170M4191

Specialty Fuses

The 170M4191 Fuse is a specialty fuse designed for circuit protection. It works by limiting the amount of electrical current that can flow through a circuit. When too much current is passing through a circuit, the fuse will "blow," interrupting the flow of electricity through the system and preventing any further damage. This can be a valuable tool for preventing serious electrical malfunctions.

The 170M4191 Fuse is designed primarily for use in military and industrial electronic systems. The fuse is rated for currents from 6A to 85A, with an AC voltage range of 12V to 600V. With its low voltage drop, the fuse can be used with AC, DC, or both AC and DC applications. It is also made to meet the vibration and shock requirements of MIL-STD-1344.

The 170M4191 Fuse is especially advantageous for aerospace and defense applications. Its self-developed ferrite core allows it to withstand high vibration and shock, making it suitable for use in aircraft and military vehicles. Its quick-blow capability makes it suitable for applications in which protection is needed in a very short amount of time. Its low voltage drop also decreases power losses during operation.

The 170M4191 Fuse is designed with a nickel-plated steel case and zinc-plated steel end-cap. It uses an UL1425 approved element for reliable operation. The fuse has a voltage rate of 125V and a current rating of 50Amps. A series of different thermal end-cap options are available for the fuse, depending on the application environment.

The 170M4191 Fuse is a reliable, high quality addition to any electrical system. It has the ability to withstand high vibration and shock, making it suitable for protecting critical electronic systems. Its self-developed ferrite core and quick-blow capability make it an ideal choice for mission-critical systems, while its low voltage drop keeps power losses to a minimum. Whether for military or industrial applications, the 170M4191 Fuse provides the reliable protection needed to keep systems running smoothly.