuses. Users are given five test points to check voltage levels throughout the board. Three protective fuses found on the unit protect the power supply from any interruptions.

Preserving the board and its installed drive is dependent upon users following all GE provided installation and storage parameters. Both the device manual and datasheet contain a complete walkthrough to wiring DS200DCFBG1A. The manufacturer, General Electric, was the original technical support provider for this board.

AX Control’s trusted sales team is happy to help with all of your automation needs. Pricing and availabilities on all parts and repairs is available by contacting our staff by phone or email.

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General Electric’s DS200DCFBG1AAA is a power supply board developed for the Mark V board series. Supplies from this board provide control level power to the unit as well as to the enclosure fan. Drives from the AC2000, CB2000, DC2000, FC2000, and ME2000 can use this board. Members of the EX2000 series can also use this board, but this series interacts differently with the board than drives do. This power supply card sources inputs from the control power transformer rated between 38 and 115 VAC. Depending upon inputted voltages, frequencies for the board can range from 0 to 500 kHz.

A number of onboard features allow DS200DCFBG1AAA to provide exceptional user experiences. Circuits found on the board include AC/DC monitoring, driver, motor field power, and control level supply circuits. Configurable system options can be set using the twelve jumpers and seven DIP switches found on board. Two LED status indicators and one neon indicator is featured on the board. Diagnostics regarding various fuse switches on the board are displayed using these indicators. Checking voltage levels on the board is simple using one of the five integrated test points. Protecting the power supply from interruptions is built into the three protective fuses found on the card.

The board as well as the drive include installation and storage parameters that must be followed to ensure both operate properly. DS200DCFBG1AAA’s manual and datasheet include complete installation and wiring guidelines for the board. General Electric, the manufacturer, was the original provider of technical support for this board.

Our trusted and friendly sales staff at AX Control is ready to help with all of your DS200DCFBG1AAA and automation needs. Please contact our office by phone or email to receive current prices on all parts and repairs.

","meta_title":"DS200DCFBG1AAA GE DC POWER FEEBACK BOARD FOR MARK V","meta_description":"DS200DCFBG1AAA GE DC POWER FEEBACK BOARD FOR MARK V","keywords":"DS200DCFBG1AAA GE DC POWER FEEBACK BOARD FOR MARK V","series_page_description":"DS200DCFBG1AAA GE DC POWER FEEBACK BOARD FOR MARK V","quote_description":null,"inventory_notes":"","cross_reference":"","created_at":null,"updated_at":null},{"id":11256,"part_number":"DS200DCFBG1B","revision_type_id":1,"series_id":113,"stock_level_id":1,"repair_time_id":1,"stock_level_text":"In Stock
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DS200DCFBG1B is a power supply board manufactured by General Electric for the Mark V board series. AC2000, CB2000, DC2000, FC2000, ME2000, and EX2000 series machines can have the board installed in the drive. When installed, this card can provide both control level power and enclosure fan power to the drive. Voltages rated between 38 and 115 VAC can be directly supplied to the board via the control power transformer. Frequencies for the board are dependent upon the input voltage, but can range from 0 to 500 kHz.

The board features a number of circuits that work to power the board and the installed drive. DS200DCFBG1B is comprised of motor field power, driver, AC/DC monitoring, and control level supply circuits. The twelve jumpers and seven DIP switches found on the board provide users with configurable system options. Fuse switch diagnostics are presented using the two LED and one neon indicator lights found on the board. Three protective fuses prevent any interruptions in power supplies. Voltages can be monitored using the five test points integrated on the board.

Manufacturer provided installation and storage parameters for both the DS200DCFBG1B and the installed drive should be followed. These will prevent any accidental or preventable damages to both units. For a complete guide to wiring and installing the board, please reference the device’s manual and datasheet. Originally, technical support for this board and the Mark V series was provided by the manufacturer, General Electric.

AX Control’s friendly and trusted sales staff is available to help with all of your automation needs. For current prices on availabilities and prices on DS200DCFBG1B and other parts, please contact our office by phone or email.

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DS200DCFBG1BFB is a power supply board developed by General Electric for their Mark V series of drive boards. Control level power and the enclosure fan both receive power from this board. A number of GE drives, including AC2000, DC2000, CB2000, ME2000, and FC2000, can all accept and use this specific power supply board. The control power transformer on the board supplies sourced inputs to the board, which can nominally rate between 38 and 115 VAC. Frequencies between 0 and 500 kHz are outputted by the board, with rates dependent upon the input voltage.

Intricate circuitries found on the board ensure that the device operates properly. Included circuits on this specific board are AC/DC monitoring, control level supply, motor field power, and driver circuits. Configurable system options are available on this board. Users can dedicate any of the twelve jumpers and seven DIP switches for user configurability. Onboard status indicators, two LED and one neon, provide users with diagnostic information regarding the status of the board’s fuses. Power supply interruptions are protected against with the three integrated protective fuses. Voltage levels on the board should be periodically checked from any of the five test points.

The board and the drive each have a number of safety and installation parameters that must be met to protect the overall unit. Illustrated installation and wiring guides are provided in both the device’s manual and the datasheet. Technical support for the DS200DCFBG1BFB as well as the Mark V series was originally provided by the manufacturer, General Electric.

Our knowledgeable and professional sales staff at AX Control is ready to help with all of your DS200DCFBG1BFB and other automation needs. Current prices and part availability can be received by contacting our team by phone or email.

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The General Electric DS200DCFBG1BKC is a Mark V series power supply board. When installed in a drive, this board provides electricity to the enclosure fan as well as the system’s control level power. Of GE’s drive systems, this board is compatible with the DC2000, AC2000, FC2000, CB2000, and ME2000 series of drives. Nominally rated sourced inputs to the board can safely measure between 38 and 115VAC. Outputted frequencies generated by the card can measure anywhere from 0 and 500 kHz, depending on the inputted voltages.

Five individual circuitries are found on DS200DCFBG1BKC. These include a control level supply circuit, a driver circuit, a motor field power circuit, and both an AC and DC monitoring circuit. Diagnostic information for the fuses on the drive is presented to the user via the two LED indicators and the one neon indicator. Three protective fuses are integrated into the board, protecting the currents from interruptions. Checking voltage levels in the board is simple when using one of the five test points found on the card. Users are provided a number of configurable settings to adjust to job specific needs. Twelve jumpers and seven DIP switches on the board can be configured to fit user requirements.

Boards and drives contain installation parameters outlined by General Electric that should be followed. These guidelines will protect the entire unit from any accidental damages. Please reference the device’s datasheet and manual for a complete guide to wiring and installing the board. Members of the Mark V series were provided technical support by their original manufacturer, General Electric.

AX Control’s experienced and knowledgeable sales team is happy to help with all of your automation needs. For prices and availabilities on DS200DCFBG1BKC and other parts and repairs, please contact a member of our staff by email or phone.

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The DS200DCFBG1BLC is a power supply board designed by General Electric for the Mark V series of optional and replacement boards. Members of this series are cross compatible with a number of GE brand exciters and drives. Drives from the DC2000, AC2000, CB2000, ME2000, and FC2000 can all accept this power board. This card provides system control level power to its installed drive, as well as electricity to the enclosure fan. Sourced AC inputs to this board can rate from 38 to 115 VAC. Frequencies accompanying this VAC can range from 0 to 500 kHz, depending on the strength of the inputted voltage.

DS200DCFBG1BLC contains a number of intricate circuit systems designed to power a majority of the drive. The card includes both an AC and DC monitoring circuit, the control level supply circuit, a motor field power circuit, and a driver circuit. Users can configure the twelve jumpers and seven DIP switches on the card to meet any external requirements. Board status is communicated to the user via the onboard indicators. Two LED and one neon indicators are built into the card, providing users with important diagnostic and status information. Three of the board’s fuses are protected, ensure that interruptions or surges will not disrupt the currents. Be sure to monitor voltage levels periodically using the five test points integrated into the board.

Following provided installation parameters from both DS200DCFBG1BLC and the drive is imperative. These guidelines will ensure that the board and its installed system operates as intended. For a wiring and installation guide, please refer to the series manual as well as the device datasheet. Technical support for all boards in the Mark V series was originally provided by the manufacturer, General Electric.

Our trusted team at AX Control is happy to help with all of your DS200DCFBG1BLC needs. Please contact a member of our team by phone or email to receive prices and availabilities on all parts and repairs.

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The DS200DCFBG1BNC is a power supply board manufactured for General Electric’s Mark V series of replacement and optional boards. System control level power as well as the enclosure fan is provided electricity by this card. Compatible with a number of GE brand exciters and drives, this card can be installed in a variety of systems. Drives from the FC2000, AC2000, DC2000, ME2000, and CB2000 series can use this board. Voltages fed to the board can safely rate from 38 to 115 VAC.

DS200DCFBG1BNC includes five circuits around the board. These include a driver circuit, the control level supply circuit, a motor field power circuit, and both an AC and a DC monitoring circuit. To ensure the circuits are not disrupted, three of the fuses on board are protected. Should any fuses need attention, the integrated LED and neon indicators will alert the user. Monitoring voltage levels is important and can be done using one of the five test points on the card. User configurability is possible using the twelve jumpers and seven DIP switches.

Installation parameters provided with the board and the drive should be met. Following these will ensure that the DS200DCFBG1BNC as well as the drive will operate as intended. An illustrated guide to wiring and installing the board is available in the device’s manual and datasheet. All members of the Mark V series were originally provided with technical support by the manufacturer, General Electric.

Our experienced and trusted sales team at AX Control is happy to help with all of your DS200DCFBG1BNC needs. Prices and availabilities on all parts and repairs is available by contacting our office by phone or email.

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General Electric’s DS200DCFBG1BUN is a power supply board. This board is a member of the Mark V series of replacement and optional boards. Cards from this series are cross compatible, allowing for installation in a number of GE drives. Exciters and drives from the AC2000, DC2000, CB2000, ME2000, and FC2000 series can accept the card. Sourced voltages fed to the board can rate no lower than 38 and no higher than 115 VAC.

Five circuit systems are features on this card. DS200DCFBG1BUN includes the control level supply circuit, a motor field power circuit, both an AC and DC monitoring circuit, and a driver circuit. Monitoring voltages in these circuits is important to maintaining the board. Five test points are built into the card for users to test voltages and currents. Three protected fuses work to ensure that no circuits are disrupted. Should any fuse errors occur, the system’s LED and neon indicators will alert users to this. Should any configuration be required by the user, the seven DIP switches and the twelve jumpers can be modeled to fit user requirments.

Both the DS200DCFBG1BUN and its installed drive feature installation parameters outlined by the manufacturer. These guidelines are provided to ensure that no accidental or avoidable damages happen to the device. Please refer to the device manual and datasheet for a complete guide on wiring and installing the board. The manufacturer, General Electric, originally provided all members of the Mark V board series with technical support.

AX Control’s trusted sales team is ready to help with all of your DS200DCFBG1BUN needs. Current prices on this and other parts and repairs is available by contacting our sales team by phone or email.

","meta_title":"DS200DCFBG1BUN GE POWER SUPPLY BOARD ENERGY TURBINE CONTROLS","meta_description":"DS200DCFBG1BUN General Electric Power Supply Board Energy Turbine Controls - Buy, Sell, or Repair","keywords":"DS200DCFBG1BUN GE POWER SUPPLY BOARD ENERGY TURBINE CONTROLS","series_page_description":"General Electric Power Supply Board Energy Turbine Controls","quote_description":null,"inventory_notes":"","cross_reference":"","created_at":null,"updated_at":null},{"id":19033,"part_number":"DS200DCFBG2B","revision_type_id":1,"series_id":113,"stock_level_id":1,"repair_time_id":1,"stock_level_text":"In Stock
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The General Electric DS200DDTBG2A is an LCI auxiliary I/O terminal board. Like many other boards of the Mark V series, this is cross compatible with a number of GE recognized drives. This high voltage board provides system connections to peripheral and auxiliary input / output signals. It is easily installed on an already mounted ADMA daughterboard on the DSPC. Ribbon cables and high density connectors provide board connection to the ADMA. Power to this board is sourced via the attached ADMA board.

A number of I/O ports are available when the DS200DDTBG2A is installed in a drive. A number of varying analog and digital I/O positions are provided by the card. High voltage AC signals can be connected to one of the two isolated inputs. CT inputs can be fed to the six inputs featuring current sensing resistor capable of receiving 5 A. Three other inputs featuring current sensing resistors suited for 0.224 A LEM signals are also available. Any two of the CT and LEM inputs can be adjusted to support 4 to 20 mA current loops signals. For analog outputs, the board provides four buffered outputs.

Digital I/O can also be accepted and transmitted via DS200DDTBG2A. Two form C relay outputs are found on the board. These can produce outputs rated for either 20A (at 240 VAC) or 10A (at 30 VDC). Another two form C outputs are also available, with these producing ratings at 10A (at 240 VAC) and 7A (at 30 VDC). The board also includes four optically isolated outputs, with these solid state relays rating at 48V. Digital I/O is complete with the eight isolated universal inputs, capable of receiving 24-250 VDC, 24-230 VAC (at 60 Hz), or 125-230 VAC (at 50 Hz). Each digital I/O terminal features an LED status indicator.

Any provided system parameters should be met to ensure proper board function. Refer to the device manual and datasheet for a complete installation guide. General Electric, the manufacturer, originally provided technical support.

Please contact a member of AX Control’s trusted sales team for pricing information about the DS200DDTBG2A as well as other parts and repairs.

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The GE Drive Control/LAN Communications Board DS200DKLBG1ABB features four displays with 10 characters on each display. It also features 16 LEDs and three jumpers. It also has one 40-pin connector. The board dimensions are 8.5 inches by 11 inches and it has one hole in each corner for installation in the board rack in the drive. When you arrange the board in the rack, you will find that the holes on the board align with matching holes in the rack structure. During the replacement you can remove the four screws from the board you are removing and keep the screws together for use when you attach the replacement board. If the screws also have washers keep them also and use them when you install the new board. They help protect the board from damage if the screws are attached too tightly. If the screws are too tight they might crack the board or otherwise damage the board.

The three jumpers each has an identifier printed on the board. One jumper is identified as JP1, one as JP2, and one as JP3. Some of the jumpers are available to change the configuration of the board. The written material supplied with the original board describes the functions of the jumpers. However, when you replace the original board, you can match the settings of the jumpers on the defective board on the replacement board. Place the boards side-by-side on a static protective surface and locate the jumpers by identifier and move any jumpers on the replacement board.

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The GE DOS DUP Processor Board contains three 26-pin connectors, one 40-pin connector, and 19 jumpers. The board also has 2 LEDs. The GE DOS DUP Processor Board is also populated with two fuses that the servicer can replace, if necessary. However, there are steps that must be followed to perform the fuse replacement.

You can inspect the board if you suspect there is a problem. Locate the board and inspect the fuses and check that the element in the fuse is blown. Remove all power from the drive before you touch any components, cables, or boards. Use a tester to verify that power is removed from the drive before proceeding. Also, be aware that power resides in the drive for 20 seconds after power is removed. You might have to remove the board to replace the fuse. Use a screwdriver to remove the four screws and washers that hold the board in place. Keep the screws and washers together and store them because you need them to reinstall the board. Note where the cables are connected to the board before you remove them from the board.

Place the board on top of a static protective bag and remove the blown fuse. You must only use an exact replacement fuse. Refer to the information for the rating of the fuse before you replace it. If the fuse is not the same rating, it might allow more current into the board and damage components.

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The GE DOS DUP Processor Board DS200DMCBG1A contains three 26-pin connectors, one 40-pin connector, and 19 jumpers. The board also has 2 LEDs. The GE DOS DUP Processor Board DS200DMCBG1A is also populated with a reset button that enables a qualified servicer to restart the operations of the board without the need to restart the drive. If the board seems to have intermittent problems or is behaving erratically, it is the first step in the troubleshooting procedure to open the board cabinet, locate the board, and press the reset button. Press the reset button for three seconds, then, release the button. This enables the board to clear all signals and restart normal operations.

Another troubleshooting feature of the board are the two LEDs on the board. The LEDs are red in color and are identified as CR1 and CR12 on the board. The LEDs are located together in one corner of the board. If a problem seems to originate with the board, you can quickly view the LEDs and the information that came with the original board will provide a description of what the LEDs indicate when they are lit.

Another easy troubleshooting step is to check the two fuses on the board. If the board has stopped functioning or if some functions have stopped working, you can quickly view the fuses on the board and tell if the fuses are blown. It is very important that you only replace the blown fuses with a fuse with the same rating.

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The GE DOS DUP Processor Board DS200DMCBG1ABA contains three 26-pin connectors, one 40-pin connector, and 19 jumpers. The board also has 2 LEDs. The GE DOS DUP Processor Board DS200DMCBG1ABA is populated with 19 jumpers. Some of the jumpers are set at the factory and cannot be changed. However, some of the jumpers can be moved to meet a requirement of the site. The information that came with the original board describes the jumpers and how they change the functioning of the board. It also details which jumpers cannot be moved.

The best practice before you replace the old board is to set the jumpers on the replacement board to match the positions on the old board. Doing that enables you to configure the replacement board to operate exactly as the old board. The other requirement is for the servicer to cable the replacement board exactly like the old board. You can identify the connectors on the old board by the connector identifiers printed on the board and write tags that you can adhere to the cables. Then, disconnect the cables and reconnect them to the same connectors on the replacement board.

When you disconnect the ribbon cables from the board, use extra care that you refrain from damaging them. The damage occurs when you disconnect the cable by pulling on it from the ribbon portion of the cable. This puts tension on the wires and might cause them to pull out of the connector.

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The GE DOS DUP Processor Board DS200DMCBG1ABB contains three 26-pin connectors, one 40-pin connector, and 19 jumpers. The board also has 2 LEDs. The GE DOS DUP Processor Board DS200DMCBG1ABB also is populated with one 8-pin connector, one 3-pin connector, and one 2-pin connector. Due to the multiple connectors that might have cables connected to them, it is important that you document where the cables connect before you disconnect them from the board. You will find that it speeds up the installation of the replacement board and leads to fewer errors when you restart the drive.

When you disconnect the cables you must follow guidelines that prevent damage to the cables. Always hold the connector portion of the cable to disconnect the cable from the board. If you pull the cable to disconnect it, the pressure on the connector might pull the wires from the connector. This is especially important for ribbon cables due to the multiple fine wires that make up the ribbon cable. With one hand, steady the board and with the other hand hold the connector portion of the cable. Then, gently pull the cable out of the connector.

The fuses also require consideration when you plan to troubleshoot the board. If the board stops processing or a specific function seems to have stopped, a quick inspection of the board will indicate if one or both of the fuses are blown. Be sure to obtain a replacement fuse that is an exact match of the original fuse.

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The GE DOS DUP Processor Board DS200DMCBG1ACB contains three 26-pin connectors, one 40-pin connector, and 19 jumpers. The board also has 2 LEDs. The GE DOS DUP Processor Board DS200DMCBG1ACB comes from the factory with the factory-defined default values applied to the jumpers. Before the board is installed, you can lay the board on a flat surface and place it on top of the flattened static protective bag. With one hand, remove the jumper from the pins and place it over the new pins, gently push the jumper into place, and make sure the jumpers cover the pins completely. It is best practice to remove the old board from the drive and lay the boards side-by-side and set the jumpers on the replacement board to match the jumpers on the old board. If the replacement board is a newer version of the same model, you might find that some jumpers are missing. However, due to the product testing performed on the board, compatibility is maintained between the boards. The information that is supplied with the board will supply any workarounds that are required to configure the board.

The GE DOS DUP Processor Board DS200DMCBG1ACB also is populated with a restart button. If the board appears to have intermittent problems or irregular performance, you can attempt to resolve the issue by restarting the board. To use the restart button, press the button with one finger and hold the button down for 3 seconds. Then, release the button.

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The GE DOS DUP Processor Board DS200DMCBG1AED contains three 26-pin connectors, one 40-pin connector, and 19 jumpers. The board also has 2 LEDs. The GE DOS DUP Processor Board DS200DMCBG1AED is also populated with two fuses which provide protection from an over-voltage condition. If a momentary surge occurs in the power supply to the board, the element in the fuse is blown and the board stops functioning, either entirely or in the circuit protected by the fuse. Damage will occur to the components on the board if the fuse is the wrong rating. For that reason, if you replace the fuse, only use a replacement that is the same rating. Information about the fuse is provided in the information that came with the original board from the factory. Alternatively, you might find the rating printed on the fuse.

Checking the condition of the fuses is a quick initial step in troubleshooting the board because it only requires a visual inspection. If you suspect the board is not performing as expected, you can open the board cabinet door and locate the fuses on the board. If one or both fuses are blown, disconnect all power to the drive, remove the board, and replace the fuses. Restart the drive and determine if the board is restored to normal operation. If the problem remains, the next step is to view the 2 LEDs on the board. The LEDs are identified as CR2 and CR12 on the board and they are red when lit.

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The GE DOS DUP Processor Board DS200DMCBG1AFD contains three 26-pin connectors, one 40-pin connector, and 19 jumpers. The board also has 2 LEDs. The board is engineered with six holes used for attaching screws to the rack inside the board cabinet. The board is sized to align with the holes in the rack and you can use the screws you remove from the old board to attach the replacement board. The servicer must have a screwdriver on hand before beginning the procedure.

All power must be removed from the drive and other guidelines must be followed to ensure the safety of the servicers and all others in the area. Inspect the floor in the area around the drive and notice any wetness on the floor and make sure the floor is dry before starting. Moisture conducts electricity which might cause a safety hazard. Look for power cords that are ungrounded and remove them from the area also. Only grounded cords should be present because they present less of a electrical safety condition.

It is always a policy to know the location of the emergency shut off devices in the immediate area that will shut off power to the drive. In the event of an emergency during the replacement, knowing how to use the shutoff might prevent an electric shock or electric burn, or damage to devices and components. If necessary, consult with an electrician or someone who is knowledgeable about the installation of the drive and the power supply cabling.

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The GE DOS DUP Processor Board DS200DMCBG1AGE contains three 26-pin connectors, one 40-pin connector, and 19 jumpers. The board also has a pair of LEDs. The GE DOS DUP Processor Board DS200DMCBG1AGE is also populated with one 2-pin connector, one 3-pin connector, and one 25-pin connector. Because of the potential for multiple cables being attached to the board, it is important that before you disconnect them, that you identify where they are connected on the board. It will speed up the installation of the replacement board and result in a errorless restart of the drive.

Printed on the surface of the board are letter and number identifiers for the connectors and LEDs. For example, the LEDs are identified as CR2 and CR12. Attach a note to each cable with the identifier for the connector to which it is attached. Then you can disconnect all the cables from the board.

When you are prepared to connect the cables, it is an easy task to simply locate the connector on the replacement board and connect it. Newer versions of the same model board are produced at the factory and they include the latest improvements and updates. If you plan to install a newer version, it might have the same components but they might be located in different locations on the board. You might find that a connector is depopulated from the newer version of the board. In that case, the information provided with the board will describe how to cable the board.

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The GE DOS DUP Processor Board DS200DMCBG1AJE contains three 26-pin connectors, one 40-pin connector, and 19 jumpers. The board also has 2 LEDs. The LEDs on the GE DOS DUP Processor Board DS200DMCBG1AJE provide the user with a quick and easy way to keep informed on the processing activity of the board. The LEDs are identified as CR2 and CR12 on the board and they are located together in one corner of the board. If you have reason to suspect a problem with the board, it is best to first inspect the LEDs. You can open the board cabinet door and find the board. Then, examine the LEDs and note the activity indicated by the LEDs.

Another quick indicator of a problem with the board is to inspect the fuses. The DS200DMCBG1AJE features two fuses that protect different circuits in the board. If you find that one fuse is blown, it indicates that a power surge or other issue occurred that exposed the board to a over-voltage condition. To replace the fuse, first power off the drive and use a tester to verify that all power is removed. The tester must have all controls set correctly for the purpose and make sure the tester is fully calibrated. Position yourself in front of the drive cabinet so that you have a clear view of the board, if possible. With one hand, remove the fuse by pulling it out of the retainer. Use the same hand to position the replacement fuse over the retainer, then press it into the retainer.

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The GE DOS DUP Processor Board DS200DMCBG1AKG contains three 26-pin connectors, one 40-pin connector, and 19 jumpers. The board also has 2 LEDs. The jumpers on the DS200DMCBG1AKG can be used by the installer to change the behavior of the board. The manual that ships with the original board from the factory describes the jumpers and how they change the behavior of the board. However, not all the jumpers can be moved by the installer or servicer. Some are for use by the factory only. They are used for testing purposes only at the factory. The manual that comes with the original board will also identify those jumpers.

Be aware that when you are replacing the board you only have to move the jumpers to match the positions of the jumpers on the old board. You might find when you inspect the board side by side that the jumpers on the replacement board are in different locations because of design updates. It is best practice to identify a jumper on the old board by the identifier printed on the board. An identifier for a jumper might be JP1, JP2, or JP3. LEDs are identified as CR2 and CR12. Find the same jumper on the replacement board and make sure it covers the same pins.

Even if the locations of the components is different, the replacement board provides identical processing functionality. This is due to the testing performed on the replacement board to ensure it maintains compatibility.

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The GE DOS DUP Processor Board DS200DMCBG1ALG contains three 26-pin connectors, one 40-pin connector, and 19 jumpers. The board also has 2 LEDs. Some of the connectors that populate the GE DOS DUP Processor Board DS200DMCBG1ALG connect to a ribbon cable which is made up of multiple fine wires that carry control signals. The control signals are transmitted to the board from other components or boards in the drive. Other control signals are received by the board through the ribbon cable.

The wires that make up the ribbon cable are easily disconnected from the connector and so it is necessary to never pull the connector out of the board. Instead, grasp the connector portion of the ribbon cable, steady the board with one hand, and gently remove the ribbon cable. This avoids putting stress on the ribbon cable which might pull some of the fine wires out of the connector.

The board is populated with several connectors so the old board could have many cables connected to it. To reduce the downtime for the drive caused by a lengthy replacement procedure, you can note where all cables are connected on the old board. All connectors have an identifier printed on the board. Write it down and attach the note to the cable.

Another way to reduce downtime for the drive when service is performed is to note how the jumpers are positioned on the old board and identify the jumpers by the identifier printed on the board. The quick and error free method is to set the jumpers in exactly the same positions on the new board.

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The GE DOS DUP Processor Board DS200DMCBG2A contains three 26-pin connectors, one 40-pin connector, and 19 jumpers. The board also has 2 LEDs and two fuses. If you find that the GE DOS DUP Processor Board DS200DMCBG2A is not functioning properly there are multiple actions you can take to identify the problem. One is to run the diagnostic tools supplied by the drive. The diagnostic tool is available from the drive control panel. The control panel has a menu of activities you can perform and one is to run the diagnostics. Another is to edit the configuration file to change the behavior of the drive.

You can select to display the results of the diagnostic tool on the display or download the file to a laptop through the serial connector on the drive. With the diagnostic file downloaded on the laptop, you can scroll through the results and save the file for future use. For example, you can compare the diagnostic results to the results obtained after you have resolved the issue.

Another source of diagnostic information is the two LEDs on the board. When activity is occurring on the board, the LEDs flash to indicate that normal operations are taking place. If the LEDs are not flashing it indicates that processing is not occurring and that a problem might exist. In that case, check the fuses on the board and verify that all circuits are working. If the fuses are blown, replace them with a fuse with the same rating.

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The GE DOS DUP Processor Board DS200DMCBG2AKG contains three 26-pin connectors, one 40-pin connector, and 19 jumpers. The board also has 2 LEDs. The GE DOS DUP Processor Board DS200DMCBG2AKG also features a Restart button that is useful if the DS200DMCBG2AKG shows signs of intermittent processing errors or other problems. Only a qualified servicer should access the rack with the power on in the drive due to the current residing in the drive.

The first troubleshooting step is to locate and access the board in the board rack. Use one finger to press the Restart button and hold down the button for five seconds to give all the power in the board an opportunity to exit the board. Some components temporarily store power but after a few seconds the electricity exits the board. When you release the button, the board begins a restart sequence and initiates normal processing.

The second troubleshooting step is performed when power is disconnected from the drive. With the power removed from the drive, examine the two fuses on the board and check to see if one or both of them have blown. If the fuses are blown, the element in the fuse will have broken which causes the circuit to stop functioning. This protects the board from damage when a power surge or other condition occurs and too much voltage is present in the board. If a fuse is blown, replace it with an new fuse with the same rating. A fuse with a different rating might damage the board if a power surge enables more voltage to be present in the board and the voltage damages components.

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The GE IOS + Power Connect Board DS200DPCAG1 features 3 terminal blocks for 3 wires in each block and one toggle switch. The DS200DPCAG1 also features one fuse and four 26-pin connectors. The terminal blocks enable the installer to attach a maximum of 9 wires to the board. To remove the wires during the replacement of the board, first note where each wire is attached on the terminal block. All the connectors have a unique identifier and you need to write on a label the identifier and attach it to the wire. Use a screwdriver to loosen the screws that holdthe wire in the terminal. Remove the wire from the block.

Wear a static protective wrist strap when you work with the replacement board. The wrist drains away the static that accumulates on your body or the board. One end of the strap wraps around your wrist and the other clips to a metal surface that is not painted. To further prevent damage from static, keep the board in the protective bag until you are ready to install it in the drive. Another way to keep the danger of static at a minimum is to refrain from walking around with the board in your hands.

Insert each wire into the terminal indicated on the label you created and while holding the wire in the terminal, tighten the screw to hold in place. Don’t over tighten the screws because it might damage the wire or damage the terminal block.

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The GE IOS + Power Connect Board DS200DPCAG1A features 3 terminal blocks for 3 wires in each block and one toggle switch. The DS200DPCAG1 also features one fuse and four 26-pin connectors. The fuse that populates the board requires some consideration. If you suspect that the board has stopped working or that some function of the board has stopped a quick troubleshooting measure is to view the fuse on the board and verify that the element in the fuse is still intact. If the element is blown it indicates that an over current condition occurred in the board and to prevent damage the fuse has blown which causes the board to stop functioning.

You can remove the fuse and replace it but you first must obtain an exact match to the fuse. Sometimes the rating is printed on the fuse and also the publication that came with the original board from the factory will describe the rating of the fuse. If you install a fuse that doesn’t exactly match, you can expose the fuse to current that will damage components on the board or other boards in the drive that are attached to it. You might also cause the fuse to blow when the current is within the limits for the board but the fuse is not rated to handle that current.

To replace the fuse use two fingers to pull the fuse out of the clips that hold it in place. To install the replacement press one end of the fuse into one end of the clip. Then, press the other end of the fuse into the other clip.

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The GE IOS + Power Connect Board DS200DPCAG1ADC features 3 terminal blocks for 3 wires in each block and one toggle switch. The DS200DPCAG1 also features one fuse and four 26-pin connectors. The board also contains multiple test points that a servicer or other qualified individual can use to test the circuits on the board. The test points are bare metal posts that the servicer can test with a testing device.

The four 26-pin connectors are used to connect ribbon cables to the board. The ribbon cables carry signals that are transmitted to other components or received from other components in the drive. The ribbon cables require some special handling instructions when you are planning the replacement of the board. First, look at the defective board and note what cables are connected to the 26-pin connectors. Write on a small strip of tape the letter and number code printed on the board. Stick it firmly on the ribbon cable so you’ll know where to attach it on the replacement board. The small wires on the ribbon cable are easily broken off from the plastic connector and without that connection the signal would be unavailable to the board for processing.

Use your thumb and forefinger to grasp the plastic connector and gently pull the ribbon cable from the board to disconnect it. To connect the ribbon cable, hold the connector at the end of the ribbon cable and align it with the connector on the board. Then, press it in the connector.

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The GE IOS + Power Connect Board DS200DPCBG1A features two wire terminal blocks to attach a maximum of 6 signal wires. The GE IOS + Power Connect Board DS200DPCBG1A also is populated with 1 fuse and one toggle switch. When you replace the GE IOS + Power Connect Board DS200DPCBG1A it is necessary to connect the signal wires to the same connectors on the terminal blocks. To do that and also to properly disconnect the wires from the terminal blocks requires that you follow some guidelines.

Notice that the terminal blocks have identifiers for the individual connectors. Diagram the terminal blocks and show on it the identifiers and also show what terminals have wires attached to them. Tape on the signal wires the identifier they are attached to on the terminal block.

However, only touch the board when power is removed from the drive. Consult with an electrician who is familiar with the installation of the drive to understand how the drive is powered. The drive receives power from a power supply and the best practice is to remove the fuses from the power supply to remove power from the drive. Keep the fuses in a safe place but removed from the power supply so that someone doesn’t replace the fuses while the servicer is working on the replacement procedure.

Use a screwdriver to loosen the screw that retains the wire in the terminal. However, make sure the screwdriver doesn’t touch any other components in the drive. The screwdriver might scratch a board or damage components or cause components to fall off the board.

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The GE IOS + Power Connect Board DS200DPCBG1AAA features two wire terminal blocks to attach a maximum of 6 signal wires. The GE IOS + Power Connect Board DS200DPCBG1AAA also is populated with 1 fuse and one toggle switch.

The fuse on the GE IOS + Power Connect Board DS200DPCBG1AAA protects the board from damage if too much current is applied to the board, even if the power surge is momentary. When the fuse is blown you can visually inspect the fuse and if the element inside the fuse is intact, the fuse is still operating. If the element is broken or missing the fuse is blown and must be replaced. Have on hand a supply of fuses that have the same rating as the fuse on the board. You can refer to the written documentation to obtain the fuse rating or you can obtain the rating if it is printed on the fuse.

However, if the rating is not exactly the same you might damage the board by subjecting it to current that can damage the board. Before you remove power to the drive you must communicate to others that work around the drive that you plan to take the drive offline and that their productivity might be disrupted. Consult with someone who is knowledgeable with the installation of the drive to understand how power is supplied to it. The drive will have a power supply associated with it and you can either switch off the power supply or remove the fuses in it.

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The GE Digital Signal Processor Control Board DS200DSPCH1 provides processing capacity and communications bandwidth for direct control of high performance drives and other power converter applications. The GE Digital Signal Processor Control Board DS200DSPCH1 features expandable local I/O for direct interface to control signals. There are several way to reset the processor on the DS200DSPCH1. You can use the VME sysreset command, you can command the VME master bus to write to the VME control register, use the power-up rest function, or use the reset button on the board.

The GE Digital Signal Processor Control Board DS200DSPCH1 features two VME bus interface connectors that are compatible with the programmable logic controllers. Flash memory is available on a removable SIMM card, and EEPROM is can be added to the board on a connector on the board.

The board also provides for serial communications which can be used for communication between multiple signal processor control board. Before you can use the serial ports for communications, you must use the configuration utility to enable the ports on all boards and configure the parameters on each board to enable communications.

The board also has four connectors into which you can connect daughter cards for added processing flexibility and functionality. Each position for the daughter cards contain two connectors. One is a 60-pin connector and one is a 40-pin connector. They provide for high-speed signal connections and power connections. The four positions are are interchangeable. But after card is assigned to a project, the card must remain the same card position.

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The GE Digital Signal Processor Control Board DS200DSPCH1A provides processing capacity and communications bandwidth for direct control of high performance drives and other power converter applications. The GE Digital Signal Processor Control Board DS200DSPCH1A features expandable local I/O for direct interface to control signals. The faceplate of the board contains indicator LEDs that shot the status of the processing activity. One green LED indicates that the board is functioning properly when lit. One red LED indicates that the VME bus has failed when lit. The remaining four LEDs are programmed for use by software applications. The four LEDs are amber.

To replace the board you must first remove all power from the drive. It is best practice to ask an individual who is familiar with the installation for information about the power connections to the drive, if you don’t have that information. This is to ensure that all power is removed and to avoid safety concerns and damage to components.

Examine the board and note all cables connected to the board. Use labels to make notes about the cables and the connector to which the cables are connected. Only then should you disconnect the cables. This will make connecting the replacement board quick and easy and reduce the opportunity for connecting the cables to the wrong connectors.

The ribbon cable is secured in the connector with release tabs on the side of the connector. Press in on the tabs to release the connector and pull out the connector.

