The GE Fanuc IS200TRPGH1BCC is a Terminal Relay Board designed for use within the GE Mark VI and Mark VIe turbine control systems. This board functions as an interface between the control modules and external devices, providing reliable relay outputs for driving field equipment such as solenoids, alarms, and contactors. It ensures isolation between the control electronics and high-power field circuits, enhancing both system safety and operational reliability. With robust relay design and long service life, the IS200TRPGH1BCC is ideal for demanding industrial applications.

Key Features

• Provides isolated relay outputs for field device control

• Supports multiple relay channels with configurable wiring options

• Designed for use in GE Mark VI/Mark VIe control systems

• Ensures safe and reliable interfacing between low-level logic and field circuits

• Compact and durable PCB design

• High reliability with long relay service life

• Easy installation and maintenance

Technical Specifications

Industry Applications

• Power Generation – turbine control and protection

• Oil & Gas – process safety interlocking and actuator control

• Petrochemical – equipment control and monitoring

• Industrial Automation – relay interfacing between PLC/DCS and field devices

• Marine & Transportation – auxiliary and propulsion system relay control

Advantages

• Reliable relay-based isolation between control modules and field equipment

• High contact capacity suitable for various loads

• Compact design reduces panel space requirements

• Easy field wiring via terminal blocks

• Long service life with minimal maintenance requirements

Frequently Asked Questions (FAQ)

Q1: What is the primary function of the IS200TRPGH1BCC?

It provides relay outputs for interfacing between control logic and external field devices.

Q2: Which control systems is it compatible with?

It is designed for use with GE Mark VI and Mark VIe turbine control systems.

Q3: How many relay channels are available?

The board supports multiple channels, typically 12–24 depending on system configuration.

Q4: What is the relay contact rating?

Relays are rated up to 5 A at DC (24/48/125 VDC) or AC (120/240 VAC).

Q5: Does it provide isolation?

Yes, it provides galvanic isolation between the low-level control electronics and high-voltage field circuits.

Q6: How is it powered?

It is powered via the Mark VI/Mark VIe system backplane.

Q7: What type of connectors are used?

Field wiring is connected via screw-type terminal blocks.

Q8: What are the typical applications?

Relay interfacing for solenoids, alarms, contactors, and protective circuits in turbine and industrial control systems.

Q9: Can the board be hot-swapped?

No, the relay board requires system shutdown before replacement.

Q10: What standards does it comply with?

It complies with CE and RoHS standards for safety and environmental requirements.