0PAL240.X

Fuses are designed to protect electrical circuits and equipment against abnormal over-current. OPAL240.X is a type of fuse which is manufacturer by Mitsubishi Heavy Industries LTD. It has been in the industry for more than two decades. The fuse is used for low voltage applications, mainly for protection against overload, short circuit and other onset of critical electrical issues.

OPAL240.X is available in different sizes and ratings. The ratings involve voltage, current, and interrupting rating. The fuse is designed with an insulated body, a fuse chamber and a hole in the middle, used for inserting fuse element. Its construction is non-replaceable which means that the fuse element is automatically destroyed when it senses over-current, cutting off the power thereby preventing further damages.

OPAL240.X fuses are commonly used in residential, commercial and industrial applications. It can be used in the protection of motors, circuit breakers and all equipment up to a specified rating. The fuse has a wide range of applications and has gained a great investment from customers. Its working principle involves the destruction of the fuse element when the current rises above a predetermined level. It is designed to detect and break short circuits and overloads immediately.

The strength of the fuse element depends on the current ratings, resistance components and time delay. The time delay response is associated with fuse ratings such as 1, 2, or 3 and is measured in milisecond. The higher the ratting is, the slower the time delay will be. This allows the fuses to detect any sudden rise in current and respond quickly while still providing protection against overloads and short circuits.

OPAL240.X is a reliable and popular type of fuse and is one of the most popular products among low voltage users in the world. Its performance is outstanding and produces excellent results with its wide range of applications and versatile working principle. This helps users in protecting their electrical circuits and equipment from being damaged due to abnormal current.