0481012.VXL

0481012.VXL is a specialized fuse which is specifically designed for electrical applications. It is a member of the VGX and VHL fused lines which also includes other voltage limiting fuse designs. This fuse is used to protect electrical circuits and devices from over voltage or short circuit. The 0481012.VXL is a multi-voltage fuse and it is rated up to 240 volts AC.

The 0481012.VXL is designed to protect load circuits which experience small or large voltage transients. It has two distinct parts including an internal protective element and a metal or plastic housing. The internal element is a lump of fusible material which melts or ruptures when the current reaches its rated value, thus breaking the circuit and preventing overload or short circuit. The housing is designed to hold the internal element together and provides additional protection from environmental factors. It is also designed to prevent the fuse from completely separating from its base.

The working principle of the 0481012.VXL fuse is based on the thermal-magnetic effect. This effect occurs when the overheating of the wire in the circuit causes the fuse element to fuse. The fuse is designed with a small internal resistor which limits the current that passes through the fuse. When the current passes through the resistor, it creates heat which causes the internal element to fuse. This action is known as thermal-magnetic reaction and it is used to trip the fuse.

The 0481012.VXL is mainly used in industrial or commercial panel boxes and power systems. It is also used in high voltage applications and can be used to protect equipment from voltage transients and surges. It is also used in automotive applications such as protecting headlights and other accessories. This fuse is also used to protect data and telecommunication lines.

The 0481012.VXL fuse is an excellent way to protect the electrical circuits and devices from over voltage and short circuit. It is able to quickly detect the presence of an overload or short and reacts by tripping the current. This helps to minimize the risk of electrical shock or equipment damage while at the same time providing efficient electrical protection.