IULR1-38694-100

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Circuit breakers are an important part of electrical systems, providing a way to safely disconnect an electrical circuit if it experiences an overload or short circuit. The IULR1-38694-100 is an example of a breaker and is widely used in the industrial and commercial sectors.

The IULR1-38694-100 is a AC miniature circuit breaker. It has a rated current of 10A, a rated voltage of 277/480V, and it can be used in isolation duty. This circuit breaker is designed to provide overcurrent and overload protection. It features a 3-pole design, meaning it can provide protection to both the line and neutral conductors in the same circuit. The IULR1-38694-100 also has a built-in thermal-magnetic mechanism, which ensures quick tripping and effective protection.

The IULR1-38694-100 has a wide range of applications in both residential and commercial settings. It can be used for general protection of electrical circuits in places such as warehouses, restaurants, apartments and offices. It is also commonly used on motor control systems, such as motor starters and air conditioning units.

The IULR1-38694-100 has a simple yet effective working principle. When an overload or short circuit occurs, the breaker trips, breaking the circuit and preventing damage to the system. This is achieved through a simple thermal-magnetic mechanism. When an overload occurs, the increased current heats up a bimetallic strip in the breaker. This causes the strip to bend, triggering an electrical contact that shuts off the power to the circuit. In the event of a short circuit, the current increase causes an electromagnet to react, separating the circuit contacts and turning off the power.

In summary, the IULR1-38694-100 is a miniature AC circuit breaker with a rated current of 10A. It has a wide range of applications in residential and commercial settings, and is typically used for general protection of circuits and motor control systems. Its simple thermal-magnetic mechanism provides effective overcurrent and overload protection, by breaking the circuit when an overload or short circuit occurs.

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