IALR1-23356-2

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 provide an important function for ensuring that industrial and residential operations remain safe and efficient. The IALR1-23356-2 application field and working principle are an important part of understanding these devices.

The IALR1-23356-2 application field involves high fault current indication and protection. This device is designed to be installed in areas that are prone to short-circuits and sudden changes in current. It will sense this change in current and trigger the circuit breaker in order to prevent damage to the equipment and wires.

The IALR1-23356-2 working principle revolves around the signal generated by the overload or fault. This signal is then relayed to a trip unit that will activate the breaker. The breaker will then de-energize the circuit and also trip the current, breaking the circuit. This interruption of current is what provides protection against further damage.

One of the important features of the IALR1-23356-2 is the ability to provide protection against a large range of faults. These could include single or multiple phase faults or high fault currents in both low and high voltage levels.

The IALR1-23356-2 is also designed for easy and quick installation in a variety of locations. This includes within residential dwellings, industrial buildings, and various panelboards. This makes the device ideal for any application that requires fast, efficient, and reliable circuit protection.

The IALR1-23356-2 is an excellent example of modern circuit protection technology. The combination of high fault current protection, easy installation, and a wide range of faults makes it an ideal choice for a variety of applications. As more people become aware of the benefits of circuit breakers, it is likely that the IALR1-23356-2 will become increasingly popular.

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