048102.5HXL

048102.5HXL fuses are electrical specialty fuses specially designed for the protection of electronic and electrical equipment. They are widely used in applications such as power, telecom, fire, security, building automation, and industrial equipment. This fuse is a hybrid design, which combines the advantages of HRC fuses and standard plug fuses. It is typically used in applications where a large current path is needed to protect sensitive electronics and components.

The 048102.5HXL fuse has a current rating of 30 to 600V AC, and comes in two different sizes and configurations. The standard configuration is the two-pole, which is designed for use in two-pole fuse holders. The second configuration is the three-pole, which is designed for use in three-pole fuse holders. Both configurations provide the same level of circuit protection.

The working principle of the 048102.5HXL fuse is based on the temperature sensitive flow-through design. When a fault current passes through the fuse element, the temperature of the element increases. When the temperature reaches a predetermined level, the fuse element will melt, causing the fuse to open. The fuse element is designed to provide protection from both short circuits and overloads.

The 048102.5HXL fuse is a very efficient and reliable protection device, and is ideal for use in power, telecom, fire, security, building automation, and industrial equipment applications. It has been designed for maximum safety and reliability, and is designed to meet the requirements of the most demanding applications. In addition, it can be designed to provide superior performance in applications that require the highest level of protection. It is also UL listed and certified to meet the latest safety standards.

The 048102.5HXL fuse is available in a variety of sizes and configurations, and offers a wide range of protection levels. It is designed to work with a variety of circuit breakers and other protection devices, and is easy to install. The fuse is UL listed and certified, and is designed to provide superior performance in even the most demanding applications.