GE DS200SDCCG1

Product Overview

The GE DS200SDCCG1 is a Drive Control Card from the GE Mark V DS200 control platform. The board serves as a central control element for compatible GE drive applications, processing drive, motor, and customer I/O signals through its onboard processing and interface circuitry. It is identified by the functional acronym SDCC and is associated with the GEI-100029 Drive Control Card manual.

The DS200SDCCG1 is the base version of the SDCC drive-control board, while related part numbers may include additional revision characters. Therefore, the exact part number should be checked carefully when selecting a replacement.

Core Specifications

The board contains three microprocessors and RAM that can be accessed by multiple processors. Its interface circuitry handles drive and motor signals as well as customer I/O.

Functional Design

The DS200SDCCG1 combines processing hardware with dedicated interface circuitry to coordinate control functions within a compatible GE drive. Its multi-processor design allows different control tasks to be handled within the same board architecture.

Additional boards can be connected to the SDCC to extend functionality. According to available technical information, auxiliary cards can provide functions such as LAN communication and additional signal processing, with cable connections linking these cards to the main SDCC assembly.

Key Features

• Designed for GE Mark V DS200 drive-control applications
• Three onboard 16-bit microprocessors
• Shared-access RAM architecture
• Dedicated drive and motor signal processing
• Customer I/O interface circuitry
• Supports optional auxiliary boards
• Suitable for communication and signal-processing expansion
• Normal PCB protective coating
• Diagnostic and service-oriented test points are associated with the SDCC board family

Applications and System Integration

The DS200SDCCG1 is intended for industrial drive-control environments within the broader GE Mark V architecture. The Mark V platform was developed for demanding industrial control applications, including turbine-related systems and associated drive equipment.

The board can interface with other control hardware through its onboard connectors and optional auxiliary cards. This makes it an important component when maintaining an existing Mark V installation where the original control architecture needs to remain in service.

Installation and Replacement Guidance

Because the DS200SDCCG1 is a static-sensitive circuit board, appropriate ESD precautions should be followed during handling and replacement. Before removing an existing board, technicians should document jumper positions, connected cables, auxiliary cards, and other configuration details.

When replacing the board, configuration components and auxiliary cards should be compared carefully with the original assembly. The exact DS200SDCCG1 part number should also be matched rather than assuming that a visually similar SDCC revision is interchangeable, since the DS200 family contains numerous SDCC variants and revisions.