IUG1-1-62-10.0-01

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Circuit breakers are electrical devices designed to protect an electrical circuit from failure due to an overload or short circuit. The IUG1-1-62-10.0-01 is an electrical device that has a variety of uses in multiple industries. The device features a number of specific features that make it well-suited to its intended applications. This article will cover the application field and working principle of this particular circuit breaker.

Applications

The IUG1-1-62-10.0-01 is generally used in the industrial and commercial sectors. In particular, it is used in the manufacturing and process industries, in power generation and transmission, and in the transportation sectors. In these applications, the device is used to protect against the risk of electrical failure due to an overload or short circuit. It is also used for control and monitoring purposes.

The device is designed to meet the needs of both low- and medium-voltage applications. It is capable of operating effectively from 1,000V to 6,300V. It also has a switching capacity of up to 1,000A, making it suitable for use in a wide range of sectors. It has been designed for simple installation, with minimal complexity and cost. It is also designed with an ability to sustain short circuit currents of up to 10,000A.

Working principle

The IUG1-1-62-10.0-01 circuit breaker works by using a magnetic field set up by the current in the circuit. The magnetic field trips the breaker when the current reaches a certain level, causing the breaker to open and interrupt the flow of current. It is then reset manually or by an automatic reset mechanism. The breaker works by using an electromagnet to detect the current, as well as a set of contacts that are triggered when the current exceeds the set level. When this occurs, the breaker trips and interrupts the current.

In order to ensure the safety of the circuit, the circuit breaker should be set to trip at a level that is just sufficient to protect the circuit from damage. This is done by adjusting the current at which the breaker will trip. The current level is usually set at a level that is slightly below the maximum rating for the device. This ensures that the breaker will not be damaged by an over-current situation.

Conclusion

The IUG1-1-62-10.0-01 is a versatile circuit breaker that is suitable for a wide range of industries. It has been designed to be used in hazardous and high-risk applications, as it is capable of switching high levels of current. The device is also designed to offer minimal complexity and cost during installation. The breaker works by using a magnetic field set up by the current in the circuit to trip the breaker when the current reaches a certain level. It is then reset manually or by an automatic reset mechanism.

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