The GE IS200TREGH1BEC module is part of General Electric’s Mark VI (6) control system, which is commonly used in industrial applications such as gas and steam turbine control.
Product Name:
- GE IS200TREGH1BEC
Product Description:
The GE IS200TREGH1BEC is a turbine control module designed to provide precise control and monitoring of turbine systems. It supports a variety of functions, including communication with other control system components, managing input/output signals, and implementing control algorithms to optimize turbine performance. This module is integral to ensuring safe and efficient turbine operation.
Product Parameters:
- Type: Turbine Control Module
- Series: Mark VI
- Communication Protocol: Can typically communicate using standard industrial protocols like Ethernet or serial connections.
- Input Types: Includes analog and digital inputs, which may involve temperature, pressure, and other operational parameters.
- Output Types: Controls outputs related to turbine management and relay operations.
Specifications:
- Operating Voltage: Typically rated for 24V DC, but specifications may vary based on system configuration.
- Temperature Range: Designed to operate in a range typical for industrial environments (e.g., -40°C to +85°C).
- Dimensions: Standard sized for rack mounting (exact dimensions can vary).
- Weight: Typically lightweight for ease of installation and handling.
- Connectors: Various industrial-grade connectors for I/O and communication interfaces.
Product Use:
- Turbine Control: The IS200TREGH1BEC module is primarily used for controlling gas and steam turbines in power generation systems.
- Monitoring: It is involved in monitoring operational parameters, ensuring that all system components are functioning within designed safety limits.
- Operational Optimization: By implementing various control strategies, the module helps in optimizing turbine efficiency and performance.
- Integration with Control Systems: The module can be integrated into larger control architectures, facilitating communication between various components and subsystems.
| PM856AK01 ABB PLC |
| ABB 3BSE066490R1 PLC |
| ABB PM864AK02 PLC |
| 3BSE018164R1 ABB PLC |
| ABB IB852 3BSC950263R1 |
| 3BSC950263R1 ABB PLC |
| TB852 ABB |
| PM851AK01 ABB |
| ABB 3BSE066485R1 |
| ABB PM866K01 I/O |
| 3BSE050198R1 ABB PLC |
| ABB PM861AK02 PLC |
| 3BSE018160R1 ABB PLC |
| ABB PM866K02 PLC |
| 3BSE050199R1 ABB PLC |
| ABB BC810K02-eA PLC |
| BC810K02-eA ABB PLC |
| ABB TB825-eA PLC |
| 3BSE036634R2 ABB PLC |
| ABB CI840A-eA PLC |
| 3BSE041882R2 ABB PLC |
| IB40A-eA I/O |
| ABB 3BSE037760R2 PLCI/O |
| TB40A-eA ABB |
| ABB DI802-eA PLC |
| 3BSE022360R2 ABB |
| DI803-eA ABB DCS |
| ABB 3BSE022362R2 PLC |
| AI801-eA ABB PLC |
| 3BSE020512R2 ABB PLC |