C14G16

Due to market price fluctuations, if you need to purchase or consult the price. You can contact us or emial to us:   sales@allicdata.com

Introduction

C14G16 Fuses are specialty electrical fuses engineered specifically for today’s ever evolving specialized and complex electrical architectures. Known for their ability to work with high site voltages, these fuses are commonly used in industrial applications. This document will provide an overview of the C14G16 fuse technology, its application fields, and working principle.

Types

The explosive power of C14G16 Fuses is typically higher than other of its relatives; it combines high capacity and short-circuit breaking capacity, suited for a variety of applications. It is notable for its high breaking capacity that makes it applicable to most industrial applications. When it comes to varieties, there are two types of C14G16 Fuses, i.e. breaking capacity (BC) and power capacity (PC).

BC type has a high breaking capacity of 6 kA or 10 kA for its rated current and high voltages, while the PC type features high power capacity of 8 kW or 16 kW for its rated current and site voltage.

Applications

C14G16 Fuses are commonly used as protection to electrical circuits, machines, & motors at higher site voltages. Thanks to its exceptional breaking capacity, C14G16 Fuses can be applied to various types of systems and electrical loads, ranging from lighting circuits and power plants to IT systems. It is also often used in medium-voltage circuits and HV/LV transformers.

Moreover, C14G16 Fuses are widely applied in airborne or space systems due to its exceptional ability to dissipate heat with little waste or environment damage. It is also safe for medical and laboratory equipment, where its low stress level makes it an optimal choice for protection.

Working Principle

C14G16 Fuses uses the same principle as an ordinary fuse by providing a means of protection and breaking excess electrical current. This fuse is made to react quickly to unexpected temperature changes and high current surge. In the event of an overload or short circuit, the current flow melts a wire, thereby breaking the circuit. The size of the wire determines the electrical resistance, and when the resistance is exceeded, the fuse is triggered.

C14G16 Fuses are designed with a built-in protector mechanism to protect the circuits from voltage surges and prolonged power outages. Even a long drawn-out overload cannot damage the fuse as the protector mechanism rapidly cools down the wire. These fuses also feature a high speed short-circuit capacity that reacts quickly and efficiently to break the electric circuits.

Conclusion

C14G16 Fuses are essential components in most of today’s advanced electrical systems because of their robustness and exceptional breaking capacity. With its ability to operated under any given site voltage and effectively managing any unexpected temperature changes, these fuses are quickly becoming an industry staple for large and small industrial applications.

The specific data is subject to PDF, and the above content is for reference