FX0359

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Fuseholders are tools used on electrical wiring systems to protect and isolate circuits from the effects of overloads and short circuits. The FX0359 fuseholder is one such device that can be used in a variety of applications. This article will discuss the different application fields for this device and how it works.

Applications

The FX0359 is a fuseholder designed for the most common electrical components in a wide variety of applications. It has an IEC 60320 C13 power socket for use with telecom, IT, and audio systems, as well as two UL standard 489 AC/DC power outlets.

It can also be used in industrial equipment such as HVAC, UPS, electronic control systems, and motor control systems. The fuseholder also has a UL94-V0 standard flame-retardant housing which makes it suitable for use in hazardous areas. Furthermore, this fuseholder can also be used in appliance testing and medical equipment.

Working Principle

The FX0359 fuseholder is designed to protect electrical circuits from overloads and short circuits. It works by interrupting the flow of electrical current when the current exceeds a certain threshold. The fuseholder contains a spring-loaded contact that when disengaged, causes the current to be interrupted.

The spring-loaded contact is held in place by a fuse which is mounted in the device. When a surge of current is detected, the fuse will heat up and break, allowing the contact to move and cut off the circuit. Once the current has dropped to a safe level, the contact will reset itself and the circuit will be reconnected.

The fuseholder can also be used to protect circuits against thermal overload. When the temperature of the circuit rises to a certain level, the fuseholder will disconnect the circuit and prevent it from further damage.

Conclusion

The FX0359 fuseholder is a versatile tool that can be used in a variety of applications. It is designed with a UL94-V0 standard flame-retardant housing, making it suitable for hazardous areas. The fuseholder works by detecting surges of current and automatically disconnecting the circuit when the current exceeds a certain threshold. It also allows for protection against thermal overload.

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