The Littelfuse® POWR-PRO® JTD_ID indicator class J fuse provides visual blown fuse indication and maximum protection in a compact package. The compact class J package was designed specifically for circuits where space is at a premium. The current limiting time delay JTD_ID offers a patented true dual element design that is ideal for use in circuits with high inrush currents. Superior performance characteristics of JTD_ID indicator fuses reduce nuisance fuse opening and the blown fuse indication reduces downtime and increases safety.

Littelfuse® POWR-GARD® Time Delay Fuse, Series: JTD Series, Indicating/Non-Indicating: Non-Indicating, Rejection/Non-Rejection: Non-Rejection, 600 VAC/300 VDC, 15 A, Class: J, 200 kA Interrupt, Dual, Cartridge Body Type, Ferrule Terminal, Melamine Body, 2-1/4 in Length, 13/16 in Dia

• Reduced down time - glance at the indicating window of a JTD_ID indicator fuse pinpoints open fuses immediately, if the window is dark, the fuse has opened
• Its that simple, no fuse testing required. machine operators can immediately determine that there is an open fuse and request maintenance personnel to bring the proper replacement
• Reduce nuisance opening - indicator fuses have superior time delay and cycling characteristics they can be used on a variety of applications, thus decreasing fuse inventory
• Reduce fuse inventory - because JTD_ID indicator fuses have superior performance characteristics they can be used on a variety of applications, thus decreasing fuse inventory
• Reduce equipment damage - indicator fuses provide superior overload and short circuit protection that can reduce equipment damage
• Indicator fuses also provide IEC type II no damage protection to IEC and NEMA-type motor starters
• Reduce accidents - the JTD_ID indicator fuse improves safety by minimizing exposure to live circuits
• Unlike other forms of blown fuse indication, once the indicator window darkens, it stays dark
• It does not matter if the power is on or off or if the fuse is in a toolbox
• Other forms of indication requires the power to remain on, which causes a safety hazard for personnel