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The GE Digital Contact Terminal Board DS200DTBAG1 features two terminal blocks that each connect a maximum of 95 wires. DS200DTBAG1 also features 5 jumpers and two 2-pin connectors. After you disconnect the drive from electric power you can begin to replace the drive. Due to the 190 signal wires connected to the terminal blocks you must document where the wires are connected. To make it easy the terminals have a letter and number designation and you can attach the designation information on the wire. If you have a large number of wires attached to the terminal, allow plenty of time to identify the terminals on the wire. Do the same with the other connectors.

The jumpers are set to define the configuration of the board and so to ensure the replacement board works the same as the old board, you have to set the jumpers in the same positions. Some of the jumpers are only used at the factory for testing purposes and cannot be moved because the configuration in the alternate position is not supported. Regardless, record the position of all five jumpers on the old board using the designation printed on the board which is prefixed with JP. Like, for example JP1, JP2, and JP3.

Setup up the wrist strap by connecting one end to a metal surface that is paint free and wrap the other end around your wrist. Open the protective bag and slid out the board and rest the board on top of the bag.

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The GE Digital Contact Terminal Board DS200DTBAG1A features two terminal blocks that each connect a maximum of 95 wires. DS200DTBAG1A also features 5 jumpers and two 2-pin connectors. Because of the high number of signal wires that can connect to the GE Digital Contact Terminal Board DS200DTBAG1A it is critical that you use best practices when you plan for the replacement of the board.

First, inspect the area around the drive and notice moisture on the floor as well as oil, grease, or other contaminants. Clean up the moisture before you begin and make sure the floor is dry and clean. The moisture can conduct electricity and is therefore a safety hazard that can cause shock, burn, or damage to other equipment in the general area. Look for electric cords without a ground and remove them from the area due to the safety concerns.

Keep the GE Digital Contact Terminal Board DS200DTBAG1A in the sealed bag you receive it in and if possible keep it stored in the shipping box. The board is fragile and others might accidentally handle it and cause damage.

The best way to handle the board is to carry it by the sides with two hands and never touch the components on the board when you carry it which might bend connectors and jumpers, or break off components.

Due to the large number of signal wires you must document where the wires are connected on the terminals. Then, use a screwdriver to loosen the screws that secure the wires in the terminal.

","meta_title":"DS200DTBAG1A GE DIGITAL CONTACT TERMINAL BOARD","meta_description":"DS200DTBAG1A GE DIGITAL CONTACT TERMINAL BOARD","keywords":"DS200DTBAG1A GE DIGITAL CONTACT TERMINAL BOARD","series_page_description":"DS200DTBAG1A GE DIGITAL CONTACT TERMINAL BOARD","quote_description":null,"inventory_notes":"","cross_reference":"","created_at":null,"updated_at":null},{"id":11300,"part_number":"DS200DTBAG1AAA","revision_type_id":1,"series_id":113,"stock_level_id":1,"repair_time_id":1,"stock_level_text":"In Stock
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The GE Digital Contact Terminal Board DS200DTBAG1AAA features two terminal blocks that each connect a maximum of 95 wires. DS200DTBAG1AAA also features 5 jumpers and two 2-pin connectors. The terminal blocks attach signal wires that send and receive information used by the drive. The potential is for a maximum of 190 wires attached to the GE Digital Contact Terminal Board DS200DTBAG1AAA and so you must be aware of the damage that can be caused to the other components and boards. A screwdriver is used to loosen the terminal to remove the wires and it might hit or scratch other components. To prevent that, use one hand to guide the screwdriver to the terminal you want to loosen. Use one hand to turn the screwdriver.

Also have a good line of sight so that you can see where you are working. Also as you remove the signal wires, try to move them to one side and out of the way of the other boards. If possible, reinstall the signal wires before you install the replacement board to limit the opportunity to damage the fragile boards in the drive. If you are able to attach the wires, hold the board from the sides only and use two hands. Carefully maneuver the board into the cabinet and align the holes with the holes in the rack where you will install the board. When you perform the replacement it is necessary to wear a wrist strap and have the end of the strap attached to a metal structure that is not painted.

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The GE Terminal Digital Connector Board DS200DTBBGIA features 2 terminal blocks with terminals for 95 signal wires in each. It also contains 3 50-pin connectors. The IDs for the 40-pin connectors are JFF, JFG, and JFH. It also is populated with bayonet connectors and 5 jumpers. Because the board has 3 40-pin connectors it is important to record what 40-pin ribbon cable is connected to which of the connectors. When you restart the drive after replacing the board, it is important to get the drive back in service to regain productivity. If you have connected the ribbon cables to the wrong connectors, it will require you to bring down the drive, move the ribbon cables to the right connectors, and restart the drive. This can lead to a loss of productivity and will inconvenience operators who work on drives that are nearby.

The potential exists to have a maximum of 110 signal wires attached to the terminal blocks. This will be difficult to manage without a method to document where the separate signal wires are connected. One terminal block is assigned TB1 as the ID and the other terminal block is assigned TB2 as the ID. The separate terminals are numbered in sequence on each terminal block. So, to identify a specific terminal you use the terminal block ID and the number assign to the terminal. Some examples are TB1 90 and TB2 48. TB1 90 is terminal 90 on terminal block 1. TB2 48 is terminal 48 on terminal block 2.

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The GE Terminal Digital Connector Board DS200DTBBGIABB features 2 terminal blocks with terminals for 95 signal wires in each. It also contains 3 50-pin connectors. The IDs for the 40-pin connectors are JFF, JFG, and JFH. It also is populated with bayonet connectors and 5 jumpers.

The board is 3 inches in height and 11.5 inches in length. It has 1 hole in each corner for the installer to attach the board to the board rack in the interior of the drive. The drive has multiple positions that can accept the installation of the board. However, it is best practice to install the board in the same position as the old board it is replacing. This is because of the large number of signal wires and ribbon cables attached to it. Cable routing is very important. If the cables are not routed properly interference can result and also the cooling of the drive interior can be negatively affected. The drive interior has many power cables and signal wires and ribbon cables. The power cables if routed too near the signal wires can interfere with the signals. This might result in inaccurate signals being transmitted and received by the board. The solution is to route the power cables as far as possible from the signal wires.

The other problem that can result from improper cable routing is reduced air flow within the drive. This can occur if bundles of cables block the flow of air in front of air vents or around components that generate heat.

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The GE Connector Relay Terminal Board DS200DTBCGIA features 2 terminal blocks with terminals for 110 signal wires in each. It also contains 2 3-wire bayonet connectors and 1 2-wire bayonet connector and 10 jumpers.

The board is 3 inches in height and 11.5 inches in length. Spaces are available inside the drive for mounting the board. Because the board can have 220 signal wires attached to it, it is important that you mount it where the signal wires can be routed properly. The signal wires can not be routed near power cables due to the risk of interference. The power cables are considered noisy which means they radiate signal noise that can interfere with the accuracy of the signals received by the board. They also interfere with the signals received by the board. Sometimes shielded wires can be used to block the interference. However, the best solution is to route the power cables separately from the signal wires. If they must be routed together, it is best to limit the length of the run they are bundled together. The more current a power cable carries the further away the power cable and signal cables should be routed from each other.

Route the signal wires so that they do not interfere with the air flow inside the drive. The drive is designed so that cool air enters the drive at the bottom of the drive through air vents. The air flows over the heated components and carries away the heat through vents at the top of the drive.

If fiber optic cables are routed inside the drive, the power cables can be routed together with the fiber optic cables. That is because fiber optic cable are immune from interference.

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The GE Connector Relay Terminal Board DS200DTBCGIAAA features 2 terminal blocks with terminals for 110 signal wires in each. It also contains 2 3-plug connectors and 1 2-plug connector and 10 jumpers.

When you plan to replace the GE Connector Relay Terminal Board DS200DTBCGIAAA there are several steps to take before you remove the old board. First it is necessary to remove all power from the drive. Keep in mind that multiple sources of power supply electricity to the drive and when you remove power from 1 source you have to remove power from the remaining sources of power. It is best to consult with someone who is familiar with the installation of the drive to understand the various power sources and how best to remove power to the drive. For example, a rectifier converts ac power to dc power and you can disable a rectifier to remove dc power to the drive. This often is accomplished by removing a fuse from the rectifier. If ac power is supplied to the drive, you might use another method to remove power. This might include pulling a switch or removing power by turning off a circuit breaker.

View the board and notice where it is installed in the drive. Plan to install the replacement in the same location. Create a diagram or illustration of where the signal wires are attached to the terminals. Use strips of masking tape to create temporary tags on which you can write down the terminal ID the wire is attached to.

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The GE Terminal Board DS200DTBDG1A features 2 terminal blocks. Each block contains 107 terminals for signal wires. The GE Terminal Board DS200DTBDG1A also contains multiple test points, 2 jumpers, and 3 34-pin connectors.

The ID of the test points on the board begin with TP and end with a number. TP1 and TP2 are some examples. The IDs are important because the servicer can refer to the written publication that ships with the board from the factory for information about the test points. The information will be referenced by the test point ID. For example, it will give a description of the purpose of TP1 and what circuits the test point tests, and what the testing values mean. If you have indications that the board is not working as you expected, you can refer to the instructions and test the circuits that might be involved.

However, only a trained servicer will have the background, experience and knowledge to test the board. The testing equipment used to test the board must be qualified for the purpose, fully functional, and in good working order. It must also be calibrated for the task and the probes must be intended for attachment to the tester. They must also be in good working condition.

Place the board on top of a static protective surface. For example a flattened static protective bag. The surface must be clean and dry. The surface must be sturdy and have plenty of space for hand tools, testing equipment, other boards, and the printed instructions.

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The GE Terminal Board DS200DTBDG1ABB features 2 terminal blocks. Each block contains 107 terminals for signal wires. The GE Terminal Board DS200DTBDG1ABB also contains multiple test points, 2 jumpers, and 3 34-pin connectors. The board also contains 3 40-pin connectors. The board is 11.25 inches in length and 3 inches in height. It is designed to fit in a specific location in the drive interior and is secured in place with screws.

First use a screwdriver to remove the screws from the GE Terminal Board DS200DTBDG1ABB. After you have removed the signal wires, ribbon cables, and other cables the board can be removed easily. With one hand remove the screws and hold them with your other hand. If they drop into the drive, retrieve them before you continue. They might cause a high-voltage short between cables or components. It is possible for them also to become jammed in the powerful moving parts in the drive. This might cause damage to the motor or other components.

Carefully remove the board and keep it from hitting against other boards or devices inside the drive. You might accidentally knock off components from other boards or scratch the surface of boards.

If you label the signal wires and ribbon cables with the connector IDs of where they are to be connected, the installation of the board is easy. Due to the multiple cables connected to the board, route the cables so that they do not block the air vents. The air vents enable cool air to enter the drive and draw away heat from the components.

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The GE Excitation Control Board DS200EXDEG1A features 2 34-pin connectors, 2 10-pin connectors, and 5 indicator LEDs. It is also populated with 8 capacitors, test points, and terminal connectors. During normal processing the capacitors store high-voltage current and when signalled, a circuit on the board releases the high voltage. The same circuits again begin the process of storing high-voltage current. During normal operation the operator is unaware of the cycle and is not exposed to safety concerns because of the capacitors.

However, when the board is being replaced, the servicer is potentially exposed to the high-voltage current. Best practice is to allow the high-voltage current in the capacitors to dissipate before touching the board. This only takes 30 seconds. In short, to avoid high-voltage current, wait 30 seconds before touching the board after removing external power.

The board has 5 OK LEDs that are visible to the operator. They lit when the board passes all diagnostic checks performed at startup and remain on if no errors are encountered. This gives the operator a quick means of monitoring the status of the board during normal processing.

The terminal connectors are used to connect jumper cables to achieve a particular processing outcome. The written documentation provides a description of the terminal connectors and the specific outcome that can be achieved by jumpering two terminal connectors together. The jumper cables have connectors that fit over the terminals.

Power is supplied to the board through the plug connector. When connected properly, the connector snaps into place. To remove the cable, hold the plug end and pull it out of the connector.

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The GE Excitation Control Board DS200EXDEG1A features 2 34-pin connectors, 2 10-pin connectors, and 5 indicator LEDs. It is also populated with 8 capacitors, test points, and terminal connectors.

The GE Excitation Control Board DS200EXDEG1A also is populated with multiple heatsinks. The heatsinks help cool heat-generating components on the board and without the heatsinks the components might be damaged. Or, the high heat might lead to premature failure. The heat sinks require 4 inches of space above the heatsinks for air flow to draw heat away from the heatsinks. This limits the positions in the drive interior where the board can be installed. It is best practice to first note where the old board is installed and install the replacement board in the same location.

To remove the old board, care is required to perform the task safely due to the weight of the board and the heatsinks that populate it. Use one hand to remove the screws installed in each corner of the board. Use the other hand to support the board.

The board is also populated with LEDs that indicate the health of processing functions. If one or more LEDs are not lit, it indicates that an error has occurred or another problem has been encountered. To investigate further you can use the test points to test the specific circuits on the board. The test points each has an ID that is prefixed with TP and ends with a numerical value. TP1, TP3, and TP 6 are samples of test point IDs that you will encounter.

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The GE Power Supply Board DS200EXPSG1 features one reset button, 3 fuses, and 1 LED. The GE Power Supply Board DS200EXPSG1 also is populated with 3 9-pin connectors, multiple capacitors, and test points. The board functions by receiving command signals from other boards. During normal processing the board is able to react to the commands and perform as expected. However, on occasion the commands are in complete or have been interfered with by electrical sources. The board might react by stalling or providing intermittent response to the commands. In that case, a proper first troubleshoot step is to locate the reset button on the board. The reset button causes the processing on the board to restart without powering off the board. If any interference has been received or processing errors exist, pressing the reset button will clear any problems. You can press the reset button while power is being received by the board, however, care must be taken to not touch any components on the board due to the high-voltage current present on the board.

Also, when you reach into the board cabinet, avoiding touching any other boards or components. Serious injury or burns might result from touching components. It is best practice to have another servicer or assistant nearby while the procedure is taking place. If an accident occurs, the other servicer can pull the emergency power shut off device or call for help, if needed. Before reaching into the drive, make sure the floor is dry and free of grease and oil. Any moisture would conduct electricity and lead to a dangerous condition.

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The GE Power Supply Board DS200EXPSG1A features one reset button, 3 fuses, and 1 LED. The GE Power Supply Board DS200EXPSG1A also is populated with 3 9-pin connectors, multiple capacitors, and test points. The 3 fuses on the board serve to protect all of the components on the board from over-voltage situations as well as other irregular voltage conditions. The element inside the fuse will melt if too much voltage is present in the circuit. In that case, the circuit the fuse is part of will cease operation, power will stop entering the circuit, and all components will be protected from the voltage condition. However, if the fuse blows, the servicer must determine the cause of the over voltage condition and the fuse must be replaced. If you are not familiar with the electrical supply used with the drive, consult with an engineer or other knowledgeable individual.

Refer to the written material that came with the board for the ratings of the fuses. It is important that you only replace the fuses with fuses with the identical rating. Another rating fuse might subject the components to voltage that could damage the board by exposing the components to too much voltage.

Once you are satisfied that the over-voltage condition is resolved, remove power from the drive. Then, disconnect all cables attached to the board and use a screwdriver to remove the 4 screws that attach the board to the rack cabinet. Examine the fuses and replace the fuses that are blown.

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The GE Power Supply Board DS200EXPSG1ACB features one reset button, 3 fuses, and 1 LED. The GE Power Supply Board DS200EXPSG1ACB also is populated with 3 9-pin connectors, multiple capacitors, and test points. The 1 LED on the board is green in color and is lit when the board has passed all startup diagnostic tests and is operating as designed. When the LED is not lit, it indicates that a problem has been encountered. To troubleshoot the condition, the test points are a valuable means of testing the individual circuits in the board. The printed information provided with the board from the manufacturer will describe each test point and how a servicer can test the various circuits on the board.

The testing device must be equipped with probes that are compatible with the tester and are in good condition. Look for insulation that is worn or missing and use another probe if they are inadequate or unsafe. The testing equipment must also be calibrated for the testing being performed on the board and all controls must be set properly for the testing. The equipment sends a small amount of current through the circuit and records the response the circuit has to the voltage.

If the circuit testing does not uncover the problem, another troubleshooting step is to run the drive diagnostic application available from the control panel on the drive. The control panel is comprised of a small display panel and a keypad. The user interface is a menu-driven design that you can use to select the diagnostic application.

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The General Electric DS200FCGDH1 is a gate distribution and status card. Developed for GE’s Mark V series of boards, this card can be accessed using the VME board on a number of GE drives and exciters. When installed, this board acts as an interfacing medium for a six-pulse phase-controlled non-reversing bridge. Information on SCR firing from the digital signal processing card is received by the this board. Feedback and diagnostics received in these signals is then returned using the VME backplane. As it interacts with the VME system, this board should be installed into the VME rack that also houses the DSPC (digital signal processing card).

A wealth of information is passed through the DS200FCGDH1 board. Once data has been received, the board works to decode and distribute the cell gating signals needed for each bridge leg. In turn, bridge legs send back a multiplexed cell status signal. Feedback signals are also transmitted to and scaled by this board. These signals are received via fiber optic connections to three FGPA boards. After decoding feedback, all voltage, frequency, and status information is relayed back to the DSPC board. When the system heartbeat is normal, a green LED IMOK (I am okay) indicator will be illuminated on the board.

DS200FCGDH1 as well as the drive it uses have installation parameters that should be met. By following these, accident risks and device damages are greatly limited. For a complete guide to installing and wiring the board to its new drive, please refer to the series manual as well as the device datasheet. The manufacturer of the Mark V series, General Electric, originally provided technical support for this device.

AX Control’s trusted sales team is happy to help with all of your DS200FCGDH1 needs. For current prices on this and other parts and repairs, please email or call our office to speak with a member of our staff.

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DS200FCGDH1A is a gate distribution and status card designed by General Electric for their Mark V board series. Boards from this series can be installed in a number of GE brand exciters and drives, providing almost universal brand access. By installing this card, the drive is provided an interface for a six pulse phase controlled non reversing bridge. Information from the digital signal processing card (DSPC) is received and processed by this board. Using the drive’s VME backplane, diagnostics and feedback information is then returned accordingly.

This board relays and processes a large amount of information provided by the DSPC. All data received by DS200FCGDH1A is decoded and converted into cell gating signals, which is then distributed to each bridge leg. These bridges legs return a multiplexed cell status signal to the board. Scaling and transmission of feedback signals is also performed by this card. Feedback signals collected using fiber optic connections to three FGPA boards are all sent to the DSPC board. This includes voltage, frequency, and status information. A green status indicator labelled IMOK provides visual representation that all systems are operating well.

Outlined installation parameters for both the board and the drive should be reviewed. Risk of injury or accident is minimized if all of these guidelines are met. Correctly wiring DS200FCGDH1A is imperative to proper board function. For a complete wiring and installation instruction set, please refer to the series manual as well as the device datasheet. Technical support was originally provided by the manufacturer for the Mark V series, General Electric.

Our trusted sales staff at AX Control is available to assist with all of your DS200FCGDH1A needs. Prices for this part, as well as all other parts and repairs, can be obtained by calling or emailing a member of our team.

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The DS200FCGDH1B is a gate distribution and status card (FCGD). Developed by General Electric for their Mark V board series, this card can be installed in a number of GE brand drives. When installed, this card acts as an interface system for the six pulse, phase controlled non-reversing bridge. The DSPC (digital signal processing card) relays information to this board to decipher. From this, signals regarding diagnostic information and system feedbacks are produced. These feedbacks are then sent out using the drive’s integrated VME backplane.

DS200FCGDH1B collects a large amount of data from the drive’s integrated DSPC. Signals received by the board are translated into cell gating signals. All system bridge legs receive this cell gating signals and return multiplexed cell status information to this card. Feedback signals are also received and scaled by the FCGD board. Three FGPA boards send feedback signals via fiber optic connections found on board. Included feedback are frequency, voltage, and board status information. An integrated IMOK LED status indicator provides users with basic system status.

Manufacturer provided installation parameters for the board should be met to minimize risk of device malfunction or error. Board function is dependent upon wiring the system correctly. An illustrated guide to wiring and installing DS200FCGDH1B is available in the device’s manual and datasheet. The entire Mark V series was originally provided technical support by General Electric.

AX Control’s knowledgeable sales team is ready to assist with all of your DS200FCGDH1B needs! To receive current prices on this part, or any other part or repair, please contact our staff by phone or email.

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The GE Firing Circuit Control Board DS200FCRLG1 features 27 bayonet-type connectors. It is also populated with 27 jumpers, 1 34-pin connector, and 1 9-pin connector. The GE Firing Circuit Control Board DS200FCRLG1 is one component in a complex drive. Many of the components in the drive are heat producing. The electrical components embedded on boards produce heat and so do the moving parts, including the powerful electrical motor. To enable the board to work effectively and without error, the drive must be installed in a location that is cool or room temperature. The location must also be dust free and clean. That is, free of oil, grease, and dirt. To select a location for the installation, choose a space for the drive with at least 18 inches between the drive and other equipment. This gives room for all equipment to dissipate the heat they generate. The drive needs a constant supply of cool air to circulate through it and keep the components below a threshold.

If the space has heat-generating equipment in it, you might need to install fans to help cool the drive. Makes sure enough fans are installed and that they are in good condition and reliable. Keep the fans on whenever the drive is operating and make sure they are positioned to direct cool air over the drive.

If the components become too hot and the temperature rises above the threshold, an over temperature condition will exist and the drive will shutdown without human intervention. The over temperature condition is recorded in the error log and the log is included in the diagnostics tools report.

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The GE Firing Circuit Control Board DS200FCRLG1A features 27 bayonet-type connectors. It is also populated with 27 jumpers, 1 34-pin connector, and 1 9-pin connector. The 27 bayonet connectors are connected to matching pins that are attached to the ends of the signal and power cables. The cables are also connected to other devices and boards in the drive. To install a cable in the bayonet connector, align the pin with the connector and press it into place. Press the cable until it is firmly connected and it clicks into place.

To disconnect a cable from the bayonet connector, hold it by the connector at the end of the cable and pull it out of the connector. Do not tug the cable out by holding the cable. This might cause the signal wires to dislodge from the connector end.

With multiple wires, cables, and ribbon cables connected to the board, you must consider proper cable routing. One consideration is that the signal wires must be routed separately from the power cables. The power cables radiate interference that can make the signals carried to and from the board useless. Route the signal wires as far away from the power cables as possible. Or, limit the space the signal and power cables are routed near each other. The more current that the power cables carry, the shorter the distance should be that the signal and power cables are routed together. In some circumstances, you can use shielded cables to protect the signals from the power cables.

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The GE Firing Circuit Control Board DS200FCRLG1AFC features 27 bayonet-type connectors. It is also populated with 27 jumpers, 1 34-pin connector, and 1 9-pin connector. The jumpers on the GE Firing Circuit Control Board DS200FCRLG1AFC configure the firing signals transmitted from the connectors. For that reason they are important and you must consider them when you replace the board. Each jumper can cover 2 of 3 jumpers on the board. The jumper can cover pins 1 and 2 or pins 2 and 3. Depending on which pins are covered the behavior of the board is changed.

When the board from the factory is shipped, the package includes an installation guide with a description of each of the jumpers. It describes how the configuration changes if pins 1 and 2 are covered or if pins 2 and 3 are covered. The jumpers are identified on the board with the two letter ID, JP followed by a number. Some examples of jumper IDs are JP1, JP4, and JP9. The installer will confer with the engineers and operators to determine how the drive should be configured to best meet the needs of the site. Once configuration is complete, the drive will perform as needed during normal processing.

To replace the drive, one step is to review the jumper settings on the old board and move the jumpers on the replacement board to match. Some of the jumpers will remain in the default positions, which are the positions in which the jumper arrives from the factory. They are often the most common settings.

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The GE Firing Circuit Control Board DS200FCRRG1A features 1 terminal block with terminals for 95 signal wires. It also contains 10 2-pin connectors, 2 ribbon cables, and a programmable logic device. The board is also populated with multiple capacitors that store current during normal processing. When signaled to do so, the capacitors release the current. For this reason, if you touch the board when power is removed from the drive you might still be shocked by a high-voltage current from the capacitors. To prevent the risk of shock, after you remove the drive from all sources of power, wait 30 seconds for any current in the capacitors to dissipate. After that period of time, you can safely touch the board.

However, another consideration involves the best practices for removing all power from the drive. The drive is attached to multiple sources of power and you must remove the drive from all of them before it is safe to work inside the drive. Often the site will document the power cable wiring and sources of power attached to a drive or other device. If that information is available, use it to find the power sources that must be disconnected. If it is not available, contact an installer or engineer familiar with the installation of the drive. If DC power is used to power the drive, an inverter that converts the AC power to DC power can be disabled to remove the DC power. If AC power is a power source, a switch or circuit breaker might be available.

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The GE Firing Circuit Control Board DS200FCRRG1AKD features 1 terminal block with terminals for 95 signal wires. It also contains 10 2-pin connectors, 2 ribbon cables, and a programmable logic device. The IDs of the 10 2-pin connectors begin with a numerical value and end with PL. The numbers are assigned in sequence and are printed on the surface of the board for easy reference by the installer or servicer. For example, some of the IDs are 1PL, 5PL, 12PL, and 15PL. Because of the number of 2-pin cables attached to the connectors, it is important to record where the cables are attached before you disconnect them. Mark on the cables the ID of the connector it is attached to before you disconnect it. Then, when you are prepared to connect the cables on the replacement board, the task is fast and accurate. If you connect the 2-pin cables to the wrong connectors, you might not realise the error until you attempt to start the drive. This leads to more down time for the drive and a loss of productivity for the drive and other related activities performed at the site.

To remove signal wires from the terminal block, have on a hand a narrow flat blade screwdriver. Loosen the retention screw and pull out the signal wire. Make sure the signal wire has about 0.5 inches of insulation removed from the end of the wire. Best practice is to have all the bare wire inserted into the terminal. However, if less than 0.5 inches of insulation is removed, the connection might not be made between the terminal and the signal wire.

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The GE Field Exciter Board DS200FECBG1 features 2 jumpers identified as BJ1 and BJ2 and an overvoltage protection controller integrated on the board. The board is 5.5 inches by 4 inches in size and it has holes in each of the four corners for attachment to the board rack inside the drive. The board has a specific location for installation and when you plan the replacement note the location of the old board and plan to install the replacement in the same location in the rack. Also plan to use the same screws that secured the old board. Use two hands when you remove the old board. Use one hand to turn the screwdriver to remove the screws and use the other hand to steady the board. Don’t let the screws fall into the board cabinet and get lost. If they do fall, stop the replacement and locate them. The screws might cause an electric shock or damage components in the drive, if they are resting on electrical components. Instead, keep all the screws and washers in a safe place. Also, they might get lodged in the moving parts of the motor and cause damage to the parts.

When you remove the board place it on a clean and level surface. Place the replacement next to it on an EDS safe material, like the static protective bag it arrived in. Locate the jumpers on the old board and move the jumpers on the replacement to match the positions.

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The GE Field Exciter Board DS200FECBG1A features 2 jumpers identified as BJ1 and BJ2 and an overvoltage protection controller integrated on the board. The overvoltage protection controller on the GE Field Exciter Board DS200FECBG1A is a component that stores high-voltage current during normal operation of the board. When you remove power from the drive you must wait 30 seconds for the current to exit the component before you touch it or touch the board. To remove power to the drive, you can refer to any individual familiar with the installation of the drive. This would include electricians, or servicers. They would be familiar with the power supplies and power cable routing used during installation. The power supply connected to the drive converts AC to the DC voltage required to power the drive. To disable the power supply you can remove the fuse. Keep the fuse in a safe place away from the power supply while the replacement is on going. In this way, no one can accidentally restart the power supply and cause injury.

The test points on the board are a valuable tool for testing the operation of the board. However, they are only for use by qualified servicers. Also the testing equipment must be certified for the testing purpose. The testing equipment must be calibrated by a certified agency and the probes must be suitable for use with the testing equipment. Also look for signs of wear on the insulation on the probes and only use the probes if the insulation is in good condition.

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The GE Gate Pulse Amplifier Board DS200FGPAG1A provides power for one phase of a SCR bridge, accumulates cell voltage information, and converts ac current to the dc control voltage required by the board.

The DS200FGPAG1A board has 1 fibre optic port for transmitting and 14 fiber optic ports for receiving for a very fast and reliable network. Two of the receiving ports are dedicated to duplex fiber optic networks and the remaining are dedicated to simplex fiber optic networks. Fiber optic networks are especially useful in a manufacturing environment because electrical interference does not affect the signals. That means you can run the fiber optic cables bundled with the 3-phase power cables, or any other cable.

Also, fiber optic cables can run for greater length than copper wire networks. The runs can be even longer if repeaters are added to the networks. With repeaters the lengths can be doubled. You can add a maximum of 2 repeaters to the network. When you design the fiber optic cabling routes make sure the bend radius is not tighter than the radius recommended in the specifications. If they are tighter, it might weaken the signal or damage the cables. You can configure the fiber optic network by reducing or increasing the signal strength. This depends on the length of the fiber optic cables and other factors.

The DS200FGPAG1A board is subject to damage from static electricity. To minimize the risk, keep the board in the protective package until you are ready to install it.

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The GE High Voltage Gate Interface Board DS200FHVAG1A is an interface between the SCR bridge and the LCI power converter and also provides cell monitoring functions to the LCI power converter. The DS200FHVAG1A board has 1 fiber optic transmission connector. It is used for transmitting status information to a fiber optic network. Fiber optic networks provide valuable features to a manufacturing environment.

Manufacturing environments often contain high-voltage cables, multiple signal cables, grounding wires, and serial networks, and other connections. The fiber optic networks do not pick up interference from other cables and can be bundled, even with high-voltage 3-phase cables. This is especially valuable in tight spaces where it is impossible to provide the space between cables to avoid interference.

Long distance runs is another feature of the fiber optic networks. You are not limited in the distance between equipment that networks using copper cables encounters. In fact, you can add repeaters to a fiber optic network that enables you to double the length of the fiber optic cables.

The connector for the fiber optic cable requires some consideration. If you plan to remove the fiber optic cable from the connector for 1 hour or longer, install a plug over the connector to prevent a buildup of dust or dirt. This is especially true in dusty conditions. You will notice the signal is degraded if the connector is left open and dust settles on the connector. Carefully remove any build up of dust if you encounter a drop in signal quality.

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The GE High Voltage Gate Interface Board DS200FHVAG2 is an interface between the SCR bridge and the LCI power converter and also provides cell monitoring functions to the LCI power converter. The DS200FHVAG2 board has 1 LED indicator that you can use for troubleshooting. The LED indicator is lit when bridge power is on. The LED dims as the power decreases.

You can view the LED while the drive is powered on and the board is operating, however the board contains high-voltage electricity and can result in injury, fire, equipment damage or death if the board it touched while operating. So, if you suspect a problem with the board, view the LED and verify that the board is working properly.

The replacement board arrives at your location wrapped in a static-protective bag because the board can be damaged by static electricity. Best practice is to keep the board wrapped in the bag until you are ready to install it. Keep the board wrapped and hold the board with one hand on one edge of the board and the other hand on the other edge. Touch the bag to an unpainted metal surface on the drive or any nearby structure or equipment. This action drains all the static from your body and from the board. Then, remove the board from the bag and insert it into the drive and place it on the board carrier.

You can put it down if you have to by flattening out the bag on a flat surface and placing the board directly on the bag.

The GE High Voltage Gate Interface Board DS200FHVAG2A is an interface between the SCR bridge and the LCI power converter and also provides cell monitoring functions to the LCI power converter. The DS200FHVAG2A board is not populated with serviceable parts. If you determine the board is defective the only option you have to order a new board, or call for service. The board must be installed by a servicer that knows how to work around high-voltage equipment. There is a risk of injury, electrical burns, electrical shock, and death from improper procedures. Additionally, there is risk of injury from the powerful moving parts in the drive or other equipment in a manufacturing site.

There are a number of actions you can take on your own to troubleshoot the board. You can view the indicator light on the board. If the red light is on, it means the power bridge is on and it means the power blocking voltage is present in the board. You can view the board while the drive is operating by locating the board. However, due to the very high energy present in the board, you can not touch the board or other drive components.

To remove the fiber optic cables from the board, pull the latch on the cable connector. Care must be taken to avoid pulling the cable from fiber optic cable. Only pull from the connector to avoid damage to the cable.

Lock washers are included in the hardware assembly that secures the board in the drive. Do not allow the metal lock washers to fall in the drive and get lost.

The GE High Voltage Gate Interface Board DS200FHVAG2ADA is an interface between the SCR bridge and the LCI power converter and also provides cell monitoring functions to the LCI power converter. The DS200FHVAG2ADA boards features a fiber optic connector that requires some consideration. The connector transmits a status of the board to the receiving equipment.

There might be a cause for the connector to be without a cable installed in it for a period of time. If that is the case, simply install a plug cover over the connector to prevent dust or dirt to settle on the connector. To maintain a high-quality signal, always install a plug when you disconnect the fiber optic cable from the connector.

The DS200FHVAG2ADA board is packaged in a shipping container to protect the board from damage. Inspect the box for evidence of damage, water damage, or that the box was opened during transit. Cut through the security tape and examine the contents. Save all the manuals and other written material for future use. Notice that the board is contained in a static safe bag. The only safe way to hold the board is by the edges to protect the delicate components on the board. When you are prepared to install the board, pick it up and locate a bare metal surface near the drive. Right before you install the board touch the board to the bare metal for a few seconds. Any static on your body or the board will be drained off.

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The GE Field Supply Amplifier Board DS200FSAAG1 features 5 jumpers, one 10-pin connector, and two fuses. It is also populated with multiple test points. The GE Field Supply Amplifier Board DS200FSAAG1 has four holes that enable you to mount it on the standoffs on another device. Align the four holes on the board with the standoffs and use screws to attach the board. Once attached, you cable the board to the device and the drive component work together.

There are only 4 capacitors on the DS200FSAAG1 board. Two of the capacitors on DS200FSAAG1 are located on the right-hand side of the board. The other two capacitors on the board are located on the left-hand side. The capacitors store high voltage and also release it during normal operation of the board.

The board also is populated with five jumpers. Some of the jumpers are only used during the manufacturing process to test various signals and circuits in the board. And the jumpers cannot be moved by the servicer because the alternate position is not a supported configuration. However, other jumpers can be used to configure the board by changing the functionality of the board. To read a description of the jumpers on the board, review the product information that was supplied with the original board from the manufacturer.

Consider that when you are replacing a defective board, to obtain the same functionality in the replacement board, position the jumpers on the replacement board to match the positions on the defective board.

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The GE Field Supply Amplifier Board DS200FSAAG1A features 5 jumpers, one 10-pin connector, and two fuses. It is also populated with multiple test points. The GE Field Supply Amplifier Board DS200FSAAG1A is designed to attach to another drive component. Standoffs on the other component enable the board to be secured with screws. The holes on each corner of the board align with the standoffs and enable you to insert the screws through the board. When you tighten the screws use care to avoid damaging the board by over tightening the screws. The area surrounding the holes on the board have a metal surface which helps protect the board.

To replace the board, remove the four screws from the standoffs and keep them together in a safe place because you might need them to secure the replacement board. Disconnect all the cables from the board and note where they are connected. You might want to draw a diagram to show the locations or tag the cables with the information.

Examine how the jumpers are positioned on the old board and duplicate the positions on the new board. In this way, the new board will behave the same as the old board. Align the new board over the standoffs and tighten the screws with a screwdriver. Use two hands to tighten the screws. Use one hand to guide the screwdriver into the screw head and the other to turn the screw. Make sure all four screws are evenly tightened in the standoffs.

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The GE Field Supply Amplifier Board DS200FSAAG1ABA features 5 jumpers, one 10-pin connector, and two fuses. It is also populated with multiple test points. The GE Field Supply Amplifier Board DS200FSAAG1ABA is subject to damage from static electricity that can build up on your body and on the board. There are several guidelines to follow once you receive the replacement board and during the replacement procedure. The board is shipped in a sealed bag made of a plastic that is treated to prevent the flow of static through the bag and onto the board. The best practice is to keep the board in the sealed bag until you are ready to install it.

Wear a wrist strap because it drains off any static that accumulates on the board or on your body while you wear it. When the strap is attached to an unpainted metal surface, the static seeks ground as provided by the metal. Clip the strap to a metal support on a workbench or other structure. Another consideration is to refrain from walking around with the board because walking causes static to build up, especially in cool and dry conditions. If you do have to carry it, keep it in the sealed bag.

