0914895

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Circuit breakers are electrical devices designed to protect against overloading a circuit, thus averting possible damage to electric components and people access to an electrical installation.

The 0914895 application field and working principle is a perfect example of modern circuit breakers. The 0914895 is specifically designed for medium voltage applications of up to 36KV, and it has the ability to detect overloading or short-circuits quickly, and rapidly trip the circuit.

The 0914895 offers two trip elements. The first is a motor-operated trip element, designed to work at voltages between 18KV and 36KV. The second is a switch, designed to work in the case of overloading and short-circuits. These two trip elements work together to provide maximum circuit protection.

The 0914895\'s working principle is simple. When a current overload occurs, the motor-operated trip element will detect it and adjust the switch according to the setpoints. Once the trip element is triggered, the breaker will break the circuit, thus protecting it from overloading or short-circuit damage.

The 0914895 also offers other features, such as an external sensing system, which provide additional information on the internal conditions of the circuit. This system is designed to detect all types of overloads and short-circuits. Additionally, the 0914895 also offers a delay time setting, which allows the user to set the time for the trip element to trip the circuit.

In addition to the many features of the 0914895, it is also designed to be very efficient, with a minimum contact resistance of 0.01 ohms and a maximum overcurrent capacity of 40KA. This ensures that it can provide reliable protection from all types of electrical faults.

Overall, the 0914895 application field and working principle is perfect for medium voltage applications. It offers reliable protection from overloads and short-circuits and is highly efficient. This makes it an ideal choice for circuit protection in commercial, industrial, and residential applications.

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