178.7017.0001

Fuseholders are important components used in electrical systems to protect against circuit overloads. One type of fuseholder is the 178.7017.0001, which is specifically designed for high current applications. This fuseholder works by isolating the circuit from any potential over-currents and providing protection for both equipment and personnel.

This 178.7017.0001 fuseholder is rated for up to 600 volts, with a maximum current up to 500 amperes. It is designed to be used with standard size industrial fuses and is suitable for use with voltage range from 480 VAC to 600 VAC. It is also rated for Class "R" and " T" fuses, making it an ideal choice for industrial applications where both voltage and over-current protection are needed.

The working principle of this fuseholder is quite simple. It uses specially designed internal components to isolate the circuit from any potential over-currents and at the same time provide protection against equipment damage and personnel injury due to overloads. When an over-current occurs, the fuseholder will open the circuit and protect the equipment and personnel from any further damage.

The 178.7017.0001 fuseholder is designed to be robust and reliable to withstand harsh electrical environments. It is constructed from high-grade materials with a thermal conductivity rating of 210w/mK to ensure effective heat dissipation and superior protection. Additionally, the fuseholder is UL approved and complies with the latest safety standards.

The 178.7017.0001 is a robust and reliable fuseholder for high current applications. It is designed to provide both voltage and over-current protection and is suitable for use with standard industrial fuses. It is constructed from high-grade materials with a thermal conductivity rating of 210w/mK and is UL approved for compliance with the latest safety standards. In addition, the working principle of this fuseholder is simple and effective, with the internal components isolating the circuit from any potential over-currents and providing protection against equipment damage and personnel injury due to overloads.