170M8620

170M8620 Application Field and Working Principle

The 170M8620 is an electrical specialty fuse that can be used in many applications. It is compatible with most AC and DC circuits and can protect against overcurrent, or the excessive flow of current. The 170M8620 has a resistance rating of 0.2 ohms, and its operating temperature range is between -30°C and +50°C.

The 170M8620 is a quick acting or fast acting fuse, meaning it responds quickly to surges in current or short circuits. It is a compact, lightweight, and easy to install device, and it is ideal for use in hard to reach or tight spaces where other types of fuses may not fit. This fuse is also resistant to vibration, meaning it won’t be susceptible to failure due to vibrations.

This fuse is designed for use in electronic circuits, such as those in computers, AC/DC converters, inverters, industrial motor controls, and switchgear. It is also safe for use in circuits that may have dangerous potentials, such as 480 or 601 VAC.

The 170M8620 is a current limiting fuse, meaning it is designed to reduce the overall energy of the short circuit or overload current. This reduces the risk of costly damage and extends time for system operators to shut off the circuit if necessary. The fuse also acts as a last resort protection against short circuits and prevents damage to downstream circuits.

The fuse is designed with an internal arc chamber that allows any unsafe arcing to be contained within the fuse unit itself, avoiding injury or other hazards. Its temperature-compensated characteristics help to ensure that the fuse opens in a reasonable time in the event of an overload, and that the fuse will not open unnecessarily due to poor operation.

Overall, the 170M8620 is a highly reliable fuse that offers maximum protection to a variety of electronic and other circuits. Its fast-acting nature and high resistance make it an ideal choice for use in hard to reach or potentially dangerous areas. The internal arc chamber, temperature-compensated characteristics, and its resistance to vibration provide additional safety and reliability to this device.