IDLHK11-32842-30

Circuit breakers are an essential component of electronics and electrical systems, and the IDLHK 11-32842-30 circuit breaker is no exception. This model is designed to provide overcurrent protection in electrical and electronic systems while simultaneously offering a highly efficient operation. This model is capable of handling up to three-phase currents up to 60A.

The IDLHK 11-32842-30 has many features that make it an excellent choice for a variety of applications, including its top-notch thermal performance, its compact size, and its 3-phase short circuit protection. These features make it suitable for use in a variety of settings such as panel boards, plant and machinery, panel makers, and transformer equipment. Additionally, the breaker is designed to protect wiring systems from excessive electric currents, such as those caused by an overload, short circuit, or ground fault.

The basic operating principle of a circuit breaker is simple. When an overload or short circuit situation occurs, the breaker interrupts the current flow by quickly opening a switch or contact. This switch opens and closes rapidly, which prevents additional current from flowing in. This ultimately protects the wires and equipment.

The IDLHK 11-32842-30 circuit breaker utilizes a trip coil and a current limiter element to operate. The trip coil serves two functions. First, it allows the current flow to be monitored so that when a predetermined amount of current is reached, the breaker will open the contacts and interrupt the current flow. Secondly, the trip coil is also used to produce a voltage so that the current limiter element can be activated.

The current limiter element consists of two parts: a time delay and a trip device. The time delay allows the breaker to monitor the current flow, and if the current continues to increase beyond the predetermined level, the time delay component will eventually trip the breaker. The trip device is designed to limit the amount of current that flows in by opening a switch or contact and cutting off the current.

The IDLHK 11-32842-30 circuit breaker also has an additional protection mode that prevents its contacts from welding together if the current continues to increase. This feature is especially important in areas where the breaker is exposed to high levels of current for prolonged periods of time. This added feature adds to the overall reliability and safety of the breaker.

In summary, the IDLHK 11-32842-30 circuit breaker is an excellent choice for applications that require reliable overcurrent protection. Its compact size, thermal performance, and 3-phase short circuit protection make it suitable for a wide variety of applications. Additionally, its trip coil and current limiter provide maximum safety and reliability. These features make the IDLHK 11-32842-30 circuit breaker a reliable and cost-effective solution for any electronic or electrical system.