IULDHK111-1-65F-25.0-B-01 Circuit Protection

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Circuit breakers are devices which are used to protect circuits from overload by automatically switching off when they detect a short circuit or an overcurrent. IULDHK111-1-65F-25.0-B-01 is a type of circuit breaker, specifically designed for high current loads and overvoltage applications.The IULDHK111-1-65F-25.0-B-01 circuit breaker has a rated current up to 65A and a rated voltage range of 10 to 27 kV. It can be used in most applications, including motor control, power protection, machine tool protection, short circuit detection, etc. The device also features an adjustable response time from 30ms to 5s and a current breakdown of 25kA.The main working principle behind this circuit breaker is that it uses thermal and magnetic reactions that detect any abnormal increase in the current and immediately trip the breaker, thus preventing any damage to the circuit. The thermal element works by measuring the temperature of the element attached to it and tripping it in case the temperature rises beyond the set maximum limit. The magnetic element, when subjected to an increased current, will induce an electromagnetic field, which in turn triggers the circuit breaker.In addition to the thermal and magnetic operation, the IULDHK111-1-65F-25.0-B-01 circuit breaker also features short-circuit protection. It is designed with an additional contact that is kept open until a short circuit current passes through it, which will then cause the breaker to trip and shut off the power. This additional feature helps prevent dangerous overloads and potential fire hazards caused by excessive currents.The IULDHK111-1-65F-25.0-B-01 circuit breaker is a reliable device for use in high current applications. It is designed to detect sudden increases in current, quickly isolate any potential problems, and prevent any serious damage to the circuit. The adjustable response time, thermal and magnetic operation, and short circuit protection make this breaker an excellent choice for high current applications.

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