IELHK111-1REC5-62-20.0-E-01-V

IELHK111-1REC5-62-20.0-E-01-V is a circuit breaker designed and manufactured to provide a reliable and cost-effective form of overload protection for the electrical system. The circuit breaker is suitable for use in industrial applications, such as factories, manufacturing plants, power plants, and any environment where an interruption of current is required. It can also be used in residential applications where an additional layer of protection is needed.

Circuit breakers are designed to protect both people and property from damage caused by an electrical overload or short circuit. A circuit breaker works by recognizing when an abnormally large current is flowing through the circuit. It then interrupts the circuit, which allows the abnormally large current to dissipate. There are three main types of circuit breakers: thermal, hydraulic magnetic, and thermal magnetic.

The IELHK111-1REC5-62-20.0-E-01-V is a thermal magnetic circuit breaker. It provides both overload and short circuit protection. The primary purpose of the thermal-magnetic design is to ensure that the circuit breaker trips when the temperature of the circuit reaches a predetermined temperature. This is done by using a bimetallic strip that expands or contracts depending on the temperature of the circuit. This expansion or contraction of the bimetallic strip causes the circuit breaker to trip, which will then open the circuit and stop the current from flowing.

In addition to the thermal-magnetic design, the IELHK111-1REC5-62-20.0-E-01-V circuit breaker also features hydraulic magnetic design. The hydraulic magnetic design is based on the use of a fluid-filled chamber which is linked to a set of contacts. When an overload is detected, the fluid will expand and move the contacts, which causes the circuit breaker to open and disconnect the power supply.

The IELHK111-1REC5-62-20.0-E-01-V is a reliable and cost effective option for providing overload protection for any electrical system. It is designed to protect both people and property by responding quickly to electrical overloads. Additionally, the hydraulic magnetic design provides an additional degree of protection against short circuits. Overall, the IELHK111-1REC5-62-20.0-E-01-V offers a great degree of protection and versatility for any application in which it is used.