170M2695

The 170M2695 fuse is designed for use in many electrical applications. It is a specialty fuse that is rated for currents up to 25 amperes and has an interrupting rating of 10 kA. The fuse has a time-delay feature that helps provide additional safety and protection for both electrical and electronic circuits.

The 170M2695 fuse has a wide range of applications. It can be used in electrical distribution systems, motor circuits, lighting fixtures, power supplies, industrial processes and many other applications. The fuse also provides protection for commercial applications, such as office equipment, communication systems and security systems.

The fuse has been designed to provide maximum safety for all types of electrical circuits. Its time-delay feature provides extra protection for sensitive electronic components in the circuit. It also helps to prevent short-circuits and other electrical faults that can damage electronic components.

The working principle of the 170M2695 fuse is fairly simple. When the current on the circuit exceeds the rated current for the fuse, the fuse will heat up. This causes the fuse element to expand, and eventually the fuse will open the circuit. This prevents the circuit from becoming overloaded and damaging the components.

The 170M2695 fuse is designed for both high and low voltage applications. It is UL recognized and has been tested to meet the requirements of UL 248-10 and CSA C22.2 No. 248.10. It also has an operating temperature range of -40°C to 85°C. The fuse is designed for circuits that operate at constantly varying current levels, and it is available in both standard and miniature size.

In summary, the 170M2695 fuse is a specialty fuse designed for many different electrical applications. It is rated for current levels up to 25 amperes and has an interrupting rating of 10 kA. The fuse has a time-delay feature that helps provide additional safety and protection for both electrical and electronic circuits. It is UL recognized and has been tested to meet the requirements of UL 248-10 and CSA C22.2 No. 248.10.