DS200TBQAG1ABB Thermocouple Termination Module GE Fanuc
Overview
The DS200TBQAG1ABB Thermocouple Termination Module is part of GE's Mark V Series, designed for turbine control systems. It facilitates signal wiring for various turbine components in wind, gas, and steam turbine systems.
Features
- Terminals: 2 90-pin terminal blocks (up to 180 signal wires)
- Connectors: 3 20-pin connectors
- Compatibility: GE Mark V Turbine Control System
- No Jumpers: No manually movable components, fixed connectors
Installation & Use
- Signal Connections: Wires stripped and inserted into terminals
- Reinstallation: Ensure proper wiring when replacing the board
- Power Handling: Requires power removal before installation; capacitors discharge in 30 seconds
Technical Details
- Model: DS200TBQAG1ABB
- Series: Mark V
- Maximum Signal Wires: 180 wires across TB1 and TB2
Application
Integrates with the Mark V Series for turbine control, enabling accurate thermocouple signal management in industrial turbine systems.
DS200TBQAG1ABB Thermocouple Termination Module GE Fanuc
DS200TBQAG1ABB Thermocouple Termination Module GE Fanuc
Overview
The DS200TBQAG1ABB Thermocouple Termination Module is part of GE's Mark V Series, designed for turbine control systems. It facilitates signal wiring for various turbine components in wind, gas, and steam turbine systems.
Features
- Terminals: 2 90-pin terminal blocks (up to 180 signal wires)
- Connectors: 3 20-pin connectors
- Compatibility: GE Mark V Turbine Control System
- No Jumpers: No manually movable components, fixed connectors
Installation & Use
- Signal Connections: Wires stripped and inserted into terminals
- Reinstallation: Ensure proper wiring when replacing the board
- Power Handling: Requires power removal before installation; capacitors discharge in 30 seconds
Technical Details
- Model: DS200TBQAG1ABB
- Series: Mark V
- Maximum Signal Wires: 180 wires across TB1 and TB2
Application
Integrates with the Mark V Series for turbine control, enabling accurate thermocouple signal management in industrial turbine systems.