Remove the board from the bag, flatten out the bag, and place the board on top of the bag. Configure the board by moving the jumpers to match the settings found on the old board. Notice where the cables are connected on the defective board.

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The GE Field Supply Amplifier Board DS200FSAAG2A features 5 jumpers, one 10-pin connector, and two fuses. It is also populated with multiple test points. The fuses on the GE Field Supply Amplifier Board DS200FSAAG2A are rated as 600 volts and 30 amps each and are replaceable. If you suspect that the board is not operational, before you decide to replace the board, inspect the fuses and verify that one or both of the fuses are blown. That can happen if too much current is supplied to the board. The fuses are engineered to protect the board by preventing the jolt of high voltage from damaging the components on the board and other components in the drive.

Consider that it is good policy to keep on hand a supply of replacement fuses for use in the event that the fuses blow. Make sure you only replace the fuses with fuses with the same rating. Many fuses have printed on them the rating specifications you need to know. You can also review the information supplied with the board that came from the factory. It will have the rating for the fuses, along with a description of the jumper and installation instructions.

No power can reside in the board when you replace the fuses. So remove power from the drive first. The fuses are retained in clips that both connect the fuses to voltage and secure the fuses in place. With one hand pull on the fuse to remove it from the clip and use the other hand to steady the board to reduce the stress on the board.

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The GE Field Supply Amplifier Board DS200FSAAG2ABA features 5 jumpers, one 10-pin connector, and two fuses. It is also populated with multiple test points. Along with the 10-pin connector, the GE Field Supply Amplifier Board DS200FSAAG2ABA also is populated with four 2-pin connectors and so the board can be connected to multiple cables that must be disconnected and reconnected during the replacement. To avoid costly errors that might lead to increased downtime for the drive, and to make the replacement fast and easy, write on lengths of tape the identifier for the connector to which the cable is connected. Then, attach the tape to the cables. Only then should you disconnect the cables from the board. When you are ready to reconnect the cables, locate the connectors using the identifier and reconnect the cables.

When you are disconnecting the cables follow some guidelines to prevent damage. Only grasp the cables by the connector end to remove it. If you pull from the cable portion it puts stress on the cable and might damage the cable by pulling out the wires. This is especially true of ribbon cables because the multiple wires are very fine and the connection from the ribbon to the connector is not well supported. When you reconnect them make sure the cables are fully seated in the connector so that all signals are able to pass through to the board. If a connector has retention clips to hold the board in place, make sure they are engaged.

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The GE Software PROM Set DS200GASCF1 features two PROM modules for use with GE Speedtronic Mark V boards. The PROM modules in the GE Software PROM Set DS200GASCF1 are used to store the configuration parameters for the drive. The PROM modules that are shipped to you arrive with no software code on them. This allows you to use the same configuration parameters that you have been using. It is stored on the old set of PROM modules. To use the same configuration, it is best practice to download the configuration from the old PROM modules to a laptop or other device, then upload it from the laptop to the new PROM modules.

To do that, first connect a serial cable from the serial connector on the drive to the serial connector on the rear of the laptop. Be sure to obtain a cable with the required connectors on both ends. Access the configuration utility on the laptop to make sure the serial port is configured correctly. Access the menu-driven user interface on the drive control panel and select the menu selection to initiate a download from the drive. The configuration file is downloaded to the laptop. When it is completed successfully, a message displays on the control panel display.

Wear a wrist strap and remove the board containing the PROM modules and place it on a static protective surface. Place a screwdriver between the module and the socket and pry off the module. Place the screwdriver in the other end on the socket and pry off module. Place it immediately in a static protected bag.

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The GE Software PROM Set DS200GASCF1A features two PROM modules for use with GE Speedtronic Mark V boards. The PROM modules in the GE Software PROM Set DS200GASCF1A store the configuration parameters for the drive. The configuration parameters control the operation of the drive while the drive is online and operating normally. To configure the drive two options are available. One is to use the control panel to scroll through the menu driven options. The options give you access to different sections of the configuration. Use the keys on the keypad to make changes to the configuration. This option is designed for making small edits to the configuration.

The easiest and fastest method for making edits is to download the file to a laptop. A full function editing program is available that you can use to make major edits to the file. Once you have completed the edits, you can download the file back to the drive. The advantage of using this method is that the configuration file can be downloaded to other drives that can use the same configuration.

One important factor to keep in mind is that the PROM modules can be erased and reloaded with a new file. This gives the modules added flexibility.

Another important factor is that the modules are easily damaged by static electricity. That is, the files on the module can be corrupted by static. To avoid the damage, wear a wrist strap and always store the module in a static protective bag. Remove the module from the bag only when you are installing the module.

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The GE Software PROM Set DS200GASCF1ADB features two PROM modules for use with GE Speedtronic Mark V boards. The PROM modules in the GE Software PROM Set DS200GASCF1ADB store the configuration parameters for the drive. When you receive the modules, they arrive in a sealed static protective bag. Locate the shipping label on the outside of the box and either save the label or write down the model number, serial number, and other important information. Save the information with your other important material about the board. If you ever have reason to call for service, having the information ready will speed service and the customer support representative can provide accurate information for your specific hardware and software.

Keep the modules in a clean, dry, and cool location. Keep the static protective bag sealed to protect the modules. When you are ready to install the module on a board, place the board on a static protective surface that is clean and dry. Wear a wrist strap and use a sharp blade to open the bag. Place the module on top of the socket and do not touch the metal connectors. Press down on the module to install it.

Connect the drive to the laptop through a serial cable. Reinstall the board and when the drive is operational, use the control panel to start the upload function. Optionally, edit the configuration before you upload it. When the upload is complete the control panel displays a message that the function is successfully completed.

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The General Electric DS200GDPAG1 is a high frequency power supply board. A member of the Mark V series of GE boards, this 600 to 700 W board can be used across a variety of drive and exciter systems. Boards such as this can accept and input power supplies from both AC and DC sources, expanding the board’s applications.

DS200GDPAG1 includes a number of integrated features to produce the best user experience. Included on the board are an input rectifier and filter, a regulator, a 27 kHz inverter, and a 50 VAC output transformer. This board also features a 120 VDC power supply, a control power supply, control signal level circuits, and protective circuits. When inputting AC power to the drive, sourced inputs can range from 80 to 132 VAC. DC inputs to the board can measure from 105 to 140 VDC. Inputs and outputs on the board are isolated, preventing any interruptions. Board status is presented to users using the four LED and two neon indicators found on board.

Each GE board and drive is accompanied by a set of installation parameters that users should strive to meet. These guides will prevent any accidental damages to both the board and the overall drive system. For a complete guide to wiring DS200GDPAG1, please refer to the series manual and the device datasheet. Members of the Mark V series of boards were originally provided technical support by the manufacturer, General Electric.

Our knowledgeable staff at AX Control is happy to help with all of your automation needs. Please contact a member of our sales team to receive current prices and availabilities on DS200GDPAG1 as well as other parts and repairs.

","meta_title":"GATE DRIVER CARD FOR GE DRIVE SYSTEMS","meta_description":"GATE DRIVER CARD FOR GE DRIVE SYSTEMS","keywords":"GATE DRIVER CARD FOR GE DRIVE SYSTEMS","series_page_description":"GATE DRIVER CARD FOR GE DRIVE SYSTEMS","quote_description":null,"inventory_notes":"","cross_reference":"","created_at":null,"updated_at":null},{"id":11337,"part_number":"DS200GDPAG1A","revision_type_id":1,"series_id":113,"stock_level_id":4,"repair_time_id":1,"stock_level_text":"In Stock
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DS200GDPAG1A is a high frequency power supply board developed for General Electric’s Mark V board series. When installed, this 600 to 700 W board is capable of inputting both AC and DC sourced power supplies. This card can be installed and applied to a wide range of GE manufactured drives and exciters. AC power sourced to the board can measure between 80 and 132 VAC. Should DC power be inputted to the drive, sources can rate between 105 and 140 VDC.

An array of integrated board features ensures that DS200GDPAG1A provides the best user experience. These features include a 120 VDC power supply, a 50 VAC output transformer, and a control power supply. Both control signal level circuits and protective circuits are found onboard as well. An input rectifier and filter, a regulator, and a 27 kHz inverter complete the main features of this board. All inputs on the board are isolated, ensuring no interruptions or voltage spikes. Four onboard LED and two neon indicators provide board status diagnostics to the users.

Manufacturer provided installation and storage parameters for both the board and drive should be reviewed and followed. This instructions will ensure that the system as a whole operates properly. For a step by step guide to installing and wiring DS200GDPAG1A, please refer to the series manual as well as the datasheet. General Electric, the manufacturer, originally provided all Mark V boards with technical support.

Our team at AX Control is ready to assist with all of your DS200GDPAG1A needs. A member of our trusted sales team is available by phone or email to discuss prices and availabilities on all parts and repairs.

","meta_title":"DS200GDPAG1A GATE DRIVER POWER SUPPLY CARD","meta_description":"DS200GDPAG1A GATE DRIVER POWER SUPPLY CARD","keywords":"DS200GDPAG1A GATE DRIVER POWER SUPPLY CARD","series_page_description":"DS200GDPAG1A GATE DRIVER POWER SUPPLY CARD","quote_description":null,"inventory_notes":"","cross_reference":"","created_at":null,"updated_at":null},{"id":11338,"part_number":"DS200GDPAG1AGC","revision_type_id":1,"series_id":113,"stock_level_id":1,"repair_time_id":1,"stock_level_text":"In Stock
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General Electric’s DS200GDPAG1AGC is a high frequency power supply board designed for the Mark V series of optional and replacement boards. Both AC and DC power supplies can be sourced by this 600 to 700 W board. A wide array of GE brand drives and exciters can use this card, expanding the overall capabilities of the drive. Sourced DC power to the board should rate between 105 and 140 VDC. AC power inputted to the installed drive can rate no lower than 80 and no higher than 132 VAC.

Onboard features of this card ensure that the best user experience is provided. Circuitries on DS200GDPAG1AGC include a control signal level circuit and a protective circuit. Power supplies and voltages are regulated with the 120 VDC power supply, a control power supply, and a 50 VAC output transformer. Other main features on this device include a 27 kHz inverter, a regulator, and an input rectifier and filter. Voltage interruptions or irregularities will not disrupt the board as all inputs are isolated. Board status diagnostics are provided to users using the two neon indicators and four LED indicators found on the card.

DS200GDPAG1AGC and its installed drive all include installation parameters provided by the manufacturer. Following these guidelines will ensure that the system as a whole, both the board and the drive, operate as the user intends. Refer to the series manual and device datasheet for a complete guide to wiring and installing this board. All members of the Mark V series were originally provided with technical support by their manufacturer, General Electric.

Our trusted sales team at AX Control is happy to assist with all of your DS200GDPAG1AGC needs. Current prices on this and other parts and repairs is available by contacting our office via phone or email.

","meta_title":"DS200GDPAG1AGC GE GATE DRIVER BOARD","meta_description":"DS200GDPAG1AGC GE GATE DRIVER BOARD","keywords":"DS200GDPAG1AGC GE GATE DRIVER BOARD","series_page_description":"DS200GDPAG1AGC GE GATE DRIVER BOARD","quote_description":null,"inventory_notes":"","cross_reference":"","created_at":null,"updated_at":null},{"id":11339,"part_number":"DS200GDPAG1AHE","revision_type_id":1,"series_id":113,"stock_level_id":4,"repair_time_id":1,"stock_level_text":"In Stock
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The DS200GDPAG1AHE is a high frequency power supply board. General Electric developed this card for its optional and replacement board series, Mark V. A wide range of GE brand exciters and drives can have this board installed in its cabinet. Both AC and DC power supplies can be fed to this 700 W board. DC sourced inputs to the board can range from 105 to 140 VDC, while AC sourced inputs can rate from 80 to 132 VAC.

Features found on the board ensure that an exceptional user experience is provided. DS200GDPAG1AHE includes a control power supply, a 120 VDC power supply, and a 50 VAC output transformer. Two main circuitries, including a control signal level and protective circuits, are found on this board. A 27 kHz inverter, a regulator, an input rectifier, and an input filter can all be found on the board as well. The card is protected from voltage spikes and interruptions as all inputs integrated on the board are isolated. Users are provided with board status diagnostics via the four LED indicators and two neon indicators.

Installation parameters are provided for both the power supply board and the drive itself. Meeting these guidelines will ensure that the entire drive system operates properly. A guide to wiring the DS200GDPAG1AHE board into the drive is available in the device manual and datasheet. Members of the Mark V series, this board included, was originally provided technical support by the manufacturer, General Electric.

AX Control’s knowledgeable and trusted sales team is happy to assist with your DS200GDPAG1AHE needs. To receive current prices on this and other parts and repairs, please contact our staff by phone or email.

","meta_title":"DS200GDPAG1AHE GENERAL ELECTRIC GATE DRIVER CARD","meta_description":"DS200GDPAG1AHE GENERAL ELECTRIC GATE DRIVER CARD","keywords":"DS200GDPAG1AHE GENERAL ELECTRIC GATE DRIVER CARD","series_page_description":"DS200GDPAG1AHE GENERAL ELECTRIC GATE DRIVER CARD","quote_description":null,"inventory_notes":"","cross_reference":"","created_at":null,"updated_at":null},{"id":16913,"part_number":"DS200GDPAG1AJF","revision_type_id":1,"series_id":113,"stock_level_id":1,"repair_time_id":1,"stock_level_text":"In Stock
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General Electric’s Mark V series DS200GDPAG1AJF is a high frequency power supply board. Members of this series can be used across the GE brand of drives and exciters. When installed, this board can support both AC and DC power supplies. Wattages for this card can range from 600 to 700 W. When feeding sourced inputs to the board, it can accept between 105 and 140 VDC. AC inputs sourced to the board can rate between 80 and 132 VAC.

A number of features are found on this board, expanding its use within an array of workplace applications. The card includes a 50 VAC output transformer, a 120 VDC power supply, and a control power supply. Circuits on the board include protective and control level circutries. Inputs and other I/O fed to the device will interact with some of the onboard features. An included 27 kHz inverter, an input filter, an input rectifier, and a regulator are all included on the board. DS200GDPAG1AJF is also protected from any voltage interruptions as all inputs are isolated. Four LED and two neon indicators visually provide board status information to users.

Following manufacturer provided installation parameters for both DS200GDPAG1AJF and its drive will ensure that the entire system operates properly. Proper wiring will prevent any device errors and should be done properly. For a complete review of the wiring and installation instructions, please refer to the series manual as well as the device datasheet. General Electric originally provided technical support for this board.

AX Control’s knowledgeable and friendly sales team is happy to help with all of your DS200GDPAG1AJF needs. Please contact our office by phone or email to receive current prices on this and all other parts and repairs.

","meta_title":"DS200GDPAG1AJF MARK V GATE DRIVER BOARD","meta_description":"DS200GDPAG1AJF MARK V GATE DRIVER BOARD","keywords":"DS200GDPAG1AJF MARK V GATE DRIVER BOARD","series_page_description":"DS200GDPAG1AJF MARK V GATE DRIVER BOARD","quote_description":null,"inventory_notes":"","cross_reference":"","created_at":null,"updated_at":null},{"id":11340,"part_number":"DS200GDPAG1AKF","revision_type_id":1,"series_id":113,"stock_level_id":4,"repair_time_id":1,"stock_level_text":"In Stock
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The General Electric’s Mark V board DS200GDPAG1AKF is a high frequency power supply card. Boards in this family are compatible with a range of GE brand of drives and exciters. When installed, both AC and DC power supplies can be accepted by the drive system. This card can produce wattages ranging from 600 to 700 W. DC inputs sourced to the board can rate between 105 and 140 VDC. Board sourced AC inputs can safely rate between 80 and 132 VAC.

A number of workplace applications are available to the DS200GDPAG1AKF. Integrated features include a 50 VAC output transformer, a control power supply, and a 120 VDC power supply. Both protective and control level circutries are found on this particular card. A number of onboard features allow for inputs to be safely and accurately captured and sent out. These include the 27 kHz inverter and the regulator as well as an input filter and an input rectifier. Each input found on this board is isolated, ensuring that some signals will not interfere with others on the board. Board status information is visually represented to users with the two neon and four LED indicators found on board.

System operation is reliant on users following all provided installation parameters. This will lessen the risk of any user injuries or drive accidents. Proper wiring is paramount in ensure drive safety. A complete instruction manual for wiring and installing DS200GDPAG1AKF is available in the series manual as well as the device datasheet. The board’s manufacturer, General Electric, originally provided technical support.

Our sales team at AX Control is happy to help with all of your DS200GDPAG1AKF needs. For prices on this board and other parts and repairs, please contact a member of our trusted team for more information.

","meta_title":"DS200GDPAG1AKF MARK V GATE DRIVER BOARD","meta_description":"DS200GDPAG1AKF MARK V GATE DRIVER BOARD","keywords":"DS200GDPAG1AKF MARK V GATE DRIVER BOARD","series_page_description":"DS200GDPAG1AKF MARK V GATE DRIVER BOARD","quote_description":null,"inventory_notes":"","cross_reference":"","created_at":null,"updated_at":null},{"id":11341,"part_number":"DS200GGDAG1","revision_type_id":1,"series_id":113,"stock_level_id":4,"repair_time_id":1,"stock_level_text":"In Stock
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The GE GTO Gate Driver Board DS200GGDAG1 features 2 3-pin connectors and 2 bayonet connectors. The GE GTO Gate Driver Board DS200GGDAG1 also contains 2 sets of 4 LEDs. Each set has 1 red LED, 1 amber LED, and 2 green LEDs. The bayonet-type connectors on the board require some special consideration when you replace the board. To disconnect them from the board, hold one by the connector and pull it away from the board. Only hold the cable from the connector portion and not from the cable. You might damage the cable by pulling the wires out of the connector. This is especially true because of the plastic retention clips that hold the bayonet cable in the connector.

When you insert the bayonet cable in the connector, align the bayonet with the connector and press it into the connector. Make sure it is fully seated and that the retention clips have firmly secured the cable. When you insert the bayonet, the retention clips click into place over the cable.

The two sets of LEDs on the board display the same information. One set is viewable from the side of the board and the other set is viewable looking down on the board. The LEDs provide information concerning the health of the board. The two green LEDs are lit when the board is processing normally and the AC LED flashes to indicate when activity is occurring. The red LED is on when a fatal error has occurred. The amber LED is lit as a warning that a non-fatal error has occurred.

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The GE GTO Gate Driver Board DS200GGDAG1A features 2 3-pin connectors and 2 bayonet connectors. The GE GTO Gate Driver Board DS200GGDAG1A also contains 2 sets of 4 LEDs. Each set has 1 red LED, 1 amber LED, and 2 green LEDs. When the amber LED is lit, it indicates that an error has occurred on the GE GTO Gate Driver Board DS200GGDAG1A. To diagnose the error run the diagnostics available with the drive. The control panel on the drive is the user interface for the diagnostic tools.

The menu-driven user interface provides you access to the diagnostic tools. Use the keypad on the control panel to move through the available options until you locate the diagnostic tools. Use the keys on the keypad to select it and select the options for running the tools.

The diagnostic tools generate a report of all the processes in the board and the health the components. You can use a serial cable connected to the drive and a laptop to save the file for examination. Once saved, you can compare the results of the diagnostics before and after a repair action has taken place.

The control panel is also used to provide local operational control of the drive. You can stop and start the motor. You can also control the speed of the motor and use predefined parameters to control the operation of the drive. The control panel is also used to edit the configuration. The configuration defines the operation of the drive, including the direction of the motor and the speed.

","meta_title":"DS200GGDAG1A GE GATE DRIVER CARD","meta_description":"DS200GGDAG1A GE GATE DRIVER CARD","keywords":"DS200GGDAG1A GE GATE DRIVER CARD","series_page_description":"DS200GGDAG1A GE GATE DRIVER CARD","quote_description":null,"inventory_notes":"","cross_reference":"","created_at":null,"updated_at":null},{"id":11343,"part_number":"DS200GGDAG1AGD","revision_type_id":1,"series_id":113,"stock_level_id":4,"repair_time_id":1,"stock_level_text":"In Stock
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The GE GTO Gate Driver Board DS200GGDAG1AGD features 2 3-pin connectors and 2 bayonet connectors. The GE GTO Gate Driver Board DS200GGDAG1AGD also contains 2 sets of 4 LEDs. Each set has 1 red LED, 1 amber LED, and 2 green LEDs. The GE GTO Gate Driver Board DS200GGDAG1AGD also features a 20 VDC capacitor mounted on the board. When you power off the drive to perform a replacement procedure, it is important to allow the current in the capacitor to exit before you handle the components. This is true because the capacitor stores and releases high-voltages during normal operation. The high-voltages will exit the capacitor after thirty seconds.

One preventative measure is to use a tester to verify that all voltages are absent from the drive before you proceed. Make sure the probes are well insulated and that the material is in good condition.

It is always necessary to wear an EDS protective device because static build up on the board can damage the board. One common ESD device is a wrist strap which provides a path for the static to seek ground through a bare metal surface like a desk leg or any other metal structure. One end of the strap connects to your arm or hand and the other end is clipped to a metal structure. Some EDS straps alternatively have a plug connector that fits into a receptacle on a workbench leg. It provides a more secure connection. The EDS device will only protect the board if both ends are connected.

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The GE GTO Gate Driver Board DS200GGDAG1AHE features 2 3-pin connectors and 2 bayonet connectors. The GE GTO Gate Driver Board DS200GGDAG1AHE also contains 2 sets of 4 LEDs. Each set has 1 red LED, 1 amber LED, and 2 green LEDs.

When you install the GE GTO Gate Driver Board DS200GGDAG1AHE locate the board in a position in the rack where the LEDs positioned on the side of the board are visible to the operator. One set of LEDs are installed on the board and are visible from a top view of the board. This set of LEDs are useful if you are testing the board. The LEDs can indicate if an error has occurred or if a fatal error has occurred. The green LEDs indicates if the board is working as designed.

The other set of LEDs is visible from the edge of the board which is helpful when the board is installed in the board rack in the drive. With one quick inspection the operator can verify that the board is operational or if a problem has occurred. The amber LED indicates if an error has occurred but the board is still operating. The OK LED indicates that the board is healthy and is functioning as designed.

The 20 VDC capacitor on the board protrudes from the board and is libel to be broken off the board if the board sustains a sharp blow. For this reason when you remove the board from the cabinet, use care that it doesn’t knock against the edges of the opening.

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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 VI GATE LEAD ADAPTER CARD","short_desc":"GE Gate Lead Adapter Board DS200GLAAG1","content":"

The GE Gate Lead Adapter Board DS200GLAAG1 features two terminal blocks with a maximum of 6 wires, two 2-pin connectors, and two 4-pin connectors. The DS200GLAAG1 also contains 2 LEDs. The connectors on the GE Gate Lead Adapter Board DS200GLAAG1 comes with retention latches to hold the cables securely seated in the connectors. There are a few guidelines to follow when you plug and unplug a cable into a connector that has a retention latch. To unplug a cable, use your forefinger to remove the retention latch from the top of the cable connector and ensure that it is completely moved away from the connector. Then, use one hand to hold the connector portion of the cable and pull the cable out of the connector on the board. Use your free hand to hold the board and keep it from flexing or moving while you remove the cable.

To install a cable in a connector with a retention latch, first examine the connector on the board and swing the latches away from the connector. Then, align the cable with the connector and gently press it into the connector on the board. Visually inspect it to be certain that it is fully seated in the connector. Use one finger to slide the retention latch over the connector and it will click into place when fully engaged. Do the same action for the latch on the other side of the connector. To test the connection, gently tug the cable and you will notice that the cable does not come loose from the connector.

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The GE Gate Lead Adapter Board DS200GLAAG1A features two terminal blocks with a maximum of 6 wires, two 2-pin connectors, and two 4-pin connectors. The DS200GLAAG1 also contains 2 LEDs. The terminal blocks on the GE Gate Lead Adapter Board DS200GLAAG1A are used to provide a connection for the wires that send and receive signals on the board. Each terminal block can hold up to three signal wires. When you are in the process of replacing the board you must follow a process to reduce the opportunity for connecting the signal wires to the wrong terminal connectors.

When you first setup the original DS200GLAAG1A you will find a description of the purpose of each terminal connector and what wire to attach to each one. This results in the board being wired to perform the processing functions you require in the drive. However, when you replace the board the task only involves matching the wire connections from the original board on the replacement board. Inspect the original board and notice that each terminal connector has a letter and number designator.

Obtain tags, cards, or other paper to write down the designator to which each wire is attached. Affix the paper to the wire and do the same for all the wires attached to the terminals. Then, use a small screwdriver to loosen the wires in the terminal and remove the wires. Do not remove the paper attached to the wires with the identifying information. Attach the wires to the same terminals on the replacement board.

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The GE Gate Lead Adapter Board DS200GLAAG1ACC features two terminal blocks with a maximum of 6 wires, two 2-pin connectors, and two 4-pin connectors. The DS200GLAAG1 also contains 2 LEDs. The LEDs on the side of the board indicate processing activity and status, and provide a quick, visual indicator on the activity/status of the board. For example, if you open the cabinet door and locate the board in the drive and notice that the LEDs are flashing or are lit continuously, it indicates that the board is healthy and is processing as designed. If the LEDs are off, it indicates that the board is not working. If possible refer to the written material that came with the original board to read a description of the LEDs and what the various states of activity indicate.

If more troubleshooting is required because you suspect the board is not functioning properly, you can access the diagnostic tools on the drive to examine all the components in the drive and thereby gain a full report on the health of the drive. You can use the information to replace boards or other components and improve the performance of the drive. Use the control panel on the side of the drive to access the diagnostic tools. The menu-driven user interface on the control panel contains selections you can use to initiate the diagnostics. The control panel also features keys to enable you to scroll through the selections, including the selection to start the diagnostic tools.

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The GE Common DC Bus Regenerative Board DS200GSIAG1 contains three 40-pin connectors, two 16-pin connectors, and 6 jumpers. The board also has 1 8-pin connector, and multiple test points. When you unplug any cables to replace the board, use one hand to hold the connector and use the other hand to secure the board. Then, carefully remove the cable. Some cables are easily broken and this helps reduce damage. Ribbon cables are easily damaged and so must be routed to reduce stress on the connectors.

When you receive the replacement GE Common DC Bus Regenerative Board DS200GSIAG1, one task you must perform is to move the jumpers on the board to mimic how they are configured on the old board. The jumpers as they arrive from the manufacturer are set at predefined settings. Some configuration of the board can be performed by changing the settings to meet the requirements of the site. Other jumpers cannot be changed and must remain at the factory settings.

When you replace the board you identify each jumper and make sure the jumper is positioned the same on the replacement board. In this way, the board will be configured exactly like the old board when it is installed.

Similar to this is plugging the cables into the replacement board. Inspect the old board and identify where the cables are plugged in. Tag the cables with the information. After you screw the board into the rack, you can read the tags to know where to plug in the cables.

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The GE Common DC Bus Regenerative Board DS200GSIAG1A contains three 40-pin connectors, two 16-pin connectors, and 6 jumpers. The board also has 1 8-pin connector, and multiple test points. The 40-pin connectors enable the board to transmit signals to other boards and also receive signals for processing. The connections are made through ribbon cables. Use care when you disconnect the cables because they are prone to having the connection between the connector and the fine wires of the ribbon cable broken. Hold the connector portion of the ribbon cable when you unplug the cable from the board.

The test points featured on the board are useful for checking the performance of the board if a problem is suspected. The test points can be tested using various testing devices that gauge the signal quality or other factors in the circuit. Make sure the tester is calibrated for the procedure and that the probes are supported for use with the device. A qualified servicer will have the equipment and knowledge required to perform the testing. Also, the qualified tester will know the guidelines and procedures required to work safely around the drive and components.

One guideline is to inspect the area around the drive before starting any work. Any moisture on the floor must be cleaned up and the floor must be dry and clean of oil grease, and other contaminants. If any ungrounded electric cords are present, they must be removed from the area also.

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The GE Common DC Bus Regenerative Board DS200GSIAG1ABA contains three 40-pin connectors, two 16-pin connectors, and 6 jumpers. The board also has 1 8-pin connector, and multiple test points. All the connectors are keyed so that the cable can only be attached one way. That is, you cannot plug the cable in upside down. The 40-pin connectors and 16-pin connectors are typically attached to ribbon cables which require some consideration due to the fact that they are prone to damage. When you disconnect a ribbon cable use one hand to hold tightly to the plastic connector and use the other hand to keep the board itself from moving. Pull the ribbon cable out from the connector on the board. If you pull the cable out by holding the ribbon portion of the cable, it puts stress on the connector and might cause the fine wires to separate from the plastic connector.

The board features 6 jumpers that enable the user to configure the board for the processing needs of the site. You can use the manuals that came with the original board from the factory to learn more about to the processing options that the jumpers define. Some of the jumpers are not for defining processing requirements but instead are only for use during manufacturing. However, when you are replacing a board, inspect the old board and note how the jumpers are set. Use the jumper ID printed on the board to identify the jumper.

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The GE Common DC Bus Regenerative Board DS200GSIAG1ACA contains three 40-pin connectors, two 16-pin connectors, and 6 jumpers. The board also has 1 8-pin connector, and multiple test points. The replacement of the board requires the drive to be temporarily offline, but it is a simple and quick procedure that can be scheduled in advance in order to limit the disruption to the production activities in the surrounding area. You must consider that only qualified individuals can perform the replacement. The individual must have a good understanding of the replacement procedure, as well as a knowledge of how to work around a high-voltage devices, such as the drive and the components in the drive. The qualified servicer must have knowledge of the installation of the drive, including the power supply cabling installed for the drive. The individual must also understand the cable routing used for the control signals, communication signals, and ground cabling.

If the cabling for the drive must be rerouted for some reason during the replacement procedure, consider that the power supply cables can cause interference if routed near the signal cabling. If that happens the drive might have intermittent problems or not function as intended. Don’t route the power cables and control signal in parallel for a long distance. If possible, route the cables so that the signal cables cross the power cables at right angles only. This limits the exposure to the interference. The servicer must also know the location of the emergency shutoff devices.

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The GE Common DC Bus Regenerative Board DS200GSIAG1B contains three 40-pin connectors, two 16-pin connectors, and 6 jumpers. The board also has 1 8-pin connector, and multiple test points. The GE Common DC Bus Regenerative Board DS200GSIAG1B is populated with one LED that is visible from the side of the board. The LED is lit when processing activity is occurring in the board. The LED is visible from the side so that you can open the board cabinet door and quickly view the LED. Is this way, if the LED is lit or is flashing, it indicates that the board is operating normally. However, if the LED is not lit, it indicates that the board might not be operating as expected and that further troubleshooting is required.

If you suspect that a problem is occurring and you want to troubleshoot the problem, use the diagnostic tools available on the drive. The drive has a list of functions available from a menu. One function is the ability to edit the configuration that defines the activity of the drive. Select the diagnostic tools and it generates a report of all the components in the drive and it will provide information concerning the DS200GSIAG1B. You can view the results on the display panel on the drive or download the results to a laptop. Connect a serial cable to the laptop and the serial connector available on the drive. The download function is available from the control panel menu and it starts when you select the function.

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The GE Common DC Bus Regenerative Board DS200GSIAG1BBB contains three 40-pin connectors, two 16-pin connectors, and 6 jumpers. The board also has 1 8-pin connector, and multiple test points. All the jumpers on the board are identified with a series of letters and numbers printed on the board. All jumper identifiers begin with the letters JP. For example, JP1, JP2, and JP3. The one LED on the board begins with the letters CR. These are standard codes used throughout industry. The test point identifiers begin with the letters TP. Place the board on a flat surface with a static protective surface under the board.

The test points are bare metal spears that you connect to a tester, or touch with a probe. Make sure the probe is compatible with the testing device and is functional. Make sure the tester is calibrated correctly and that the controls on the device are set for the test being performed.

The test points are useful when the board is not behaving as expected and a servicer is attempting to pinpoint the defective circuit. The board must be removed from the drive to use the test points. One method is to install a replacement board in the drive and if the problem is resolved, you know the board is defective. Next, use the test points to test the circuits and components on the board and if possible, have the board repaired. In that way, you have a readily available replacement board, if a replacement board is required.

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The GE Common DC Bus Regenerative Board DS200GSIAG1C contains three 40-pin connectors, two 16-pin connectors, and 6 jumpers. The board also has 1 8-pin connector, and multiple test points. The GE Common DC Bus Regenerative Board DS200GSIAG1C might be connected to multiple cables in the drive and so if you need to replace the board you might want to examine the board and note where the cable are attached before you unplug the cables. Attach a note describing where each cable is connected on the board before you disconnect them. All the connectors have a letter and number code associated with them. Use the letter and number code to know where to connect the cable on the replacement board.

The replacement board might be a later version of the same model board and so will have all the improvements available at that time engineered into the version. The location of the components might be in different locations on the board. It will function the same and will be compatible with all other boards connected to it. Even if the location of the connectors have changed the letter and number codes are the same. In that case, the descriptions of the connectors you attached to the cables will apply to the replacement board and it speeds up the replacement.

Use care when you disconnect or reconnect the cables and avoid damaging the other components on the board or bend connector pins. When you route the cables do not block the free flow of air that cools the boards.

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The GE Common DC Bus Regenerative Board DS200GSIAG1CBA contains three 40-pin connectors, two 16-pin connectors, and 6 jumpers. The board also has 1 8-pin connector, and multiple test points. The test points can be used by a qualified servicer to diagnose the board if the board doesn’t function correctly. To use the test points, first remove all power to the drive and then use a tester to verify that all power is disconnected from the drive. Typically this is performed by removing the fuses from the power supply attached to the drive.

Once the drive is safe to touch without the potential of electric shock and burn, open the board cabinet and remove the screws that secure the board to the rack. The board is attached with four screws in the four corners of the board. To avoid damaging all the boards and components, have a good view of the interior of the cabinet and prevent the screwdriver from scraping against the components or striking them. Use two hands to remove the screws and washers. One hand to turn the screwdriver and the other to hold the hardware. Before you unplug the cables, note where they are attached to the board. You might find it helpful to write down the connectors to which the cables are attached.

Hold the board by the edges when you remove it and place it on a flattened static protective bag. Place it on a clean flat surface and wear a wrist strap to drain static electricity from the board and your body.

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The GE Common DC Bus Regenerative Board DS200GSIAG1CEC contains three 40-pin connectors, two 16-pin connectors, and 6 jumpers. The board also has 1 8-pin connector, and multiple test points. Whenever you service, maintain, or install boards in a drive, the servicer must be aware of some information to maintain the safety of all individuals nearby and also to avoid damage to the drive and all other devices in the area around the drive. Also, the better informed the servicer is, the faster the replacement procedure will be completed and the shorter the amount of time the drive will be offline.

Because safety is the first consideration, inspect the floor for moisture that can conduct electricity and cause an electrical safety hazard. Also, clean the floor of oil, grease and debris which might become a trip hazard. Inspect the electrical cords and disconnect any that are ungrounded. It is best practice to not use them around a high-voltage device such as the drive or other powerful devices in the immediate area.

Make sure the servicer knows where the emergency shut offs are and also how to use them. In case an emergency situation happens, you must act quickly to disengage the power. The servier also must consider that working with a helper, assistant, or associate is the best practice. The assistant is there in case an emergency happens and they can shut off the power or call for help. The assistance can also help during the replacement and reduce the time needed for the drive to be offline.

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The GE Common DC Bus Regenerative Board DS200GSIAG1CFD contains three 40-pin connectors, two 16-pin connectors, and 6 jumpers. The board also has 1 8-pin connector, and multiple test points. Static electricity is always a consideration when you handle circuit boards because it can damage some components and lead to the replacement of the board. A wrist strap is a necessity to wear when you work with the GE Common DC Bus Regenerative Board DS200GSIAG1CFD. One end of the strap is secured around the wrist of the wearer and the other end is clipped to a bare metal surface nearby. For example you might clip it to a bare metal support on a workbench on which you are inspecting the board. Other wrist straps feature a plug that is plugged into a connector on a workbench.

The wrist straps drain the static from your body and the board to the ground of the bare metal. To further limit static build up, don’t walk around with the board. Instead leave it wrapped up in the protective bag in which the board was shipped. The bag is made of a material that prevents the board from collecting static. Don’t remove the board from the bag until you are positioned in front of the drive and ready to install the board in the drive.

