0FLQ01.5HXR

0FLQ01.5HXR application field and working principle

0FLQ01.5HXR is a fuse that has been developed for use in a wide range of industrial, commercial and domestic applications. It is designed to provide protection to the circuit, by cutting off the power supply when an overload or short circuit occurs.

Application field

0FLQ01.5HXR fuse can be used in numerous industrial, commercial and domestic applications. In industrial applications, it is often used to protect electrical systems from over-current, short circuits, and faults. In commercial applications, the fuse is used to protect different types of electrical and electronic devices from damages due to over-current, and to control and safe guard against fire hazards due to faults.

In domestic applications, fuses are commonly used for the protection of household appliances, such as washing machines, refrigerator, microwave ovens, etc. It is also used to protect electric motors from damage due to over-current and/or short circuits.

Working principle

0FLQ01.5HXR fuse works on the principle of over-current protection. In an electrical circuit, when an overload or short circuit occurs, a sudden increased current is supplied. The 0FLQ01.5HXR fuse senses this increased current and its fuse wire melts and breaks the power supply to the circuit. This, thus, prevents the circuit from getting damaged.

The 0FLQ01.5HXR is a two-part fuse with a relatively low breaking capacity. It is a fast-blow fuse, with a fast response time in case of an overload or short circuit. The body of the fuse has an indicator which will show when it has blown. When the current in the circuit increases over the set point, the element of the fuse will melt and break the power supply to the circuit.

Advantages

The 0FLQ01.5HXR fuse provides a number of advantages over other types of fuse. Firstly, it is a two-part fuse that is fast-acting and responsive in case of an overload or short circuit. Secondly, it comes with an indicator which will show when the fuse has broken, eliminating the guess work to identify the fault. Lastly, it is a low breaking capacity fuse, making it ideal for lower amperage applications.