HBM-25

Due to market price fluctuations, if you need to purchase or consult the price. You can contact us or emial to us:   sales@allicdata.com

HBM-25 is a type of electrical specialty fuse. It is widely used around the world in various types of electrical applications. It is a mainly used for the purpose of circuit protection. The HBM-25 is designed to trip when subjected to heavy overload currents and short circuits in order to protect circuits and equipment from damage.

The HBM-25 fuse is small size and has very fast response to overloads and short circuits. It is composed of silver alloy which is in thin slivers with a thin layer of phenolic coat across them. The fuse consists of two halves. At one end is a metal top with the electrical terminals rising from one side, whilst the other end contains the silver alloy within the phenolic coated surface.

The working principle of the HBM-25 fuse is based on the Joule heating effect. As the electric current flows through the fuse, the resistance of the copper wire in the fuse generates heat which is dissipated from the surface of the phenolic coating. This generates heat which is sufficient to melt the silver alloy. When the silver alloy melts and breaks the circuit is broken and the desired current protection is provided.

The HBM-25 fuse is a low voltage fuse and is primarily used in residential and commercial applications. It is widely used in appliances, tools, telecommunication systems, lighting surveillance and other electronic equipment. It is also used in control panels and substations in power distribution networks to protect them from over-current. It is also used to protect transformers and winding coils from damage by high current.

The HBM-25 fuse is an essential component in any electrical system or appliance and is the best way to provide protection from over-current. Its easy installation and fast response time makes it a reliable and economical fuse ideal for many applications. It is also designed to be very safe to use and minimize the risk of fire or other accidents that could result from over-current.

The specific data is subject to PDF, and the above content is for reference