One more measure is to touch the bag with the board still inside it to the metal housing of the drive. Then, remove the board from the bag and install it.

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The GE Common DC Bus Regenerative Board DS200GSIAG1CGD contains three 40-pin connectors, two 16-pin connectors, and 6 jumpers. The board also has 1 8-pin connector, and multiple test points. The GE Common DC Bus Regenerative Board DS200GSIAG1CGD also is populated with one LED that is located on one edge of the board. It is visible from the side of the board when the board is installed in the board rack. It is red in color when lit and it indicates when processing activity is occurring on the board. The LED will flash while activity is taking place.

The board rack is a structure in the drive in which multiple boards can be installed. The boards are secured with screws in the rack. When you replace a board, use a screwdriver to loosen or tighten the screws. However, the screwdriver can damage the components or other boards if you allow it to scrape against the components, jab the components, or otherwise cause damage. To prevent that from happening, have a clear view of the interior of the cabinet so you can direct where the screwdriver is touching. Also, hold the board by the edges and use two hands. This helps prevent damage to components which would happen if you press down on the components and bend wire pins or break off components.

Also, make sure to remove the board and keep it away from the edges of the cabinet to prevent damage to the board. Place the board on a level surface.

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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":"DS200IAXSG1A GENERAL ELECTRIC IGBT AA/AB SNUBBER CARD","short_desc":"GE IGBT AA/AB Snubber Board DS200IAXSG1A","content":"

The GE IGBT AA/AB Snubber Board DS200IAXSG1A features three 8-pin connectors and multiple turn screws to vary the voltage output. The turn screws on the GE IGBT AA/AB Snubber Board DS200IAXSG1A are identified with alphabetic descriptors. They are labeled PL, NL, U, V, W, PR, and NR. You can adjust the adjustment screws with a screwdriver when needed. The board also contains foil capacitors used during normal processing.

The capacitors and all the components on the board are easy to break off unless the guidelines for handling the board are followed. It is shipped in a sturdy cardboard box that protects the board from normal hazards encountered during shipping. If the box has dents or has been bashed in or shows signs that liquids spilled or dripped on the box, the board might have been damaged. Open the box and gather all the written information, including warranty information, service instructions, and product information. Unless you need to install the board immediately, put it aside and out of sight so that others don’t handle it and possibly damage the board.

Use a sharp blade to cut the protective bag open at one end without cutting into the board. Grasp the edge of the board and pull it out of the bag. Flatten out the bag and place the board on the bag. Wear a wrist strap when you touch the board with one end of the strap around your wrist and the other end connected to a metal object like a workbench leg or other metal object.

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The General Electric Insulated Gate Bipolar Transistor (IGBT) Board DS200IIBDG1 contains nine indicator LEDs that provide a status of the processing of the board. The LED lights are visible from the interior of the circuit board cabinet and are red in color when lit. The GE Insulated Gate Bipolar Transistor (IGBT) Board DS200IIBDG1 is installed in the drive cabinet and is installed with six screws.

The board ships to your site in a shipping box and there are several steps you must take when the box first arrives. Inspect the box for signs that the box experienced excessive damage during shipment. Look for dents and torn sections of the box that might expose the board. Also the box is sealed at the factory and the seal should not be damaged or broken. This protects the board from tampering and reduces the threat of damage to components.

Inspect the shipping label on the box and make sure it indicates that the board is the model you ordered. The label also has the serial number and other indicators that identify the board. Best practice is to put the box aside in a safe and dry location until you are ready to install the board. Also limit the access other individual have to the box, if they do not have a need to handle the board. This protects the board from static and also from mishandling. Anyone who handles the board must understand that the board must be held only by the edges.

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The GE Insulated Gate Bipolar Transistor (IGBT) Board DS200IIBDG1A contains nine indicator LEDs that provide a status of the processing of the board. The LEDs are visible from the interior of the circuit board cabinet and are red in color when lit.

The GE Insulated Gate Bipolar Transistor (IGBT) Board DS200IIBDG1A has several connectors and when you install the replacement board you must make sure that you connect the cables in exactly the same connectors. To make sure you reconnect them to the same connectors, inspect the defective board and take notes that indicate the connector identifiers of the connector to which you have attached cables. Then make labels and attach them to the cables that show where to attach the ables on the new board.

Also, the board contains one or more jumpers that are used to configure the board to process information in a specific way for your drive. Other jumpers are set at the factory are used at the factory for testing purposes only. The information that comes with the board identifies the jumpers and describes the jumper settings and how they change the board behavior.

When power is applied to the board and the drive is in operation the LEDs indicate the operation of the board. Since the LEDs are only visible when power is applied to the board great care must be taken when you open the cabinet. Do not touch any components in the drive while viewing the LEDs and make sure you do not drop any metal, dirt, or other debris in the drive.

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The GE Insulated Gate Bipolar Transistor (IGBT) Board DS200IIBDG1AAA contains nine indicator LEDs that provide a status of the processing of the board. The LEDs are visible from the interior of the circuit board cabinet and are red in color when lit.

Six screws secure the board in the drive cabinet and you must use a screwdriver to loosen them during the replacement procedure. Any hand tools you use during the procedure must be approved for electrical applications. Some hand tools have what appears to be an insulating material. It is not, and might cause an electrical shock or electric burn, or damage to components in the drive. Also, inspect the hand tools for damaged insulation or insulation that is missing, cracked, or worn.

When you use the screwdriver to loosen the screws that secure the board in the drive, make sure you don’t hit other components in the drive. The components on the boards in the drive are delicate and might bend, break off, or might otherwise be damaged. If possible have a clear view of the board and all components in the cabinet so that you can avoid touching the components.

When you remove the six screws that secure the board, make sure the screws do not fall into the drive cabinet and put the screws aside for future use. If one or more screws do fall in the cabinet, you must remove them from the drive. You can either find the screws by visual inspection or use a hand vacuum to clean the area.

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The GE Insulated Gate Bipolar Transistor (IGBT) Board DS200IIBDG1ACA contains nine indicator LEDs that provide a status of the processing of the board. The LEDs are visible from the interior of the circuit board cabinet and are red in color when lit. A 32-pin ribbon cable connector is contained on the board and during the replacement procedure you must consider the proper procedure to disconnect and connect the ribbon cable.

The ribbon cable is made of fine wires which are easily broken or disconnected from the connector. If any of the fine wires is disconnected the signal it carries will not be sent to the board or received by the board. The ribbon cable has two tabs on either side that secure the connector in place. To remove the ribbon cable, grasp the connector on both sides of the connector and at the same time release the two tabs. Then, pull the connector out from the board.

To remove the board from the drive, remove the four screws that hold the board in place. Make sure you keep the four screws together and store them in a safe place for future use. Hold the board by the edges and pull out the board from the drive cabinet. Place the board on a flat surface that is free of dirt, dust, and debris. Remove the replacement board from the static protective bag, flatten the bag on a clean surface, and place the board on the bag.

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The GE Insulated Gate Bipolar Transistor (IGBT) Board DS200IIBDG1ADA contains nine indicator LEDs that provide a status of the processing of the board. The LEDs are visible from the interior of the circuit board cabinet and are red in color when lit.

The GE Insulated Gate Bipolar Transistor (IGBT) Board DS200IIBDG1ADA is installed in the printed circuit board cabinet in the drive. Because the cabinet contains multiple boards and multiple cables routed throughout the cabinet, it is important that you follow some basic guideline to avoid damage to the boards. When you insert or remove a board, make sure you do not touch other boards in the cabinet and break off the components. Also, in some circumstances you might have to remove one board to gain access to a board you want to replace. Be sure to replace the board in the same position from which you removed it. And reconnect all cables.

When you restart the drive, verify that the board you replaced is working properly and also check the operation of the board you removed to gain access to the board in need of replacement.

After you replace the GE Insulated Gate Bipolar Transistor (IGBT) Board DS200IIBDG1ADA, you can use the indicator LEDs to verify the board is working properly. However you must understand that with power applied to the drive, a risk of shock exists when you open the cabinet door to view the indicator LEDs. It is important that you not touch any components in the cabinet while you view the LEDs.

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The GE Insulated Gate Bipolar Transistor (IGBT) Board DS200IIBDG1AEA contains nine indicator LEDs that provide a status of the board while in operation. The LEDs are visible from the interior of the circuit board cabinet and are red in color when lit. Consider that because you can only see the LEDs with the cabinet door open and when the drive is powered on, you must observe some guidelines to avoid electric shock to view the LEDs. All boards must be considered to be high-voltage components and you must not come in contact with anything in the board cabinet.

Also, do not allow anything to drop in the cabinet while the door is open. If a screw, piece of wire, or other item falls in the cabinet, you must remove all power from the drive. Then, wait three minutes for all power to leave the components. Then, locate the item and search for other parts that might have fallen in. You might have to vacuum out the components to ensure all debris is removed.

The GE Insulated Gate Bipolar Transistor (IGBT) Board DS200IIBDG1AEA contains one 34-pin connector to which you connect a ribbon cable. When you connect the ribbon cable, only grasp the cable from the connector and press the connector into place. Never pull the ribbon cable out by holding the ribbon cable.

The DS200IIBDG1AEA contains three 8-pin connectors on the board and the connectors are labeled APL, BPL, and CPL. The cables for the connectors are routed inside the cabinet and are connected to other boards inside the cabinet.

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The GE Insulated Gate Bipolar Transistor (IGBT) Board DS200IIBDG1AFA contains nine indicator LEDs that provide a status of the board. The LEDs are visible from the interior of the circuit board cabinet and are red in color when lit. The board cabinet in the drive is designed to house multiple boards and a structure is provided for you to attach the board with screws. The board contains 6 screw holes for this purpose.

Use a screwdriver to tighten the screws but care must be taken that you do not touch any components on the board with the screwdriver. The components are easily broken and you might damage the board. Also, do not drop the screws into the board and make sure the screws are tightened so they will not loosen and fall off the board. However, do not over tighten the screws and thereby crack or otherwise damage the board.

Only when you are ready to replace the board should you remove the board from the protective bag. The bag helps prevent static electricity from building up on the board. The static electricity might damage the board. To prevent static from building up you should limit your movement while holding the board. Movement can result in static buildup. This is especially true in cold and dry weather conditions.

Use a tester to make sure all power is absent from the drive and all components before touching anything. Test for power in several locations in the drive before starting the procedure.

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The GE Insulated Gate Bipolar Transistor (IGBT) Board DS200IIBDG1AGA contains nine indicator LEDs that provide a status of the processing. The LEDs are visible from the interior of the circuit board cabinet and are red in color when lit. The LEDs are located on the board in three groups and each group contains three LEDs. Each group of LEDs is associated with an 8-pin connector that is located adjacent to the LEDs. The LEDs indicate the status of the signal that is received or transmitted from the 8-pin connector.

The three 8-pin connectors are identified as APL, BPL, and CPL on the GE Insulated Gate Bipolar Transistor (IGBT) Board DS200IIBDG1AGA. Also, the board is populated with a 34-pin connector that is comprised of two rows of 17 pins. A ribbon cable can connect to the 34-pin connector. The ribbon cable is connected also to a board in the cabinet and must be routed properly to avoid touching other components. The cabling is confined to the interior of the drive only.

To remove the defective board, you must remove six screws that hold the board in the structure inside the cabinet. When you use a screwdriver to remove the screws, make sure you do not brush against other components in the cabinet or the solder points on the boards. It is important to have a clear view of the components so you can avoid damage. Retrieve any screws that fall into the drive.

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The GE IAC2000I Power Supply Interface Board DS200IMCPG1 can be connected through a cable to the DS200SDCC Drive Control Board. Connect the cable to the 1PL connector on the Drive Control Board. The GE IAC2000I Power Supply Interface Board DS200IMCPG1 is populated with 8 fuses that protect the board from damage due to high voltage conditions. Before you replace the board it is important to first troubleshoot the board and inspect it for blown fuses. The fuses are replaceable with common and easy to find fuses. Make sure you replace the fuses with fuses that are rated for the same amperage and are the exact same type. Refer to the information that comes with the board for a description of the type and amperage of the fuses.

The fuses are held in place with a clip-type connector. You can pull the fuse free from its place in the board and press a replacement fuse into the connector.

The board also is populated with a one 34-pin connector and one 40-pin connector. Ribbon cables attach to the connectors. Retention clips are used to secure the ribbon cables to the board by locking them in place. First, move the retention clips off the connector. Then, hold the connector with your fingers and pull it from the connector on the board.

To reconnect the ribbon cable, hold the connector on the ribbon cable and press it into the connector on the board. Then, move the clips over the connectors to secure the cable.

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The GE IAC2000I Power Supply Interface Board DS200IMCPG1ADA can be connected through a cable to the DS200SDCC Drive Control Board. Connect the cable to the 1PL connector on the Drive Control Board. Four screws secure the GE IAC2000I Power Supply Interface Board DS200IMCPG1ADA inside the board cabinet. Have a screwdriver on hand when you start the replacement procedure and use it to remove the four screws. The screwdriver must not touch any components in the cabinet or scratch the surface of the other boards. Also, if a screw falls into the drive cabinet immediately retrieve it and keep all four screws together and in a safe place for use when you install the replacement.

Before you unscrew the defective board and remove the cables, inspect the board and and note where the cables are connected. Note the connector numbers that identify the connectors and make labels to place on the cables that will help you know where the cables reconnect on the board.

Pull the board out of the protective bag and smooth out the bag flat on a flat surface. Place the board on top of the bag. The board also is populated with one jumper that you can configure for your purposes. The jumper is set at the factory but it can be moved if required. Note how the jumper is set on the defective board and set the jumper to the identical position on the new board. The jumper may only be used for testing purposes by the factory.

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The GE IAC2000I Power Supply Interface Board DS200IMCPG1AEA can be connected through a cable to the DS200SDCC Drive Control Board. Connect the cable to the 1PL connector on the Drive Control Board. The GE IAC2000I Power Supply Interface Board DS200IMCPG1AEA is populated with 8 separate fuses for the various functions of the board. If you suspect that a fuse has blown you can perform an inspection of the board and replace any fuses that have blown.

First, remove all current to the drive by removing the fuses in the power supplies. If necessary, you can refer to someone familiar with the installation of the drive or someone familiar with the electrical wiring in the site. Wait twenty seconds for all power to leave the components of the board. Capacitors store power and need the twenty seconds to release any current stored in them. Use a current tester to make sure no current exists in the board.

If you can inspect the board while it is still in the cabinet, do so and find any blown fuses. You might have to the remove the four screws used to retain the board in the cabinet. Obtain fuses that are identical to the blown fuses and don’t use fuses that have a different rating. Using a different rated fuse might cause damage to components on the board by subjecting them to higher current than the components can tolerate. Pull the blown fuse out of the connector and push the replacement fuse into the connector.

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The GE IAC2000I Power Supply Interface Board DS200IMCPG1BBA can be connected through a cable to the DS200SDCC Drive Control Board. Connect the cable to the 1PL connector on the Drive Control Board. The board is populated with two green LEDs that indicate the status and activity of the board. However, the LEDs are only active while power is supplied to the board so to view the LEDs you must open the board cabinet door while power is present in the drive.

This potentially exposes you to high voltage and so great care must be taken. If the need arises for you to view the LEDs, open the cabinet door but do not touch anything inside the drive and do not have anything in your hands that might drop in the drive or touch components in the drive.

If anything drops in the drive remove all power to the drive first. Either remove the fuses in the power supplies or use the emergency shutoff device near the drive. A tester can be used to verify that power is not present. Reach in the cabinet and remove the item, if possible.

A hand-held vacuum can be used to clean the components of all debris, dust, and missing items if you can not locate the item that fell. You can restart the drive once the item is retrieved.

The board is populated with one 40-pin connector and one 34-pin connector and they are used to receive and transmit control signals to other boards and components in the drive.

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The GE IAC2000I Power Supply Interface Board DS200IMCPG1C can be connected through a cable to the DS200SDCC Drive Control Board. Connect the cable to the 1PL connector on the Drive Control Board. The GE IAC2000I Power Supply Interface Board DS200IMCPG1C has 8 fuses that protect the board components from over voltage conditions. When you replace a board, inspect the blown fuses to obtain information about the type of fuse to use as a replacement fuse. You can also refer to the written information that came with the board for a list of replacement fuses.

Make sure you only replace a fuse with an exact match. Failure to use an exact match might cause components to be damaged on the board by subjecting them to high voltage. It is easy to identify a blown fuse because in a blown fuse the contact inside the fuse has melted. All that is required to replace the fuse is to pull the fuse out of the connector and press the replacement in the connector.

The fuse can be replaced without removing the board from the board cabinet. So, all that is required before you begin is to turn off all power to the drive. If you find that the same fuse blows frequently, it is best practice to perform a diagnostic test on the drive to determine the reason for the blown fuses. Once the cause is determined, you can expect your drive to operate at peak efficiency and perform trouble free.

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The GE IAC2000I Power Supply Interface Board DS200IMCPG1CBA can be connected through a cable to the DS200SDCC Drive Control Board. Connect the cable to the1PL connector on the Drive Control Board. The GE IAC2000I Power Supply Interface Board DS200IMCPG1CBA is populated with two green LEDs that provide you with a quick indiction of the health of the board. You can view the LEDs on the board by opening the cabinet door and locating the LEDs. For a more complete diagnostic inspection, use the diagnostic tools on the drive that are accessed from the drive control panel.

Ribbon cable connectors are also located on the board. One 34-pin connector and one 40-pin connector are available to carry control signals to the board or transmit signals from the board.

The board is secured inside the board cabinet with four holes in the board. The holes in the board match the holes in the board rack. If you over tighten the screws you might cause the board to crack or break. So, it is important to only tighten the screws enough to secure the board. Also, use one hand to hold the screw and one hand to turn the screwdriver. In this way, the screw will not fall inside the drive cabinet. Keep the screws together in a safe place because they might otherwise get lost or scattered.

Have a good view of the screwdriver when it is in the board cabinet to keep it from hitting components or causing other damage to the boards.

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The GE IAC2000I Power Supply Interface Board DS200IMCPG1CDB can be connected through a cable to the DS200SDCC Drive Control Board. Connect the cable to the 1PL connector on the Drive Control Board. The GE IAC2000I Power Supply Interface Board DS200IMCPG1CDB is engineered to operate under conditions with high-voltage current and it is equipped with eight fuses to protect it from overcurrent. It is important to check the fuses if you suspect one is blown. You can easily locate the fuses and check the contact in each fuse and see if it is intact.

You must perform the visual inspection without touching the board or any other component in the drive. The board and all components must be considered to be connected to high voltage to avoid the risk of electrical shock, electrical burns, and damage to components.

To replace a fuse you must remove all current to the drive. The best practice is to remove the fuses of the power supplies that provide power to the drive. This is a reliable method of removing power. The next step is to use a testing device to check for the presence of power. Make sure the tester is appropriately calibrated for the purpose and is approved by a certifying organisation. Make sure the probes are in good condition and any insulation is not worn or frayed.

When you are sure no current is present, use one hand to remove the blown fuse from the connector. Press an identical fuse into the connector.

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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 V PC BOARD","short_desc":"GE IAC2000I Power Supply Interface Board DS200IMCPG1CFB","content":"

The GE IAC2000I Power Supply Interface Board DS200IMCPG1CFB can be connected through a cable to the DS200SDCC Drive Control Board. Connect the cable to the 1PL connector on the Drive Control Board. The board has several components that the user can identify and they assist the user in monitoring the operation of the board, connecting the board to other components in the drive, and configuring the drive for the specific behavior required by the site.

The DS200SDCC is populated with two LEDs that are green in color and the LEDs only operate when power is applied to the board. You can view the LEDs by opening the cabinet door. However, you must use great care and not touch any device, component, or surface in the cabinet because of the high-voltage present on the drive.

The board is also populated with connectors that you connect to ribbon cables. The ribbon cables are made up of fine wires that are easily broken. To avoid breaking the cable, never pull it out from the connector by pulling the ribbon portion of the cable. Instead, hold the connector section of the cable with one hand, steady the board with the other hand, and pull the cable out of the connector. To install the ribbon cable, hold the cable by the connector and press it into the connector on the board.

The GE IAC2000I Power Supply Interface Board DS200IMCPG1CFB is populated with one jumper. To remove the jumper, use your thumb and forefinger to grasp the jumper and pull it off the pins.

","meta_title":"GENERAL ELECTRIC MARK V PC BOARD","meta_description":"GENERAL ELECTRIC MARK V PC BOARD","keywords":"GENERAL ELECTRIC MARK V PC BOARD","series_page_description":"GENERAL ELECTRIC MARK V PC BOARD","quote_description":null,"inventory_notes":"","cross_reference":"","created_at":null,"updated_at":null},{"id":11379,"part_number":"DS200IMCPG1CGC","revision_type_id":1,"series_id":113,"stock_level_id":4,"repair_time_id":1,"stock_level_text":"In Stock
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The GE IAC2000I Power Supply Interface Board DS200IMCPG1CGC can be connected through a cable to the DS200SDCC Drive Control Board. Connect the cable to the 1PL connector on the Drive Control Board. Before you open the box in which the board is shipped to you, follow a few guidelines to ensure you have the board you ordered and that the board arrives in good condition.

Examine the box for signs of unacceptable handling during shipment. Look for evidence that liquid spilled on the box and evidence that the box has been dented or stepped on. If the box appears to be in good condition after the visual inspection, locate the shipping label on the box. Make sure the model number is the same as the model you ordered and also write down the other identifying information on the label. You will find the serial number, catalog number and other identifiers. If you ever have a reason to call for service, you can speed the response time by providing to service the exact board you are calling about.

If you don’t have a need to install the board immediately, put it in a safe place that is accessible only to those who need use to it. When you are ready to install it, open the box and observe that the board is stored in a protective bag. Hold the board by the edges only and remove the board and place it immediately on the empty bag.

","meta_title":"DS200IMCPG1CGC GENERAL ELECTRIC TURBINE CONTROL CARD","meta_description":"DS200IMCPG1CGC GENERAL ELECTRIC TURBINE CONTROL CARD","keywords":"DS200IMCPG1CGC GENERAL ELECTRIC TURBINE CONTROL CARD","series_page_description":"DS200IMCPG1CGC GENERAL ELECTRIC TURBINE CONTROL CARD","quote_description":null,"inventory_notes":"","cross_reference":"","created_at":null,"updated_at":null},{"id":11380,"part_number":"DS200IOEAG1","revision_type_id":1,"series_id":113,"stock_level_id":4,"repair_time_id":1,"stock_level_text":"In Stock
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The GE I/O Expansion Board DS200IOEAG1 features five 26-pin connectors and two 40-pin connectors. The GE I/O Expansion Board DS200IOEAG1 also is populated with 3 PROM connectors identified as C6, C7, and C8. The PROM modules are used to store the configuration for the drive. The configuration is the parameters used to control the operation of the drive. When the board is received from the factory it contains a default configuration that you might find useful for your site. However, you can edit the default configuration to taylor them for the purposes of your site. There are two methods for editing the configuration.

One is to use the control panel on the drive. The control panel has a number of buttons that are used to navigate the series of menus in the user interface. Some menu items correspond to the various sections of the configuration and provide easy access to the configuration. Other menu items enable you to access the troubleshooting tools available on the drive. You can also select to upload or download files. This method of editing the configuration is most applicable to small or minor edits that the operator can make from the drive using the small display panel on the drive.

The other method is useful for major changes that you want to make to the configuration. First, obtain a serial cable that can connect to the serial port on the drive and also to a laptop. Then from the control panel select to upload the file to the laptop. Also, you must install the editing tool on the laptop.

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The General Electric I/O Expansion Board DS200IOEAG1A features five 26-pin connectors and a pair of 40-pin connectors. The GE I/O Expansion Board DS200IOEAG1A also is populated with 3 PROM connectors identified as C6, C7, and C8. The PROM modules on the GE I/O Expansion Board DS200IOEAG1A store the drive parameters which control the behavior of the drive while in use. When you replace the board you can avoid reconfiguring the drive by simply moving the PROM modules from the defective board to the replacement board. However, there are several considerations to keep in mind. The PROMs are particularly sensitive to static electricity, which can, for example, corrupt the files contained on the PROM modules.

To prevent that from happening, you must follow some guidelines. When you are prepared to replace the board you must employ the use of a wrist strap and have one end attached to a metal surface. The allows the static from building up on the board by providing a means for the static to drain to the grounded metal object. Before you remove the defective board have a static protective bag flattened out on a work surface and place the board on it. Keep the replacement board in the sealed bag in which you received it. Then, open it and remove the new board. Hold it only by the side edges to keep from being warped or causing components to break off. Place it next to the defective board on the protective bag.

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The GE I/O Expansion Board DS200IOEAG1AAA features five 26-pin connectors and two 40-pin connectors. The GE I/O Expansion Board DS200IOEAG1AAA also is populated with 3 PROM connectors identified as C6, C7, and C8. When you replace the GE I/O Expansion Board DS200IOEAG1AAA you will move the PROM modules from the old board to the new board. In that way when you power on the drive with the new board installed, the configuration will be the same and the drive will operate the same. However, you must make sure you install the PROM modules in the right connectors. To do that, remove one PROM module at a time and note the connector number associated with it. Then install the PROM in the identical connector on the new board.

After a visual inspection, you might find that the new board seems different and the components are located in different places on the board. Also the components might be different colors or be in different shapes. That doesn’t mean that the new board is incompatible with the old board. During the design of a new version, all the improvements to the board are added and this might lead to changes to the board design. However, extensive product testing occurs to ensure that even with multiple updates and design changes, the newest board will be compatible even with the oldest board of the same model. But, if the PROM connectors are located in different locations, you can use the identifiers to know where to instal the PROM modules for error free results.

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The GE IGBT AP DB Snubber Board DS200IPCDG2A features one 4-pin connector and seven screws for adjusting the insulated bipolar transistor (IGBT). The drive contains a high level of electric current to power the motor and so hazardous conditions can occur when you handle the components in the drive. For this reason only qualified servicers should perform the replacement. Qualifications include recognizing the danger from high current and having an understanding of the electric cabling in the drive. Also the servicer must understand the components in the drive, how to access them, and how the drive is supplied with power. One of the first steps is to disengage the drive from power.

The servicer must always assume that power is present in the drive. By following that practice, the servicer will never be caught off guard and subject to a burn, or serious injury or an electric shock. Death can occur if the servicer touches a live wire or the components in which power is present.

The servicer must inspect the area around the drive for moisture on the floor because the moisture conducts electricity and can lead to a hazardous situation. It is important to make sure the floor is dry and clear of debris and also oil and grease. Discard any power cords that are ungrounded because of the safety hazard. The servicer should never work alone. Someone should be nearby to call for help if an emergency occurs. The partner can also assist the servicer during the replacement procedure.

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The GE IGBT AP DB Snubber Board DS200IPCDG2ABA features one 4-pin connector and seven screws for adjusting the insulated bipolar transistor (IGBT). The adjustment screws are identified as C2E-1-A, C2E1-B C2E-2-A, C2E-2-B, C1-A, and C1-B. When you are planning to replace the board, notice where the defective board is located inside the drive before you remove it because it is best practice to install it in the same space. The board is installed with four screws in the board rack structure that supports the boards and has screw holes for attaching the boards. When you remove the defective board it is best practice to use two hands when you remove the screws. With one hand turn the screwdriver to remove the screws. Hold the screws when they are loose with the other. Make sure have all four screws and the washers in your hand and put them aside because you’ll need them to attach the replacement board.

If any of them fall into the drive, stop and locate them inside the drive. You might find that they have lodged in the motor on other components. It is important that you find all the parts that fall inside because loose parts might cause a fire or short circuit some components. They can also jamb moving parts that might damage parts inside the drive.

Be aware that whenever you handle the board or work inside the drive you must use a wrist strap. In this way, static is prevented from building up.

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The GE IGBT P3 Snubber Board DS200IPCDG1A features one 4-pin connector and seven screws for adjusting the insulated bipolar transistor (IGBT). The screws are adjusted by use of a screwdriver. The adjustment screws are identified as C2E-1-A, C2E1-B C2E-2-A, C2E-2-B, C1-A, and C1-B. However, care must be taken when you plan to make the adjustment with a screwdriver. Because of the voltage present in the drive and on the board, you must make sure power is removed from the drive before you make adjustments. Make sure you have a clear view of the board in the drive so that you can follow the path of the screwdriver and keep from hitting any of the sensitive equipment in the drive. Use one hand to hold the screwdriver and use the other hand to guide it into the adjustment screw. Turn the screwdriver to make the adjustments. If you plan to adjust multiple screws, use two hands to guide the screwdriver. When you have completed the task, you can start the drive and close the board cabinet door.

To replace the board, plan on making adjustments to the screws after the replacement procedure is complete. This is because you cannot make adjustments to the board to match the position of the screws on the defective board. Keep the board in the box in which it was shipped to you to keep other from handling it and causing the build up of static.

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The GE IGBT P3 Snubber Board DS200IPCDG1ABB features one 4-pin connector and screws for adjusting the insulated bipolar transistor (IGBT). The screws are adjusted by turning the screws with a screwdriver.

To protect the GE IGBT P3 Snubber Board DS200IPCDG1ABB board from damage, the board is received in a sealed cardboard box. It is taped with a security seal so that if the seal is broken, you know the board might have been tampered with. However there are some guidelines you must follow when you first receive the box. First, visually examine the box and look for signs that the box was subjected to rough handling. Look for evidence that the box was bashed in or has received dents and signs that the box was torn open. Also look for excessive dust and dirt and evidence that liquids have dripped or spilled on the box.

If the box is in good condition you can use a sharp blade to carefully open the security tape. Open the lid and gather any printed material that you find in the box. Save the material for future use because it might include warranty information and customer support instructions. You might also find a wrist strap for use during the installation. Save that also for future use because it will protect the board from damage from static electricity.

The board is in a sealed protective pouch and it is best practice to not open the board until you are ready to install it.

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The GE IGBT P3 Snubber Board DS200IPCDG2A features one 4-pin connector and screws for adjusting the insulated bipolar transistor (IGBT). The screws are adjusted by use of a screwdriver. The GE IGBT P3 Snubber Board DS200IPCDG2A is installed in the drive board cabinet in a metal rack structure that has screws holes that will align with the screw holes in the board. Before you remove the old board, notice where the board is situated and plan to install the replacement board in the same place.

Also notice how the adjustment screws are turned and if possible, plan to adjust the screws on the new board the same way. If that is not possible, you can install the new board and use a trial and error process to duplicate the adjustment until you match the defective board.

Also note what cable is attached to the 4-pin connector and plan to connect the same cable on the new board. When you disconnect the cable only grasp it from the connector at the end of the cable. If you pull the cable out by holding the cable portion of it, you might damage the connection between the wires and the connector. Use one hand to hold the board in place and relieve the pressure on the board and with the other hand pull the cable out. Notice any cable routing inside the cabinet and plan to route the cable the same way after the new board is installed.

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The GE Inverter Snubber Board DS200IQXSG1 features 8 terminal connectors. The terminals are labeled E1 through E8. The GE Inverter Snubber Board DS200IQXSG1 also contains 1 8-pin connector and 1 film capacitor mounted on the board. The capacitor is encapsulated in a blue covering that protects the internal materials and components. When the board is powered on and processing information for the drive, the capacitor stores high-voltage current and discharges it as part of the normal operations. When the drive is powered off the power in the capacitor exits after 30 seconds which makes the board safe to touch. However, to avoid any danger, you must wait 30 seconds before you touch the board.

The 8-pin connector on the board connects to a cable with a matching connector on the end. When you disconnect the cable from the connector on the board there are some guideline to follow to keep from damaging the cable. First, do not grasp the round cable section to disconnect it from the board. You might inadvertently pull the wires out of the connector and lose the signals carried by the strands of wire. The wires transmit or receive information from other components in the drive and if the wires are disconnected you cannot ascertain that by visual inspection. Only after you restart the drive can you tell if all signals are connected. The best method for disconnecting the cable is to hold it by the connector with one hand and use the other hand to support the surface of the board. Then, pull the cable out of the connector.

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The GE Inverter Snubber Board DS200IQXSG1A features 8 terminal connectors. The terminals are labeled E1 through E8. The GE Inverter Snubber Board DS200IQXSG1A also contains 1 8-pin connector and 1 film capacitor mounted on the board. The board is 6.25 by 5 inches and it contains 1 screw hole in each corner. The holes are designed to enable you to attach the board in the board rack in the interior of the drive. Before you remove the old board, notice where it is located in the rack and plan on using the same location to install the replacement.

The defective board might have multiple signal wires connected to the wire terminals and when you install the replacement you must install the same wires in the same terminals. The wires carry signals that are transmitted from the board to other components in the drive. Other signal wires receive signals that the GE Inverter Snubber Board DS200IQXSG1A processes before transmitting to other connectors as instructions.

The signal wire terminals have unique IDs that are useful for ensuring that the signal wires are reattached to the right terminals on the replacement board. Before you disconnect the signal wires draw a diagram that shows how the wires are attached to the terminals and identify the terminals by the ID. When you reconnect the wires refer to the diagram to know exactly where each wire attaches. When you connect the drive to power and restart it, you can eliminate the chance of wrong wire connections.

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The GE Inverter Snubber Board DS200IQXSG1AAA features 8 terminal connectors. The terminals are labeled E1 through E8. The GE Inverter Snubber Board DS200IQXSG1AAA also contains 1 8-pin connector and 1 film capacitor mounted on the board. The board is one of multiple boards installed in the board cabinet. The dimensions are 6.25 by 5 inches and the four holes in the corners align with matching installation holes in the board rack. If new screws are not available, use the same screws that secured the old board.

Because of the heat generated by the boards and the moving parts in the drive, cooling is an important consideration when the drive is installed. The drive must have a source of clean air that can freely flow through the drive to keep the components within the allowed temperature range. The drive is designed so that cool and clean air enters the drive at the bottom and rises through the interior of the drive. It passes around and over the components and draws heat away from the drive.

Another consideration is that the drive not be near other equipment that generates heat and that the walls surrounding the drive are not heated by devices on the other side of the walls.

If the drive become too hot and exceeds the temperature range, an over temperature condition is detected and the drive will automatically stop. This safety features will prevent damage to the components. It also prevents a fire hazard from developing.

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The GE Inverter Snubber Board DS200ITXSG1A features one 8-pin connector, two 2-pin connectors, and multiple test points. It is also populated with four capacitors. The GE Inverter Snubber Board DS200ITXSG1A generates heat, that if allowed to build up, can cause sensors in the drive to produce an error condition to keep the drive from overheating. The electrical components or the motor might be damaged if the drive is allowed to overheat. Also, a safety hazard that leads to fire can occur. If the overheat condition occurs, the drive is automatically shut off and you must take action to rectify the situation. When the drive is automatically shut off to prevent an overheat condition, it is called a trip condition. A trip condition causes an error message that displays on the control panel display.

The best way to prevent an overheat condition is to install the drive in a space that allows air to flow freely over and through the drive. Depending on the conditions, you might have to supply cooled forced air to cool the components in the drive. Also the air must be free of dust and harsh chemicals. The drive is designed for the air to flow from the bottom opening of the drive and pass over the components to cool them. Then, exit the drive from the top opening. To help with the flow of air, route cables away from the bottom and top openings of the drive so that the flow of air is not blocked.

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The GE Inverter Snubber Board DS200ITXSG1ABB features one 8-pin connector, two 2-pin connectors, and multiple test points. It also is populated with four capacitors. The test points are a useful tool for servicers because they enable the various circuits on the board to be tested. The testing device must be approved for the purpose and properly calibrated. The probes must be designed for use with the tester. Inspect the probes and make sure any insulation on the probes is in good condition and is not worn. When the board is tested, first wear a wrist strap and use a screwdriver to remove the screws that attach the board to the rack. Note where cables are connected and tag the cables with information so that you can re plug the cables when you reinstall the board. When you remove the board, keep it from scraping against the sides of the cabinet opening or hitting other components in the drive. Place the board on a flattened static bag on a clean and sturdy surface. For example, on a workbench or a desk.

When the repair is complete and you are ready to reinstall the drive, first slide the board into the cabinet. The board is 13 inches by 5.75 inches with holes in the four corners. Align the board with the space in the metal rack designed to secure the board and use the four screws to secure it. The screws should be snug but not overtightened. Too much pressure can cause the board to crack or chip.

