UPGHX11-28075-2 Circuit Protection

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Circuit Breakers play a critical role in electrical systems, and UPGHX11-28075-2 circuit breakers are a good example of their importance. They are designed to protect circuits from overload or short circuit conditions, as well as from accidental overloads caused by high short-circuit currents. UPGHX11-28075-2 circuit breakers are easy to install and will provide reliable protection against potential hazards.

UPGHX11-28075-2 circuit breakers are classified under medium-voltage circuit breakers, and their application field includes low and medium voltage networks. They are typically used in industrial plants, factories, large commercial buildings, and wherever else there is a need for more reliable, cost-effective and certified protection against high short-circuit currents.

The working principle of UPGHX11-28075-2 circuit breakers is based on current overloads protection. The circuit breaker is designed to detect an excess current, and when it is detected, the circuit breaker trips. This action prevents a prolonged overcurrent situation that could cause heat, fires, or other catastrophic results.

The UPGHX11-28075-2 circuit breaker contains a set of robust, reliable components that offer good current interrupting capabilities. It uses contacts, an electromagnet, and a spring. The spring acts as a storing device for mechanical energy that open and close the contacts in response to current overloads. The electromagnet acts as a control mechanism, allowing the breaker to switch the contacts on or off in response to a detected overload. When an overload occurs, the current in the circuit causes the electromagnet to open the contacts. This instantly cuts off the power supply to the affected circuit, eliminating the risk of any further damage.

UPGHX11-28075-2 circuit breakers provide excellent protection against short-circuiting, overpowering, and overvoltages. They are versatile, easy to install, and offer space and cost savings. They also provide reliable protection from many potential hazards, thus helping to ensure the safety of the system’s components.

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