IUGQ11-5888-4 Circuit Protection

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Circuit breakers are electrical devices that protect circuits from overloads caused by excessive current. The IUGQ11-5888-4 is a circuit breaker specifically designed for higher current and voltage levels.

The IUGQ11-5888-4 device is a double-pole circuit breaker with a wide operating range and a single-phase overcurrent protection function. It is rated for up to 690VAC and 5A. The device also has an integral contact position indicator which allows users to easily tell whether the circuit is closed or open.

The IUGQ11-5888-4 circuit breaker is designed to provide protection for a large range of electrical equipment. Its primary use is in industrial installations, such as for large motors, domestic appliances, and lighting systems. It is also suitable for use in power distribution and control applications. The device can be used in applications ranging from low voltage to high voltage levels.

The IUGQ11-5888-4 is designed to provide reliable switching and circuit protection. It features a trip indicator which indicates when the circuit has been tripped. The device also has an adjustable trip setting allowing users to adjust the current value that will trip the circuit. The device also features a lockout feature which prevents trips triggered by overcurrent from occurring in rapid succession, such as in cases of short circuits.

The working principle of the IUGQ11-5888-4 is based on the electromechanical forces that are generated when high current flows through the device. These forces cause the internal spring to compress, opening the contacts and tripping the circuit. Once the current drops to a safe level, the spring forces the contacts back together and the circuit resumes operation.

The IUGQ11-5888-4 is a highly reliable and versatile circuit breaker that is designed for a wide variety of applications. Its main advantage is that it can easily be adjusted to meet the specific current and voltage requirements of any application. Additionally, it is easy to install and requires minimal maintenance due to its robust design. This makes it an excellent choice for use in industrial applications or for general power distribution.

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