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The GE Software PROM Set DS200KLDCF1 features two PROM modules for use with GE Speedtronic Mark V boards. The PROM modules in the GE Software PROM Set DS200KLDCF1 are used to store the configuration parameters for the drive. When you replace the PROM modules, it is best practice to first download the existing configuration file from the old PROM module to a laptop or other device. First, connect a serial cable from the drive to the laptop. You must use a serial cable that is no more than 6 feet long and it must also have connectors that fit the ports on the laptop and the connector on the drive you are using for serial communications. From the control panel on the drive, access the menu that enables you to initiate the download procedure. The control panel has a keypad that enables you to navigate the menus and select to start the download. Make sure the serial port on the laptop is also configured properly for the task.

When the download is complete the control panel will indicate that the download was successful. If necessary, you can edit the configuration file while it resides on the laptop. If that is the case an editing tool is available for that purpose. However, in most cases if the configuration supports the activity you need, further editing is not necessary.

It is important to consider that the PROM modules are sensitive to static so it is vital that you wear a wrist strap when you install the modules or perform any service on the drive components.

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The GE Software PROM Set DS200KLDCF1A features two PROM modules for use with GE Speedtronic Mark V boards. The PROM modules store the parameters you define for the drive configuration. The information on the PROMs can be edited and updated on the PROMs. There are two methods to edit the configuration file. The most direct method is to edit the configuration through the control panel on the drive.

The control panel consists of a keypad to navigate through the configuration and apply changes. There is also a two-line display for viewing the information. The two-line display also shows conditions in the drive that have caused warning and error messages. For example, if an overheat condition exists, a message will display.

There is a series of menu selections that assist you in locating the section of the configuration you want to change. The user interface is also useful for other tasks, such as performing downloads through the serial connection. Using the control panel to make changes to the configuration is most useful for making small updates but is cumbersome for making large scale changes to the configuration.

The best method for editing the configuration file is to download the configuration file to a laptop that has the editing tool installed on it. The editing tool enables you to search, change, and delete the parameters in the configuration. When the configuration resides on the laptop, you can distribute it to multiple drives that use the same configuration.

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The GE Software PROM Set DS200KLDCF1AAB features two PROM modules for use with GE Speedtronic Mark V boards. The PROM modules included with the GE Software PROM Set DS200KLDCF1AAB come packaged in a padded plastic case to protect the modules.The plastic case is wrapped in a sealed static protective bag because the modules are sensitive to static electricity. Store the modules in a cool and dry location that is safe from individuals that might mishandle the modules. Keep the modules in the sealed bag until you are ready to install them. Consider that there are guidelines to follow when you install the modules.

Place the board in which you plan to install the modules on a clean level surface and place the board on top of a flattened static bag. The most important factor is that you must wear a wrist strap. One end of the wrist strap is wrapped around your arm or hand. The other end can be clipped to a metal surface, like a bare metal workbench leg or a metal chair. The static will exit your body or the board and seek earth ground which is available in the metal structure. It is also important to not carry the static bag and walk around with it because that causes the static to build up.

Locate the PROM connector on the board and open the sealed bag with a sharp blade. Open the plastic box and use your hands to remove the modules. Align the module with the socket and install it.

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The GE Key/LED/Display Board DS200KLDCG1 features 32 LEDs, twenty-one 4-character displays, and one jumper. The GE Key/LED/Display Board DS200KLDCG1 also features one 40-pin connection strip on the rear of the board. The 4-character displays are used to show information concerning the operation of the drive and so are the 32 LEDs. For that reason the board is installed in a location on the drive to make the board visible to the operator. The operator can use the information to maintain the operation of the drive.

The board is 8.5 inches by 11 inches and it comes with holes in each of the four corners. To install the drive it is important to notice several factors about the board. First, notice where the original board is installed and notice if screws are used to attach it. Have on hand a screwdriver that will enable you to loosen and remove the screws. Also notice any cables attached to it. Attach to the cables a small strip of paper or a tag that identifies what connector the cable is attached to. The connectors all have an identifier associated with it and you should write down that identifier on the tag. Also notice what pins are covered on the jumper. Before you install the replacement, place the jumper over the same pins so that the board will be configured the same as the old board.

Use the screwdriver to remove the four screws from the old board. Keep the four screws together and any washers that were also attached.

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The GE Key/LED/Display Board DS200KLDCG1A features 32 LEDs, twenty-one 4-character displays, and one jumper. The GE Key/LED/Display Board DS200KLDCG1A also features one 40-pin connection strip on the rear of the board. Because the board is prone to damage during shipment due to the 32 LEDs and the 4-character displays, it is important to follow guidelines concerning inspecting and handling the board after you receive it. The board is shipped in a cardboard box that is designed to guard the board from damage. Inspect the board when you first receive it.

If you find dents, rips, or holes in the cardboard you should be aware that the board might be damaged and might not function as you expect it to. This is also true if you find water stains on the cardboard. It might mean that water has seeped into the board and gotten the board wet.

The box is sealed with a security tape on the top cover. Only if the tape is in tact can you be sure that the box has not been tampered with. Make note if the tape is broken or has been lifted from the box and reinstalled on the box. After your inspection if you find that the box is in good condition, use a sharp blade to cut through the security tape. Open the lid and put aside all the warranty, customer support, and any other printed material that ships with the board. However, keep the material for future use.

","meta_title":"DS200KLDCG1A GE TURBINE LED KEY DISPLAY BOARD","meta_description":"DS200KLDCG1A GE TURBINE LED KEY DISPLAY BOARD","keywords":"DS200KLDCG1A GE TURBINE LED KEY DISPLAY BOARD","series_page_description":"DS200KLDCG1A GE TURBINE LED KEY DISPLAY BOARD","quote_description":null,"inventory_notes":"","cross_reference":"","created_at":null,"updated_at":null},{"id":11400,"part_number":"DS200KLDCG1AAA","revision_type_id":1,"series_id":113,"stock_level_id":1,"repair_time_id":1,"stock_level_text":"In Stock
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The GE Key/LED/Display Board DS200KLDCG1AAA features 32 LEDs, twenty-one 4-character displays, and one jumper. The GE Key/LED/Display Board DS200KLDCG1AAA also features one 40-pin connection strip on the rear of the board. The jumper on the board is used to modify its behavior by changing the position of the jumper over the pins. For example, if the jumper covers pins 1 and 2 you can move the jumper to cover pins 2 and 3. The documentation that came with the original board describes the jumper and how moving the jumper changes the behavior of the board.

However, some jumpers are for use by the factory only and are not to be moved by servicers. In that case, the jumper is used for testing during manufacturing and the operation of the board with the jumper in the alternate position is not supported. Refer to the information supplied with the board for more information.

The board is attached to the drive cabinet with screws inserted in the four holes in each corner. The holes align with the screw holes in the cabinet rack in the drive. Before you remove the defective board, note where the board is installed and also how cables are routed in the cabinet. Cable routing is important because it protects the drive from interference caused by high-voltage current if a signal cable is too close to a high-voltage cable. Also cable routing helps maintain proper air flow. Improper cable routing might block air flow and cause components to heat up.

","meta_title":"DS200KLDCG1AAA LED KEY DISPLAY BOARD","meta_description":"DS200KLDCG1AAA LED KEY DISPLAY BOARD","keywords":"DS200KLDCG1AAA LED KEY DISPLAY BOARD","series_page_description":"DS200KLDCG1AAA LED KEY DISPLAY BOARD","quote_description":null,"inventory_notes":"USED IN BOX","cross_reference":"","created_at":null,"updated_at":null},{"id":18551,"part_number":"DS200LDCCG1A","revision_type_id":1,"series_id":113,"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":"Drive Control LAN Communications Boards by GE Motors and Industrial Systems","short_desc":"General Electric DS200LDCCG1A Drive Control LAN Communications Board Mark V ","content":"

The General Electric DS200LDCCG1A is a base level control board from the Mark V series. This board is a drive control and LAN communications board (LDCC). Specifically, it was designed to provide drive and I/O controls to GE family of DIRECTO-MATIC 2000 exciters and drives. Onboard features of this board include microprocessor controlled LAN (local area networks) communications, controlled drive and motor processing, operator interface, and complete drive resets.

Four microprocessors are located on the board, providing DS200LDCCG1A with a sweeping coverage of I/O and drive control. The drive control processor (DCP) is located on the board as position U1. This provides integrated I/O peripherals, offering abilities like timers and decoders. The second is a motor control processor (MCP), recognized on the board as U21. Motor control circuitry and I/O (analog and digital) communications are available with this processor. U35 is the location of the co-motor processor (CMP). Only used when additional processing is required, this section works to perform advanced mathematics the MCP cannot compute. The final processor found on the board is the LAN control processor (LCP) in position U18. Five bus systems (DLAN+, DLAN, Genius, CPL, and C-bus) are accepted by this processor. A user interface system (Programmer) is available with an attached alphanumeric keypad. This interface system allows users to view and adjust system settings and diagnostics.

DS200LDCCG1A includes manufacturer provided installation parameters that should be met to ensure the board operates properly. A complete guide to wiring and installing the board into its drive is available in both the drive’s manual and datasheet. Technical support for this board was originally provided by General Electric.

Our knowledgeable staff at AX Control is happy to help with all of your automation needs. To receive current prices on all parts and repairs, please contact our sales team by phone or email.

","meta_title":"Drive Control LAN Communications Boards by GE Motors and Industrial Systems","meta_description":"Drive Control LAN Communications Boards by GE Motors and Industrial Systems","keywords":"Drive Control LAN Communications Boards by GE Motors and Industrial Systems","series_page_description":"Drive Control LAN Communications Boards by GE Motors and Industrial Systems","quote_description":null,"inventory_notes":"","cross_reference":"","created_at":null,"updated_at":null},{"id":18418,"part_number":"DS200LDCCG1AAA","revision_type_id":1,"series_id":113,"stock_level_id":1,"repair_time_id":1,"stock_level_text":"In Stock
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DS200LDCCG1AAA is a communications board developed by General Electric. Specifically, this board is a drive control and LAN communications board. A member of the Mark V series, this unit was developed to interface with GE DIRECTO-MATIC 2000 drives and exciters. Users are provided with an array of capabilities when using this unit, such as integrated operator interface and drive resets. Microprocessors control and process motor and I/O functions as well as LAN (local area network) communications.

Both I/O and drive controls are integrated into the four on-board microprocessors located on DS200LDCCG1AAA. I/O peripherals such as controllers and counters are found in the drive control processor (DCP). Analog to digital and digital to analog conversions are performed by this processor. A motor control processor (MCP) allows for digital I/O communications as well as motor controls. A co-motor control processor (CMP) works with the MCP board when additional processing power is required. If any calculations are too math intensive, the CMP will take over and calculate the algorithms. The final processor is the LAN control processor (LCP). This circuitry can accept five bus systems, including DLAN+, DLAN, Genius, CPL, and C-bus. Overall drive control can be performed using the integrated operator interface system. This alphanumeric keypad and 16 character display provides editing access to system diagnostics and settings.

Installation parameters provided by the manufacturer should be followed to ensure that DS200LDCCG1AAA operates without issue. Both the device manual and datasheet contain a complete wiring and installation guide. The manufacturer, General Electric, was the original technical support provider for this board.

AX Control’s trusted sales team is available to assist with all of your automation needs. To receive prices and availabilities on all parts and repairs please contact our staff by phone or email.

","meta_title":"GE MARK V BOARD DS200LDCCG1AAA","meta_description":"GE MARK V BOARD DS200LDCCG1AAA","keywords":"GE MARK V BOARD DS200LDCCG1AAA","series_page_description":"GE MARK V BOARD DS200LDCCG1AAA","quote_description":null,"inventory_notes":"","cross_reference":"","created_at":null,"updated_at":null},{"id":16959,"part_number":"DS200LDCCG1ADA","revision_type_id":1,"series_id":113,"stock_level_id":4,"repair_time_id":1,"stock_level_text":"In Stock
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General Electric’s DS200LDCCG1ADA is a drive control and LAN communications board (LDCC). A board from the Mark V series, this unit is specifically designed to interface with GE’s DIRECTO-MATIC 2000 series. An array of capabilities are built into this board, providing users with an expanded I/O and drive control experience. On board microprocessors provide excellent access to motor function as well as LAN (local area network) communications.

Four onboard microprocessors work to provide DS200LDCCG1ADA with both I/O and drive control functionality. A drive control processor (DCP) performs I/O peripheral services (counters, decoders, etc) as well as analog to digital and digital to analog I/O translations. Motor control and digital I/O communications are controlled by the motor control processor (MCP) found on board. A co-motor processor (CMP) is available when additional processing power is required by the MCP. When operating, this processor works to calculate advanced math algorithms that the MPC is incapable of completing. A LAN control processor (LCP) provides the LAN interfacing capability. This circuitry is capable of accepting five bus systems, including C-bus, CPL, Genius, DLAN, and DLAN+. User interface is simple with the included keypad and display. System information and diagnostics are easily available using this tool.

DS200LDCCG1ADA features a few manufacturer provided installation parameters that should be met to preserve the board. A complete installation and wiring guide for the board is available in both the board manual as well as the datasheet. General Electric was the original technical support provider for this board.

The trusted sales team at AX Control is available to help with all of your automation needs. Current prices and availabilities on all parts and repairs are available by contacting our office by phone or email.

","meta_title":"DS200LDCCG1ADA GE MARK V BOARD","meta_description":"DS200LDCCG1ADA GE MARK V BOARD","keywords":"DS200LDCCG1ADA GE MARK V BOARD","series_page_description":"DS200LDCCG1ADA GE MARK V BOARD","quote_description":null,"inventory_notes":"","cross_reference":"","created_at":null,"updated_at":null},{"id":16919,"part_number":"DS200LDCCG1AGA","revision_type_id":1,"series_id":113,"stock_level_id":4,"repair_time_id":1,"stock_level_text":"In Stock
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The General Electric DS200LDCCG1AGA is a drive control and LAN communications board (LDCC) from the Mark V series. This board was specifically developed to interface with GE’s family of DIRECTO-MATIC 2000 drives and exciters. Featured on this board are four microprocessors, I/O and motor control, and LAN communications. When installed, this board provides users with an array of expanded I/O and device functions.

DS200LDCCG1AGA includes four microprocessors that provide an array of motor control and I/O functions. Included microprocessors include the drive control processor (DCP), the motor control processor (MCP), the co-motor processor (CMP), and the LAN control processor (LCP). The DCP performs analog and digital I/O conversions in addition to I/O peripherals like decoders and timers. MCP functionality includes motor control systems as well as digital I/O communications. When the processing power the MCP is not enough, the CMP will activate. The CMP can calculate advanced mathematics problems that the other is incapable of performing. LAN communications are processed by the LCP, which is capable of accepting DLAN+, DLAN, Genius, CPL, and C-bus bus systems. Error codes and other diagnostic information is available and accessible using the GE programmer keypad.

Installation parameters from the manufacturer should be followed to protect the board from accidental damages. A complete wiring guide for DS200LDCCG1AGA is available in the board’s manual and datasheet. Technical support for this unit, as well as the Mark V series, was originally provided by the manufacturer, General Electric.

AX Control’s trusted sales team is happy to assist with all of your automation needs. To receive current prices and availabilities on all parts and repairs, please contact our office by phone or email.

","meta_title":"DS200LDCCG1AGA GE MARK V BOARD","meta_description":"DS200LDCCG1AGA GE MARK V BOARD","keywords":"DS200LDCCG1AGA GE MARK V BOARD","series_page_description":"DS200LDCCG1AGA GE MARK V BOARD","quote_description":null,"inventory_notes":"","cross_reference":"","created_at":null,"updated_at":null},{"id":11401,"part_number":"DS200LDCCH1","revision_type_id":1,"series_id":113,"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":"DS200LDCCH1 LAN Control Card Drive Board","short_desc":"General Electric DS200LDCCH1 Drive Control LAN Communications Board Mark V ","content":"

When the DS200LDCCH1 card was manufactured, the unit was designed to operate as a drive control local area network (LAN) communications board. General Electric classified the card as a member of the Mark V series of drive boards. The card was developed to operate with exciters and drives from GE’s DIRECTO-MATIC 2000 series. Microprocessors on the board provide LAN communications, operator interface, motor and drive processing, and drive resets.

Features of the DS200LDCCH1 board include four microprocessors to offer coverage of I/O and drive control settings. These four microprocessors include a drive control processor (DCP), motor control processor (MCP), co-motor processor (CMP), and a LAN control processor (LCP). The DCP offers control for integrated I/O peripherals, such as decoders and timers. Circuits for the motor control system as well as I/O communications are processed through the MCP. Should the MCP be incapable of finishing computations, the CMP will provide the extra processing power required to perform complex mathematical equations. The final processor, the LCP, accepts five bus systems for communications inputs. The board is completed with an alphanumeric keypad to provide access to system settings and diagnostics.

When shipped, the card will be protected by a static-reducing protective plastic covering. Before removing the DS200LDCCH1 board from the protective wrappings, be sure to review any provided installation parameters. Refer to the device’s manual and datasheet for a complete guide to installing and wiring the board. General Electric originally provided technical support for the entire Mark V series of boards.

Our trusted sales team at AX Control is always available to speak with you via phone or email about all of your automation needs. Pricing information for the DS200LDCCH1 card, as well as any other part or repair, can be obtained by contacting our staff.

","meta_title":"LAN CONTROL CARD DRIVE BOARD","meta_description":"DS200LDCCH1 LAN Control Card Drive Board - Buy, Sell, or Repair","keywords":"LAN CONTROL CARD DRIVE BOARD","series_page_description":"LAN Control Card Drive Board","quote_description":null,"inventory_notes":"","cross_reference":"","created_at":null,"updated_at":null},{"id":11402,"part_number":"DS200LDCCH1A","revision_type_id":1,"series_id":113,"stock_level_id":1,"repair_time_id":1,"stock_level_text":"In Stock
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General Electric developed the DS200LDCCH1A card to operate as a drive control LAN (local area network) communications board. The card was developed for GE’s Mark V series of drive and exciter boards. Drives across the DIRECTO-MATIC 2000 series are equipped to house this board. Functions provided to the host by the board include operator interface, LAN communications, drive and motor processing, and drive resets.

Onboard, the DS200LDCCH1A communications card provides four microprocessors for various interface systems. The card includes a LAN control processor (LCP) and a drive control processor (DCP). Five bus systems can be accepted by the LCP, while the DCP offers control for integrated peripheral I/Os such as timers and decoders. Also included on the board are a motor control processor (MCP) and a co-motor processor (CMP). The MCP provides the control for the motor control circuits as well as I/O communications. When the processing power of the MCP is not great enough to calculate complex math, the CMP will provide the additional processing power required. An alphanumeric keyboard is also attached to the board, providing user access to system settings and diagnostics.

The DS200LDCCH1A board will be shipped in a protective, static reducing plastic covering. Once received, any manufacturer provided installation parameters should be reviewed before beginning card installation. The series manual as well as the device datasheet includes a comprehensive wiring guide for this communications board. Members of the Mark V series were originally provided with technical support by the manufacturer, General Electric.

AX Control’s trusted sales team is happy to speak with you via phone or email about all of you automation needs. Our staff can provide pricing information for the DS200LDCCH1A card, or any other part or repair.

","meta_title":"DS200LDCCH1A DRIVE LAN CONTROL BOARD","meta_description":"DS200LDCCH1A DRIVE LAN CONTROL BOARD","keywords":"DS200LDCCH1A DRIVE LAN CONTROL BOARD","series_page_description":"DS200LDCCH1A DRIVE LAN CONTROL BOARD","quote_description":null,"inventory_notes":"","cross_reference":"","created_at":null,"updated_at":null},{"id":16782,"part_number":"DS200LDCCH1AFA","revision_type_id":1,"series_id":113,"stock_level_id":4,"repair_time_id":1,"stock_level_text":"In Stock
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The DS200LDCCH1AFA card is a drive control local area network (LAN) communications board. General Electric developed this device as a member of the Mark V drive board series. Cards from this series interface well with GE’s DIRECTO-MATIC 2000 exciters and drives. A number of board functions are provided to the host drive, including I/O, device, and motor control functions.

Four microprocessors are housed in the DS200LDCCH1AFA communications board. A drive control processor (DCP) is present to perform digital and analog I/O conversions as well as control peripheral I/O devices. A LAN control processor (LCP) is also available on the board. This component is used to accept five different bus LAN systems. The two remaining microprocessors are the motor control processor (MCP) and the co-motor processor (CMP). The MCP is used to process digital I/O communications. If any calculations are too strenuous for the MCP, the CMP will provide the additional processing speed needed to complete the request. A GE programmer keyboard is also found on the board for direct user access to system diagnostics and error codes.

Any part shipped by AX Control will be protected by a standard static cling plastic wrapping. Before removing the DS200LDCCH1AFA board, be sure to review all installation parameters provided by the manufacturer. Wiring instructions for the card is available in the series manual as well as the device datasheet. General Electric originally provided technical support to all members of the Mark V series.

Our trained sales staff at AX Control is always available via phone or email to assist with all of your automation needs. Our team can provide pricing information for the DS200LDCCH1AFA as well as any other needed part or repair.

","meta_title":"DS200LDCCH1AFA GENERAL ELECTRIC TURBINE CONTROL LAN BOARD","meta_description":"DS200LDCCH1AFA GENERAL ELECTRIC TURBINE CONTROL LAN BOARD","keywords":"DS200LDCCH1AFA GENERAL ELECTRIC TURBINE CONTROL LAN BOARD","series_page_description":"DS200LDCCH1AFA GENERAL ELECTRIC TURBINE CONTROL LAN BOARD","quote_description":null,"inventory_notes":"","cross_reference":"","created_at":null,"updated_at":null},{"id":11407,"part_number":"DS200LDCCH1AGA","revision_type_id":1,"series_id":113,"stock_level_id":4,"repair_time_id":1,"stock_level_text":"In Stock
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General Electric developed the DS200LDCCH1AGA card to operate as a drive control and local area network (LAN) communications board. This card is housed in the Mark V series of replacement drive boards compatible with GE brand DIRECTO-MATIC 2000 drives and exciters. When installed in a drive the board provides an array of drive and I/O control functions for the drive.

The DS200LDCCH1AGA communication card houses four microprocessors onboard. A LAN control processor (LCP) is available to accept five different bus types fed to the drive. A drive control processor (DCP) is also available to process analog and digital I/O conversions. The DCP is also capable of controlling and converting peripheral I/O devices such as encoders and timers. A motor control processor (MCP) is provided to process digital I/O sent to the drive. Should calculations require extra processing power the DCP cannot provide, the co-motor processor (CMP) will provide the additional power needed to complete these functions. The board is completed with an alphanumeric keyboard used for system programming and diagnostic purposes.

When shipped from AX Control the DS200LDCCH1AGA board will be wrapped in a protective, static resistant plastic bag. Before removing the device from the shipping container, please review the installation parameters provided by the card’s manufacturer. Both the series manual and the board’s corresponding datasheet contain a complete wiring guide for this communications card. All members of the Mark V series were provided with technical support by General Electric.

AX Control’s knowledgeable sales staff is available to help with all of your automation needs. Please contact our office to receive pricing information for the DS200LDCCH1AGA, or any other required part or repair.

","meta_title":"DS200LDCCH1APA MARK V SPEEDTRONIC LAN DRIVE CONTROL BOARD","meta_description":"DS200LDCCH1APA MARK V SPEEDTRONIC LAN DRIVE CONTROL BOARD","keywords":"DS200LDCCH1APA MARK V SPEEDTRONIC LAN DRIVE CONTROL BOARD","series_page_description":"DS200LDCCH1APA MARK V SPEEDTRONIC LAN DRIVE CONTROL BOARD","quote_description":null,"inventory_notes":"","cross_reference":"","created_at":null,"updated_at":null},{"id":15099,"part_number":"DS200LDCCH1AHA","revision_type_id":1,"series_id":113,"stock_level_id":4,"repair_time_id":1,"stock_level_text":"In Stock
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The DS200LDCCH1AHA card was manufactured by General Electric as a drive control and LAN (local area network) communications board. As a member of the Mark V series, this card is suitable for installation into a number of DIRECTO-MATIC 2000 exciters and drives. When installed the card provides a number of I/O control and drive function services to the host drive.

Four microprocessors are housed on the DS200LDCCH1AHA communications board. Featured on the card is a LAN control processor (LCP) capable of accepting five different bus systems. The card also includes a drive control processor (DCP) used to converting both analog and digital I/O signals. The DCP can also be used to convert incoming I/O signals from connected peripheral devices such as encoders and timers. Digital I/O signals are generally processed with the motor control processor (MCP). If the signals sent to the MCP require additional power to process, the co-motor processor (CMP) will provide the additional board power for this. Users can easily access board diagnostics and error codes via the attached alphanumeric programming keypad.

All boards shipped from AX Control will arrive in a protective static-reducing plastic wrapping. Before beginning device installation please review all provided installation parameters. A complete guide to wiring and installing the DS200LDCCH1AHA communications board is available in the series manual as well as the board’s datasheet. General Electric provided technical support to all members of the Mark V series.

AX Control’s truest sales staff is happy to help with all of your automation needs. Our team can provide pricing and other information for the DS200LDCCH1AHA, as well as any other part or repair.

","meta_title":"GENERAL ELECTRIC CONTROL BOARD","meta_description":"GENERAL ELECTRIC CONTROL BOARD","keywords":"GENERAL ELECTRIC, CONTROL BOARD","series_page_description":"GENERAL ELECTRIC CONTROL BOARD","quote_description":null,"inventory_notes":"","cross_reference":"","created_at":null,"updated_at":null},{"id":11403,"part_number":"DS200LDCCH1AKA","revision_type_id":1,"series_id":113,"stock_level_id":8,"repair_time_id":1,"stock_level_text":"Out Of Stock","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":"DS200LDCCH1AKA DRIVE LAN CONTROL CARD","short_desc":"General Electric DS200LDCCH1AKA Drive Control LAN Communications Board Mark V ","content":"

General Electric developed the DS200LDCCH1AKA board to operate as a drive control and local area network (LAN) communication board. The card was developed by General Electric for their Mark V series of drive boards. Exciters and drives across GE’s DIRECTO-MATIC 2000 series can have this card installed in its cabinet. An array of onboard microprocessors provide the drive with a number of interfacing capabilities. These include LAN communications, drive resets, motor and drive processing, and operator interface.

Coverage of I/O and drive control settings is provided by the four microprocessors integrated onto the board. One of the onboard processors is a LAN control processor (LCP). The LCP is responsible for accepting and converting five different bus systems fed to the drive. DS200LDCCH1AKA also includes a drive control processor (DCP) used for controlling peripheral I/O devices such as timers and encoders. A motor control processors (MCP) is available on the drive to process I/O communications as well as circuits for the motor control system. Should the processing power of the MCP not meet a job’s need, the co-motor processor (CMP) will provide the extra processing power required. Users can easily access any onboard system diagnostics and settings via the attached alphanumeric keypad.

Devices shipped by AX Control are enclosed in a protective and static resistant plastic bag. Review any provided installation parameters before removing the device from it’s shipping container. For a complete guide to wiring and installing the DS200LDCCH1AKA LAN communications board, refer to the corresponding series manual and datasheet. Technical support for this device was originally provided by General Electric, the device’s manufacturer.

AX Control’s helpful and knowledgeable sales staff is available to assist with all of your automation needs. Our team can provide you with all information and pricing for the DS200LDCCH1AKA card as well as any other needed part or repair.

","meta_title":"DS200LDCCH1AKA DRIVE LAN CONTROL CARD","meta_description":"DS200LDCCH1AKA DRIVE LAN CONTROL CARD","keywords":"DS200LDCCH1AKA DRIVE LAN CONTROL CARD","series_page_description":"DS200LDCCH1AKA DRIVE LAN CONTROL CARD","quote_description":null,"inventory_notes":"","cross_reference":"","created_at":null,"updated_at":null},{"id":11404,"part_number":"DS200LDCCH1ALA","revision_type_id":1,"series_id":113,"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":"DS200LDCCH1ALA GENERAL ELECTRIC TURBINE CONTROL LAN BOARD","short_desc":"General Electric DS200LDCCH1ALA Drive Control LAN Communications Board Mark V","content":"

General Electric manufactured the DS200LDCCH1ALA board as a drive control and local area network (LAN) communications card. This card was developed as a member of the Mark V series of drive boards. Drives across the DIRECTO-MATIC 2000 series are developed to have this card installed in its drive cabinet. An array of functions are provided by this board, such as device, motor, and I/O control functions.

This drive control and LAN communications board features four microprocessors to filter card signals. Digital and analog I/O sent to the board is received and filtered with the onboard drive control processor (DCP). LAN systems fed to the drive are filtered through the LAN control processor (LCP) found on board. The remaining two processors, the motor control processor (MCP) and the co-motor processor (CMP), work in tandem with each other. The MCP provides the initial processing space for digital I/O communications. Should the calculations needed by the signal exceed the space power provided by the MCP, the CMP will supplement the processing power. The board is completed with an attachable alphanumeric keypad.

Products purchased through AX Control will be shipped in a protective static resistant plastic bag. The board should only be removed once all manufacturer provided installation parameters have been reviewed. Refer to the series manual and the device datasheet for a complete guide to wiring and installing the DS200LDCCH1ALA board. Members of the Mark V series, including this drive control LAN communications card, were provided with technical support by General Electric.

AX Control’s trusted and knowledgeable sales team is happy to speak with you about all of your automation needs. Please contact our staff to receive pricing and other information for all available parts and repairs.

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The DS200LDCCH1AMA card is a drive control LAN (local area network) communications board manufactured by General Electric. This card was originally designed as a member of the Mark V replacement drive board series. Drives from GE’s DIRECTO-MATIC 2000 series can universally accept this board in the drive’s cabinet. A number of key features are provided by this device, including motor, device, and I/O control functions.

The DS200LDCCH1AMA drive control and LAN communications board provides the drive with four microprocessors. Both analog and digital I/O signals sent to the board are processed by the integrated drive control processor (DCP). The onboard LAN control processor (LCP) filters five different LAN system signals sent to the card. The motor control processor (MCP) and the co-motor processor (CMP) work together to process received I/O signals. The initial processing space for digital I/O communications is provided by the MCP. If any additional processing power is required by the signal, then the CMP will provide that excess space. Users can easily access a number of board controls and diagnostics via the attachable alphanumeric keypad.

When products are purchased from AX Control, our staff will carefully ship them in a static resistant protective plastic bag. Be sure to review all provided installation parameters before removing the board from it’s protective wrapping. A complete guide to installing this drive control LAN communications board is available in the series manual and device datasheet. The DS200LDCCH1AMA board was originally provided with technical support by its manufacturer, General Electric.

Our sales staff at AX Control is available to speak with you via phone or email about all of your automation needs. Our team can provide pricing information for the DS200LDCCH1AMA board, or any other part or repair.

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The GE Drive Control/LAN Communications Board DS200LDCCH1ANA features multiple microprocessors that provide control for the drive, motor, and I/O functions. It also provides control for the LAN network. The GE Drive Control/LAN Communications Board DS200LDCCH1ANA is populated with four microprocessors and each microprocessor is assigned a separate function. One microprocessor provides drive control processing. One microprocessor provides motor control processing. One microprocessor provides co-motor processing. And one microprocessor provides LAN control processing.

If the board is not functioning properly or seems to be providing less than optimal performance, you might want to perform a soft reset on the board. A hard reset is when electric power is interrupted and the board must restart. When possible, this should be avoided and it should only occur if the drive malfunctions or a trip condition occurs that causes the drive to shutdown unexpectedly. For example, if an overload condition occurs the drive will automatically shutdown to protect the components and the motor.

The better option to restart the board is a soft reset. This is when power remains present in the board and is used to clear faults. One method of performing a reset is to press the Reset button on the board. Only a qualified individual should do this because power is present in the drive and there is a risk for electric shock or burn. It requires the servicer to reach into the board cabinet and press the Reset button. Press the button for about 5 seconds, then release the button.

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The GE Drive Control/LAN Communications Board DS200LDCCH1ARA features multiple microprocessors that provide control for the drive, motor, and I/O functions. It also provides control for the LAN network. The GE Drive Control/LAN Communications Board DS200LDCCH1ARA is populated with programmable memory that comes from the factory with a predefined configuration. However, the configuration can be edited to meet the needs of the site. To edit the configuration, you must have a laptop or other device and a serial cable to connect to the serial port on the laptop and the port on the Drive Terminal board in the drive. The serial cable must be 6 feet in length or less.

First, remove all power to the drive and verify that power is removed by testing the drive for power. Connect the serial cable to the port on the Drive Terminal board and to the laptop. Make sure the serial port on the laptop is configured properly. Download the editing software to the laptop and install it. Follow the instructions on the screen to access the configuration and edit the file.

The DS200LDCCH1ARA also is populated with a display screen for use with an optional handheld keypad for making edits to the configuration and accessing the diagnostic tools available on the drive. The board also has a connector that can be used to connect to the keypad. The keypad has multiple buttons and a two-line display. Use the keypad to make minor adjustments to the configuration file but use the laptop to make major changes to the configuration.

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The GE Line Protection Board DS200LPPAG1 features 7 jumpers and 2 terminal blocks with 3 terminals on each. The jumpers are identified as JP1 through JP7. The GE Line Protection Board DS200LPPAG1 also contains test points. The board is installed on standoffs attached to another component of the drive. The signal wires that connect to the board originate on the other component.

Each jumper has 3 pins and the two pins that are covered determine how the board will process information. For example, if the jumper covers pins 1 and 2, you can move the jumper to cover pins 2 and 3. It is important that before you install the replacement board that you examine the replacement board and make sure that the same pins are covered for each jumper. The examination is best performed if the old board and the replacement are side-by-side.

To examine the boards, first remove all the signal wires that are connected to the terminals and document where wires are connected to the terminals. You can tape, clip, or tie the terminal ID to the wire after you have written down the terminal ID. Use a screwdriver to remove the four screws that hold the board and with the other hand support the board until it is free. Hold the board by the sides without touching the components and remove it from the cabinet. Lay it on a clean surface and flatten out a EDS protective bag and put the replacement board on it. Move any jumpers to ensure the jumper positions match on the replacement board.

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The GE Line Protection Board DS200LPPAG1A features 7 jumpers and 2 terminal blocks with 3 terminals on each. The jumpers are identified as JP1 through JP7. The GE Line Protection Board DS200LPPAG1A also contains test points. The board is installed on standoffs on another component of the drive. The signal wires that connect to the board originate on the other component.

Disconnect any cables that are connected to the board, including the signal wires connected to the terminals. Note where the signal wires are connected on the terminal blocks. This will make the installation of the replacement board faster and reduces the opportunity for mistakes in connecting the terminals.

It is best practice to remove the component the board is attached to together as one piece from the drive. Refer to the information that describes the installation of the other component to understand the steps to removing it. Then remove it from the drive and place it on an EDS protective surface, for example a flattened out static bag. When you remove it use care that it doesn’t bump against other components or is damaged by hitting the sides of the drive. Remove the replacement board from the carton and place it also on a flattened protective bag. Use a sharp blade to cut open the sealed bag but keep the blade from touching the board and damaging it.

Use a screwdriver to detach the old board from the component to which it is attached. Use the same screws to attach the replacement to the component.

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The GE Line Protection Board DS200LPPAG1AAA features 7 jumpers and 2 terminal blocks with 3 terminals on each. The jumpers are identified as JP1 through JP7. The GE Line Protection Board DS200LPPAG1AAA also contains test points. The board is installed on standoffs on another component of the drive. The signal wires that connect to the board originate on the other component.

If you suspect that the board is not functioning properly, there are several steps you can take to determine if the board is faulty. The first step is to access the diagnostic tools contained in the drive to produce a report of the health of the functions and components. The diagnostic tools are a menu selection on the control panel. Once the diagnostic report is complete, you can view it on the control panel display or download the file to a laptop. The file can be saved and you can compare the diagnostic results before and after you repair actions.

The control panel has a menu driven interface and one selection is to access the diagnostics. The other menu selection enable you to download and upload files from a laptop connected through a serial cable. Other menu selections are to access the sections of the drive configuration and edit the parameters. The parameters define the behavior of the drive during operation.

The keypad contains buttons that enable the operator to control the drive directly without changing the parameters. The operator can stop and run the drive and select to speed up or slow down the drive, depending on predetermined parameters.

