IELH11-1REC4-35962-1-V

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IELH11-1REC4-35962-1-V circuit breakers are widely used in the industrial, commercial, and residential applications due to their reliable and efficient operation. They are specially designed to provide protection against overcurrents, short-circuits, and other potential overloads. The circuit breaker is responsible for preventing damage to equipment and personnel, as well as preventing fires from breaking out due to electrical faults.

The working of IELH11-1REC4-35962-1-V circuit breakers builds on the presence and absence of electrical current. When the adjustable trip current is exceeded, the breaker trips and the circuit remains open; conversely, when the preset maximum normal current is reached, the breaker closes, and the circuit stays closed until either the set trip current is exceeded,or a manual operator intervention occurs. The circuit breaker has the capacity to reset itself after an overload or short-circuit occurs, preventing further damage and resuming normal operation.

The IELH11-1REC4-35962-1-V circuit breakers are designed with multiple safety features that protect the system against various conditions. They are UL listed and comply with the UL 1077 standard for the standard of safety for supplementary protective devices. As part of the safety features, the ground fault circuit interrupter integrated with the circuit breakers is designed to shut off the current supply to the system when a short circuit occurs. The IELH11-1REC4-35962-1-V circuit breakers are rated to switch up to 240 V and a short circuit current rating of up to 10,000 amperes. This ensures reliable operation even in high risk applications.

IELH11-1REC4-35962-1-V circuit breakers are widely used in industrial, commercial, and residential applications today due to their high performance and reliability in switch operation. They offer a wide variety of features that ensure safety, control, and convenience to users. With the variety of choices available, it is possible to choose a circuit breaker that best suits the application.

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