0388010.MXP

Fuses have been used since the late 1800s for circuit protection and power supply regulation. Today, fuses are found in a variety of applications, including power electronics, motor control, and appliances. The 0388010.MXP is a type of fuse used to protect a circuit against overcurrent and short-circuits.

The 0388010.MXP is a medium-density, industrial strength fuse designed to carry and protect high currents. It has a fast-acting time delay of 1.3 seconds for most standard ratings and can be used in 120/240 vac or 240 vac 3-phase systems. The 0388010.MXP is UL-listed with a 25 A/1000 VAC rating and is suitable for both indoor and outdoor installations.

The 0388010.MXP utilizes a heat-sensitive fuse element contained in an epoxy-filled thermal-plastic housing. This design helps to keep the fuse element from becoming over-heated in an over-current situation, allowing the fuse to quickly and automatically reset itself once the fault has been cleared.

The 0388010.MXP is designed to provide protection in a wide range of applications, including motor starters, industrial power supplies, lighting circuits, and battery chargers. It is also suitable for use in solar and wind energy systems, HVAC units, and other equipment requiring over-current protection. The 0388010.MXP has a current rating of 25 A when used in 1-phase systems and is UL listed for installation under the National Electric Code (NEC).

When the 0388010.MXP is exposed to an over-current situation, the fuse element dissipates the heat generated by the fault and quickly reacts to open the circuit. This fast-acting time delay helps to avoid the potential for fire and/or damage to the equipment. Once the over-current condition has been cleared, the 0388010.MXP can be reset, allowing power to be restored to the circuit.

Overall, the 0388010.MXP is an ideal choice for over-current protection in a variety of industrial, commercial, and residential applications. It has a fast-acting time delay that helps to quickly protect equipment from the risk of fire, as well as a high current rating that ensures reliable protection. Additionally, it is UL-listed for use in accordance with the NEC, making it an excellent choice for many different types of installations.