IMLHK111-1REG4-63-5.00-A-01 Circuit Protection

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Circuit breakers are designed to protect electrical appliances from overload and short circuit failures. The IMLHK111-1REG4-63-5.00-A-01 circuit breaker is a versatile device that can be used for both domestic and industrial applications. It is a type of three-phase, trip-free, thermal-magnetic, circuit breaker that has been designed specifically for use in control and safety applications.This circuit breaker is rated up to 63 amps at 5 volts. It is designed to provide efficient protection to electrical circuits and equipment to prevent over current, undervoltage faults, and overvoltage fault conditions. It is certified to UL 489 standard for safety and reliability and has a push button operation for manual reset.The IMLHK111-1REG4-63-5.00-A-01 circuit breaker works by utilizing a thermal-magnetic trip unit. Its thermal trip module primarily uses a bimetallic element that exhibits a self-heating effect when a current overload occurs. When the current overload reaches a certain point, the bimetallic element heats up and causes the contacts to open, thus protecting the circuit from damage.The IMLHK111-1REG4-63-5.00-A-01 circuit breaker also features a magnetic trip unit that utilizes a solenoid to detect excessive electrical current. As the current level increases, the solenoid moves, which then causes the contacts to open in order to prevent further current flow.The IMLHK111-1REG4-63-5.00-A-01 circuit breaker can be used for a variety of different applications. In industrial settings, it can be used for circuit protection of motors, transformers, switchgear, and other electrical equipment. In domestic settings, it can be used for the protection of lighting, heating, and other small loads.Overall, the IMLHK111-1REG4-63-5.00-A-01 circuit breaker is a reliable and versatile device that can be used for both industrial and domestic applications. It is designed to provide efficient protection against overloads and short circuits, and can be manually reset with a push button. Its thermal-magnetic design provides reliable performance and safety in any environment.

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