7.2WFMSJ100

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

The 7.2WFMSJ100 is an electrical specialty fuse that is used in many cutting-edge applications. It is designed to protect various types of electrical equipment from potential hazards that can arise due to excess currents. This fuse is particularly useful in applications that require high current ratings, such as renewable energy systems, telecommunications systems, automotive applications, and many others.

The 7.2WFMSJ100 is a fast-acting, blade-style fuse. It features a 10 amp current rating, which provides optimum protection for circuits with current demands in the range of 2 to 10 amps. The fuse is also equipped with an integral, self-centering, plastic-body base that provides a snap-fit mounting and precise positioning of the fuse. This allows for a high degree of reliability during operation.

The 7.2WFMSJ100 is designed to open quickly and safely when subjected to over-current levels. When excess current flows through the fuse, the metal elements within it will heat up and expand, creating an arc across the gap between the elements. This arc breaks the circuit, allowing the current to be interrupted. The metal elements of the fuse then cool down and seal off the arc, preventing further current from flowing.

To accomplish this, the 7.2WFMSJ100 is equipped with an optimized arc design and a low trip temperature, which allows it to open safely at temperatures up to 150°C. The fuse also has a vibration-resistant design, allowing it to survive harsh environments. Additionally, its reliable current-limiting action helps to prevent potentially hazardous spikes in current from damaging sensitive equipment.

The 7.2WFMSJ100 is widely used in a variety of applications, including solar photovoltaic systems, communications systems, heathcare facilities, and more. It provides an effective solution to protect various equipment from potentially damaging over-current conditions. Its fast opening and self-resetting action offer reliable and cost-efficient protection that will help to minimize the chance of equipment damage or failure caused by over-currents. Furthermore, its easy installation and vibration-resistant design make it suitable for a wide range of installations.

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