GE Fanuc | IS200TRLYH1BGF | Relay Output Board
Description
The IS200TRLYH1BGF is a Relay Output Board developed by GE as part of the Mark VI control system. It provides relay functionality for various industrial applications, offering enhanced control and flexibility in simplex and TMR configurations. The board is equipped with multiple relay circuits, power source options, and fault detection mechanisms to ensure reliable operation.
Features
- Relay Configuration: 12 plug-in magnetic relays, configurable for different applications
- Output Options: First six relays configurable for dry, Form-C contact outputs or driving external solenoids
-
Power Sources:
- Standard 125 V DC, 115/230 V AC
- Optional 24 V DC
-
Relay Types:
- Relays 7-11: Unpowered isolated Form-C contacts
- Relay 12: Isolated Form-C contact for specialized applications (e.g., ignition transformers)
- Power Source Protection: Individual jumper-selectable fuses and onboard suppression for enhanced safety
Specifications
-
Temperature Rating:
- Operating: 0 to 60 °C
- Storage: -30 to +65 °C
-
Size:
- Width: 17.8 cm
- Height: 33.02 cm
- Control: Operates under the VCCC, VCRC, or VGEN board control in simplex and TMR configurations
-
Connector Types:
- Simplex: Connector JA1
- TMR: Connectors JR1, JS1, JT1
Fault Detection Features
- Loss of Relay Solenoid Excitation Current: Alerts when excitation current is lost to relay solenoids
- Coil Current Disagreement with Command: Flags discrepancies between actual and commanded coil currents
- Unplugged Cable or Loss of Communication: Monitors communication with I/O board and triggers safety measures if disconnected
Integration and Safety
- Compatibility: Seamlessly integrates into existing Mark VI control systems and industrial equipment
- Reliability: Designed for reliable performance in demanding environments
- Safety: Onboard suppression and jumper-selectable fuses for safe operation
Installation and Maintenance
- Ease of Installation: Simple setup for easy integration into control systems
- Fault Prevention: Advanced fault detection ensures system integrity and minimizes the risk of operational errors
GE Fanuc | IS200TRLYH1BGF | Relay Output Board
GE Fanuc | IS200TRLYH1BGF | Relay Output Board
Description
The IS200TRLYH1BGF is a Relay Output Board developed by GE as part of the Mark VI control system. It provides relay functionality for various industrial applications, offering enhanced control and flexibility in simplex and TMR configurations. The board is equipped with multiple relay circuits, power source options, and fault detection mechanisms to ensure reliable operation.
Features
- Relay Configuration: 12 plug-in magnetic relays, configurable for different applications
- Output Options: First six relays configurable for dry, Form-C contact outputs or driving external solenoids
-
Power Sources:
- Standard 125 V DC, 115/230 V AC
- Optional 24 V DC
-
Relay Types:
- Relays 7-11: Unpowered isolated Form-C contacts
- Relay 12: Isolated Form-C contact for specialized applications (e.g., ignition transformers)
- Power Source Protection: Individual jumper-selectable fuses and onboard suppression for enhanced safety
Specifications
-
Temperature Rating:
- Operating: 0 to 60 °C
- Storage: -30 to +65 °C
-
Size:
- Width: 17.8 cm
- Height: 33.02 cm
- Control: Operates under the VCCC, VCRC, or VGEN board control in simplex and TMR configurations
-
Connector Types:
- Simplex: Connector JA1
- TMR: Connectors JR1, JS1, JT1
Fault Detection Features
- Loss of Relay Solenoid Excitation Current: Alerts when excitation current is lost to relay solenoids
- Coil Current Disagreement with Command: Flags discrepancies between actual and commanded coil currents
- Unplugged Cable or Loss of Communication: Monitors communication with I/O board and triggers safety measures if disconnected
Integration and Safety
- Compatibility: Seamlessly integrates into existing Mark VI control systems and industrial equipment
- Reliability: Designed for reliable performance in demanding environments
- Safety: Onboard suppression and jumper-selectable fuses for safe operation
Installation and Maintenance
- Ease of Installation: Simple setup for easy integration into control systems
- Fault Prevention: Advanced fault detection ensures system integrity and minimizes the risk of operational errors