205-11-26613-2

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Circuit breakers are used in medium and low voltage applications such as industrial machinery, manufacturing plants, home appliances and the like, to help protect against overcurrent, voltage surge or circuit overload. With the 205-11-26613-2 model number, this circuit breaker is a specifically designed to protect against electrical fire risk, shut off circuits in the event of an overcurrent or overload, and provide a high level of safety for residential and commercial buildings.

The machine itself typically consists of four main components: the handle, the heat sink, the bimetal element and the contacts. The handle is designed to open and close the breaker manually, while the heat sink allows the unit to dissipate heat and keep temperatures down. The bimetal element is designed to bend and snap in the event of an overcurrent and trip the internal switching mechanism. Finally, the contacts provide the physical path for the electricity to flow.

Once the breaker has been tripped, the contacts disconnect, thus preventing an unsafe electrical current from passing through. This allows for both immediate and delayed breaker trips. Immediate trips occur when currents in excess of the breaker’s rated maximum passes through, while delayed trips occur when the time frames for the excess current exceed the breaker\'s timeframe. This model is also designed to reset itself after a power failure, meaning it is both cost-effective and safe to use.

The 205-11-26613-2 circuit breaker also offers a range of additional features. The unit is able to distinguish between normal and fault currents, and is equipped with an adjustable trip setting to allow for customized protection levels. It is also designed to comply with international safety regulations and includes a built-in protection system that helps to detect any forms of contact damage.

Overall, circuit breakers are a crucial part of any electrical installation and the 205-11-26613-2 model offers a reliable, cost-effective and safe solution for residential and commercial buildings. By offering both immediate and delayed trips as well as adjustable protection levels, this model is able to provide a higher level of protection and an improved sense of safety within any given installation.

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