IDLH11-1-72-50.0-W-91

The IDLH11-1-72-50.0-W-91 is classified as a type of circuit breaker. It is used to protect the integrity of an electrical system. Circuit breakers are an essential safety device found in many different types of electrical systems, and are used to protect both users and electrical components from potential harm.

The IDLH11-1-72-50.0-W-91 is one of the most common types of circuit breakers, and it is part of a larger family of breakers known as insulated case circuit breakers. This type of breaker has a protective insulation layer that reduces the risk of short circuiting and electrical shock. Insulated case circuit breakers provide additional safety features that enable them to effectively protect users and electrical systems, while also allowing them to be used in a variety of different applications.

In terms of its application field, the IDLH11-1-72-50.0-W-91 can be used in a variety of situations. It is most commonly used in residential wiring, as it is highly effective at preventing electrical risks in a home environment. It can also be used in commercial and industrial applications such as manufacturing and construction. Additionally, it can be found in many public safety applications, where its insulation layer helps to prevent short circuiting and electrical shocks from occurring.

The working principle of the IDLH11-1-72-50.0-W-91 is relatively simple. When an overcurrent is detected, the device will turn off the power supply to the affected area. This will reduce the risk of short circuiting and electrical shock from occurring. Additionally, it is designed to trip quickly, so that it can protect both users and electrical components from potential harm.

The IDLH11-1-72-50.0-W-91 is a type of insulated case circuit breaker. It is designed to protect users and electrical components from potential harm, and it can be used in a variety of applications. It works by turning off the power supply when an overcurrent is detected, thereby reducing the risk of short circuiting and electrical shock from occurring. It is highly effective and reliable, and it is an essential safety device used in many different types of electrical systems.