IUG1-4-61-8.00-00

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Circuit breakers are an essential part of any electrical system. They act as a switch that can be opened to disconnect an electrical circuit when the current flowing through it is too high, protecting the circuit, the wiring and the equipment connected to it from damage.

IUG1-4-61-8.00-00 is a popular model of circuit breaker. It is a type of miniature circuit breaker (MCB) and is used to protect circuits from overloading and short-circuiting. The maximum operating current of the IUG1-4-61-8.00-00 is 8.00 Amps and the maximum voltage rating is 500VAC.

The IUG1-4-61-8.00-00 is used in a wide variety of applications. It is typically used to protect circuits in domestic, building and industrial installations, such as lighting and sockets, air conditioning, refrigeration and ventilation systems, office equipment, appliances, power tools and motor circuits.

The IUG1-4-61-8.00-00 is a thermal-magnetic type circuit breaker. This type of breaker combines both thermal and magnetic technology. The magnetic component of the breaker trips instantly in the case of a short circuit, while the thermal component trips on sustained overloads. This allows the breaker to react quickly to short circuits while also providing protection against overloads.

The IUG1-4-61-8.00-00 is designed so that when the current exceeds the rated maximum, the contacts of the breaker separate to disconnect the circuit. When the current returns to normal, the contacts close and the circuit is reconnected. The contacts are designed so that the current can only be interrupted in one direction, this ensures that even when the circuit is disconnected, electricity continues to flow from the supply to the device. The contacts are also designed so that they can withstand repeated switching of the open and close cycles.

The IUG1-4-61-8.00-00 is a robust and reliable circuit breaker that offers protection to circuits against short-circuits, overloading and other faults. It is widely used in a variety of applications, providing reliable protection for both residential and commercial installations. The fact that it combines both thermal and magnetic technology means that it is able to respond quickly to short circuits while also providing protection against sustained overloads.

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