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The GE Line Protection Board DS200LPPAG1ABA features 7 jumpers and 2 terminal blocks with 3 terminals on each. The jumpers are identified as JP1 through JP7. The GE Line Protection Board DS200LPPAG1ABA also contains test points. The board is installed on standoffs on another component of the drive. The signal wires that connect to the board originate on the component to which it is attached. The dimensions of the board are is 3.5 inches by 7 inches and it is designed to be installed with screws to another component. When you install the board, the holes align with the standoffs and you insert screws to secure the board. Make sure you don’t over tighten the screws because you might cause the board to crack. The board is brittle and is easily broken.

When the two components are mounted together, install them in the drive and secure them with screws. Reattach the signal wires to the terminals by inserting the bare copper end of the wire into the terminal. Use one hand to tighten the screws and use the other hand to steady the signal wire. The terminals all have IDs that you can use to determine where to reattach the signal wires.

Before you perform the installation you must be aware that static electricity can damage the board and other components. An EDS protective wrist strap can drain the static from your body and the board to a ground structure, for example a bare metal chair leg or a metal support on a workbench.

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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 V BOARD","short_desc":"","content":null,"meta_title":"GE MARK V BOARD","meta_description":"GE MARK V BOARD","keywords":"GE MARK V BOARD","series_page_description":"GE MARK V BOARD","quote_description":null,"inventory_notes":"","cross_reference":"","created_at":null,"updated_at":null},{"id":11417,"part_number":"DS200LRPBG1","revision_type_id":1,"series_id":113,"stock_level_id":4,"repair_time_id":1,"stock_level_text":"In Stock
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General Electric’s DS200MBHAG1 is a multi-bridge hub communications board. Developed for the Mark V series, this communications card can be used across a broad range of drive applications. Fiber optic communications links are provided when this board is installed in a drive. Both multi-bridge system drives and adjacent drive systems can communicate using this communication card.

The board features a number of integrated links and circuits that provide the interfacing capabilities to the card. Seven fiber optic data links line the edge of the DS200MBHAG1. These 1 Mbaud data links contain the receiver/transmitter pairs used for data communications. Three fiber optic logic inputs are also found on the board. These fiber optic receivers are used to control local/broadcast modes from different drives. An on board logic control system provides system logic control to the board. One configurable jumper is found on the card as well as 22 test points. These spots provide users with the ability to check signals statuses, board commons, and power supplies. Sourced power to the board can rate between 15 and 30 VDC.

DS200MBHAG1 includes storage and installation parameters that must be followed to protect the integrity of both the board and its drive. An illustrated guide to wiring and installing the board is available in the device’s manual and datasheet. Technical support for this board and all Mark V series cards was originally provided by the manufacturer, General Electric.

Our trusted and friendly sales team at AX Control is happy to help with all of your DS200MBHAG1 and automation needs. Please contact our staff to receive current prices and availabilities on all parts and repairs.

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DS200MBHAG1A is a multi-bridge hub communications board developed for the Mark V board series by General Electric. An array of applications across a number of series are available for this board. When installed, the card provides users with fiber optic communications links to the installed drive. Communications between multi-bridge system drives and adjacent drive systems are possible when this unit is installed.

Interfacing capabilities are built into the circuits and links found on DS200MBHAG1A. The edges of the board are lined with seven 1 Mbaud fiber optic data links. Receiver/transmitter pairs found on these data links are responsible for the communication of data. Local/broadcast modes for the board are controlled by three fiber optic logic inputs. The system’s integrated logic control system allows for the board to intelligently make decisions without user input. Diagnostic information for signal status, board commons, and power supplies is available by checking one of the 22 test points or the one configurable jumper. The board can accept between 15 and 30 VDC.

Storage and installation parameters provided with DS200MBHAG1A and the installed drive should be followed. These guidelines will protect both the board and installed drive from any preventable damages. To view a complete installation and wiring guide, please refer to the card manual and datasheet. Technical support for this board as well as the Mark V series was originally provided by the manufacturer, General Electric.

Our team at AX Control is happy to help with all of your DS200MBHAG1A and general automation needs. Please contact a member of our trusted sales team by phone or email to receive current prices and availabilities on all parts and repairs.

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General Electric developed the DS200MBHAG2A as a multi-bridge hub communication card for the Mark V series of boards. Fiber optic communications links are provided by this board for the drive it is installed in. Applications for this board range across a number of GE series drives and automation machinery. Adjacent drive systems as well as multi-bridge system drives can utilize the communications links found on this board.

DS200MBHAG2A includes a number of intricate board features that perform all communication and interface jobs. Communications primarily rely on the receiver/transmitter pairs found on the seven 1 Mbaud fiber optic data links that line the edge of the board. Both local and broadcast modes for the drive are controlled by the three fiber optic logic inputs found on the communications card. An integrated logic control system provides the board with the ability to run properly without user interference. 22 test points are found on the board, allowing users to test the system’s signal status, board commons, and power supply. Acceptable power supplies for this device can rate from 15 to 30 VDC.

Manufacturer provided installation parameters provided with the DS200MBHAG2A as well as the drive must be followed. These parameters include protective and preventive measures that will ensure the system operates properly. Please refer to the device’s datasheet and manual for a complete walkthrough for wiring and installing the board. Originally, technical support for this board and the Mark V series was provided by General Electric.

AX Control’s trusted and knowledgeable sales team is happy to assist with all of your automation needs. For pricing and availabilities on DS200MBHAG2A and other parts and repairs, please contact our team by phone or email.

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The General Electric DS200NATOG2A is a voltage feedback scaling board. This card is a member of the Mark V board series, allowing it to be easily installed into a number of GE brand drives. When mounted into a drive cabinet, this card can attenuate AC and DC voltages from the SCR bridge. This allows for the voltage feedbacks from the bridge to be accurately derived.

A number of drive components interact with this board. DS200NATOG2A works with the system’s VME backplane as well as the gate distribution and status board. Inputs to the board occur using the five series of identical connected strings. These strings are attached to precision resistors, with individual strings for all three of the AC phases. Two more strings are provided to interact with the positive and negative DC bus voltage. These five strings all output to one 20-pin ribbon header. Should any output voltage range too high, an integrated metal oxide varistor (MOV) will prevent any spikes while input voltage is detected.

Installation parameters for the board as well as the drive should be met by users. Accidental and avoidable damages can be avoided by following these manufacturer provided guidelines. To review a complete guide to installing and wiring DS200NATOG2A, please reference the device’s manual as well as its datasheet. The manufacturer, General Electric, was the original provider of technical support for this board.

Please contact AX Control by phone or email to receive all pricing and availability information for DS200NATOG2A. A member of our trusted sales team is ready to help with all of your automation part and repair needs.

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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":"DS200NATOG3A LCI Attenuation CARD GE TURBINE","short_desc":"General Electric Mark V DS200NATOG3A Voltage Feedback Scaling Board","content":"

DS200NATOG3A is a voltage feedback scaling board developed by General Electric. Designed for the Mark V series of replacement and optional boards, this card can be applied to an array of GE brand exciters and drives. Installing the board provides an integrated AC and DC voltage attenuation on those sourced from the SCR bridge. Attenuating these allows for the bridge’s voltage feedbacks to be derived accurately and precisely.

This board is developed to interface with a few components found within the drive. Both the VME system backplane and the gate distribution and status board interface with the DS200NATOG3A. Inputs received by the board are done so using five identical strings connected to one another. Three of the strings are used for the three AC phases. The remaining two are used for DC positive and DC negative bus voltages. All five of these are attached to a single 20 pin ribbon header. A metal oxide varistor (MOV) found on this connector ensure that output voltages never peak higher than rated when voltages are still inputted to the device.

Defined parameters provided by the manufacturer for both DS200NATOG3A as well as its installed drive should be reviewed. Meeting these will ensure that the user and the drive will not incur any accidents and avoidable damages. For step by step instructions on installing and wiring the drive, be sure to refer to the datasheet and manual associated with the board. Technical support for this board and the entire Mark V board series was originally provided by General Electric.

Please contact our team at AX Control by phone or email to obtain all pricings and availabilities on DS200NATOG3A. Our knowledgeable and friendly sales team is happy to help with all of your part and repair needs.

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The GE ARCNET No-LAN LM Gas Turbine Control Board DS200PANAH1A features one 40-pin connector, 10 jumpers, and one 64-pin connector. The GE ARCNET No-LAN LM Gas Turbine Control Board DS200PANAH1A also has two RF FET semiconductor devices to amplify and adjust the signal. The board is 3.75 inches square in size and it is designed to be attached to the board rack inside the drive. The holes in the corners of the board align with the matching holes in the board rack. Use the screws that attach the defective board to the rack to install the replacement. When you remove the defective board use a screwdriver to loosen the screws and with the other hand hold the screws. Without dropping the screws, remove them from the drive.

The 10 jumpers are set at the factory at the default values. During the initial installation the installer can use the jumpers to tailor the board to process information in a manner that is required by the site. Some of the jumpers are set at the factory and cannot be changed by the installer. They are used for testing on the assembly line only and only one position is supported. The jumpers have unique identifiers that have the prefix JP. Inspect the defective board and document the identifiers and the positions of the jumpers. To configure the replacement to work identically to the original board, you must set all 10 jumpers to exactly the same positions as they are set in the original board.

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The GE ARCNET No-LAN LM Gas Turbine Control Board DS200PANAH2 features one 40-pin connector, 10 jumpers, and one 64-pin connector. The GE ARCNET No-LAN LM Gas Turbine Control Board DS200PANAH2 also has two RF FETs to amplify and adjust the signal. The RF FET components have turn screws you can use to adjust the signal. When the drive is removed from the power source, you can use a screwdriver inserted into the RF FET transistors to make adjustments. When the electrical power is restored you can test the board and determine if further adjustments are called for.

The connectors on the board are connected to ribbon cables and due to the fragile construction of ribbon cables, guidelines must be followed to prevent damage to the cables. The ribbon cables are used to carry signals to the board for processing and also carry signals transmitted from the board. When you remove one of the ribbon cables from a connector on the board, never pull it from the ribbon because it might pull the cables out of the connector. Instead, hold the connector portion in one hand and pull it out from the cable. With your other hand hold the board down to protect it from bowing under the stress of the cable being removed. To install it line it up with the connector on the board and press it into the connector. Firmly press it into the connector and visually inspect it to see if it is seated in the connector.

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The GE ARCNET No-LAN LM Gas Turbine Control Board DS200PANAH2A features one 40-pin connector, 10 jumpers, and one 64-pin connector. The GE ARCNET No-LAN LM Gas Turbine Control Board DS200PANAH2A also has two RF FET transistors to amplify and adjust the signal. The board is 3.75 inches square in size and it has a specific location inside the drive for installation.

First, remove current board from the drive before you begin the replacement. Confer with individuals familiar with the installation of the drive because they would have knowledge of the power supplies used to provide current to the drive. The power supply might have power switches however often the best practice to remove power from the power supplies is to remove the fuses. When you perform the replacement it is also best practice to not work alone. Have another servicer with you in case you need urgent help if a serious safety concern arises. The other individual can call for help or provide assistance.

Use a testing device that can detect the presence of power in the drive. The tester must be calibrated to test for power in the high voltage drive and all the controls must be in the proper positions for the test. Once your are certain that the drive is free of current, examine the old board and record how the selectors for the RF FETs are set. There are two RF FETs on the board and each one has a unique identifier printed on the surface of the board.

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The GE ARCNET No-LAN LM Gas Turbine Control Board DS200PANAH2ADD features one 40-pin connector, 10 jumpers, and one 64-pin connector. The GE ARCNET No-LAN LM Gas Turbine Control Board DS200PANAH2ADD also has two RF FET semiconductors to amplify and adjust the signal. The adjustment made on the RF FETs are made by turning a small slotted knob on one side of the component. The knob has numbered indicators so you can adjust the component to a preselected adjustment. This is especially useful when you replace the DS200PANAH2ADD.

Before you remove the defective board note the settings of the RF FET transistor and write down the number setting. Each RF FET has a unique identifier printed on the board. For each RF FET record the identifier printed on the board and also the numbered setting for the adjustment. Inspect the jumpers on the defective board and note how they are set. First, you must wear a wrist strap that is connected on one end to a metal structure such as a support post or a leg on a desk. The other end is wrapped around the arm of the servicer.

The connectors are all assigned a unique number that is printed on the board and you can use it to identify the connectors. Obtain small strips of paper and for each cable attached to the board, write down the identifier for the connector it is plugged in to. Attach the strip of paper to the cable so that you can easily know where to connect the cable on the replacement board.

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The GE DC Power Connect Board DS200PCCAG10A serves as an interface between the drive and the SCR power bridge. Replacement of the DS200PCCAG10A is designed to be accomplished quickly and easily to minimize the downtime of the drive. However, there are steps you must take to assure that the replacement drive will behave exactly like the old drive. Inspect the old drive and note the jumper settings on the configurable jumpers and switches. Move the jumpers on the new drive to the same positions so that the configuration will be the same. In some situations, a newer version of the board will not contain the same jumpers. You can refer to the information that came with the board to understand how to duplicate the configuration of the new drive.

You will find that a newer version of a board might be visually different and might have components such as jumpers, switches, and/or wires in different locations. The components might be different. For example, the capacitors might have a different shape or color. The different versions of the same board are compatible. That is, the boards will behave the same in the drive and will perform the same function.

To make sure the board you are installing is the same board but possibly a different version, you can locate information found on the outside edge of the board. Printed on the outside edge is the model number, version number, and other identifiers. Have this information ready when you call for service.

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The GE DC Power Connect Board DS200PCCAG10ACB serves as an interface between the drive and the SCR power bridge. Once you install the replacement DS200PCCAG10ACB board you might have reason to download the configuration file of the drive to a laptop for review. You can edit the configuration file and change parameters to update the operation of the drive with the replacement board installed.

To download the parameters file, first make sure you have a serial cable that has the matching ports you need to connect the drive to the laptop. Also, make sure the serial port on the laptop is configured properly to communicate with the drive. Use the commands on the control panel to initiate the download and when complete a message displays on the display panel that the download is complete.

You can use the laptop to check the operation of the replacement board by viewing the diagnostic file. You can also access the editing software on the laptop to alter the board's parameters. When you have completed the updates, upload the file back to the drive. Use the control panel to start the download procedure and when the operation is complete, a will be message displayed.

To replace the DS200PCCAG10ACB board, you must disconnect all power to the drive. To do that, access the 3-phase power supplies that provide current to the drive. Then, remove the fuses from the power supplies. Next, you can open the bay that contains the boards and remove the wires and connectors.

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The GE DC Power Connect Board DS200PCCAG1A serves as an interface between the drive and the SCR power bridge. DS200PCCAG1A is installed in a drive carrier in the circuit board cabinet on the drive. To access the board, you must tilt forward two other boards that are in the board cabinet. This procedure must be performed only by trained servicers or by those who are otherwise qualified. To be considered qualified, the individual must be familiar with all safety procedures to work around high-voltage devices. The individual must have testing equipment to test for current and a static prevention strap so that static electricity will be removed from any board the individual touches during service procedures.

A knowledge of the 3-phase power cables, signal control cables, communications cables, and grounding cables is necessary also. An understanding of the installation of the drive and how it is controlled through use of the keypad is helpful. The individual should understand if the drive is controlled locally or if the drive is under remote control. This is a matter of safety of the servicer and all those in the general area.

It is also necessary to understand the communications cabling used to control the drive. The servicer must understand the serial communications network used to connect the drive to a laptop for configuration. Another topic for consideration is the laptop containing the editing software to edit the configuration parameters of the drive. The servicer must understand how the configuration file is uploaded to the laptop.

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The GE DC Power Connect Board DS200PCCAG1ABB serves as an interface between the drive and the SCR power bridge. Static electricity can build up in the DS200PCCAG1ABB board and damage the board if guidelines are not adhered to that mitigate the static build up. For example, always wear a grounding strap when you handle, touch, or move the board. And before you install the board, keep it in the static-protective bag. Touch the bag to an unpainted metal surface and keep it against the surface for a few seconds.

If you happen to be replacing the board in cold dry weather take extra caution against static. You’ll find that static builds up easily in those weather conditions. And, always place the board on the package it came in. It protects against static and will prevent damage to the board. Have the package out and flattened if you need to put it down during installation.

Ribbon cables are flat wide cables that carry multiple signals from one device to another and are often used to carry signals on a board. However they tend to be delicate and require special handling instructions to prevent damage. The wires in ribbon cables are often thin and not designed for rough handling. When you disconnect a ribbon cable do not pull the connector out by pulling the ribbon cable. Instead, place you hand on the connector attached to the ribbon cable. Then disconnect by pulling the connector out of the connector on the board.

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The GE DC Power Connect Board DS200PCCAG1ACB serves as an interface between the drive and the SCR power bridge. Before you replace the DS200PCCAG1ACB board, in order to have the best use out of your GE DC board, check the diagnostics information available on the drive to verify that the drive is defective or is in need of repair.

The first indication of trouble on the drive might be a trip condition on the drive. For example, if the drive overheats, the motor will shutdown and a message will display indicating the problem. If that occurs, check the ventilation of the drive and the temperature of devices around the drive. Another indication of trouble is the LED indicators on the control panel. If one is lit, it indicates that a fault condition has occurred. If the fault indicates the DS200PCCAG1ACB is defective, replace it.

The drive diagnostics provide information on all aspects of the drive operation. Diagnostics is a view-only file and can help you pinpoint any problem. Use it to inspect the operation of the DS200PCCAG1ACB and if a problem is indicated it is best practice to replace it.

The DS200PCCAG1ACB features no fuses, indicator LEDs, test points, or switches so the opportunity for troubleshooting the board is limited. However, the board does contain four jumpers that can be used to configure the behavior of the board in the drive. You can configure the operation of the capacitors as they relate to the power bridge and the voltage feedback channel.

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The GE DC Power Connect Board DS200PCCAG1ADB serves as an interface between the drive and the SCR power bridge. The connector for the DS200PCCAG1ADB is positioned in the rear of the circuit board cabinet on the drive and so the replacement procedure requires the servicer to move aside two other boards to gain access. The drive is designed so that the other boards do not need to be removed and can be easily tilted out of the away.

Once you gain access to the cabinet containing the circuit boards, pull the locking tabs that secure the front board carrier. The board carrier contains the front board and can be tilted to one side without disconnecting cables. The next board carrier contains the middle board and you can tilt it downward to expose the DS200PCCAG1ADB.

All cables must be removed from the board. First, note where all the cables are connected in the board. You can label the cables with the locations or use a diagram of the board to indicate the locations. Another option is to take a photograph of the board before you remove the cables.

Ribbon cables are not engineered for heavy use or rough treatment. Remove the ribbon cables by holding the cable by the connector and pulling out the cable. Some other cables are held in place with tabs. Move the tab from the locking mechanism before you remove the connector. Remove all screws form a connector if they hold a connector in place. Don’t discard the screws or allow them to fall in the drive compartment.

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The GE DC Power Connect Board DS200PCCAG2A serves as an interface between the drive and the SCR power bridge. While the DS200PCCAG2A board isn’t populated with LED indicators, fuses, test points, or switches, it does have jumpers you can use to configure the board. It also has wiring connectors that transmit and receive signals to the drive. Use the jumpers and wiring connectors to configure the armature voltage range and the snubber capacitors.

The drive has a dedicated location in the board cabinet for the DS200PCCAG2A board and it requires you to move aside two other boards before you can install it. The design of the drive minimizes the effort because you don’t have to remove the other boards or remove the cables connected to them. However the board does require you to connect several cables to provide the board with power, transmit signals, and receive signals to the drive.

First it is important to understand that the removal and installation of the board requires the individual to be exposed to dangerous high-voltage current. The installer must be qualified to work under those conditions and be trained to work with high-voltage devices. Also, to reduce the opportunity for damage, the individual must understand how the drive and all other equipment is installed and especially the 3-phase power and all signal connectors.

When you receive the box containing the board from the delivery service, first check the label on the side of the box to make sure you have received the right board.

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The GE DC Power Connect Board DS200PCCAG2ACB serves as an interface between the drive and the SCR power bridge. When the DS200PCCAG2ACB board arrives at your location it arrives in a shipping container that protects the board from damage during shipping. Inspect the box for evidence of rough treatment such as hard knocks that leave dents in the cardboard, tears in the cardboard, signs that the shipping container was opened, and evidence that rain, or other liquid spilled on the container. It is best practice to report this to the shipper.

The next step is to inspect the label affixed to the outside of the shipping container that identifies the contents. It lists the model number and other identifying information. Make sure the information matches what you ordered. Make note of the information and put the information aside in case you need to call for service or assistance. When you call have the information nearby because the servicer or representative will ask for it to provide the help you need quickly and without confusion or delay.

Open the shipping container and save it for future use. If in the future you need to return the board to us, or if you want to ship the board to another location you can do so and reduce the risk of damage. Keep all materials surrounding the board that serve to protect the board from damage and also keep all manuals, flyers, instructions, and and other documents that you find in the box.

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The GE DC Power Connect Board DS200PCCAG2ADB serves as an interface between the drive and the SCR power bridge. The DS200PCCAG2ADB board is an standard device you install the drive and you might want to update the configuration of the drive when you install the board. There are several ways to update the configuration. And the drive is designed to make the process easy and reduce the chance for errors.

One way to update the configuration after you install the board is directly from the control panel on the drive. The control panels uses a menu structure you can use to access various aspects of the configuration. Use the menus and submenus to view and update the drive configuration. The method is most useful for small edits you want to make. The keys on the keypad provide the means to make the changes and move up and down the menus. The display panel shows you the changes you make. You can also view the diagnostic information for the drive. If a problem arises, the diagnostic menu gives you a complete understanding of the operation of the drive.

To make major changes to the configuration, it is best practice to upload the configuration file to a laptop. The laptop must have the editing software package installed on it. It must also have a serial port. First, connect a serial cable from the drive to the laptop. Check the configuration of the serial port to make sure it matches the requirements of the serial port on the drive.

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The GE DC Power Connect Board DS200PCCAG3A serves as an interface between the drive and the SCR power bridge. Installing the drive is easy because of the design of the drive and the board. The first step is to refer to the information in the manual about the drive and perform a complete shutdown procedure. This shutdowns the drive in an orderly sequence that results in no damage to components and means the power on procedure will be fast and trouble free.

You must next remove all power sources from the drive. Consult with a qualified individual about the proper procedure. It is best practice to remove the main fuses from the power supplies. Only qualified installers or servicers have the knowledge and skills to perform this procedure. Once all power is off and disconnected, wait several seconds for the remaining power to exit the board components. During operation, the capacitors on the board store some power and time is needed for the power to exit. Use a testing device to check the board for power. It is necessary to verify that all power is exited before you continue. This eliminates the chance of personal injury, including electric shock, electrical burns, or catching on fire.

Open the door on the drive to access the circuits boards. All the boards are mounted on a drive carrier. Pull the plastic tabs that secure the board carrier in place. Lift up the first board and tilt it forward, then, down and out of the way.

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The GE DC Power Connect Board DS200PCCAG5 serves as an interface between the drive and the SCR power bridge. The DS200PCCAG5 board has several cables connected to it, depending on the installation and the requirements of the site. And it is always important to remove the cables from the old board and install them on the new replacement board. However, care must be taken to not damage the cables and depending on the type of cable, different procedures must be followed.

Before you start to remove the cables, make note of where the cables are connected on the board being replaced.

Ribbon cables are common to find in the drive for carrying signals for transmitting and receiving information. Ribbon cables are delicate and need to be treated carefully to avoid damage. To remove a ribbon cable, do not pull the cable out from the ribbon portion the cable. With one hand, hold the connector on the board. With the other hand, hold the connector on the cable. Pull the cable out without touching the ribbon.

Other cables are held in place on the board with a tab that secures the cable to the connector. Use a finger to pull the tab. This releases the cable from the connector. At the same time, pull the cable free from the board.

Other cables contain a release tab on the side of the connector. With one hand, press the release tab to release it from the connector on the board. Pull the cable free from the board.

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The General Electric Direct Current Power Connect Board DS200PCCAG6ACB serves as an interface between the drive and the silicon-controlled rectifier (SCR) power bridge. The DS200PCCAG6ACB board uses group numbers depending on the voltage, frame size, and the type of power conversion (regenerative or non-regenerative). Groups 1, 7, and 9 use regenerative, 240 through 630 volts. Groups 2, 8, and 10 use non-regenerative 240 through 700 volts. The board groups include AC volts, fuses, reactors, and bus transformers. Groups 1 and 2, groups 3 and 4, groups 5 and 6, groups 7 and 8, and groups 9 and 10 each use the same application specifications.

There are a dozen plug connectors that provide signals to the SCR bridge. The signals are used to select the dc armature voltage range. The signals are used by the power supply board and are part of the configuration of the drive.

Another source of configuration is the parameters defined in the configuration file. The operator can set the parameters either through the control panel or using a laptop. The display on the control panel enables the operator to view the parameters and the keys on the keypad enable the operator to edit the parameters and move up and down through the parameters and find applicable location in the file.

To use a laptop, the operator can download the file and use editing software to modify the file. The operator can download the same file to multiple drives, or edit a unique configuration for each drive.

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The GE DC Power Connect Board DS200PCCAG6ADB serves as an interface between the drive and the SCR power bridge. The DS200PCCAG6ADB contains 12 connectors that send and receive signals to the SCR bridge which can be used to configure signals used to control the behavior of the drive.

Before you replace the DS200PCCAG6ADB use the diagnostics and troubleshooting features of the drive to confirm that the board is defective and needs to be replaced. The diagnostics on the drive are accessible from the control panel. The control panel features keys on a keypad that enable the operator to move through a menu of options to access the diagnostics. You can view the diagnostics on the display. Another option is to view the results of the diagnostics on a laptop which has a much larger screen and enables you to view more of the diagnostics at one time. You can also save the results for future use.

Also view the lights on the control panel that indicate the condition of the drive. For example, if an overheat condition has arisen, an indicator light will be lit. In this way, you might determine that the drive is the cause of a problem and not the board.

Once you determine the DS200PCCAG6ADB board must be replaced, consider that only a trained and experienced servicer should work on the replacement of the board. There is a risk of injury from the current in the board and a risk from the moving parts in the drive and surrounding devices.

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The GE DC Power Connect Board DS200PCCAG7A serves as an interface between the drive and the SCR power bridge. The DS200PCCAG7A board doesn’t have any servicable parts and cannot be repaired so if it is determined that the board is defective the only option is to replace it. When you call for service you must have on hand information about the board and the drive in which it is installed.

The drive has several means of identification. When you receive the shipping container for the drive the outside of the box has a label affixed to it with the model number, serial number, and other information. Write down the information and keep it in a safe place. Alternatively you can identify the drive using a label on the inside of the back panel. It also has the identifying information that you’ll need when you call.

You’ll also need the information that identifies the board. When you receive the board the identifying information is listed on a label on the outside of the box. Best practice is to write down the information and put it with your other important information or with the documentation that comes with the board. You’ll also find the information in the printed materials in the shipping box, along with the manuals and flyers. However if you don’t know the information you can inspect the outside edge of the board. The model number is printed along with the serial number and other information that is needed when you call.

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The GE DC Power Connect Board DS200PCCAG7ACB serves as an interface between the drive and the SCR power bridge. When you take the drive offline to replace the DS200PCCAG7ACB board, it might be a best practice to also perform the periodic maintenance on the drive. In that way, you can take advantage of the downtime to keep the drive in top working condition and not be forced to schedule another separate maintenance.

The DS200PCCAG7ACB is designed with no servicable parts and so cannot be repaired. If the board is not behaving as expected, you must replace the board.

The drive is designed to require only minimal maintenance and is engineered to have a long service life. While the drive is powered off, you can inspect the motor for dust and debris. Clean the motor and all components with a cleaning cloth and mild cleaners. Do not use harsh cleaners that might corrode terminals, connectors, and solder points.

The next step is to tug all the wires and cables to verify that they are connected tightly. Also inspect the cables to see signs of fraying, wear, and worn insulation. Tighten any cables that are loose. Also refer to the torque tightening guidelines and make sure the cables meet the torque tightening specifications. The torque tightening specifications are on a label on the drive.

Spin the motor manually and look for signs that the motor spins freely. Spin the motor in reverse also. Use a wrench to tighten all the bolts that hold the motor down.

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The GE DC Power Connect Board DS200PCCAG7AG serves as an interface between the drive and the SCR power bridge. The DS200PCCAG7AG is one of three boards that is required to be installed in the board cabinet in the drive. The DS200PCCAG7AG is situated at the back of the cabinet so two other boards are installed in front of it. Replacement of the board involves moving the two other boards out of the way. This is easy to do because all the boards are installed on a drive carrier and you can swing the boards out of the way without removing the boards or disconnecting cables.

To replace the board you first must power down the drive. You can use the keys on the control panel to start the process by stopping the motor. Once the motor is stopped you must stop all current to the drive. The 3-phase current is supplied by a power supply and you can remove the fuses to stop the current. Put the fuses in a safe location so you can use them again when you restart the drive. Open the board cabinet and the drive carrier is locked with tabs. Pull the tabs to unlock the carrier. You can swing the front board forward then down and out of the way. The second board can be tilted forward then down to expose the DS200PCCAG7AG board.

Label all the cables and wires before you remove them. It might be helpful to write down the connector numbers on the labels.

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The GE DC Power Connect Board DS200PCCAG8A serves as an interface between the drive and the SCR power bridge. Before you replace the DS200PCCAG8A it is best practice to verify that the board is defective. To do that, you can perform several tasks on the drive to diagnose the board. First, use the control panel to access the diagnostic information. The parameters used for the application are accessible through the control panel. The drive employes a menu structure to access the many parameters you can set up for the application. The keys on the control panel let you move up and down through the menus and edit the parameters. One menu enables you to access the diagnostic information for the drive.

You can either view the diagnostic information on the display or on a laptop computer. The diagnostics provide a detailed view of all aspects of the operating condition of the drive. Use it to verify that the board is defective.

You’ll receive the replacement board in a shipping carton and before you break the security seal and open it, check the box for dents, scrapes, rips, and water damage. Search for the label on the outside of the box and note the model number and match it against what you ordered. Now open the box and gather all the manuals, warranty information, and flyers and carefully read it before you attempt the replacement.

It is best to keep the board in the box and wrapped in the static-protective bag until it is time to install it.

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The GE DC Power Connect Board DS200PCCAG8ACB serves as an interface between the drive and the SCR power bridge. The DS200PCCAG8ACB is central to the operation of the drive and receives and transmits signals to the power supply board, the SCR bridge, and components in the drive through multiple connectors. When you replace the board it is critical that you record where the wires and cables are connected on the defective board. You can label the wires and connectors and also photograph the board before you remove the cables.

If the replacement board is a newer version of the same board you might find that the connectors are rearranged on the board and the board doesn’t appear the same. The components might be different colors or shapes. However, when the new board is installed, it will behave the same as the older board. This because the compatibility of the boards is verified before you receive it.

Cables are fragile and you must follow some guidelines concerning the best method to disconnect them from the board and reconnect them. Never pull a ribbon cable out from the board by pulling on the ribbon cable. Use one hand to hold the connector on the board. Use the other hand to tightly hold the connector on the end of the ribbon cable. And separate them by pulling them apart. Unless all the signals that are carried by the ribbon cable are transmitted or received, the drive will not operate correctly and you will notice operational reliability issues.

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The General Electric Direct Current Power Connect circuit board DS200PCCAG9A serves as an interface between the drive and the SCR power bridge. The DS200PCCAG9A board cannot be repaired because there are no serviceable parts on it. That means that if it is defective you must replace it with a new board. However, there are steps you can take to verify that the board is defective before you call for service.

First, you can stop the drive from the control panel. The keys on the keypad enable you to initiate a command to stop the motor. Also, discontinue all power to the drive by removing the fuses from the 3-phase power supply. Access the board in the circuit board cabinet and make sure all cables and wires connected to the board are fully engaged by pulling on them and pressing then onto the connectors on the board.

You can also inspect the diagnostic report for the drive. The diagnostic report can be accessed from the control panel. You can access the application parameters from a series of menus. Use the keys on the keypad to move around the menus. One specific menu selection provides a display of the complete diagnostic report on the drive. From the report you can determine if the board is defective in any way, or if the drive is in need of service.

You’ll need to provide the support representative with the model numbers, serial numbers, and all other information about the drive and the board.

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The GE DC Power Connect Board DS200PCCAG9ACB serves as an interface between the drive and the SCR power bridge. The DS200PCCAG9ACB board contains multiple connectors that supply power and control signals that transmit and receive information to the drive. A critical task in the replacement procedure is to remove the cables from the board and reconnect them on the replacement board.

The first requirement is that you remove all power to the drive. The drive is powered with 3-phase current. A power supply that delivers the specified current is connected to the drive and you can remove the fuses to easily turn off the current. All boards in the drive are secured on a board rack that enables you to move the front boards aside and access the boards behind them.

Take the time to examine the cables and label them with the connector they connect to on the board. You can include other important information on the label. For example, the signal the cable carries or the cable type. There is no need to completely remove the cables from the drive. If the other end is connected in the drive, or an another board, you can leave it attached. However, if you plan to replace the cable, or it the cable is no longer needed, you can remove it.

The replacement board might have the connectors located on different locations or the connectors might be missing because of a design change. You can call refer to the information that came with the replacement drive for more information.

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The GE Termination Board DS200PTBAG1A features 2 terminal blocks with terminals for 72 signal wires in each. It also contains 3 10-pin connectors. The IDs for the 10-pin connectors are JJR, JJT, and JJS. It also contains terminal posts for 6 signal wires. The GE Termination Board DS200PTBAG1A is 3 inches in height and 11.5 inches wide and it features 1 hole in each corner for attaching the board to the board rack inside the drive.

Because of the numerous signal wires and ribbon cables that attach to the board, it is best practice to map out where the signal wires attach on the board and have a plan to attach the wires to the same connectors on the replacement board. If you fail to attach the signal wires to the same terminals, the drive downtime will increase while the signal wires are attached to the correct terminals. This will inconvenience operations at the site and reduce productivity.

To prevent that from happening, examine the old board on the drive while all the signal and ribbon cables are still attached. Mark on the signal wires where they are attached using the terminal ID. The ID of 1 terminal block is TB1 and the other is TB2. To ID a specific terminal, use the numerical ID of the terminal. For example, TB1 27 is the terminal 27 on the TB1 terminal block. TB2 70 is the terminal 70 on the TB2 terminal block. You might find it helpful to create tags on which to mark the ID.

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The GE Termination Board DS200PTBAG1B features 2 terminal blocks with terminals for 72 signal wires in each. It also contains 3 10-pin connectors. The IDs for the 10-pin connectors are JJR, JJT, and JJS. It also contains terminal posts for 6 signal wires. The GE Termination Board DS200PTBAG1B is designed to process 7 separate termination signals. The signals are overspeed magnetic pickups, flame detectors, bus volts, generator volts and current, synchronizing, protective inputs, and alarm horn enable and disable hardware jumper location.

To remove a signal wire from a terminal on a terminal block, have on hand a narrow flat-blade screwdriver. This procedure should only take place when power is removed from the drive. Use a tester to detect the presence of power in the drive after power is removed. This is because components in the drive, like capacitors, store power during normal drive operations. So, even when you remove the source of power, current might still be present. If you wait 30 seconds, the power in the components exits the drive. However, to avoid shock, use a tester before you touch any components in the drive.

Locate the signal wire you want to remove using the terminal block ID and the terminal numerical ID. Use the narrow screwdriver to loosen the terminal retention screw and pull the signal wire from the terminal. Use tape or other means to mark on the signal wire the ID of the terminal it is connected to. To connect the signal wire, insert it into the terminal and tighten the terminal retention screw.

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The GE Termination Board DS200PTBAG1BAA features 2 terminal blocks with terminals for 72 signal wires in each. It also contains 3 10-pin connectors. The IDs for the 10-pin connectors are JJR, JJT, and JJS. It also contains terminal posts for 6 signal wires. The GE Termination Board DS200PTBAG1BAA is populated with 3 12-pin connectors. The IDs for the 12-pin connectors are JM, JN, and JV. The terminal posts secure a signal wire with a screw that is integrated on the board. To connect a signal wire to a terminal post, first obtain a flat-blade screwdriver and loosen the terminal screw. Insert the signal wire under the screw and tighten the screw. However, it is important to consider some additional information about the terminal screws. Because they are directly integrated on the board, it is easy to scratch or damage the surface of the board. This is the case because the screwdriver might slip off the screw and scratch the board. To prevent damage, use two hands when you loosen or tighten the terminal screws. With one hand, guide the screwdriver to the screw and keep that hand in place to prevent the screwdriver from slipping. Use the other hand to turn the screwdriver and tighten or loosen the screw.

