GE Fanuc | IS200WETBH1BAA | Printed Circuit Board
GE IS200WETBH1BAA Overview
The IS200WETBH1BAA is a specialized component designed by General Electric for use within the Mark VI system, part of the Speedtronic series. Developed by GE between the 1960s and 1990s, the Speedtronic series enhances the efficiency of gas and steam turbine systems through reliable management. The Mark VI system is equipped with both general-purpose and application-specific I/Os, enabling it to control and monitor critical parameters such as flame detection, vibration, shaft voltage build-up, and synchronization.
Features
- Edge Design: The board’s edge is lined with an exposed copper strip, factory-drilled at regular intervals for mounting.
-
Connectors: Over 65 plugs and connectors are arranged primarily along the board's edges, including:
- Plugs with positions ranging from 2 to 20.
- Female jacks with 4 to 12 positions.
- Three vertical male connectors:
- P1: 10-pin
- P2: 6-pin header
- P3: 4-pin header
Component Breakdown
- Transformer: Includes a single transformer component.
- Relays: Equipped with over 30 relays of two distinct types.
-
Other Components:
- 10 fuses
- 2 jumpers
- 7 heat sinks
- 9 voltage regulators
- Coil inductors
- TP (test points)
- A single switch component
- Over 50 integrated circuits
This comprehensive design supports the Mark VI system’s critical functions and ensures robust performance in managing gas and steam turbine operations.
GE Fanuc | IS200WETBH1BAA | Printed Circuit Board
GE Fanuc | IS200WETBH1BAA | Printed Circuit Board
GE IS200WETBH1BAA Overview
The IS200WETBH1BAA is a specialized component designed by General Electric for use within the Mark VI system, part of the Speedtronic series. Developed by GE between the 1960s and 1990s, the Speedtronic series enhances the efficiency of gas and steam turbine systems through reliable management. The Mark VI system is equipped with both general-purpose and application-specific I/Os, enabling it to control and monitor critical parameters such as flame detection, vibration, shaft voltage build-up, and synchronization.
Features
- Edge Design: The board’s edge is lined with an exposed copper strip, factory-drilled at regular intervals for mounting.
-
Connectors: Over 65 plugs and connectors are arranged primarily along the board's edges, including:
- Plugs with positions ranging from 2 to 20.
- Female jacks with 4 to 12 positions.
- Three vertical male connectors:
- P1: 10-pin
- P2: 6-pin header
- P3: 4-pin header
Component Breakdown
- Transformer: Includes a single transformer component.
- Relays: Equipped with over 30 relays of two distinct types.
-
Other Components:
- 10 fuses
- 2 jumpers
- 7 heat sinks
- 9 voltage regulators
- Coil inductors
- TP (test points)
- A single switch component
- Over 50 integrated circuits
This comprehensive design supports the Mark VI system’s critical functions and ensures robust performance in managing gas and steam turbine operations.
