IMGF6-1RLS5-32754-2-V

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IMGF6-1RLS5-32754-2-V is a type of circuit breakers. Circuit breakers are devices designed to protect electrical circuits from damage caused by overloads and short circuits. Circuit breakers are installed in electrical systems and help to prevent fires and other safety hazards by disconnecting the power supply when an abnormality is detected. They are commonly used in homes, businesses and industrial applications.

The IMGF6-1RLS5-32754-2-V circuit breaker is a miniature circuit breaker made of high-quality plastic with high insulation and chemical resistance. It is equipped with thermal-magnetic trip units and is rated for 125 VAC, 1-phase operations with a maximum current of 15 A and short circuit capacity of 10 kA. This circuit breaker is suitable for a wide range of applications including commercial, residential and industrial applications.

The working principle of the IMGF6-1RLS5-32754-2-V circuit breaker is based on the principle of thermal overload protection. This involves the use of a bimetal element which, when the current in the circuit exceeds the rated current, develops heat proportional to the overload current. This heat causes the bimetal element to deform, releasing the trip lever and tripping the circuit breaker.

The IMGF6-1RLS5-32754-2-V circuit breaker is also equipped with an electromagnetic trip unit. This unit senses the currents in the circuit and trips the circuit breaker when the current exceeds the trip settings. It is made up of a solenoid, trip coil and an adjustable current transformer. The trip coil is energized when the current exceeds a certain level and, as current flows through the trip coil, it generates a magnetic field which, in turn, energizes the solenoid.

The IMGF6-1RLS5-32754-2-V circuit breaker is therefore suitable for a range of applications, from residential through to industrial. It provides reliable protection by providing both thermal overload protection, as well as protection from short circuit currents and overloads. Its robust construction and durable materials make it suitable for tough operating environments.

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