1P 63A AC Interlocking Circuit Breaker

The 1P 63A AC Interlocking Circuit Breaker is a device that plays an important role in the electrical system. Compared with other MTS, its special feature is that two circuit breakers are connected by a connecting rod, and this connection method ensures the coordination of each part during operation. The speed of the entire switching process completely depends on the speed of the operator's hand, which requires the operator to operate reasonably according to the actual circuit switching needs. Moreover, it holds a CE certificate, which means that the product meets the relevant EU standards in terms of safety, quality, etc., and can be used normally within the market scope that meets the corresponding conditions.

Manual Operation Flexibility: With the connection of linkages, operators can flexibly switch circuits manually according to actual needs, allowing them to control the timing of the switch independently.
Structural Correlation: By 1P 63A AC Interlocking Circuit Breaker to establish connections between circuit breakers, the entire interlocking circuit breaker forms an organic whole. During operation, each part moves in an orderly and coordinated manner, ensuring the smooth completion of the switching action.
Strong Dependence on Manual Operation: A disadvantage of MTS is that the switching speed fully relies on the operator's speed. This requires operators to possess a certain level of professional knowledge and operational skills, as well as familiarity with the circuit system and the operational procedures of the interlocking circuit breaker. Otherwise, operational errors may occur.

Poles: It is 1P, which means this MTS is mainly used to control and protect single pole circuits, and is suitable for relatively simple single phase circuit configuration scenarios.
Indicator Window: The indicator window uses distinct colors to mark the status of the interlocking circuit breaker. Red represents the closed state, and green represents the open state, enabling operators to intuitively and quickly know the on off situation of the circuit, facilitating operation and maintenance and reducing the risk of misoperation.