Product Introduction
The GE IS200TTURH1BED Turbine Termination Board is a key interface component within GE Mark VI control systems, designed specifically for turbine control and monitoring applications. It provides a structured termination point for turbine-related field wiring, ensuring reliable transmission of control and feedback signals between sensors, actuators, and the control processor.
This board plays an important role in maintaining stable turbine operation by ensuring that critical signals such as speed, position, temperature, and control commands are transmitted accurately and without interference. Its industrial-grade construction supports long-term operation in demanding power generation environments. The compact and organized design also simplifies installation and improves maintenance efficiency within control cabinets.
Product Specifications
| Parameter | Specification |
|---|---|
| Model | IS200TTURH1BED |
| Product Type | Turbine Termination Board |
| System Compatibility | GE Mark VI Control System |
| Function | Turbine signal termination and interface |
| Signal Type | Control and feedback signals |
| Channel Capacity | Multi-channel turbine signal interface |
| Connection Type | Screw terminal connections |
| Isolation | Industrial-grade electrical isolation |
| Noise Immunity | High resistance to electrical interference |
| Response Characteristics | Stable and reliable signal transmission |
| Mounting Type | Panel / rack-mounted |
| Operating Environment | Turbine control and industrial systems |
| Dimensions | 330 × 20 × 178 mm |
| Weight | 0.66 kg |
Applications
• Turbine Control Systems:
Ensures accurate and stable signal transmission, supporting safe and efficient turbine operation.
• Power Generation Plants:
Used for connecting turbine sensors and actuators to the Mark VI control system.
• Industrial Automation Systems:
Provides reliable signal termination for complex automation and control processes.
• Process Monitoring Systems:
Supports accurate data flow for monitoring turbine operating conditions.
• Distributed Control Systems (DCS):
Acts as a key interface between field devices and central control modules.
Advantages
• High Signal Stability:
Delivers consistent and reliable signal transmission, ensuring accurate turbine control.
• Strong Industrial Durability:
Built to withstand harsh operating conditions in power generation environments.
• Enhanced Noise Resistance:
Minimizes electrical interference for improved signal integrity.
• Efficient Wiring Structure:
Organized terminal layout reduces installation complexity and wiring errors.
• Easy Maintenance:
Clear and structured design supports fast troubleshooting and servicing.
• Seamless System Integration:
Fully compatible with GE Mark VI turbine control architecture.
Excellent PLC
