Woodward 5461-655 Final Driver Module

FAQ

Q1: What is the primary function of the Woodward 5461-655 module?
A1: It serves as a final driver module to control and drive actuators such as valves and motors in industrial systems.

Q2: How does the module monitor the Generator Circuit Breaker (GCB) status?
A2: It receives GCB condition signals via discrete inputs DI 08 and DI 11 at terminals 74 and 77.

Q3: Does the module support automatic generator load ramp-up?
A3: Yes, it ramps up generator load automatically when the GCB is closed and the unloading signal is deactivated.

Q4: What happens if a CAN load share bus member is missing?
A4: The module triggers an alarm through relay R02 and switches internally to droop mode.

Q5: How does the module indicate a successful self-test?
A5: Upon successful self-test of the Load Share module, relay R01 (terminals 41/42) is activated.

Q6: What action does the module take if GCB feedback signals are faulty?
A6: It triggers an alarm through relay R04 and switches to droop mode to maintain system stability.

Q7: Is the 5461-655 compatible with both CPU040 and CPU5200?
A7: Yes, it can operate in systems equipped with either CPU040 or CPU5200.

Q8: What are the physical dimensions and weight of the module?
A8: The module measures 178 × 102 × 127 mm and weighs 1.8 kg.

5461-655 Final Driver Module Woodward

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