0032.1117

Introduction

The 0032.1117 Fuseholder is a device used to protect electrical circuits and components from excessive currents caused by short circuits and overloads. It is a very important device in the electrical circuit as it prevents further risks from occurring in the form of fires or damage to the equipment. It is designed to be simple to install and relatively cheap to buy.

Application Field

The 0032.1117 Fuseholders are mainly used in high voltage and low voltage power distribution systems, for power distribution in factories, for domestic household protections and other industrial protection circuits. This fuseholder is suitable for use in oil industry, iron and steel industry, chemical industry, power station, metallurgy and shipbuilding industry, etc. It is also suitable for controlling and protecting motor circuits, lighting circuits and transformer circuits.

Working Principle

The 0032.1117 Fuseholder works on the principle of over-current protection. The fuseholder is designed to have two terminals with a current-interrupting chamber filled with a predetermined amount of fusible material located between them. When the current flowing through the circuit surpasses the predetermined amount, the metal strip melts due to the increased heat energy generated, which in turn interrupts the circuit and prevents excessive currents from damaging the equipment. The fuseholder also includes a safety cover which is positioned over the fuse to prevent accidental contact with the live components.

Conclusion

The 0032.1117 Fuseholder is a simple and inexpensive device used for protecting electrical circuits and components from over-currents and short circuits. It works on the principle of over-current protection, where a predetermined amount of fusible material melts in a current-interrupting chamber, which in turn interrupts the circuit and prevents further damage. The fuseholder is mainly used in high electrical equipment and is suitable for use in a variety of applications, such as power distribution systems, motor circuits, lighting circuits and transformer circuits.