IDLBXK1-1-72-100.-G-N6

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 important electrical components used to prevent overcurrent, undervoltage and other causes of appliance damage. IDLBXK1-1-72-100.-G-N6 Circuit Breaker is one type of these circuit breakers that has a wide range of applications in different fields.

Application Field

The IDLBXK1-1-72-100.-G-N6 Circuit Breaker is used in a variety of industries to protect equipment and systems from power surges and other hazardous electricity fluctuations. It is most commonly used in power distribution, industrial, commercial and residential applications. This type of breaker is particularly useful for protecting appliances such as air conditioners, furnaces, water heaters, electric pumps, computers, and medical equipment. It also provides protection for automation systems, generators, transformers, switchyards, industrial machinery, wiring, and other sensitive equipment.

This type of circuit breaker is also widely used in the automotive industry for safety reasons. Cars need to be protected from hazardous electricity, and the IDLBXK1-1-72-100.-G-N6 Circuit Breaker is designed to provide the necessary level of protection. It is often used in the electrical and control circuits of vehicles, as well as in other automotive applications such as engine management systems and charging systems.

Working Principle

The IDLBXK1-1-72-100.-G-N6 Circuit Breaker works on the principle of a thermal magnetic trip unit. This unit uses two separate mechanisms to protect against overcurrent and undervoltage. The first mechanism is a thermal element, which consists of two bimetallic strips that respond to increasing heat generated by an overload. When it reaches a certain temperature the bimetal strips bend, pushing the circuit breaker into its tripped position. The second mechanism is a magnetic element, which is made up of an electromagnet that responds to the current flow. When the flow of current exceeds the maximum rated current the electromagnet opens and breaks the circuit.

The advantage of using a thermal magnetic trip unit is that it can respond to both undervoltage and overcurrent conditions. The thermal element will protect the circuit breaker from damage due to an overload, while the magnetic element will protect it from undervoltage damage. This type of circuit breaker also provides short-circuit protection by automatically sensing when an overload is present. When the overload is detected, the breaker will trip and shut off the power to the circuit.

The IDLBXK1-1-72-100.-G-N6 Circuit Breaker is a reliable and effective way to protect electrical systems from overcurrent and undervoltage. It is important to ensure that the breaker is properly installed and that the unit is rated for the type of application it is being used in. This type of breaker is essential to providing a safe working environment and ensuring that equipment and systems operate properly and safely.

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