DS200LDCCH1A GE LAN Drive Control Board Communications Circuit Board

DS200LDCCH1A GE LAN Drive Control Board Communications Circuit Board

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Description:

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 Mark V Series subseries 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. Fortunately, for the purposes of this DS200LDCCH1A product's personalized page here, this DS200LDCCH1A PCB's originally-produced instructional manual materials have been distributed online for our convenience of research.

The DS200LDCCH1A, a Drive Control/LAN Communication Board, is a testament to General Electric’s (GE) commitment to reliability. Part of the EX2000 Series, it is a primary control card in the GE Excitation Series, serving as a communications board for a drive control LAN (Local Area Network). With its primary drive and I/O control functions for GE’s DIRECTO-MATIC 2000 family, it ensures reliable turbine control solutions for various industrial applications.

This is rather surprising, considering the fact that this DS200LDCCH1A LAN Communications and Drive Control Board is a member of the now-obsolete Mark V Legacy Series, which has its manufacture discontinued in the many years following its initial release. While this DS200LDCCH1A device is functionally definable as a Drive Control/LAN Communications Card in its own right, the original product of this functionality to feature within the Mark V Series is the DS200LDCCH1 parent Drive Control/LAN Communications Board missing this DS200LDCCH1A PCB's singular, A-rated functional product revision.

1. Microprocessor control and drive, motor, and customer I/O processing functions

2. Microprocessor control of LAN drive I/O communications

3. Application software and customer-specific drive configuration data

4. Software adjustments and diagnostic testing onboard operator interface

5. Hardware and software reset drive functions