C10M12

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The C10M12 series of electrical, specialty fuses is a popular choice for both residential and commercial electrical applications. Designed to protect circuits from electrical overloads, the fuses are thermally sensitive and have a very rapid response time. The C10M12 series provides reliable protection from thermal overloads, short-circuits, and surges.

The C10M12 fuse is designed for low voltage applications, such as residential and commercial lighting circuits. Featuring a thermally sensitive element, it is well suited for protecting circuits from electrical overloads. C10M12 fuses feature an extremely fast response time, allowing them to trip and disconnect a circuit if an overload occurs quickly, preventing damage to equipment and wires.

The C10M12 fuse is a 12A rated product, with a maximum fault current capacity of 10kA, and a maximum temperature of 85°C. The fuse is manufactured using a copper-coated zinc enclosure and tin-plated contacts. The enclosure is designed to provide the highest levels of protection against short-circuits, thermal overloads, and surges. As with other fuses, the C10M12 fuse is designed to be inserted into a fuse box, typically housed within an electrical conduit. It is also available with an in-line lead to be used with multiple protection systems or installation locations.

The working principle of a C10M12 fuse is fairly simple and effective. The fuse is designed to protect the circuit should an overload, short-circuit, or surge occur. When a current overload or fault occurs in the circuit, the Zinc core of the fuse heats up due to the increased current draw, causing the thermally sensitive element inside the fuse to react and open the circuit, protecting the wiring and equipment from potential damage.

C10M12 fuses are an ideal choice for protecting residential or commercial lighting circuits from overloads and faults. With a fast response time, they provide reliable protection from thermal overloads, short-circuits, and surges. Their simple design, combined with their robust construction and relatively low cost, make them an extremely popular choice for many electrical applications.

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