IS200TRLYH1BFD GE MKVI, TERMINATION BD., RELAY-colletplc

Description:

IS200TRLYH1BFD is a relay output board developed by GE. It is a part of Mark VI control system. In Mark VI systems, TRLY is under the control of either the VCCC, VCRC, or VGEN board, catering to both simplex and TMR configurations. Cables featuring molded plugs establish the connection between the terminal board and the VME rack, where the I/O boards reside. For simplex setups, Connector JA1 is utilized, while TMR systems employ connectors JR1, JS1, and JT1.

Features
Relay Configuration: The board houses 12 plug-in magnetic relays, offering flexible configurations for different applications and requirements.
Output Options: The board's first six relay circuits are configurable via jumpers, enabling the selection between dry, Form-C contact outputs, or the driving of external solenoids.
Power Sources: Multiple power source options are available, including a standard 125 V DC or 115/230 V AC source, along with an optional 24 V DC source. Each source features individual jumper-selectable fuses and onboard suppression for enhanced safety.
Relay Functionality: Relays 7-11 provide unpowered isolated Form-C contacts, while output 12 offers an isolated Form-C contact designed for specialized applications such as ignition transformers.
Enhanced Control: With its configurable relay circuits and diverse power source options, the TRLYH1B terminal board provides enhanced control and flexibility in various industrial settings.
Reliable Performance: Designed for reliability and longevity, the board ensures consistent performance in demanding operational environments.
Integration and Compatibility: The board seamlessly integrates into existing control systems and is compatible with a wide range of industrial equipment and applications.
Ease of Installation: Installation and setup are streamlined, allowing for easy integration into control systems without extensive modifications or adjustments.
Safety Features: The board incorporates safety features such as onboard suppression and individual jumper-selectable fuses to ensure safe and reliable operation.
Fault Detection Mechanisms
The terminal board is equipped with advanced fault detection mechanisms to ensure system integrity and reliability. These mechanisms include:

1. Loss of Relay Solenoid Excitation Current
The board detects any loss of excitation current to the relay solenoids, triggering an alarm or alert to notify operators of the issue.
This feature ensures that any disruption in solenoid excitation is promptly identified and addressed to prevent potential system malfunctions.
2. Coil Current Disagreement with Command
The TRLYH1B board continuously monitors the coil current and compares it with the commanded value.
If there is a discrepancy between the actual and commanded coil currents, the board flags this as a fault condition, indicating a potential issue with the relay operation.
This helps maintain accuracy and consistency in relay performance, minimizing the risk of errors or inaccuracies in system operations.
3. Unplugged Cable or Loss of Communication
The board actively monitors communication with the associated I/O board, ensuring seamless data exchange and relay control.
In case of an unplugged cable or loss of communication with the I/O board, the TRLYH1B terminal board triggers relays to de-energize as a safety measure.
This proactive approach helps prevent potential hazards or disruptions caused by communication failures, ensuring continuous system functionality.

Datasheet Link:

IS200TRLYH1BFD GE MKVI, TERMINATION BD., RELAY Datasheet