Physical and Performance Specifications
The DS200LDCCH1ALA features a high-density circuit layout optimized for industrial stability. It provides a reliable interface for both local keypad operations and remote monitoring services.
- Manufacturer: General Electric (GE)
- Product Line: Mark V Speedtronic
- Model Number: DS200LDCCH1ALA
- Processor Configuration: Quad-processor (DCP, LCP, MCP, CMP)
- Network Support: DLAN+, Genius, C-Bus, CPL
- Application: Gas, Steam, and Wind Turbine Control
- Dimensions: 27.8 x 21.3 x 3 cm
- Net Weight: 0.4 kg
- Mounting Environment: DIRECTO-MATIC 2000 Drive Cabinets
The DS200LDCCH1ALA serves as the primary processing node within the GE Mark V Turbine Control System. This sophisticated board manages complex drive control and local area network communications for heavy-duty industrial turbines. It utilizes a multi-processor architecture to distribute computational workloads efficiently across the system. Specifically, the board coordinates activities between gas, steam, and wind turbine assemblies. This integration ensures precise synchronization of automated sequences and operational safety parameters.
Integrated Processing Power
Four specialized microprocessors drive the core functionality of the DS200LDCCH1ALA. The Drive Control Processor (DCP) handles high-level control logic and external signal processing. Meanwhile, the LAN Control Processor (LCP) manages data exchange across industrial networks. For motor-specific tasks, the Motor Control Processor (MCP) and Co-Motor Processor (CMP) work in tandem. These chips filter digital and analog I/O signals to prevent interference during critical operations. Together, they execute the patented Speedtronic control algorithms developed by General Electric.
Network Compatibility and Interface
This communication board supports several advanced bus protocols for seamless plant-wide connectivity. It interfaces with DLAN+, Genius, CPL, and C-Bus networks to facilitate distributed control. Users typically install the board within DIRECTO-MATIC 2000 series drive cabinets. The hardware also includes a dedicated reset button to clear functional faults during maintenance. Although it remains a legacy component, its robust design supports modern alternative energy infrastructure effectively.
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