0326.125MXP

0326.125MXP Application Field and Working Principle

0326.125MXP is a type of fuse manufactured by Corning Class R Fuses. It is designed for protecting higher wattage medium voltage motors and circuit protection. 0326.125MXP fuses are widely used in various industries such as manufacturing, aerospace, medical, automotive and more.

The 0326.125MXP fuse has a withstanding voltage capability of 10 KVAC and can handle multiple motors during inrush conditions. It is UL-recognized for use in process control systems, feeders and branch circuits. The fuse is also compliant with CSA and ANSI standards.

The 0326.125MXP is a medium voltage Class-R fuse designed for use in medium- voltage motor controllers and industrial load centers. It has a rated voltage of 10 kV and a current rating of 125A. The fuse is current limiting, so when an overload occurs, the current is limited to 125A, which helps to prevent damage to the motor or circuit.

The 0326.125MXP uses a solid-state element as its internal switching device. The element is made of a combination of solid-state and fusible materials, and is triggered at a predetermined current level. When the current reaches the specified limit, the element becomes heated and starts to melt, disrupting the circuit. This causes an arc that melts the rest of the fuse element, leaving an open circuit.

Because the 0326.125MXP is a current-limiting fuse, it helps to reduce the risk of damage from arcing faults. The fuse is designed to limit the current to the rated value, so that if the over-current is too high, the fuse will trip faster. This helps to prevent the electrical components from becoming overloaded and damaged.

In summary, the 0326.125MXP is a reliable, high-performance medium voltage Class-R fuse designed for use in industrial motor load centers, process control systems and branch circuits. It has a rated voltage of 10 kV and a current rating of 125A and is UL-recognized for use in motor controllers and industrial load centers. The fuse is current limiting, helping to prevent damage to the motor or circuit, and is compliant with CSA and ANSI standards.