Product Introduction
The GE DS200TBQDG1ACC RST Extension Analog Termination Board is a specialized interface board designed for GE Mark V and industrial control systems. It serves as an extension module to provide additional analog termination points for complex control architectures, enabling the connection of extra field devices and sensors to the main control system.
This board ensures reliable analog signal routing and conditioning, maintaining signal integrity across extended wiring paths. By providing organized terminals for multiple analog inputs and outputs, the DS200TBQDG1ACC simplifies system expansion, supports precise measurement, and reduces wiring complexity in control cabinets.
Engineered for continuous industrial operation, the board is well-suited for applications where accurate analog signal management and system scalability are essential.
Product Specifications
| Parameter | Description |
|---|---|
| Product Type | RST Extension Analog Termination Board |
| Model Number | DS200TBQDG1ACC |
| Manufacturer | General Electric (GE) |
| Series | DS200 |
| Control Platform | Mark V |
| Primary Function | Analog signal extension and termination |
| Signal Type | Analog input and output |
| Application Area | Turbine and industrial control systems |
| I/O Handling | Field analog signal routing |
| Mounting Method | Control cabinet mounting |
| Operating Mode | Continuous operation |
| Dimensions | 215 × 135 × 30 mm |
| Weight | 0.308 kg |
Applications
• Extension of analog input/output terminations in Mark V systems
• Turbine monitoring and control requiring additional analog connections
• Field signal interfacing for sensors and actuators
• Industrial process control systems needing system scalability
• Power generation control cabinets for structured analog signal management
Advantages
• Provides additional analog termination points for system expansion
• Maintains accurate signal routing across extended wiring
• Designed for Mark V platform compatibility
• Reduces wiring complexity and improves cabinet organization
• Enhances overall system reliability and analog signal integrity
• Suitable for continuous-duty industrial operation
Excellent PLC
