5VTP 2.5-R

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Fuses are types of safety devices designed to protect circuits, cables, machines, and other components from damage caused by overloads or short circuits. The 5VTP 2.5-R is a type of HRC (High Rupturing Capacity) fuse which is widely used in different industries to provide circuit protection. This fuse can be used to protect circuits from short circuits and overloads in various applications such as power distribution systems, motor circuits, electrical pilot systems, and more.

The 5VTP 2.5-R has a specific design to withstand high current surges and short circuits. It is made of premium quality non-metallic material and has a ceramic head to reduce the risk of arc flash. The fuse is also temperature-compensated to ensure consistency and reliability in all conditions.

The 5VTP 2.5-R has a nominal rated current of 125 amps and a breaking capacity of up to 15 kiloamps. It also has a remarkably low voltage drop of only 0.12 volts. The fuse is designed with a double layer of non-corrosive contact points and a thermally-protected contact system to ensure a quick and reliable response to overloads or short circuits.

The most distinctive feature of the 5VTP 2.5-R is its ability to break large currents quickly and reliably while limiting the damage caused by an overload or short circuit. It is designed with a special arc-suppressing core to minimize the temperature rise and reduce risk of fire. It also features a highly efficient capacitor mechanism to maintain contact integrity during short-circuit conditions.

In addition, the 5VTP 2.5-R is backed by a reliable international standard test lab certification to ensure consistent and reliable performance. This fuse is also designed for ease of installation and service, providing low-maintenance protection in a variety of applications.

The 5VTP 2.5-R is a reliable and cost-effective solution for circuit protection in a variety of applications. Its high current capacity and quick response time make it an ideal choice for industrial, commercial, and domestic applications. Moreover, its compact design provides flexibility for installation in tight spaces.

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