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Kanlux KMP-6,3 3P Motor Circuit Breaker 4 - 6.3A
Kanlux KMP-6,3 3P Motor Circuit Breaker 4 - 6.3A
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Kanlux KMP-6,3 3P Motor Circuit Breaker 4 - 6.3A
Leave your address - as soon as the price of the product goes down, you'll know about it right away
Kanlux KMP-6,3 3P Motor Circuit Breaker 4 - 6.3A
Kanlux KMP-6,3 3P Motor Circuit Breaker 4 - 6.3A
The Kanlux KMP-6,3 is a professional 3-pole motor circuit breaker engineered to provide robust protection for electric motors in industrial and commercial environments. This device is specifically designed to safeguard motor circuits against the risks of overloads and short circuits, ensuring consistent performance and longevity for connected equipment. With its precise thermal release mechanism, it offers reliable operation under varying electrical loads.
The primary benefit of the Kanlux KMP-6,3 is its high level of operational reliability and precision in motor protection. Its adjustable thermal release range allows for fine-tuning to the specific requirements of the motor, preventing unnecessary downtime while maintaining safety. The robust construction ensures durability in demanding technical applications, making it a dependable component for complex electrical installations that require consistent monitoring and protection.
This device is not intended for use in single-phase motor applications or circuits exceeding its specified current range. It is also not suitable for environments with extreme moisture or corrosive atmospheres unless housed in an appropriate protective enclosure.
The device should be installed by a qualified electrician onto a standard DIN rail within a distribution board or control cabinet. Once mounted, the thermal release current should be calibrated according to the nominal current rating of the motor being protected. Connections must be tightened securely to ensure proper electrical contact and prevent overheating at the terminals.
Usage recommendations: Regularly inspect the terminal connections for tightness and ensure the device is free from dust accumulation to maintain optimal thermal performance. Periodically test the trip function to verify the protection mechanism remains fully operational.
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