IDLHK11-1-52-3.00-A-91

Circuit breakers are one of the most important components used in electrical installations, as they are used to prevent dangers caused by an overload or short circuit. They are designed to open the circuit on their own and protect it from any damages that may arise from said overload or short circuit. IDLHK11-1-52-3.00-A-91 is a type of circuit breaker specifically designed for use in industrial plants.

The IDLHK11-1-52-3.00-A-91 can be used in any electrical system where it is necessary to protect against overloads and short circuits or to shut off the power when certain significant events occur. Examples of typical applications are found in industrial plants, commercial properties, as well as public buildings and facilities. This breaker can also be used to provide an alternative power shutdown mechanism in order to control the safety and continuity in power supply systems.

The IDLHK11-1-52-3.00-A-91 circuit breaker features a unique design that distinguishes it from other breakers. It has an integrated connection head for optimal installation, a short-circuit and overload protection capability, and a mechanical trip flag clearly indicating whether the circuit has tripped. Additionally, the breaker has a power on-off device as well as a current rating switch for manual operation.

The working principle of the IDLHK11-1-52-3.00-A-91 circuit breaker is simple yet effective. It is designed to detect abnormal levels of current and protect the circuit from being damaged. When an overload or short circuit is detected, the breaker will instantly open the circuit, ceasing the flow of current to avoid any further damage. Additionally, it has the capability to detect high voltage levels and cut off the power supply until the issue is resolved.

In conclusion, the IDLHK11-1-52-3.00-A-91 is an essential piece of equipment for many electrical systems due to its ability to detect and protect against overloads and short circuits. It is highly reliable and has a unique design that helps optimize its performance, all while featuring a clearly visible trip flag. This makes it one of the best solutions for protection against fault currents.