170M5695

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170M5695 Electrical Specialty Fuses: Application Field and Working Principle

Fuses have been around for centuries, and are commonly used in circuits to provide over-current protection and ensure safe performance of appliances. With the development of the electrical industry, the current handling capability of fuses has kept increasing, and one of the most popular fuses currently used in the market is the 170M5695 Electrical Specialty Fuse. This fuse is available in two sizes – 8 mm x 40 mm and 9 mm x 45 mm – and is rated for a current upto 10 Amps.

Not only does the 170M5695 have superior current-handling capability, but it also offers many other advantages over other types of fuses. The exceptional resistance to temperature, vibration, and shock makes it suitable for a variety of industrial applications. It also features a highly reliable construction and is extremely easy to install. Moreover, it offers a much lower cost of ownership than some of its competitors.

Now, let’s take a look at the application field and working principle of the 170M5695 Electrical Specialty Fuse.

Application Field

The 170M5695 Electrical Specialty Fuse is suitable for a wide range of home and industrial applications, such as motor circuits, lighting circuits, power control circuits, and heating equipment. It can also be used in telecommunications and medical devices, such as computers, television sets, monitoring systems, and other high-end electronic products.

Working Principle

As with all types of fuses, the 170M5695 operates on the principle of over-current protection. When the current passing through the fuse exceeds its rated value, the fuse element gets heated and melts, thus breaking the circuit and preventing any further damage to the appliance. It is important to note that once the fuse has been broken, it must be replaced with a new one for the circuit to resume functioning.

The 170M5695 Electrical Specialty Fuse also has a low breaking current value that further ensures safety, as it allows for a higher fault current before the fuse breaks. This is important in cases where the fault current is expected to be unusually high, as it would prevent the fuse from breaking early and can help to prevent damage to the connected equipment.

In order to make sure that the fuse is functioning properly, it is important to carefully inspect the fuse element for any signs of damage before installation. Additionally, it is also important to ensure that the fuse is properly rated for the intended application, as a wrong rating can lead to the fuse element melting prematurely.

Conclusion

The 170M5695 Electrical Specialty Fuse is a reliable and cost-effective over-current protection device that is suitable for a variety of applications. It is highly resistant to temperature, vibration, and shock, and also features a low breaking current value that ensures safety and prevents premature breaking of the fuses. When used in the right applications and properly installed, it can help protect equipment from potentially dangerous fault currents and ensure safe electrical operation.

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