ASCO Data Bulletin | Increasing Power
The following sections describe tie breaker functions and provide examples of bus arrangements for a range of applications.
The power management system also ensures that enough power is available on each busbar section after the bus tie breaker opens. A DEIF power management system can include as many Bus tie breaker controllers as necessary. Part of the versatile PPM 300 range
Bus tie breakers contribute to this by: Enhancing Redundancy: Ensuring that power can be rerouted in case of a fault in one section of the switchboard. Supporting Fail-Safe Modes: Allowing isolation of faulty sections while maintaining power to critical systems.
The controller is designed to be part of a DEIF power management system which ensures that all breaker operations are carried out in a fast, efficient, and safe manner: Before closing the bus tie breaker, the power management system synchronises the busbar sections, and before opening the bus tie breaker, the system de-loads the bus tie breaker.
A DEIF power management system can include as many Bus tie breaker controllers as necessary. Part of the versatile PPM 300 range The PPM 300 Bus tie breaker controller is part of the DEIF PPM 300 range of versatile controllers with built-in multi-master power management features.
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