IELR1-1-62-30.0-01-V

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Circuit breakers are electrical components used in circuits to protect against overvoltage as well as short circuits and other dangerous excesses of electricity. The IELR 1-1-62-30.0-01-V is a circuit breaker used for a wide range of applications. This article will discuss the range and working principles of the IELR 1-1-62-30.0-01-V circuit breaker.

The IELR 1-1-62-30.0-01-V circuit breaker is best suited for applications that require current protection, overload protection, as well as short circuit protection. It features a modular design consisting of several components, including a tripping coil, a contact arm, a spring, a contact block, and a trip unit among other components. This gives it the capability to provide adjustable current and voltage protection that helps to keep the circuit and all its connected components safe from potential damage.

When it comes to its working principle, the IELR 1-1-62-30.0-01-V circuit breaker is based on the physics of electromagnetism. When a current passes through the breaker’s wires, it produces a magnetic field which pulls the contact arm towards the trip unit, which trips the breaker at the set point of current and voltage. Additionally, the breaker can be preloaded with a spring which helps to cut off the current flow faster in the event of overcurrent or short circuits.

The IELR 1-1-62-30.0-01-V circuit breaker also comes with a range of unique features. These include adjustable current and voltage protection, an adjustable time delay for overcurrent and short circuit protection, as well as additional components for temperature, leakage and surge protection. These features make the IELR 1-1-62-30.0-01-V an ideal choice for applications that require reliable current and voltage protection.

In conclusion, the IELR 1-1-62-30.0-01-V circuit breaker is an efficient and reliable circuit breaker designed for a wide range of applications. It provides adjustable current and voltage protection and also features additional components for temperature, leakage, and surge protection. This makes it an ideal choice for applications that require reliable current and voltage protection.

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