023001.5DRT2W

Application Fields

The 023001.5DRT2W fuse is usually used in amperage ratings ranging from 25A to 1000A. It can be seen in motor circuits, power supplies, transformers, electric motors, and other components of an electrical system. It can also be used to protect electronic equipment from short-circuits, overloads, and other current surges that can cause damages to the equipment.

023001.5DRT2W fuses are also suitable for almost all locations and environments, as they are designed to operate at temperatures from -20℃ to 70℃ and humidity up to 95%. It is UL 258 listed and CSA approved, and it is designed to meet the standards of IEC 60269-2 for fuses. This type of fuse is also widely used in residential, industrial, and commercial applications.

Working Principle

The 023001.5DRT2W fuse is a thermal fuse that uses a temperature-sensitive fusible element that breaks the current flow when the temperature rises above a predetermined level. This type of fuse is triggered once the temperature reaches a certain level, somewhere between 60-70℃ in most cases. The overload or short-circuit would cause the element to heat up due to the resistance, and once the temperature rises to a certain limit, the element would break, thereby ceasing the current flow.

It is important to note that this type of fuse can only be used once. After the fusible element melts, it can\'t be used again even if the temperature drops below the minimum level. This is because the fuse element will have already been destroyed by the overcurrent or short-circuit.

Conclusion

023001.5DRT2W fuses are a type of thermal fuse that is used to protect electrical systems and devices from overcurrent and short-circuits. These fuses can be used in a wide range of applications, from residential to commercial and industrial areas. It is also designed to meet the standards of IEC 60269-2, and it allows for temperature resilience of up to 70℃. The 023001.5DRT2W fuse will react to current overflow and short-circuits by heating up a fusible element, which melts and breaks the current flow. It can only be used for one purpose, although it can save a system from destruction in the event of an overload.