L25S004.T

L25S004.T specialty fuses are designed to protect circuits and components from excessive current and voltage. This type of fuse is commonly used in networks, telecommunications, computers, and other electronic equipment. It is designed to be used in tight spaces, and is tiny enough that it can sometimes fit inside the equipment it is protecting. The L25S004.T fuse has a voltage rating of 250 volts for AC and DC applications, and is suitable for applications up to 30 Amps.

The physical characteristics of the L25S004.T fuse are quite impressive. It measures 18mm in length, and 5.6mm in width. The body of the fuse is made of ceramic, with contacts that are made of nickel-plated copper. It is certified to UL, CSA, and IEC standards making it a high-quality product. The fuse is designed with a quick-connect terminal system, which makes for easy installation and removal.

The working principle of the L25S004.T fuse is fairly simple. When the current passing through the circuit exceeds the rated current, the internal resistance of the fuse results in the generation of heat. When the fuse reaches its melting point, the contacts separate, and the circuit is broken disrupting the current flow. The only time the fuse needs to be replaced is when it has been exposed to excessive current levels and has melted. The L25S004.T fuse also provides short-circuit protection, ensuring that the current within a certain limit does not rise, protecting the equipment from damage.

The L25S004.T specialty fuses are best suited for applications in tight spaces, where other types of fuses might not fit. It offers reliable current protection and can be installed and removed quickly. The fuse is rated for both AC and DC voltage applications, and is suitable for currents up to 30Amps. The quick-connect terminal system makes for easy assembly and tear-down, and its small size allows it to be fitted in tight spaces. The UL, CSA, and IEC compliance certification of this fuse make it a quality product, and ensures that it meets safety standards worldwide.