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Kanlux KMCCB-F-200A Molded Case Circuit Breaker, 3-Pole, 36kA Ics, 50kA Icu
The Kanlux KMCCB-F-200A is a robust 3-pole molded case circuit breaker (MCCB) engineered to provide reliable protection for electrical distribution systems. Designed for high-performance environments, this device ensures operational safety by effectively managing current flow and protecting circuits against overloads and short-circuit faults. Its durable construction and fixed-setting configuration make it a dependable component for maintaining stability in industrial and commercial electrical infrastructures.
This circuit breaker offers exceptional reliability through its high breaking capacity, which ensures that electrical faults are interrupted safely and efficiently. The 3-pole design allows for comprehensive phase protection, while the fixed-setting mechanism simplifies installation and reduces the need for complex calibration. Its compact molded case design is optimized for space-saving integration into switchboards, providing a balance between high-performance protection and ease of maintenance in demanding power distribution applications.
This device is not intended for residential applications where smaller, modular circuit breakers are typically required. It is also not suitable for environments exposed to moisture or extreme environmental conditions, as it carries an IP20 protection rating, which provides no protection against water ingress.
Installation must be performed by a qualified electrician in accordance with local electrical codes and safety regulations. The device should be mounted securely within a suitable distribution board or enclosure that provides the necessary environmental protection. Ensure that all cable connections are tightened to the specified torque settings to prevent overheating and ensure optimal electrical contact during operation.
Regularly inspect the circuit breaker for signs of wear or thermal damage and ensure that the mounting remains secure. Periodically verify that all terminal connections are tight to maintain system integrity and prevent potential electrical faults.
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