The terminal posts each has an ID printed on the surface of the board. The information provided with the board from the factory documents the purpose of each terminal. Use that description to know where to connect the signal wires. Use the IDs to know where to connect the signal wires on a replacement board.

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The General Electric Signal Conditioner Board DS200PTCTG1A features 1 terminal block with terminals for 72 signal wires in each. It also contains 1 50-pin connector. The IDs for the terminals on the terminal block include OUT2, OUT1, COM1, COM2, P15, SO21, and L23. It also contains terminal posts for 6 signal wires.

The GE Signal Conditioner Board DS200PTCTG1A is also populated with 6 jumpers. The IDs for the jumpers are suffixed with BJ followed by a numerical value. For example, one jumper ID is BJ3 and another jumper ID is BJ5. When the board is first configured for use in the drive, refer to the documentation that came with the board because it contains the information about the purpose of each jumper and how it can configure the board.

Some of the jumpers remain in the default position. The default is the position at which the jumpers come from the factory. It is the typical configuration used by most installations. Also available is the configuration provided by the alternate position. The 3-pin jumpers have 2 positions. One is when the jumper covers pin 1 and pin 2. The other position is when the jumper covers pins 2 and 3. Depending on which two pins are covered, the jumper creates a contact between the two pins. Some jumpers have only one supported position and the jumpers comes with that position as the default position. The alternate position is intended for factory use only. That position is used for testing during manufacturing.

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The General Electric Signal Conditioner Board DS200PTCTG1B features 1 terminal block with terminals for 72 signal wires. It also contains 1 50-pin connector. The IDs for the terminals on the terminal block include OUT2, OUT1, COM1, COM2, P15, SO21, and L23. It also contains terminal posts for 6 signal wires.

The GE Signal Conditioner Board DS200PTCTG1B also is populated with test points that provide the means for a qualified individual to test the function of the various circuits on the board. To use the test points, the board must be removed from the drive and placed on a level clean surface and the board must also rest on a static protective surface. For example, a workbench or a desk is an appropriate work area. A wrist strap is mandatory equipment to have on hand.

The testing equipment must be in good working order and be calibrated before hand for the testing you plan to perform. The probes must be compatible with the tester and there can be no worn insulation or frayed cables. In other words, the probes must be in good working condition to avoid damaging the user or the product.

The test points have IDs assigned to them. The IDs are prefixed with TP followed by a number. Some of the IDs for the test points are TP1, TP5, and TP20. Refer to the information that came with the board for a description of each test point. That information includes the circuits assigned to each test point and how to test for various functions.

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The GE Signal Conditioner Board DS200PTCTG1BAA features 1 terminal block with terminals for 72 signal wires. It also contains 1 50-pin connector. The IDs for the terminals on the terminal block include OUT2, OUT1, COM1, COM2, P15, SO21, and L23. It also contains terminal posts for 6 signal wires.

Due to the numerous signal cables that attach to the board, there is a risk of interference in the signals carried to and from the board. To reduce the risk, proper planning is important when you first install the drive. There are several considerations to keep in mind. The interference in signals wires comes from power cables that supply power to the drive and other equipment in the surrounding area. The high-voltage power cables must be routed away from the signal cables if possible. To plan for this, bundle the power cables together and at the same time, attempt to bundle the signal cables together. If that is not possible try to limit the length at which the cables run in parallel. If the cables run in parallel for a greater length, keep the signal and power cable further apart. If the cable run in parallel for a lesser length, the cables can run closer together.

One method to reduce interference is to run the signal and power cables at right angles to each other. This reduces the exposure of the signal cables to the interference. Under some conditions, shielded cables can be used to protect the signal wires from interference.

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The GE Signal Conditioner Board DS200PTCTG2B features 1 terminal block with terminals for 72 signal wires. It also contains 1 50-pin connector. The IDs for the terminals on the terminal block include OUT2, OUT1, COM1, COM2, P15, SO21, and L23. It also contains terminal posts for 6 signal wires.

The GE Signal Conditioner Board DS200PTCTG2B, when it is installed in the drive has the potential to have multiple signal wires and ribbon cables attached to it. Some of the signal wires transmit signals from the board to other boards in the drive for processing. Other signal wires transmit signals to the board for processing. The signals are then sent to other boards for further processing. Due to the many wires, it is important to consider that air must flow freely inside the drive and that the cables must be routed so that they do not block the air flow. When the drive is in operation, cool air enters the drive from the bottom and flows around, over, and under the heat-generating components. These components include the processing boards that send and receive signals. It also includes the motor and the associated moving parts. If the air is trapped by bundles of wires, the interior of the drive might get too hot. That would cause an over-temperature condition and would cause the drive to shut down automatically.

To prevent an over temperature condition, keep the wires away from the air vents and rout the cables along the sides of the drive interior.

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The GE Signal Conditioner Board DS200PTCTG2BAA features 1 terminal block with terminals for 72 signal wires. It also contains 1 50-pin connector. The IDs for the terminals on the terminal block include OUT2, OUT1, COM1, COM2, P15, SO21, and L23. When the original board is installed from the factory, the installation guide describes each of the terminals and provides information about which signal wires to connect to them. The board receives some of the signals for processing. Other signals are transmitted to other boards. Make sure approximately one half inch of insulation is removed from the signal wires to make contact with the terminal.

The board also contains terminals for 6 signal wires. The terminals are held in place with screws that are on the surface of the board. Use a flat-blade screwdriver to open the terminals. However, care must be taken that you do not scratch the surface of the board with the blade of the screwdriver. Use one hand to guide the blade of the screwdriver to the screw and use the other hand to turn the screwdriver. Wrap the signal wire around the terminal and tighten the screw. Keep the screwdriver from scratching the surface of the board. The terminals are associated with a 3-character ID. The first character is a number. The second and third characters are TB. For example, some terminal IDs are 1TB, 2TB, and 3TB.

The GE Signal Conditioner Board DS200PTCTG2BAA is populated with 2 isolated amplifiers and multiple flat wire inductors. The components are directly embedded on the board.

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The GE RST Termination Board DS200QTBAG1A features 2 terminal blocks with terminals for 72 signal wires in each. It also contains 1 40-pin connector. The ID for the 40-pin connectors is JFF. It also is populated with 1 serial connector. The GE Termination Board DS200QTBAG1A is also populated with 1 34-pin connector. The ID for the 34-pin connector is JGG.

The 2 terminal blocks support a total of 144 terminal signal wires. Each of the terminals connects to a specific signal wire for processing. When the factory-new board is delivered to your site, it contains information about the 144 terminals and provides specific information about the purpose of each terminal. Use that information to know where to connect the signal wires. The ID of one terminal block is TB1 and the ID of the other terminal block is TB2. Additionally, each terminal is assigned a number. To ID a particular terminal, first identify the terminal block, then identify the terminal number. For example, TB1-66 is the terminal 66 on terminal block TB1. TB2-33 is the terminal 33 on terminal block TB2.

Once the signal wires are connected properly and the board is operating as required, there is no need to disconnect or connect the signal wires from the terminals, unless there is a reason to change the processing of the board. This might be the case if the task assigned to the drive changes or other conditions change. Before you replace the board, mark on the signal wire the terminal block ID and the terminal number.

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The GE RST Termination Board DS200QTBAG1ADC features 2 terminal blocks with terminals for 72 signal wires in each. It also contains 1 40-pin connector. The ID for the 40-pin connector is JFF. It also is populated with 1 serial connector. The GE RST Termination Board DS200QTBAG1ADC connects to a laptop or other device through the serial connector. You can use the laptop to upload and download files and also to directly control the operation of board through a user interface. To use the serial port, use the control panel on the drive to initiate communications with the laptop.

The control panel gives you access to a menu of options. Some of the options enable the user to edit the parameters of the drive configuration. One options enables the user to access the drive diagnostic tools. You can also select options to enable serial communications. Make the selections through the keypad. The keypad also enables the operator to control the drive locally. The operator can use the keypad to start and stop the motor and also speed up or slow down the motor.

Use a serial port that is 6 feet in length or less. Also, obtain a serial cable that has the connectors on each end that are needed to make the connection. Make sure the laptop is configured to enable communications through the serial port. To configure the serial port, use the configuration tool embedded on the drive. If troubleshooting the connection is required, make sure the cable is firmly connected on both the board and on the laptop.

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The GE RST Termination Board DS200QTBAG1B features 2 terminal blocks with terminals for 72 signal wires in each. It also contains 1 40-pin connector. The ID for the 40-pin connector is JFF. It also is populated with 1 serial connector. The GE RST Termination Board DS200QTBAG1B is also populated with 1 3-pin jumper. The jumper covers 2 of the 3 pins on the board to enable a configuration option. When the original board from the factory is installed in the drive, the installer refers to the documentation that comes in the carton for information concerning the jumper. If pins 1 and 2 are covered by the jumper, the board is configured to process information as defined by that jumper configuration. If pins 2 and 3 are covered by the jumper, the board processes information as defined by that configuration. Some jumpers cannot be moved to change the configuration because only one configuration is supported. The other configuration is for factory use only or is used in a configuration that will be supported in a future version of the board. For example, an unsupported configuration might be used at the factory for product testing during manufacturing. Or, the board is populated with a jumper with only 1 supported function. The other function will be implemented in a future version of the board.

To change the position of the jumper, lift up the jumper with your thumb and forefinger. Then, align the jumper with the pins you want to cover and press the jumper over the pins.

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The GE RST Termination Board DS200QTBAG3ADC features 2 terminal blocks with terminals for 72 signal wires in each. It also contains 1 40-pin connector. The ID for the 40-pin connector is JFF. It also is populated with 1 serial connector. The 40-pin connector is used to connect to a ribbon cable. The ribbon cable carries signals that are transmitted to the board from other components. Alternatively, the ribbon cable carries signals that the board transmits to other boards and components. During normal processing, the boards receive signals from other boards and processes the information before sending on the information to another board or component.

The ribbon cables for the 40-pin connector contains 40 separate signals on 40 separate small strands of fine copper wire. You will also notice that little support is provided between the plastic connector and the ribbon cable. For that reason, it is best practice to not pull on the ribbon cable to disconnect it from the board. It is easy to pull the fine copper wires out of the plastic connector. Instead, hold the plastic connector with one hand and gently pull it out of the connector on the board.

To connect a ribbon cable, align it with the connector on the board and press it into the connector. If you visually inspect the connection and you see space between the ribbon cable and the connector on the board, the cable might not be fully seated. In that case, gently press the ribbon cable until it is fully seated.

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The General Electric DS200RTBAG1A is a relay terminal board (RTBA) developed for the Mark V board series. This optional board can be installed in a number of GE brand drive or exciter cabinets. When installed, this card provides the drive with an additional ten relays. These relays can be driven either by the pilot relays housed on the LAN I/O terminal board (GE P/N 531X307LTB) or by the user remotely.

DS200RTBAG1A provides access to an additional ten relays when installed in a drive or exciter. Seven of the relays found on the board are DPDT relays that feature 2 Form C contacts. The remaining three relays are 4PDT type, with four Form C contacts. The DPDT relays are found in positions K20 through K26. Voltages for these relays include a 110 VDC coil and 10 A contacts. K27 through K29 are the designated positions for these three relays. Relay voltages for these include a 110 VDC coil and 1 A contacts. Each relay found on the board is protected from surges and interruptions by a 130 VAC metal oxide varistor (MOV). Should any relays burn out, each is easily easily replaceable by the user.

Manufacturer provided installation parameters for both the relay terminal board and the installed drive must be followed. These instructions will protect the entire drive unit from any accidental damages. Wiring guides for installing DS200RTBAG1A are available in both the user manual and device datasheet. Technical support for all boards in the Mark V series was originally provided by General Electric.

AX Control’s knowledgeable and trusted sales team is happy to help with all of your automation needs. Please contact a member of our staff by phone or email to receive prices and availabilities on DS200RTBAG1A and other parts and repairs.

","meta_title":"DS200RTBAG1A GE EX2000 RELAY TERMINAL CARD","meta_description":"DS200RTBAG1A GE EX2000 RELAY TERMINAL CARD","keywords":"DS200RTBAG1A GE EX2000 RELAY TERMINAL CARD","series_page_description":"DS200RTBAG1A GE EX2000 RELAY TERMINAL CARD","quote_description":null,"inventory_notes":"","cross_reference":"","created_at":null,"updated_at":null},{"id":18085,"part_number":"DS200RTBAG1AFB","revision_type_id":1,"series_id":113,"stock_level_id":1,"repair_time_id":1,"stock_level_text":"In Stock
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The DS200RTBAG1AFB is a relay terminal board (RTBA) developed by General Electric for their Mark V board series. An additional ten relays are provided to drivers that this board is installed in. A wide array of GE drives and exciters can accept this board installed into their cabinets. Remote usage is possible, but the relays can also be controlled by a LAN I/O terminal board (GE P/N 531X307LTB).

Additional relays are provided when DS200RTBAG1AFB is installed. Of these ten relays, seven are DPDT type relays that feature two Form C contacts. Locations K20 through K26 are the positions these are installed on the board. DPDT relays include a 110 VDC coil and 10A contacts. The remaining three relays are 4PDT type that include four Form C contacts. On the board these can be found in locations K27 through K29. Each contact registers 1A while a 110 VDC coil is also included. All ten relays are protected by a 130 VAC MOV (metal oxide varistor). If needed, relays on the board can be easily removed and replaced.

Both DS200RTBAG1AFB and the drive include manufacturer provided installation parameters that should be met by the user. Meeting these requirements will ensure that both the board and the drive operate properly. For an illustrated wiring and installation guide, refer to the board manual and datasheet. The manufacturer, General Electric, was the original provider of technical support.

Our knowledgeable sales team at AX Control is happy to help with all of your DS200RTBAG1AFB needs. Current prices and availabilities on all parts and repairs is available by contacting our staff by phone or email.

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General Electric’s DS200RTBAG2A is a RTBA, or relay terminal board, designed for the Mark V board series. When installed, this board provides an additional ten relay spots to its installed host. This card can be installed in the cabinet of a wide variety of GE brand exciters and drivers. Both remote and LAN I/O terminal control is possible when using this RTBA board.

The ten relays found on the board are comprised of two types, DPDT and 4PDT. Seven DPDT type relays are found on the board, each containing two Form C contacts. Each contact on the relay registers a 10A charge. A 110 VDC coil is also found within each relay. In regards to placement on the board, each DPDT relay can be found between locations K20 and K26. The 4PDT relay types comprise the final three spots on the board. These types consist of four contacts within each relay. Contacts within these types feature a 1A charge. Each relay also contains a 110 VDC coil. All onboard relays are protected by a 130 VAC metal oxide varistor (MOV). Users can easily remove and replace relays as needed.

Installation parameters for both the drive and the board should be followed by users. These will ensure that both DS200RTBAG2A and the drive system operates as intended. To review a wiring and installation guide, please refer to the board’s manual and datasheet. Technical support for this board and the rest of the Mark V series was originally provided by the manufacturer, General Electric.

Our sales team at AX Control is happy to help with all of your automation needs. To receive current prices on DS200RTBAG2A or any other part and repair, please contact our office by phone or email.

","meta_title":"DS200RTBAG2A GENERAL ELECTRIC RELAY TERMINAL BOARD","meta_description":"DS200RTBAG2A GENERAL ELECTRIC RELAY TERMINAL BOARD","keywords":"DS200RTBAG2A GENERAL ELECTRIC RELAY TERMINAL BOARD","series_page_description":"DS200RTBAG2A GENERAL ELECTRIC RELAY TERMINAL BOARD","quote_description":null,"inventory_notes":"","cross_reference":"","created_at":null,"updated_at":null},{"id":18084,"part_number":"DS200RTBAG2AFB","revision_type_id":1,"series_id":113,"stock_level_id":1,"repair_time_id":1,"stock_level_text":"In Stock
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DS200RTBAG2AFB is a relay terminal board (RTBA) designed for General Electric’s Mark V board series. This board can be used in applications across a number of GE brand drives and exciters. By installing this board into a drive cabinet an additional ten relays are provided to the user. Both the LAN I/O terminal and a remote user can drive the relays found on this board.

Locations K20 through K29 are the board positions for all onboard relays. DS200RTBAG2AFB includes two types of relays, DPDT and 4PDT. DPDT type comprises seven of the relays found on the card, including K20 through K26. These types feature two Form C contacts, with each contact rating 10A. K27 through K29 are the second relay type, 4PDT. Rather than two, 4PDT relays include four Form C contacts that each rate 1A. All ten of these points are protected by a 130 VAC metal oxide varistor (MOV). Each relay contains an internal 110 VDC coil that ensures they are operating properly. Should any relay stop functioning or break, the user can easily remove and replace all ten spots.

Provided parameters regarding installation and storage guidelines for DS200RTBAG2AFB should be followed. This will ensure the integrity of the board and the overall drive system. Both the device’s manual and datasheet give a detailed installation and wiring guide for this board. Members of the Mark V board series were originally provided technical support by the manufacturer, General Electric.

Our team at AX Control is ready to help with all of you automation needs. To receive current prices and availabilities on all parts and repairs, please contact a member of our sales team by phone or email.

","meta_title":"GENERAL ELECTRIC RELAY TERMINAL BOARD","meta_description":"GENERAL ELECTRIC RELAY TERMINAL BOARD","keywords":"GENERAL ELECTRIC RELAY TERMINAL BOARD","series_page_description":"GENERAL ELECTRIC RELAY TERMINAL BOARD","quote_description":null,"inventory_notes":"","cross_reference":"","created_at":null,"updated_at":null},{"id":11458,"part_number":"DS200RTBAG3","revision_type_id":1,"series_id":113,"stock_level_id":1,"repair_time_id":1,"stock_level_text":"In Stock
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General Electric designed the DS200RTBAG3 as a relay terminal board for the Mark V series of drive boards. Installing this board provides the drive with an additional ten relay spots. A wide range of GE brand exciters and drives can utilize the technology found on this card. Remote operation as well as the LAN I/O terminal can be used to drive the relays found on the board.

DS200RTBAG3 features two types of relays, 4PDT and DPDT. Locations K27, K28, and K29 on the board all feature 4PDT type relays. Internally, these feature four 1A Form C contacts. The remaining relays, found in positions K20 through K26, are DPDT type. Each of these types include two 10A Form C contacts. Within all ten relays is a 110 VAC coil, allowing each spot to function properly. Every relay on the board is protected by a 130 VAC MOV (metal oxide varistor). Users can easily remove and replace all relays found on the board.

Any manufacturer provided installation parameters should be met to ensure that both the board and drive operate as expected. A wiring guide for DS200RTBAG3 is available in both the series manual as well as the device datasheet. Technical support for all members of the Mark V series was originally provided by General Electric.

AX Control’s trusted and knowledgeable sales team is ready to assist with all of your DS200RTBAG3 needs. Pricing and availability on all parts and repairs can be received by contacting our staff by phone or email.

","meta_title":"DS200RTBAG3 GE DS200 RELAY CARD","meta_description":"DS200RTBAG3 GE DS200 RELAY CARD","keywords":"DS200RTBAG3 GE DS200 RELAY CARD","series_page_description":"DS200RTBAG3 GE DS200 RELAY CARD","quote_description":null,"inventory_notes":"","cross_reference":"","created_at":null,"updated_at":null},{"id":11459,"part_number":"DS200RTBAG3A","revision_type_id":1,"series_id":113,"stock_level_id":1,"repair_time_id":1,"stock_level_text":"In Stock
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DS200RTBAG3A is a Mark V series relay terminal board developed by General Electric. Installed hosts are provided with an additional ten relay points when using this board. A number of GE brand exciters and drives can have this card installed into their operating cabinets. The relays can be driven remotely by the user or by the onboard LAN I/O terminal control board.

On this board, the ten relays are comprised of two different types. Seven of the relays are DPDT type found in locations K20 through K26. Individually, DPDT relays each include two Form C contacts. Each contact on these types of relays rate at 10A. The other three relays in positions K27 through K29 are 4PDT type. These relays types include four Form C contacts. Contacts within these rate at 1A each. I/O for all relays is protected by a 130 VAC MOV (metal oxide varistor). Each relay also contains a 110 VDC coil to ensure proper board function. Should any relay fail, users can quickly and easily remove and replace any relay found on DS200RTBAG3A.

Both the board and the drive are provided a set of installation parameters determined by the manufacturer. Following these will ensure that the board and its installed drive operate as expected. To review a complete wiring guide for DS200RTBAG3A, please refer to either the series manual or the device datasheet. The Mark V series of optional and replacement boards was originally provided with technical service by the manufacturer, General Electric.

Our trusted sales team at AX Control is happy to assist with all of your DS200RTBAG3A needs. Current prices and availability can be obtained by emailing or calling our office.

","meta_title":"DS200RTBAG3A RELAY BOARD FOR EX2000 GENERATOR CONTROL","meta_description":"DS200RTBAG3A RELAY BOARD FOR EX2000 GENERATOR CONTROL","keywords":"DS200RTBAG3A RELAY BOARD FOR EX2000 GENERATOR CONTROL","series_page_description":"DS200RTBAG3A RELAY BOARD FOR EX2000 GENERATOR CONTROL","quote_description":null,"inventory_notes":"","cross_reference":"","created_at":null,"updated_at":null},{"id":11460,"part_number":"DS200RTBAG3ABB","revision_type_id":1,"series_id":113,"stock_level_id":4,"repair_time_id":1,"stock_level_text":"In Stock
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Developed for General Electric’s Mark V board series, the DS200RTBAG3ABB is an optional relay terminal board. Ten additional relay points are provided to drives when this card is installed in the device cabinet. A wide range of GE drives and exciters can accept and use this board. Users can remotely drive the relays or rely on the LAN I/O terminal board found in the drive system.

DS200RTBAG3ABB features two different types of relays, DPDT and 4PDT. The majority of the relays are DPDT type, with each featuring two Form C contacts. Contacts found within these seven relays include a voltage rating of 10A per contact. The remaining three relays are the second type, 4PDT. Four Form C contacts are found in these relay types. Each of these contacts rates at 1A per contact. All ten relays do include a 110 VDC coil to allow for proper relay and board function. I/O for all ten points are protected from surges and voltage spikes by a 130 VAC metal oxide varistor, or MOV. Every onboard relay can be removed and replaced by the user should any point fail.

Installation parameters provided for both DS200RTBAG3ABB and the board should be reviewed and followed by the user. These guidelines will protect the drive and board from any accidental or unintentional damages. Please review the device manual and datasheet for a complete wiring and installation guide. The manufacturer, General Electric, was the original technical support provider for the entire Mark V series of boards.

AX Control’s trusted sales team is available to assist with all of your DS200RTBAG3ABB needs. Please call or email our staff to receive current prices and availabilities on all parts and repairs.

","meta_title":"DS200RTBAG3ABB GE RELAY MODULE","meta_description":"DS200RTBAG3ABB GE RELAY MODULE","keywords":"DS200RTBAG3ABB GE RELAY MODULE","series_page_description":"DS200RTBAG3ABB GE RELAY MODULE","quote_description":null,"inventory_notes":"","cross_reference":"","created_at":null,"updated_at":null},{"id":11461,"part_number":"DS200RTBAG3ADB","revision_type_id":1,"series_id":113,"stock_level_id":4,"repair_time_id":1,"stock_level_text":"In Stock
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The General Electric Power Excitation Board DS200RTBAG3ADB is an optional board that is installed in the drive cabinet and it features ten relays that are driven either directly from the plot relays or remotely by the user.

When you replace the DS200RTBAG3ADB board, one important task is to remove all the cables and wires from the old board that has become defective and reinstall them on the new board. The board will provide unreliable behavior or will appear to be defective if the wires and cables are not installed properly. Write down the connector numbers that have wires or cables attached to them and also record what cable is connected to them before you disconnect the cables.

Before you start the replacement, you must turn off the drive. From the control panel you can use the keypad to manually shut down the motor and stop all operations. Consult with the service personnel on the best method to turn off power to the drive. The site has 3-phase power supplies that power the drive and you can disable the power supplies to discontinue the power to the drive. Use a voltage tester to confirm that all power is removed from the drive.

The servicer that is tasked with the assignment to replace the board must be fully trained to perform the activity. The service must be qualified to work with high-voltage equipment. In part, that includes knowing the risk of injury from electric shock or electric burns from coming in contact with electrically charge devices.

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The GE Power Excitation Board DS200RTBAG3AEB is an optional board that is installed in the drive cabinet and it features ten relays that are driven either directly from the plot relays or remotely by the user. The DS200RTBAG3AEB contains 52 terminal points that you can use to attach wires that control the behavior of the relays and the drive through signals.

Diagnostics are available on the drive if you have a need to verify the relays are setup correctly or if you suspect a problem with the drive or the DS200RTBAG3AEB board. You can access the diagnostics from the control panel. Keys on the keypad enable you to access the diagnostics. The diagnostics provide an inclusive report on the drive and all the boards. You might find it easier to download the report to a laptop where you can save it, print it on paper, or search through it.

After you determine that the board must be replaced, do not touch the boards in the drive or any components in the drive until you have disconnected all power. High-voltage current is in the drive and after you disconnect power you must wait 5 seconds for the current to leave the components. Test the boards and other components for the presence of current. Don’t touch anything until you are sure the current has exited. Some components store current while the board is electrified and in use. Waiting after the board is disconnected provides time for the current to dissipate.

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The General Electric Power Excitation Board DS200RTBAG3AFB is an optional board that is installed in the drive cabinet and it features ten relays that are driven either directly from the plot relays or remotely by the user. The relays are in 115V ac coil voltage. Other GE Power Excitation Boards use 110V dc or 24V dc coil voltages.

One consideration is that when you install the board in the drive you must remove some screws and washers that secure the board in the drive. As you remove the screws and washers to remove the board, do not allow the metal hardware to fall into the drive and get lost. Keep track of all the hardware and store it in a safe until you need it. Loose metal parts might cause a safety hazard or might damage the drive or components due to the moving parts in the drive and the high-voltage current.

The terminal on the board has connectors for up to 52 connectors and each connector is secured with a screw. To remove the wire loosen the screw but do not remove the screw. It is very important to label the wires so you can quickly reconnect them correctly to the new board.

The board also has jumpers you can use to configure the board to work for your application. For example, jumpers enable you to use an external power source or an internal power source for each relay. The external power source is supplied by the terminal board.

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The GE Power Excitation Board DS200RTBAG3AGC is an optional board that is installed in the drive cabinet and it features ten relays that are driven either directly from the pilot relays or remotely by the user. The DS200RTBAG3AGC board contains jumpers, RPL connectors, OPTPL connectors, stab connectors, C1PL and Y9PL connectors, and terminal points that you can use to configure the board.

The board contains 15 jumpers that enable you to control some aspects of the behavior of the board. For example, you can configure the board to use an external or internal power source for the relay coils. You can also configure the board to use power from the CPH to power the pluggable Y31PL circuit. The factory settings are provided on a data sheet so you can easily return the board to the original factory configuration.

To change a jumper setting you must make sure the board contains no current. You must disconnect the drive from power and wait a few seconds for all power to leave the board. The board has components that store current during normal operation. Then, test the board with a testing device to verily that no current exists in the board.

Locate the jumper you want to change and use your fingers to lift the jumper off one set of pins and insert the jumper over the other set of pins. For example, move the jumper from pins 1 and 2 and insert the jumper over pins 2 and 3. Do not touch other components on the board and do not lose or drop the jumper.

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The GE Power Excitation Board DS200RTBAG3AHC is an optional board that is installed in the drive cabinet and it features ten relays that are driven either directly from the pilot relays or remotely by the user. The DS200RTBAG3AHC board has 52 terminal points. The terminal points are for I/O purposes. For example, one series of terminal points is for relay K20 form C contact. One terminal point is for the normally open position, one terminal point is for common, and one terminal point is for the normally closed position.

The board also has two stab connectors. The connectors are CPH and CPN and they provide pluggable circuit control power. CPH is the positive power connector and CPN is the negative power connector. The pluggable circuits that provide power are the C1PL through C5PL and Y9PL through Y37PL pluggable circuits. For example, one connector provides the positive pluggable circuit control power. And another is for the negative pluggable circuit control power.

The DS200RTBAG3AHC board contains high energy and is a safety risk if it is touched while power is connected to the board. It is also a risk to touch any other components in the drive. You must follow a procedure to disconnect all power from the drive and the board. First, use the control panel to stop the motor and use the standard procedure to shutdown the drive in an orderly fashion. To disconnect all power from the drive locate the power supply that provides the 3-phase electrical current and pull out the fuses.

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The General Electric Power Excitation Board model DS200RTBAG4A is an optional board that is installed in the drive cabinet and it features ten relays that are driven either directly from the pilot relays or remotely by the user. The replacement DS200RTBAG4A board will be shipped to your site in a shipping container which is sealed as a security measure to prevent tampering or theft. Before you break the security tape or open the container, it is best practice to perform a few simple tasks.

The outside of the box has a shipping label with the model number, serial number and other information. Verify that the model listed on the label is the same as the board that you ordered. Also, before you proceed it is best to write down the model number and store the information with your other important documents. If you ever have a need for service or support, the service organisation will want this information to provide you the most accurate and complete assistance.

Examine the container and look for signs of damage. Look to see if the box has dents that expose the board or indicate that the board was damaged by excessive force. Also look for signs that water leaked on the box and soaked into the board. If you are satisfied with the condition of the box, open it and gather all the documentation together. This includes all of the manuals, flyers, warranty information, and support information. Keep the board wrapped in the protective bag.

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The GE Power Excitation Board DS200RTBAG4RHC is an optional board that is installed in the drive cabinet and it features ten relays that are driven either directly from the pilot relays or remotely by the user. The DS200RTBAG4RHC board has multiple jumpers that enable you to control the behavior of the board, wire connectors for pluggable circuits, cable connectors, ribbon cables, and stab connectors for pluggable circuit power.

Before you disconnect any cables or wires, it is vital that you note where all the wires and cables are connected on the defective board. Make labels that indicate where a cable or wire is connected before you disconnect it. The connectors all have identifiers on the board and they provide a precise and easy means of identification.

Ribbon cables are especially fragile and require that you understand the proper procedure to connect and disconnect them. The thin wires that make up each signal on the ribbon cable is easily damaged and can be disconnected from the connector. Hold the ribbon cable only from the connector with one hand and hold the connector on the board with the other hand. Pull them apart to disconnect.

The RTB terminals on the board are held in place with small screws that hold the terminals securely. To unfasten them, use a screwdriver to loosen the screw and pull out the wire. Don’t remove the screw entirely from the terminal but do leave it in the terminal. If it does fall out retrieve it so that it doesn’t get lost in the drive.

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The GE Power Excitation Board DS200RTBAG5 is an optional board that is installed in the drive cabinet and it features ten relays that are driven either directly from the pilot relays or remotely by the user. The DS200RTBAG5 board is engineered to provide a long service life. However, the board might become defective and need to be replaced. If that is the case and you order the replacement board for the same model it might appear to be different. The connectors might be in different locations on the board and the components might be a different color or a different shape.

However, all versions of the same board are compatible with each other. So you can safely replace a one board with a newer version and it will behave the same in the drive and provide the same functionality.

The RTBA board pluggable circuits are designed with holding clips that fasten the wire securely. To release a wire from the plug, press down on the clip and pull the wire from the connector. To connect a wire to the terminal, press the clip down and insert the wire. The board contains 34 pluggable terminals and you can use them to configure some aspects of the board functionality.

If you need to change the position of a jumper to configure the board, use your fingers or a needle-nose pliers to remove the jumper from the pins. Without putting the jumper down, insert the jumper over the pins that you want to use.

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The GE Power Excitation Board DS200RTBAG5A is an optional board that is installed in the drive cabinet and it features ten relays that are driven either directly from the pilot relays or remotely by the user. The DS200RTBAG5A is engineered to be installed in the board cabinet on the drive but the board is usually not installed in the board rack. Instead, it is often secured below the rack and it is secured with four screws and washers on four standoffs. The standoffs raise the board above the cabinet to prevent the board from touching the metal surface of the cabinet.

To remove the board, remove the four screws and the washers and keep the screws and washers in a safe place to secure the replacement board. If one of the screws or washers falls inside the drive, you must find it to prevent damage to the components if you re energize the drive with the screw still missing.

The pluggable circuits enable you to gain access to the K27-K29 relays through connectors C1PL-C5PL and Y9PL-Y37PL. You can configure the board through jumpers to define the source of power for the relays. To attach a wire to one of the connectors, press down on the holding clip for the connector and insert the wire. Release the clip and the wire is secure. To remove a wire, press down on the clip and pull the wire out.

Before you insert the wire make sure the insulation is removed from the end of the wire that you insert in the clip.

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The General Electric Power Excitation Board DS200RTBAG5AHC is an optional board that is installed in the drive cabinet and it features ten relays that are driven either directly from the pilot relays or remotely by the user. The 10 relays are identified as K20 through K29. H20 through K26 are the DPDT type relay and the remaining relays are the 4PDT type relays.

Each relay on the DS200RTBAG5AHC board contains an LED. The LED is lit when the relay can be energized and the relays can be replaced individually if one is defective.

The board contains one 16-pin connector and one 2-pin connector. The wires attached to the terminals are secured with screws. Use a screwdriver to loosen the screws and remove the wire. To install the wires, reverse the process and tighten the screws. Care must be taken to not completely loosen the screw. Make sure it remains on the terminal and doesn't fall into the drive and get lost.

Clips hold in place the plug compatible circuits. To remove a plug compatible circuit, press down on the clip and remove the wire. Press down on the clip and insert the clip for installation.

When you remove or install wires, cables jumpers, ribbon cables or any other hardware item, first make sure there is no power in the board. If you have a current tester nearby, use it to test the board because even with no power connected to the board, power might reside in some of the components.

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The General Electric Drive Control Board DS200SDCCG1 is the primary controller for the drive. The GE Drive Control Board DS200SDCCG1 is populated with 3 microprocessors and RAM that can be accessed by multiple microprocessors at the same time. You can mount cards on the General Electric Drive Control Board DS200SDCCG1 for added functionality. One card provides for LAN communications, and two other card expand the signal processing capabilities of the board. The cards connect with cables to the board.

However, you must consider the following when you replace the board. Before you install the replacement board, first you must remove the cards from the defective board and install them on the replacement board. Lay the replacement board on top of the protective bag on a flat surface to install the cards. At the same time, you can examine the defective board and make sure all jumpers are set exactly the same on the replacement board.

At the same time, hold the board by the edges and connect the cables to the replacement board. This is made easier and quicker if you unplug the cables from the defective board directly into the replacement board. Or, you can label the cables before you disconnect them.

Consider that the board contains the configuration settings for the board are stored on the four EPROM chips on the board. To transfer the configuration of the defective board to the replacement board, one by one move the EPROMS from the defective board to the new board.

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The General Electric Drive Control Board DS200SDCCG1A is the primary controller for the drive. The GE Drive Control Board DS200SDCCG1A is populated with 3 microprocessors and RAM that can be accessed by multiple microprocessors at the same time. One microprocessor is for drive control functions and it contains many built-in functions and uses digital and analog I/O. It also contains the user interface software. One microprocessor is used for high-speed I/O, digital I/O, analog I/O, and a digital timer. One microprocessor is used for math-intensive functions for motor control processing.

The GE Drive Control Board DS200SDCCG1A contains multiple connectors that transmit and receive signals to other boards in the drive. When you connect the cables, you must take care to route the cables so that they do not touch other components in the drive. Also, it is best practice to label the cables so that it will be easy to replace the board, if necessary. And, it is best practice to create the labels while the connector identifiers are easily available.

Consider the following information before you replace the General Electric Drive Control Board DS200SDCCG1A. The board is designed to support auxiliary boards that are mounted on the GE Drive Control Board DS200SDCCG1A. The auxiliary boards are connected directly to connectors on the board and they provide added functionality to the board. However, before you replace the board, remove the auxiliary board first. Then, install the auxiliary board on the replacement GE Drive Control Board DS200SDCCG1A.

