IELHK11-35838-60-V

Circuit Breakers are important components in any electrical system, and they are used to prevent the occurrence of catastrophic malfunctions caused by sudden power overloads or short circuits. The IELHK11-35838-60-V is a type of circuit breaker designed to provide reliable protection and safety. This article will discuss the application field and the working principle of the IELHK11-35838-60-V circuit breaker.

The IELHK11-35838-60-V circuit breaker is a medium-voltage breaker that is designed to be used in environments with alternating currents (AC) up to 3.6kV, and direct currents (DC) up to 3.2kV. It is also designed to work in a wide temperature range, between -20 and +40 degrees Celsius. This makes it suitable for a wide range of applications, such as in industrial and agricultural settings and outdoor installations. It is also commonly used in marine environments because it is designed to be highly waterproof and dustproof.

In terms of its working principle, the IELHK11-35838-60-V circuit breaker is a manual operation device which uses a thermal-magnetic trip mechanism. The thermal-magnetic trip mechanism is designed to be able to detect an excessive overload on the circuit and in response, it trips the circuit breaker, interrupting the current flow and preventing a potential disaster. The thermal-magnetic trip mechanism works by using two different types of components: a thermostat and a magnetic trip unit. The thermostat is designed to detect temperature changes, and in response to an increase in temperature, it will activate the magnetic trip unit. The magnetic trip unit is then used to trip the breaker in order to interrupt the current. The magnetic trip unit also contains a spring unit which is designed to reset the breaker after the excessive current has been interrupted.

The IELHK11-35838-60-V circuit breaker is designed for reliable protection and safety in any electrical system. It is suitable for a wide range of applications, and it can detect and interrupt an excessive overload on the circuit. The circuit breaker is operated manually and it employs a thermal-magnetic trip mechanism which is a combination of a thermostat and a magnetic trip unit. This ensures that the circuit breaker is able to quickly and reliably interrupt the current and prevent a potential disaster.