01520008Z

Fuseholders, such as 01520008Z, are designed to contain and support electrically-operated devices referred to as fuses. Fuses are safety devices that are designed to protect electrical circuits in residential, commercial and industrial applications from overloads and short circuits. Fuseholders are classified by ratings as well as the voltage, current and temperature at which they can be operated.

A 01520008Z fuseholder has a voltage rating of up 1000V, a maximum current of 100A and a maximum operating temperature of 85oC. It is suitable for use in a variety of applications, including AC and DC power distribution, protection of sensitive electronic components and lighting circuits. The fuseholder is constructed from UL94V-0 rated thermoplastic material, which ensures that it is resistant to mechanical damage, UV and chemical attack. It is available in both straight and right-angle versions and is compatible with a variety of fuse types including 3AG, 3AT, 5×20mm, 6.3×32mm, 6.3×32mm and 6.3×32mm.

The working principle of a 01520008Z fuseholder is based on the principle of electrical resistance. When an electrical circuit is overloaded, the fuseholder will prevent current from flowing through the circuit by allowing the fuse to “blow” or “open” the circuit. This prevents the circuit from becoming damaged or causing injury if it were to continue operating under an overload or short circuit condition.

In order to ensure that the fuseholder will work effectively, it is important to check the current rating of the fuse before installing it in the 01520008Z fuseholder. It is also important to ensure that the fuseholder is installed correctly, with the correct orientation and in a secure position. When the fuseholder is installed, the fuse should be correctly aligned with the contacts in the fuseholder and firmly pressed into place.

The 01520008Z fuseholder is suitable for a wide range of applications and is a reliable and cost-effective solution for protecting electrical circuits. When used correctly, it can help to reduce the risk of overloads, short circuits and other electrical faults, helping to ensure the safety of people and property.