UPG6-27822-20 Circuit Protection

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Circuit breakers are used to protect electrical circuits from hazardous overloads and short circuits. UPG6-27822-20 is a type of circuit breaker designed to provide protection in three common areas: overload, thermal and short circuit. It functions by automatically interrupting electrical flow for a specific period of time when current levels become excessive.

Application Field for UPG6-27822-20

The UPG6-27822-20 can be used in various high current level locations to ensure the safety of the circuit. It is typically found in amperage applications ranging from 800 to 1,000 amps and is mainly used in the industrial, automotive, marine, commercial and residential sectors. In applications where it is necessary to obtain a high-level of protection and reliable performance, the UPG6-27822-20 should be selected.

Working Principle of UPG6-27822-20

The UPG6-27822-20 works on the principle of thermal-magnetic trip technology. It combines a bimetal temperature element with a solenoid activated trip mechanism. The thermal part of the device is made up of a bimetal element that senses the air temperature surrounding the device and expands when it reaches a certain temperature. The solenoid on the device is activated by a magnetic field when the current passes through it and this triggers the trip mechanism.

The thermal element and solenoid of the UPG6-27822-20 are able to detect high current levels quickly and reliably. Once the current surpasses the preset levels, the device is able to detect this and cut the power to the circuit. The UPG6-27822-20 is also capable of accurately resetting itself once the current levels come down to safe levels, making it extremely reliable.

The UPG6-27822-20 is a type of circuit breaker that is used in various high current level applications and is able to provide reliable and safe protection to electrical circuits. It works on the principle of thermal-magnetic trip technology, which combines a bimetal temperature element with a solenoid activated trip mechanism. The device is highly reliable and can quickly detect high current levels and reset itself once the levels are reduced.

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