3130-F110-P7T1-W02Q-8S0018-10A

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A circuit breaker is a switching device which provides an automatic means of protection against an overload or short circuit. 3130-F110-P7T1-W02Q-8S0018-10A is a specific type of circuit breaker which is also known as a thermal magnetic circuit breaker. It combines the operation of a thermal and a magnetic breaker.

A thermal magnetic circuit breaker works by measuring the current load and providing a safety threshold above which the breaker will trip. The primary benefit of the thermal magnetic circuit breaker is that it has a higher threshold than a standard thermal circuit breaker, allowing it to detect problems with larger loads.

The 3130-F110-P7T1-W02Q-8S0018-10A circuit breaker features a thermal strip, which is thermally sensitive, and a magnetic trip bar, which is magnetically sensitive. When a large current passes through the breaker, the thermal strip will heat up due to current passing through it. This heat causes the thermal strip to expand, causing the magnetic trip bar to move and eventually trip the breaker.

When the breaker is tripped, a central solenoid (containing both a magnetic coil and a switch) is activated and the switch is closed. This causes the current to be cut off from the circuit, protecting it from a dangerous overload. The temperature of the thermal strip then decreases and the magnetic trip bar moves back to its original position, allowing the switch to be reopened and the current to flow again.

The 3130-F110-P7T1-W02Q-8S0018-10A circuit breaker is most commonly used in commercial and industrial applications, such as factories, power lines, and heavy machinery, to provide additional protection against overloads or short circuits. It is also frequently used in domestic applications, such as household appliances and commercial kitchen circuits.

The 3130-F110-P7T1-W02Q-8S0018-10A circuit breaker is a reliable and cost-effective way to provide protection against dangerous electrical overloads, and is an excellent choice for any application where the risk of electrical overloads is high. It is important to note, however, that the breaker should only be used in circuits where the current is known to stay within the threshold limit of the breaker. Using the breaker in a circuit with a current that is larger than the breaker’s threshold can result in the breaker being tripped and the power being cut off, causing equipment and appliances to stop working.

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