Product Overview

The DS200SLCCG1ACC is a high-performance LAN Communication Card engineered by General Electric for the Speedtronic Mark V turbine control system. This specialized circuit board serves as the primary data exchange interface, managing local area network communications between the drive control processor and peripheral diagnostic tools. As a critical evolution of the Mark V series, the DS200SLCCG1ACC incorporates specific hardware revisions (G1ACC) to optimize signal processing speed and network stability. By facilitating seamless data throughput, this card enables real-time monitoring and automated governance of industrial gas, steam, and wind turbines, ensuring they operate within the precise parameters of the patented Speedtronic logic.

Hardware Architecture and Interface Specifications

This communication module is built with a high-density component layout designed to withstand the electrical noise and thermal demands of power plant control cabinets. Unlike standard termination boards, the SLCC card focuses on high-speed logic and data packet management.

• Manufacturer General Electric (GE)

• Model Number DS200SLCCG1ACC

• Module Type LAN Communication Card

• Net Weight 0.24 kg

• Physical Dimensions 18.8 x 14.2 x 2 cm

• System Series Mark V Speedtronic

• Onboard Connectivity High-density pin headers for direct processor ribbon cable attachment

• Logic Revision G1ACC (Enhanced performance and error correction)

• Communication Protocols Supports LAN-based data exchange for DCS integration

• Manufacturing Origin USA

• HS Classification 8537101190

Industrial Deployment Scenarios

The DS200SLCCG1ACC is a vital component for facilities operating GE Mark V control frames. Its role is essential for the following industrial applications:

• Turbine Network Management Providing the communication backbone for synchronized data sharing between multiple turbine control processors.

• Remote Diagnostics Enabling Ethernet-based or LAN-based router services to transmit machine health data to remote operator stations for analysis.

• Automation Logic Interface Facilitating the transfer of control commands from the primary DCS to the drive's local processing units.

• Legacy System Upkeep Serving as an indispensable replacement part for aging Mark V systems that require high-speed communication stability without upgrading the entire control rack.

• Data Integrity Assurance Utilizing its advanced onboard circuitry to filter and verify data packets, preventing communication lag in critical machinery protection loops.