0313.062HXP

Fuses

0313.062HXP Application Field and Working Principle

Fuses are commonly used elements in electrical and electronic circuits. 0313.062HXP is a model of fast-blow fuses from the 5×15mm fuse series. It has wide application fields in automotive, appliances, commercial and industrial electronics.

A fuse is a safety device that works to protect equipment from overcurrent caused by short circuit or overload faults. This is achieved by interrupting the circuit when the current flowing through it exceeds a preset level. The 0313.062HXP is a fast-blow fuse, meaning it has a quicker response rate in detecting and safely interrupting the circuit from short circuit or overload faults.

The 0313.062HXP is designed with an application limit and action time curve. Its application limits is AC 6A/ 250V and DC 8A/ 32V, which is the range that it’s capable of protecting. It is also designed with a built-in thermal induced bi-metallic element which is the one responsible for controlling and limiting overcurrent. This action time curve ensures the 0313.062HXP will reliably react to overcurrent or short circuit events.

The working principle of the 0313.062HXP is based on the heating effect of electric current. Since it contains a temperature sensor or heat sensitive thermometer, it responds to sudden surge of current by becoming warm to touch. In the event of an overcurrent, the thermal induced bi-metallic element of the 0313.062HXP will act faster than other slow-blow fuses, quickly releasing the contact pressure inside the fuse and interrupting the circuit.

To be able to measure the current, voltage and action time curve precisely, the 0313.062HXP should always be tested, inspected and maintained regularly. It should only be replaced with the same model or an equivalent spare part. The replacement of the fuse should always be done by a qualified engineer in order to prevent any additional damage to the equipment.

In conclusion, 0313.062HXP is a fast-blow fuse widely used in automotive, appliance, and industrial and commercial electronics. With its built-in thermal induced bi-metallic element, fast response rate and action time curve, the fuse can effectively protect the equipment from overcurrent or short circuit events. It is important to keep a regular maintenance of the fuse and get a qualified engineer to replace the fuse when necessary to maintain its reliability.