IDLBXK1-1-72-60.0-GK-N6

Circuit breakers are electrical devices that can open and close an electrical circuit, such as an electric motor or an electrical system, to protect equipment from damage due to overloads, short circuits, and ground faults. IDLBXK1-1-72-60.0-GK-N6 is a type of circuit breaker. This article will discuss the application field and working principle of the IDLBXK1-1-72-60.0-GK-N6 circuit breaker.

The IDLBXK1-1-72-60.0-GK-N6 circuit breaker is specifically designed for low voltage applications. It is suitable for indoor ac low voltage switch gear, air circuit breaker, and motor control centers. This circuit breaker can provide protection for motors and other electrical systems against short-circuits, overloads, and ground faults. The switch is UL Listed and CSA certified, which makes it a reliable and safe choice.

When working, the IDLBXK1-1-72-60.0-GK-N6 circuit breaker utilizes an advanced arc-quenching technology to provide fast response and superior performance. It features a solenoid-based operation that can be adjusted to respond to a range of current levels. When an overload or short circuit occurs, the solenoid coil is activated and the switch operates at a maximum speed of 60 operations per second. This ensures that the circuit breaker is able to trip the circuit and protect the electrical system from any damage.

In addition, the IDLBXK1-1-72-60.0-GK-N6 circuit breaker is designed with a sensitive thermal-magnetic operating mechanism that provides the user with a reliable performance and long-term protection. This mechanism features adjustable overload protection and optional ground fault protection. Furthermore, the solenoid coil can be adjusted for a wide range of current levels. This ensures that the circuit breaker can be used in a variety of applications.

Overall, the IDLBXK1-1-72-60.0-GK-N6 circuit breaker is a reliable and safe choice for low voltage applications. Its advanced arc-quenching technology ensures fast response and provides superior performance. Furthermore, its sensitive thermal-magnetic operating mechanism provides reliable protection and can be adjusted for a wide range of current levels. This makes it the ideal choice for both indoor and outdoor equipment protection.