IUGS666-1-62-40.0-01

Due to market price fluctuations, if you need to purchase or consult the price. You can contact us or emial to us:   sales@allicdata.com

Circuit breakers are one of the most important components of a electrical system. They provide protection for the entire system by preventing an overload or a short circuit from occurring. The IUGS666-1-62-40.0-01 is a circuit breaker that is designed to provide protection against overcurrents and short circuits on 2 to 4 wire systems. It is a single-pole, self-contained, thermal-magnetic unit.

This particular circuit breaker is designed for use in applications up to 40.0 amps. It has an Operating Temperature Range of -40°C to 50°C. It is also rated for both AC and DC applications and is designed to meet UL/CSA requirements. It is UL listed and CSA certified.

The IUGS666-1-62-40.0-01 circuit breaker is designed to provide circuit protection against overloads and short circuits in commercial, industrial, and residential applications. It is suitable for use in lighting and general purpose circuits in factories, offices, homes, and other areas. It is also suitable for use in motor starter and control circuits.

The working principle of the IUGS666-1-62-40.0-01 circuit breaker is based on a thermal-magnetic design. It features a current-sensitive thermal element, a trip-free manual reset mechanism, and a spring-loaded toggle mechanism.

When a short circuit or an overload occurs, the current-sensitive thermal element reacts by expanding, which causes the toggle mechanism to trip. This shuts off the power to the circuit. The manual reset mechanism then locks the toggle in the OFF position, preventing the circuit from being turned back on until it is reset.

The IUGS666-1-62-40.0-01 circuit breaker is designed to provide reliable protection against overloads and short-circuits in commercial, industrial, and residential applications. It features a current-sensitive thermal element, a trip-free manual reset mechanism, and a spring-loaded toggle mechanism, providing effective protection from faults and preventing damage to the system.

The specific data is subject to PDF, and the above content is for reference