UPL11-2652-1

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Circuit breakers are typically used to protect electrical circuits from damage caused by power surge, insulation failure or other electrical system malfunctions. The UPL 11-2652-1 circuit breaker is a three-pole breaker effectively used to monitor and protect your system from over currents, short circuits or any other potentially dangerous currents going through it. This type of breaker is ideal for electricity distribution applications and other low or medium voltage circuits.

The UPL 11-2652-1 works by using air to activate the contacts. When the set rated current is exceeded, an electrical arc is created due the action of the current. The arc will then heat up, causing the air to expand and create pressure around the contact points. This pressure will push the contacts apart, thereby interrupting the flow of current. This process is called arc disruption, and is the primary method of controlling excessive current.

In addition to arc disruption, the circuit breaker is also designed to provide additional protection against other types of faults. An example of this type of protection is the thermal trip, which is designed to prevent excessive heating of the contacts by monitoring temperature changes. If the temperature of the contacts reaches a certain level, the circuit breaker will be tripped.

The UPL 11-2652-1 can be used in a variety of applications. This includes residential and commercial buildings, industrial plants, hospitals, and any other place in which current needs to be managed and controlled. These types of circuit breakers are also used in electrical car charging stations, where they protect sensitive electronics from power surges and faults.

Overall, the UPL 11-2652-1 is an effective and reliable circuit breaker that can be used in a variety of situations. Its efficient arc disruption technology and thermal trip feature ensures that your electrical system is protected against over-currents, short-circuits and other dangerous electrical faults. It is a great choice for any application that requires proper and reliable management of electricity.

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