C10G32

Application Fields

The C10G32 fuse is mainly used in high-current electrical panels, often in the form of a multi-pack assembly of several fuses. It is used for overcurrent events which cannot be prevented by slower conventional fuses. The fuse can be installed up to 1588 Amps & 690 Voltage in medium voltage works. It’s also used in multiple applications such as protecting industrial machines, automated line protection, protection of transformers, lines, machines, etc., power circuit monitoring, or secondary lighting.

Working Principle

The C10G32 fuse works on the principle of over current protection. The fuse consists of a thermal element, which is inherently triggered in case of an over current, disconnecting the circuit and protecting the connected equipment from damage due to excessive current. The thermal element comprises tinned wire placed in a cylindrical porcelain body and connected to a mechanical trip unit.

When a certain current flow in the circuit triggers the fuse, the thermal element heats up and initiates the trip unit. The electrical contact of the trip unit is withdrawn, leading to the breaking of the current order. The thermal element itself serves as the main current-carrying element in the C10G32.

Safety and Protection

The safety and protection offered by the C10G32 are due to the nature of its thermal element. The fuse is made from a long length of high quality, insulated copper wire, which is tightly coiled and housed in a porcelain body. This ensures that the thermal element is able to withstand high overload or short circuit current levels without failing.

The porcelain body also acts as an insulator and prevents any external shock or short circuit current from reaching the internal parts of the fuse. In addition, the C10G32 has a manual reset option which can be used to reset the fuse after a trip event. This helps to reduce downtime and repair costs significantly.

Conclusion

In conclusion, the C10G32 is an ideal fuse for high current applications. It is reliable, durable, and offers the highest safety and protection against overcurrent or short circuit events. It also has an easy manual reset option which makes it ideal for any electrical circuit.