0234003.MXP

Fuses are intended for protection of electrical circuits against overloads and short-circuit conditions, as well as for other protection against disasters. The 0234003.MXP fuse is a low-volt, medium-current, time-delay, current-limiting fuse designed to operate in a wide range of applications for protection of industrial and commercial electrical circuits from damage due to overloads and short-circuits.

Application Field

0234003.MXP are reliable and appropriate to use in the following applications:

• Switchboards
• Transformers
• Arc welders
• Circuit breakers
• Capacitor Banks
• DC Systems
• Solar & Wind Energy Systems
• Motors & Pumps

The 0234003.MXP is available in a variety of amperage ratings, mounting configurations, and body materials, with several options to match the requirements of the application. They are designed to improve safety, reduce downtime and address a range of supply circuit protection requirements.

Working Principle

The 0234003.MXP is constructed with an ultra-fast fusing element that is enclosed in a rugged casing made of high-grade thermoplastic. The element is designed to melt when exposed to a current flowing through the circuit greater than the rated current of the fuse. When this happens, the element dissipates the energy of the current flow in the form of heat, melting the element and thus interrupting the current flow.

This interruption in the current flow prevents the circuit from being damaged by the excessive current flow. The element is designed to melt quickly enough so that it does not damage the circuit, but slowly enough so that it does not prematurely open, therefore protecting it in the event of an overload or short-circuit.

The 0234003.MXP is a low profile fuse, which means that it does not require a lot of space and can be easily mounted within the circuit. It is also designed to be maintenance free, and can be easily installed and replaced when necessary.

The 0234003.MXP fuse is designed for use in a wide range of applications, including power supplies, high voltage, and low voltage systems. As such, they are ideal for protecting a wide range of circuits and equipment.