Relays are electrical switches that open or close a circuit based on current or voltage fluctuations. They detect faults and send signals to circuit breakers to interrupt the current flow, providing essential protection for transformers from overloads and faults.
Circuit breakers are automatic protection devices that stop the flow of electricity when an overload or fault is detected. Unlike relays, circuit breakers physically disconnect the circuit to prevent further damage, making them critical for protecting transformer components.
Relays monitor conditions and send signals, whereas circuit breakers interrupt electrical flow. Relays provide detection, while circuit breakers offer physical disconnection. Together, they form a comprehensive protection system for transformers, each complementing the other's function.
Both relays and circuit breakers are essential for transformer protection. While relays focus on detection, circuit breakers ensure disconnection during faults. The combination of both provides optimal safety, making them critical choices in circuit protection strategies.
For more information on transformer circuit protection solutions, contact Mak Power Transformer. We offer reliable, high-performance transformers with advanced protection systems. Visit our website or call us.