IAL1-1REC4-38932-R5

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Circuit breakers are essential devices that provide protection against short-circuit and overload faults in electrical networks. The IAL1-1REC4-38932-R5 is a type of circuit breaker used in a wide range of applications, including air conditioning, heating and ventilation, and power plant equipment. It is designed to provide protection against over-current, overload and short-circuit by automatically disconnecting the power supply when a fault occurs, which helps to prevent significant damage to the electrical network.

The IAL1-1REC4-38932-R5 has a simple construction, consisting of a thermal element, an electromagnetic element, a case and a trip system. The thermal element is made up of a bimetallic strip, which is designed to deform when the current supply reaches a certain level and activate the electromagnetic element. This element then generates a magnetic field, which creates movement in the trip system, which mechanically disconnects the power supply.

The trip system consists of plastic, metal and magnetic materials of various strength, allowing a wide range of current ratings. This makes the IAL1-1REC4-38932-R5 suitable for a variety of applications, including air conditioning and ventilation systems, power plants and motor control centers.

In order to ensure safety and reliability, the IAL1-1REC4-38932-R5 is designed to be resistant to vibration, shock and temperature fluctuations. The use of quality materials, including copper and solder-treated copper, help to enhance durability and ensure reliable performance in all conditions. Additionally, the IAL1-1REC4-38932-R5 is designed to conform to international standards to ensure safety and reliability.

The IAL1-1REC4-38932-R5 is a reliable and versatile circuit breaker with a wide range of applications and reliable performance. It is designed with safety, reliability, and performance in mind and is capable of providing protection against over-current, overload and short-circuit. Its ability to be resistant to shock, temperature fluctuations, and vibration makes it suitable for a wide range of environments and applications, making it an ideal solution for electrical systems.

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