About the DS200SLCCG4REG
The GE Mark V part number DS200SLCCG4REG is an essential component of the Mark V Turbine control system Series as a LAN (local area network) communication board. It was originally developed as a replacement board for the Mark V series. A universal component of many drives, this card can be installed in a number of drives across the GE family. The Mark V Series that this DS200SLCCG4REG printed circuit board product offering exists as a component member of, as hinted at by its full extended series name, has specific applications in the management and control systems of compatible steam and gas turbine control automated drive assemblies. The Mark V Series has to be considered generally obsolete however, as it was discontinued for production in one of they many many years past its initial GE Mark Series rollout, due to a manufacturer-identified functional series obsolescence in large part. While functionally obsolete, this DS200SLCCG4REG printed circuit board product offering's greater Mark V Series is still able to attract some niche interest on the greater figurative automated industrial marketplace, as it is one of the lastly-produced GE Mark product series to make use of their patented Speedtronic control system technology. The Speedtronic technology seen in this DS200SLCCG4REG Board and its greater Mark V Series was first release with the introduction of the previous Mark I Series.
Hardware Tips and Specifications
When installed in a cabinet the card provides the necessary components to process and filter incoming LAN communications signals.An integrated LAN control processor (LCP) is the featured component of the drive. This is the primary filtering tool found on the DS200SLCCG4REG card. Program storage for the LCP is available in the two removable EPROM memory cartridges attached to the card. This unit also includes dual-ported RAM. This memory space provides the LCP an interfacing medium for the drive’s drive control board. Circuities on the board are available in both isolated and non-isolated forms. The card is completed with an attachable keypad. This alphanumeric programmer allows users system access to a range of control and diagnostic functions. One of the key features of the DS200SLCCG4REG module is its compatibility with various communication protocols. This enables seamless integration with other system components, allowing for effective data exchange and control across the turbine control system. This DS200SLCCG4REG device is actually not the originally-produced device of its specific Mark V Series functional role; that would be the DS200SLCCG4 parent LAN Communciations Card missing this DS200SLCCG4REG Device's three fold revision history including two functional product revisions and an artwork configuration revision rated at grades of R, E, and G, respectively.
The module is designed to provide reliable and robust performance even in demanding operational environments. It is built to withstand temperature variations, electrical noise, and other challenges typically encountered in industrial settings. This ensures the module's durability and longevity, contributing to the overall reliability of the Mark V control system. Additionally, the DS200SLCCG4REG module is equipped with comprehensive diagnostic capabilities, enabling proactive maintenance and troubleshooting. It provides real-time monitoring of system parameters, fault detection, and event logging, aiding in identifying and addressing potential issues promptly. The DS200SLCCG4REG functional product number itself can be identified as a primary source of DS200SLCCG4REG Board hardware details; as it reveals these through a series of formulated functional naming segments. For example, the DS200SLCCG4REG functional product number codes for information including this DS200SLCCG4REG product's normal Mark V Series assembly, its group four Mark V Series product grouping, and its normal PCB coating style. Several of the specific connectors important to this DS200SLCCG4REG device's functionality are listed in the DS200SLCCG4REG instructional manual made available for your convenience in the manuals tab above. Some of this PCB's KPPL-style connectors include:
- The 1 U1 pin 19 Connector
- The 2 U1 pin 20 Connector
- The 3 U1 pin 21 Connector
- The 4 U1 pin 22 (PWM1) Connector
- The 5 U1 pin 23 (PWM2) Connector
- The 6 U1 pin 30 (BREO) Connector
- The 7 U1 pin 31 (HLDA) Connector
- The 8 U1 pin 32 (HOLD) Connector
- The 9 U1 pin 33 (T2UD) Connector
- The 10 U1 pin 38 (T2CAP) Connector
