170M3214

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 170M3214 is an electrical specialty fuse that serves several applications and has its own unique working principle. These fuses are designed to protect electrical equipment from overcurrents and short circuits. They are durable and highly reliable, able to handle a wide range of currents and temperatures.

The 170M3214 is a fast-acting fuse that is able to provide overcurrent protection in a range of industrial and commercial applications. Common uses include automotive and marine applications, electrical equipment, data centers, and industrial machinery. This fuse can also be used in solar photovoltaic systems, uninterruptible power supply (UPS) systems, power supplies, telecommunications, and lighting systems.

The fuse works by releasing an internal bridging element when the current exceeds the rated amperage. This element creates a short circuit, which causes the fuse to quickly blow, thereby quickly breaking the circuit and protecting the downstream components in the system. The fuse element is made of a variety of metals, including nickel-iron, copper, bronze, or aluminum, depending on the application. The metal’s resistance to current flow helps the fuse determine the melting point of the fuse element, which determines the rated amperage of the fuse.

The 170M3214 is available in a variety of sizes and amperage ratings, ranging from 0.75A to 50A. It is constructed in a cylindrical format, with a ceramic body and silver-plated caps on both ends. This fuse is rated for use at a maximum voltage of 1KVac, and a maximum operating temperature of 85ºC. The fuse is UL Recognized, and CSA certified.

The 170M3214 is a reliable, durable, and robust fast-acting fuse that offers exceptional protection against overcurrents and short circuits. Its wide range of applications, combined with its quick response time, make it an ideal solution for protecting electrical equipment from damage.

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