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The GE Drive Control Board DS200SDCCG1AAA is the primary controller for the drive. The GE Drive Control Board DS200SDCCG1AAA is populated with 3 microprocessors and RAM that can be accessed by multiple microprocessors at the same time. Connectors are on the GE Drive Control Board DS200SDCCG1AAA that enable the board to receive and transmit signals to the other boards in the drive and also with the optional auxiliary cards that are attached to the GE Drive Control Board DS200SDCCG1AAA. The auxiliary cards provide additional functions to the board. For example, communicate with a local area network and engage in signal processing functions.

The board also is populated with 10 diagnostic LEDs. The LEDs are arranged in a row. The LEDs flash in an arrangement that provides information about the fault code. If no faults have occurred, the LEDs flash in sequence at a slow rate of speed from the outside edges of the row of LEDs to the center of the row.

A reset can be performed on the DS200SDCCG1AAA board. This action causes a restart of the board but it also causes the drive to trip. That is, the reset causes the drive to stop functioning. To initiate a reset you can press the reset button located on the board or a software command can initiate the reset.

You can edit the configuration settings of the board with the configuration tool available for that purpose. You can also use the tools to download the configuration to a laptop through a serial port connection.

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The General Electric Drive Control Board DS200SDCCG1ABA is the primary controller for the drive. The GE Drive Control Board DS200SDCCG1ABA is populated with 3 microprocessors and RAM that can be accessed by multiple microprocessors at the same time. The microprocessors are designed to perform different functions. One microprocessor performs motor control functions that require additional processing capability. There are two other microprocessors perform signal I/O functions including watchdog timer, and direct memory access controller functions. One performs functions that requires very dedicated mathematical processing capabilities.

You must consider that the board can be damaged by static electrical build up. Static that is on your body and other metal structures can damage some components on the board. Best practice is to treat all circuit boards as static sensitive and there are guidelines you can follow to prevent any problems. When you handle the board, make sure to always wear a wrist strap. One end of the wrist strap is attached to your wrist and the other end clips to a bare metal surface on the workbench or other metal structure. For convenience, some wrist straps are equipped with a plug that connects to a connector on the workbench. Either way, any static is drained from the board or your body to ground supplied by the bare metal.

When the board is not installed in the drive, make sure that it is always kept in the protective bag in which it is shipped to you. The bag keeps static away from the board.

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The GE Drive Control Board DS200SDCCG1ACA is the primary controller for the drive. The GE Drive Control Board DS200SDCCG1ACA is populated with 3 microprocessors and RAM that can be accessed by multiple microprocessors at the same time. For optional functionality, you can add auxiliary boards to the GE Drive Control Board DS200SDCCG1ACA. The optional cards are attached to the board and connectors are available to connect cables from the optional cards to the board.

The cards provide the ability to connect to a local area network (LAN), and process multibridge signals, or process signals that are transmitted from the board or received by the board. If you install the optional cards and you replace the GE Drive Control Board DS200SDCCG1ACA, you must follow some additional steps to perform the replacement. First, once the defective board is removed from the drive, place the board on the protective bag, after the bag is flattened, on a level surface. Next, remove the optional cards from the board and disconnect any cables. Before you install the replacement board, place the board on the protective bag and install the optional cards and attach any cables. Then, proceed with the installation of the replacement board.

The GE Drive Control Board DS200SDCCG1ACA features ten LED lights that work together to provide the status of the board. The LEDs are situated in a row and when the board is operating without fault, two LEDs at a time flash in sequence to indicate that the board is operating properly.

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The GE Drive Control Board DS200SDCCG1AEC is the primary controller for the drive. The GE Drive Control Board DS200SDCCG1AEC is populated with 3 microprocessors and RAM that can be accessed by multiple microprocessors at the same time.

Several tools are available for you to troubleshoot the board, if a problem arises. First, open the cabinet door and view the LEDs on the board. The GE Drive Control Board DS200SDCCG1AEC is populated with ten LEDs that are arranged in a row on the board. When the LEDs flash in a sequence across the row, it means the board is operating without error. When the LEDs flash slowly, they indicate an error code from 1 to 399. When the LEDs flash faster, they indicate an error code between 400 to 1023.

Test points are available on the board. They are metal posts that you can probe with a tester to test the signal paths. This procedure can only be performed by a trained servicer and the testing equipment must be approved for the purpose and also must be calibrated for the task.

Another diagnostic tool you can use is the diagnostic tools available on the drive. The diagnostic tools are accessible from the control panel and they produce a detailed description of the performance of all the components in the drive. If a problem is found that originates on the board, you can resolve the issue and resolve it.

The diagnostics results can be downloaded from the drive to a laptop over a serial connection.

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The GE Drive Control Board DS200SDCCG1AFD is the primary controller for the drive. The GE Drive Control Board DS200SDCCG1AFD is populated with 3 microprocessors and RAM that can be accessed by multiple microprocessors at the same time.

You can configure the board using jumpers on the board and software tools. You can load the software configuration tools on a laptop and then download the configuration settings from the board and edit the settings on the laptop. To download the configuration file to the laptop, you can attach the board to a serial cable on the optional LAN communications card and the other end to the serial connector on the laptop. Once you have completed the editing of the configuration file, upload it the board using the serial connection.

If you are having trouble making the serial connection, make sure the serial port on the laptop is configured correctly and also check that the serial cable is attached and fully seated.

Eight jumpers are available on the board for you to configure the behavior of the board. Some of the jumpers are for testing purposes in the factory only and cannot be changed by the user. To change the position of a jumper, hold the jumper with your thumb and forefinger and pull the jumper out of the pins. Move the jumper over the pins for the new position and gently insert the jumper over the pins.

Nine wire jumpers are also available and they can be used to configure the board also.

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The GE Drive Control Board DS200SDCCG1AGD is the primary controller for the drive. The GE Drive Control Board DS200SDCCG1AGD is populated with 3 microprocessors and RAM that can be accessed by multiple microprocessors at the same time. Ten LEDs on the GE Drive Control Board DS200SDCCG1AGD are used to display fault codes if an error occurs that triggers a fault. The ten LEDs are arranged in a row and together they display the error code. If no error is encountered and the board is operating normally, the LEDs are lit in a sequence of two LEDs at a time from left to right.

To view the LEDs, you can open the board cabinet door, locate the board, visually inspect the LEDs and understand the condition of the board. However care must be taken when you open the board cabinet door because of the high-voltage that exists in the boards and all components. Do not touch anything in the cabinet while the power is applied to the drive. Also, don’t let anything fall in the cabinet while the door is open and close the door when the inspection is complete.

When you first start the board you must setup the configuration parameters to define how the board will process information and control the drive. There are software tools available that enable you to edit the parameters. The tools are available for use on a laptop. If you have several drives to configure you can create one configuration and download the same configuration to multiple boards.

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The GE Drive Control Board DS200SDCCG1AHD is the primary controller for the drive. The GE Drive Control Board DS200SDCCG1AHD is populated with 3 microprocessors and RAM that can be accessed by multiple microprocessors at the same time. The 3 microprocessors divide the processing activities of the board. One microprocessor processes information related to the drive control activities. The other two both perform processing related to the motor control activities. One performs math-intensive processing.

To configure the board, you must cable the board to a serial connector and attach the board to a laptop. A serial connector is available on the LAN communications card which is an optional auxiliary card that attaches to the board. The serial cable then is attached to the laptop. The serial port on the laptop must be configured properly to work with the board.

You must also download the configuration software and load it on the laptop. Make sure the serial cable is attached to the proper connector on the laptop, if the connection seems to be not functioning. The next step is to download the configuration file and edit the file using using the configuration tools. When complete, you can upload the file back to the board. Alternatively, if you have multiple boards in multiple drives that all can use the same configuration, you can upload the identical file to all the boards to save time and effort.

To disconnect the serial cable, first power off the drive to avoid the risk of touching the high-energy current present in the drive.

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The GE Drive Control Board DS200SDCCG2A is the primary controller for the drive. The GE Drive Control Board DS200SDCCG2A is populated with 3 microprocessors and RAM that can be accessed by multiple microprocessors at the same time. The GE Drive Control Board DS200SDCCG2A is populated with 5 connectors for erasable programmable read-only memory (EPROM). The connectors come from the factory without EPROMs installed. Four of the EPROMs are used to store configuration data from the factory and one EPROM is used to contain user configuration data.

During the replacement procedure, you must wear a wrist strap to protect the EPROMs from static electricity. Remove all five of the EPROMs from the defective board and store them in a safe place. Then, install the EPROMs in the same connectors on the replacement board. In this way, the board will have the same configuration values as the original board.

At the same time when you remove the EPROM chips also remove any auxiliary cards installed on the original board. The auxiliary cards are mounted on the board and they also have cables connected from the optional card. Then, install them on the replacement board along with the EPROMs. Be sure to connect any cables that are required for the optional cards.

Sometimes the replacement board is a newer version of the original board and the replacement board might appear to have different looking components. Also the components might be in different locations and in some cases the components might be missing from the replacement board.

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The GE Drive Control Board DS200SDCCG3A is the primary controller for the drive. The GE Drive Control Board DS200SDCCG3A is populated with 3 microprocessors and RAM that can be accessed by multiple microprocessors at the same time. The installation of the GE Drive Control Board DS200SDCCG3A must be performed by a qualified servicer or installer because of the high-energy contained in the drive and the moving parts. There is a risk of electric shock from touching components in the drive while power is applied to the drive. The electricity can also cause burns and other injuries. The powerful moving parts can also cause injury if proper measures are not taken to remove power from the drive before starting the replacement.

Inspect the area surrounding the drive for moisture on the floor because of the risk of liquid conducting electricity. If you find moisture make sure the floor is dry before continuing. Also inspect the area for ungrounded power cords or ungrounded devices. Clear the area of the cords and devices to lessen the risk of shock. Also, make sure you know where all applicable emergency power cut off devices are. In the event of an emergency, you can quickly shut down all power to the drive. Also be certain that the cut off devices are in good working order and that you know how to operate them.

The best practice to remove power to the drive is to remove the fuses from the power supplies that deliver current to the drive.

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The GE Drive Control Board DS200SDCCG4A is the primary controller for the drive. The GE Drive Control Board DS200SDCCG4A is populated with 3 microprocessors and RAM that can be accessed by multiple microprocessors at the same time. The GE Drive Control Board DS200SDCCG4A contains EPROM chips that must be removed from the defective board and installed in the replacement board. Four of them contain the configuration files defined at the factory for the board. One contains configuration files that the site defines for the specific function of the board. So when you replace the board, you must carefully swap the EPROMs from the old board to the replacement board.

One consideration is that the EPROMs are highly sensitive to static and can lose the information stored on them. Make sure you wear a wrist strap to drain off any static that is present on the board or your body. The wrist strap can be clipped to a bare metal surface on the workbench or other metal structure. Other wrist straps are designed with a plug-in connector that you can connect to a connector on the workbench. Another best practice is to always keep the board in the protective bag in which you received it. The bag protects the board from static.

Another best practice is to touch the protective bag to a metal surface right before you remove the board from the bag and install it in the drive. Flatten the protective bag on a flat surface and install the EPROMs in the connectors on the new board.

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The GE Drive Control Board DS200SDCCG4AEC is the primary controller for the drive. The GE Drive Control Board DS200SDCCG4AEC is populated with 3 microprocessors and RAM that can be accessed by multiple microprocessors at the same time. The GE Drive Control Board DS200SDCCG4AEC contains all the processing functionality to control the drive. It can also transmit and receive signals to other boards and devices to perform as described. However, optional cards are available to add extra functionality to the board. The cards are used to add communication functionality to a local area network and provide added signal processing capability. Standoffs are supplied on the GE Drive Control Board DS200SDCCG4AEC to attach the cards. Use a screwdriver to attach the cards using the screws that are supplied with the cards.

One or more cables are attached from the card to connectors on the board. If you must replace the GE Drive Control Board DS200SDCCG4AEC you must first disconnect the cables from the auxiliary cards and also use a screwdriver to remove the screws that secure the cards to the board. Keep the screws, cables, and cards together in safe place and ready for use. When you are ready to setup the replacement board, attach the cards to the board and reconnect the cables.

Also remove the EPROM modules from the defective board. Use your thumb and forefinger to pull the EPROMs from the board and insert them into the connectors on the replacement board. Use one finger to press them gently into the connector.

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The General Electric Drive Control Board DS200SDCCG4AGD is the primary controller for the drive. The GE Drive Control Board DS200SDCCG4AGD is populated with 3 microprocessors and RAM that can be accessed by multiple microprocessors at the same time. The microprocessors are designed to process specific functions of the board. Connectors on the GE Drive Control Board DS200SDCCG4AGD are used to connect the board to the optional cards that are available and also to the other boards that control the drive. Two connectors are used to connect to the Power Supply Interface Board. One of the two provides the I/O signals to the Power Supply Interface Board and the other provides the DC voltage from the Power Supply Interface Board.

When the board is operating as intended without errors the LED lights on the board flash left-to-right in sequence. They maintain the same pattern when the drive is receiving power but is not running. The 10 LEDs are located on the board in a row. If an error is found the LEDs flash and display the error code. The first two LED flash the hundreds digit, the next four flash the tens digit, and the final four flash the unit digits. The LEDs can also be configured to display drive variables.

The LED lights are visible when you open the drive cabinet door and the board is located facing the front. The drive contains current that can cause shock or burns to individuals that touch the components inside the drive.

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The GE Drive Control Board DS200SDCCG4AHD is the primary controller for the drive. The GE Drive Control Board DS200SDCCG4AHD is populated with 3 microprocessors and RAM that can be accessed by multiple microprocessors at the same time. Each microprocessor has its own set of features that enable it to perform a specific type of processing and together the microprocessors can perform all drive control functions.

The replacement board contains five empty EPROM connectors into which you plug the EPROMs from the defective board. Always wear a wrist strap when you touch the EPROM modules because they are subject to harm from static. Use your thumb and forefinger to remove the chip from the connector and don’t put the module down. Place it directly into the same connector on the replacement board. Four of the modules contain factory defined configuration values and one contains site defined configuration values. You can use a drive configuration tool installed on a laptop to edit the configuration, if necessary. You can connect the board to the laptop with a serial cable and gain access to the file.

Before you make the serial connection, make sure the serial port is configured correctly and that you have plugged the cable into the correct port on the laptop. Also, make sure the connector is fully seated in the connector.

As part of the replacement you must also move the optional cards from the old board to the replacement. Use a screwdriver to remove the screws that secure the cards and unplug cables also. Align the cards with the standoffs on the replacement board and insert the screws. Also, reconnect any cables from the card to the new board.

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The GE Drive Control Board DS200SDCCG4ARHD is the primary controller for the drive. The GE Drive Control Board DS200SDCCG4ARHD is populated with 3 microprocessors and RAM that can be accessed by multiple microprocessors at the same time. The GE Drive Control Board DS200SDCCG4ARHD contains multiple jumpers that are set at the factory and should not be moved, in most cases. Some of the jumper settings are used at the factory for testing purpose and others are set to enable a function or behavior. A listing of the factory settings for the jumpers is available. Most jumpers on the board are set at the factory in position 1 and 2. However, jumper JP1 is configured with the jumper in positions 2 and 3. This enables the EEPROM chip to be modified to accept the configuration edits you make for your site requirements.

To edit the configuration on the EPROM, configuration tools are available to provide a user interface for that purpose. Install the tool on a laptop of other device and connect the laptop to the board using a serial cable. The GE Drive Control Board DS200SDCCG4ARHD is populated with five connectors for EPROMS and the replacement board comes without EPROMs installed in the board. Use your hands only to remove the modules from the connector to avoid damaging the modules with metal tools. Move the modules one by one from the old board to the replacement and avoid putting them down. Gently insert the module into the connector and press it into place.

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The GE Drive Control Board DS200SDCCG5A is the primary controller for the drive. The GE Drive Control Board DS200SDCCG5A is populated with 3 microprocessors and RAM that can be accessed by multiple microprocessors at the same time. The microprocessors are assigned a specific task involved in the drive control processing. The microprocessors have installed on them the firmware and hardware required to perform the tasks. For example, one microprocessor is equipped with the processing functionality to perform the math calculations involved in co-motor control functions.

The board features five EPROM connectors for storing configuration software. Four of the EPROM modules store configuration parameters that are assigned in the factory. The one remaining EPROM module stores configuration parameters that are assigned by the user or servicer. The GE Drive Control Board DS200SDCCG5A is populated with the EPROM connectors but you must use the EPROM modules from the old board. The modules from the old board already contain all the configuration data you need so you can quickly bring the drive back online.

The board also contains the connectors and standoffs to connect to auxiliary cards that are available. You can attach the cards with screws inserted in the standoffs, then connect a cable from the auxiliary card to the board. The cards enable you to connect to a local area network, or add to the signal processing capabilities of the board.

The board contains jumpers that are set to configure the board. The jumpers are set at the factory and none of them should be moved to change the behavior of the board.

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The General Electric DC Power Supply and Instrumentation Board DS200SDCIG1 serves as an interface to DC2000 drives.

The need might arise for you to return the DS200SDCIG1 or call for customer support for assistance. One edge of the board has printed on it information that you must have available when you call. Carefully look on the edge of the board for the model number, catalog number, and serial number. Have that information written down before you call.

The DS200SDCIG1 contains several fuses that you can replace if needed. Each fuse has an LED indicator associated with it that is lit when the fuse is blown. One fuse is for the 115 V power supply, one fuse is for the positive signal power supply, one is for the negative signal power supply, one is for the 15 amp NRX assembly, and one is for the 10 amp NRX assembly.

It is best practice to allow only trained individuals to service the DS200SDCIG1 board. The individual should be familiar with the equipment. Also the individual should be familiar with the hazards of working with high voltage equipment and understand the steps required to avoid injury and to avoid damage to components and other equipment.

If you suspect that the board must be replaced, first disconnect all power to the drive in which it is installed. Then access the board and test it to make sure no electrical current remains in the board. Only then can you touch the board and inspect it.

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The GE DC Power Supply and Instrumentation Board DS200SDCIG1A serves as an interface to DC2000 drives. Troubleshooting and usability of the board is improved because each fuse has an LED indicator that indicates when the fuse with which it is associated blows. You must complete the following steps to view the board and check for a lit indicator LED light.

Open the cabinet in which the board is installed and inspect the board and note any LED lights that are lit. The potential exists for high-voltage being present on the board so do not touch the board or any components around the board. Write down any information about the identifier of the fuse. Then, remove all current from the drive. Open the cabinet and test the board to make sure all power is removed from the board. You might have to allow some time for all power to exit the board to avoid damage.

You might be able to inspect the board for wiring errors or a short, depending on which fuse has blown. It might be that the board is defective and must be removed and replaced.

When you remove the board for inspection, keep it from touching other boards or devices in the drive. Also avoid touching the panels, cables, or the plastic snaps that hold the board in place. Also, be sure to carefully remove all the cables. Do not pull ribbon cables apart. Instead, hold both connectors with your fingers and disconnect the ribbon cable from the connector.

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The GE DC Power Supply and Instrumentation Board DS200SDCIG1ABA serves as an interface to DC2000 drives. Service and periodic maintenance must be performed on the DS200SDCIG1ABA only by qualified individuals. That is, don’t attempt to remove and replace the board yourself because of the high-voltage present in the drive and the board. You could unknowingly damage the board by allowing the board to touch components in the drive cabinet or damage cables by using an incorrect method to remove the cables.

Safety is of the highest concern. If you don’t take the proper precautions to remove all power from the board before touching it, a serious electric shock or burn might occur.

There is one troubleshooting task you can perform yourself. You can open the cabinet and view the LED indicators on the board with power present in the drive and board. If an LED indicator is lit it indicates that the fuse associated with the LED is blown. However, you must not touch the board or any components in the drive.

If you see a blown fuse and you want to remove the board, you must perform the following procedure. Not only must you switch off the drive but you have to remove the fuses on the 3-phase power supplies. Also make sure to remove the auxiliary power supply as well. Wait several minutes for power to exit the board. Before you proceed, use a tester device to verify that there is no power present in the board.

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The GE DC Power Supply and Instrumentation Board DS200SDCIG1ADA serves as an interface to DC2000 drives. The DS200SDCIG1ADA has jumpers that you can move to change the behavior of the board. You can move a jumper to cause the board to delay opening the contactor and other options. Switches are on the board that enable you to configure the ac current transformer for proper operation.

There are situations in which you might have reason the change the settings after you have installed the board and the board is operational. You must first remove current to the drive before you remove the board or modify the jumpers or switches. Before you remove the board, verify that current is not stored in a capacitor in the board.

Technical support is available to provide information if you have need of an answer to a specific technical question or if you must order a replacement board. A knowledgeable individual is ready to accept your call and provide technical help or provide advice. Have the board in question on a workbench, table, or other smooth clean surface and make sure the area is well lighted. You can locate the model number, catalog identifier, and other identification information on the edge of the board. Have this information ready when you call for service.

The version of the board you can order as a replacement might be different than the version you are replacing. Even if it looks different and has different looking components, you can swap one for the other because that are compatible.

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The GE DC Power Supply and Instrumentation Board DS200SDCIG1AEB serves as an interface to DC2000 drives. The DS200SDCIG1AEB is populated with 5 fuses that serve to protect the board from damage. If a power overload condition occurs, a fuse might blow to protect components from being damaged. A valuable feature is that if a fuse blows you can inspect the LED lights on the board and confirm that a problem with the board has occurred. You can refer to the information that came with the board and determine the possible reasons for the fuse to blow.

You might determine that the board must be replaced immediately or you might determine that a condition in the drive caused the board to fail. If that is the case, correct the condition in the drive first. For example, a temporary overload condition caused the fuse to blow. In that case if the temporary overload condition is not likely to reoccur, just remove the board from the drive, replace the fuse, reinstall the board and continue the manufacturing process.

You must allow only only qualified servicers to inspect, repair, or otherwise touch the board or the drive it is installed in. This also applies to replacing a blown fuse. The servicer must be familiar with the equipment in the manufacturing site, and in particular with the drive and the board. An unqualified servicer might break components or expose the components to dangerous high voltage. An unqualified service might be injured by high voltage current.

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The GE DC Power Supply and Instrumentation Board DS200SDCIG1AFB serves as an interface to DC2000 drives. Standard procedures are available that you should follow before you request a replacement board. These procedures can save time and money if what you thought was a broken or defective board was in perfect working condition.

First remove all current to the drive by performing the standard shutdown procedure and then remove the fuses to the power supplies to ensure all power is removed. Wait a length of time to allow all current to leave the drive and the board. If you have standard testing equipment at the site, use it to test for electrical current left in the capacitors.

Inspect the board and note where all cables are connected. Open the latches that hold the board in place in the drive and carefully remove the board from the drive. If ribbon cables are connected to the board, place a hand on the plastic connectors on the board and on the ribbon cable and pull them apart. Try not to put stress on the ribbon cable itself.

Some cables snap into the connector on the board. Use your fingernail to separate the locking tab on the connector and gently remove the cable. Remove any screws that secure wires to the board and save the screws for future use.

Reverse the process and reconnect all cables and wires to the board. Make sure that all cables are pressed firmly into place, all screws are tight, and there is no space visible between connectors.

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The GE DC Power Supply and Instrumentation Board DS200SDCIG1AGB serves as an interface to DC2000 drives. There are situations in which changes you make to the configuration parameters of the drive might change the behavior of the DS200SDCIG1AGB. If that happens, you might mistakenly believe that the board has malfunctioned and call for repair; then, remove the drive from service on the manufacturing line.

Connect a serial cable from the drive to a laptop or other device that has the configuration editing tools installed. If possible, overwrite the latest configuration file with the configuration file that was being used when the board last functioned correctly. Restart the drive and if the board now functions without error, you’ll know the cause of the error was a configuration change. You can use the editing software tool to inspect the configuration file and locate the change. You might be able to correct the error and reinstall the latest configuration. This results in less down time and service expense.

A protective plastic cover is located over each jumper block on the board. Before you remove a jumper, remove the plastic cover and retain it for future use. To protect the jumper block from dust, dirt, and harsh chemicals, replace the plastic cover on the jumper block after you move the jumper.

The individual you have service your board must understand the equipment at your site and how all the equipment was installed. Also, because of the high voltage, the servicer must have the training and skills to work in that environment.

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The GE DC Power Supply and Instrumentation Board DS200SDCIG1AHB serves as an interface to DC2000 drives. When you receive the shipping carton containing the DS200SDCIG1AHB, there are a few guidelines you must follow. Inspect the carton for signs of damage. Look for dents, rips, and scratches in the carton. Also look for evidence that the carton was exposed to liquid or rain. If that is the case contact the shipper for further information.

Next, locate the shipping label on the outside of the box. It has the model number and catalog number of the board. Take a moment to verify that it matches what you ordered. The serial number is also on the label and best practice is to write down all the information on the label and keep it available for reference in case you need to call for service.

Open the carton and gather all documentation, flyers, and other information inside and save it for use later when you install the board. Remove the static protective material inside that protected the device while being shipped. Keep the DS200SDCIG1AHB in the static protective bag or envelope. Only remove the board from the static protective bag immediately before you install it in the drive.

For your reference the model number and other information is printed on the outside edge of the board. Place the board on top of the static protective bag and inspect the board and locate the model number. Verify that it matches the information on the outside of the carton.

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The General Electric Direct Current Power Supply and Instrumentation Board DS200SDCIG2 serves as an interface to DC2000 drives. There are multiple fuses on the DS200SDCIG2 that help protect the components of the board from current overload, accidental electrical shorts, defective MOV assemblies, and defective SCR packages. A blown fuse might indicate that the board is defective. One feature to assist with troubleshooting is that each fuse has a LED light that is lit when the fuse is blown. That helps with problem identification.

However, because the LED are only visible if power is supplied to the board, safety procedures must be followed to view the LEDs. The DS200SDCIG2 is installed behind another board in the drive cabinet so several steps are involved in viewing the LEDs.

First, turn off the drive to initiate a controlled power down of the drive. Remove the fuses from the power supplies to remove all power. Open the cabinet and tilt forward the first board in the cabinet. You now have a clear view of the DS200SDCIG2. Apply current to the drive and perform a restart procedure. Open the cabinet and inspect the board for lit LED lights.

To remove the DS200SDCIG2, first remove all cables. If ribbon cables are connected to the board, grasp the plastic connector on the ribbon cable and the connector on the board and disconnect them by pulling them apart. It is critical to not pull from the ribbon cable to disconnect. The ribbon might break off or be damaged.

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The GE DC Power Supply and Instrumentation Board DS200SDCIG2A serves as an interface to DC2000 drives. The DS200SDCIG2A is a static-sensitive device, meaning that any static electricity that builds up in it might cause damage to the board or the drive in which it is installed. There are a few guidelines you can follow that apply to handling the board before you install it. Static electricity can build up in you as well as the device, so try to refrain from walking around before the installation. When you do touch the board, only hold it by the edges and not touch the solder or components and make sure only one person touches the board to limit the exposure to static electricity.

Most importantly, only remove the board from the static-protective package just before you install it and plug it directly into the drive.

As you inspect the DS200SDCIG2A you’ll notice that the board has 5 fuses that protect the board from over-current situations, short circuits, and defective MOV assemblies and SCR packages. As a feature to speed up the troubleshooting procedure, each fuse has a LED that lights with the fuse blows. The board has a dedicated slot in the drive cabinet that is behind another board, so you can’t see the LED when lit. If you suspect one or more fuses have blown, you can remove the board and place it on a clean surface or workbench. A qualified individual can apply current to the board and cause the LED to light.

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The GE DC Power Supply and Instrumentation Board DS200SDCIG2ABA serves as an interface to DC2000 drives. When you replace the DS200SDCIG2ABA, you must use care when you unplug the cables from the defective board. To avoid confusion later when you install the new board, note where all the cables are connected on the defective board.

Different removal procedures apply to the various type of cables. To remove a ribbon cable, do not pull the ribbon cable to unplug it. Instead, grasp the connector on the board with one hand and the connector on the ribbon cable with the other hand and pull the two connectors apart. Some cables are secured with a tab that locks the cable connector in place on the board. Use you finger to unlock the tab from the connector and pull the cable from the connector. Remove any screws that hold some connectors in place on the board. Put the screws in a safe place for use later when you install the new board.

When you are prepared to install the new board, hold the DS200SDCIG2ABA with one hand and reconnect the cables. Refer to any notes or diagrams you made about where to connect the cables. Hold the ribbon cable by the connector and press it into the connector on the board. Make sure it is completely inserted in the connector and that it snaps into place. Cables that are secured by tabs should also snap into place when fully seated. If any cables are secured with screws, insert the connector in the board. Then, insert the screws in the matching holes and tighten them securely.

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The GE DC Power Supply and Instrumentation Board DS200SDCIG2ABB serves as an interface to DC2000 drives. Whenever you install, remove, troubleshoot, or repair the DS200SDCIG2ABB, the procedure should be performed only by a qualified individual. The person must be knowledgeable about how to work around high-voltage devices, such as the board and the drive it is installed in. The person should have experience with installing and repairing the specific drive and board. Since every installation is different with a unique design for electrical cabling for power, control signals, grounding wires, and communications cabling, it is best to make sure that the servicer or installer has experience with the installation.

The experienced installer or servicer should always note the jumper settings and cabling on the old board before attempting to install the new board. In that way, the installer or servicer can quickly transfer the jumper settings from the old board to the new board to duplicate the exact configuration.

If the replacement board is a newer version of the same board, it might be different in appearance. It might have different components and the connectors, jumpers, fuses, LEDs, and other hardware might be located differently.

Be mindful that even if the boards look different and are different versions, compatibility is maintained between the boards. That is, the performance of the drive will not be affected by the change in the version of the board. This true as long as all jumpers are set on the new board as they were on the old board.

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The GE DC Power Supply and Instrumentation Board DS200SDCIG2AEB serves as an interface to DC2000 drives. The DS200SDCIG2AEB is a static-sensitive device and care must be taken when touching, maintaining, and installing the device. Static electricity can accumulate on the board through the air, persons touching the device, and when the device comes in contact with other device and structures. The static electricity can damage sensitive components on the board and lead the board to being unuseable.

If you plan to maintain the board, place the board on a flat clean surface and wear a grounding strap before touching the board. The grounding strap will prevent static electricity from accumulating.

Walking and touching items can cause static electricity to accumulate so it is best practice to not move too much before you work with the board. When you do handle the board only hold it by the edges and never touch the solder points or the components. Just before you are ready to install it remove it from the package and touch it to a unpainted metal surface to drain off any static. Only then is it safe to install the replacement board.

If you have to put down the board after removing it from the bag, only place it on top of the empty static-protective bag.

The capacitors on the DS200SDCIG2AEB can store high-voltage current even after the current is removed, so it is important to test the board for current before you touch it, so as to prevent electrical burns and shocks.

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The GE DC Power Supply and Instrumentation Board DS200SDCIG2AFB serves as an interface to DC2000 drives. You can adjust the behavior of the DS200SDCIG2AFB by modifying the position of the jumpers on the board. One jumper configures the behavior of the MA contactor drive hardware output and the MD hardware contactor drive output. The default position is that the MD hardware contactor is controlled by the MCP.

Another jumper configures the drop-out time for the MA ac contactor. The default position is 100 ms delay. Switches are on the board that configure the dc output current. There are a total of 15 switches that provide the means to scale the ac line current. These jumpers and switches are features on all versions of the board.

When you first receive the shipping carton containing the replacement board, there are tasks you must complete before you open the box. First examine the box and note any damage sustained in transit. Is the package ripped open or bashed in? Does the box have signs that it has gotten wet from rain or other liquids? Is so, contact the shipping company first to lodge a complaint or share the information.

Next locate the label attached to the outside of the box and note the model number and other information. Inspect your order documents and make sure it matches what you ordered.

Move the box to a clean flat surface that is large enough to allow you to handle the board. Keep the board in the static-protective bag and remove the board from the box.

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The GE DC Power Supply and Instrumentation Board DS200SDCIG2AGB serves as an interface to DC2000 drives. To help make sure you have received the correct board, it is best practice to make sure the model number listed on the label on the outside of the box matches the model number and catalog number printed on the edge of the board. You can remove the board from the static-protective package and place the board on top of the bag. Then, inspect the board until you find the identifying information. Write it down for future use. Then, return the board to the static-protective package.

The steps for replacing the board should be performed by an experienced and knowledgeable servicer. The drive and board carry high-voltage energy and great care should be taken. First, turn off the current to the drive. Refer to the information that came with the drive to understand how to completely remove all current. Test all circuits before you proceed to verify that all current is off.

Wait a few seconds for all current to exit the board. The board needs time for current to exit the capacitors that store current during operation. Open the cabinet that contains the printed circuit boards. Another board is installed in front of the DS200SDCIG2AGB. You can tilt that board forward to expose the DS200SDCIG2AGB. Remove all cables from the board and be careful not the damage the cables. Also, if necessary label the cables so that you can easily reconnect the cables on the replacement board.

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The General Electric Direct Current Power Supply and Instrumentation Board DS200SDCIG2AHB serves as an interface to DC2000 model drives. The DS200SDCIG2AHB is prone to be damaged by static electricity. However, there are some general rules you can follow to avoid the damage caused by charges of static. Until you install the board keep the board in the static protective package and touch it on an unpainted metal surface, which could be the drive or other device or structure. Let it touch the metal surface for 2 seconds to let the static drain off the board.

Don’t keep the board outside of the static-protective package. Just place it directly in the drive to reduce the opportunity for static build up. Also, hold the board by the outside edges and never touch the components or the solder.

Removing the defective board requires a few necessary steps to in order to prevent electric shock, electric burn, or a safety hazard. Make sure that all current is removed from the drive before you touch any components inside the drive. Follow the shutdown procedure as established for your site and to verify that all current is removed, use a current tester.

Open the door on the drive to access the printed circuit boards, including the DS200SDCIG2AHB. You will notice that one board is blocking access to the DS200SDCIG2AHB. You can pull down two locking mechanisms to tilt forward the blocking board and gain access to the DS200SDCIG2AHB. Before you remove the board disconnect all cables.

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The GE DC Power Supply and Instrumentation Board DS200SDCIGIAHB serves as an interface to DC2000 drives. You can identify DS200SDCIGIAHB through visually inspecting the printed information on the side of the board. You will find the model number and version and catalog number printed on the board. Best practice is to record this information and keep it in a safe place. If you need to call for service, supply this information to the support representative so the individual can address your concerns quickly and without confusion about the board you are asking about.

Before you remove the board from the drive, you must remove all power to the drive. Perform the shutdown procedure defined for the drive first. Then, remove the fuses from the power supplies to remove all current from the drive. Use a testing device to verify that no power is contained in the drive. Next, wait several seconds for all power to be removed from the board. Under some conditions the components of the board store power while the board is in use and a few seconds is needed for the current to exit the board. Open the door to the cabinet where the board is installed and use a testing device to test the board and verify that all voltage is gone.

Next remove all cables and wires connected to the board and note the connector identifiers where the cables are connected. You’ll want to know where to connect them before the new board is installed.

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The GE Shunt Connector Board DS200SHCBG1 features one 2-pin connector and two terminals for the bridge and motor shunt connections. The ID assigned to the bridge terminal is E1. The ID assigned to the motor terminal is E2. To unplug the 2-pin connector you must use two hands. With one hand, steady the board to keep it from moving and with the other hand grasp the 2-pin cable from the connector end. Pull the cable out of the connector.

To attach cables to the E1 and E2 terminals, use your fingers to remove the nuts from the terminals. Then, place the cable over the terminal bolt and install the nut. Hand tighten the nut then use a hand tool to tighten the nut slightly. Do not over tighten the nut because it might damage the board.

You must consider all boards to be sensitive to static so when you receive the DS200SHCBG1 it is best practice to follow the guidelines to reduce the build up of static on the board and your body. When you receive the board it is transported in a box to protect it from damage caused by shipping. Examine the box for signs of damage during shipping. Signs of damage would include dents or evidence that water has spilled or dripped on the box. If it is in good shape, use a sharp blade to break the security tape that seals the lid of the box. If the seal is broken when you receive the box it might indicate that the box has been tampered with.

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The GE Shunt Connector Board DS200SHCBG1A features one 2-pin connector and two terminals for the bridge and motor signal connections. When you replace the GE Shunt Connector Board DS200SHCBG1A, you must disconnect the 3 wires from the old board and reconnect them to th