LEGH66-1-63-7.50-A-01-V Circuit Protection

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An electrical circuit breaker is an important safety device in any electrical circuit. It is designed to protect circuits and equipment from damage due to overload, short-circuiting, or other faults. A circuit breaker is typically an all-in-one unit in which the opening of a switch, the moving of electrical contacts, or the disconnecting of the circuit from a power source can be stopped. This type of breaker is typically mechanically activated by an electromagnet or a solid-state switching device.

LEGH66-1-63-7.50-A-01-V is a type of circuit breaker with an application field and a working principle that differs from other circuit breakers. It is designed for panel building applications. It utilizes a load-shedding mechanism for motor cycles. Its solid-state switching devices allow for fast switching, reducing energy waste and providing protection from motor or line trips. The load-shedding mechanism is key in motor cycle applications, as it provides the ability to shut off the motor when needed.

The LEGH66-1-63-7.50-A-01-V circuit breaker features a unique design compared to other circuit breakers. It has a special “bridge” contact system that allows for a high stability of switching. This bridge configuration reduces the size of the circuit breaker and also allows for high current carrying capabilities. On top of that, this specific circuit breaker has a voltage rating of 7.50 amperes (A) and a frequency rating of 1-63 Hz, and it can be used in a wide variety of applications, such as anti-short circuit protection, short-circuit protection, overload protection, overvoltage protection, and motor/line trips. It also has an insulated box that provides shock protection for personnel.

The LEGH66-1-63-7.50-A-01-V circuit breaker is a reliable piece of equipment that is designed to provide safety and protection from any kind of electrical overloads, short-circuiting, or other faults. Its solid-state switching devices provide fast switching and reduce energy waste. Additionally, its bridge contact system allows for high current carrying capabilities and a shrinking of the size of the breaker. It is an excellent choice for panel building and motor cycle applications.

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