C14M2S

C14M2S is an electrical fuse that works in a specialized way to provide internal and external protection from overloads and short circuits. It is especially viable for use in electrical systems that require overcurrent protection and rapid response time. This type of fuse has a rated voltage of 480VAC and can quickly detect power system faults or surges. In addition, C14M2S has wide operating temperature ranges in the -10degrees to +60degrees Celsius range.

The fuse\'s working principle is based on the melting of an internal fuse element. When current in the system exceeds the fuse\'s rated current, the internal element melts, thus interrupting the circuit. This action prevents any further damage from a potential overload or short circuit. The C14M2S uses a glass-fiber reinforced thermoset body that can withstand higher overload currents compared to other types of electrical fuses.

C14M2S is most commonly used in a variety of electrical and electronic applications, including power distribution systems, motor protection, and control systems. The compact design of the C14M2S allows it to be used in tight spaces and can be easily replaced if damaged. Additionally, its rating of up to 180KA makes it suitable for use in industrial plants and other high power applications that require reliable overcurrent protection.

The C14M2S fuse is designed to meet all safety requirements and is UL listed. It is also equipped with a mechanical end-of-life indicator, which helps identify when a fuse needs to be replaced. This type of fuse also self-resets after being activated, meaning it can be used repeatedly without the need to be manually reset.

The C14M2S fuse is designed to offer reliable overcurrent protection and provide users with peace of mind in tough, high-power environments. This fuse is an excellent choice for applications where space is limited and overcurrent protection is critical. Its wide temperature range, compact size, and rugged construction make it suitable for the toughest of applications and environments.