01000020Z

Series:	100
Part Status:	Active
Lead Free Status / RoHS Status:	--
Fuseholder Type:	Clip
Moisture Sensitivity Level (MSL):	--
Fuse Type:	Cartridge
For Use With/Related Products:	5mm Dia
Fuse Size:	5mm Dia
Number of Circuits:	1
Voltage:	600V
Current Rating:	20A
Mounting Type:	PCB
Orientation:	Horizontal
Termination Style:	PC Pin
Contact Material:	Phosphorus Bronze
Contact Finish:	Tin

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Fuseholders
A fuseholder is a device used to connect an electrical device to a circuit; it provides an uninterrupted connection in the event of a power outage. Fuseholders come in many shapes and sizes, and are usually constructed from high-temperature, fire-safety materials. The following is a rundown of the various types of fuseholders and their application fields and working principles.

Blade Fuseholde
Blade fuseholders, also known as fuse clips, accept any blade-type fuse and offer a simple, yet effective connection. These holders come in two parts; one part holds the fuse, and the other part connects the holder to the power source. A slit in each part allows for easy connection and disconnection as needed. Each blade-type fuseholder provides a reliable connection, as the entire circuit is broken when the fuse is in place.

Cartridge Fuseholder
Cartridge fuseholders are specially designed for components such as relays, contactors and motors. As with blade fuseholders, they provide a reliable connection and break the entire circuit when the fuse is in place. Unlike blade fuseholders, cartridge fuseholders are designed with a screw-mounted base, which makes them suitable for use on PCBs and in other confined spaces.

High-Voltage Fuseholder
High-voltage fuseholders are designed to be used in applications requiring higher voltage protection than standard fuseholders. These fuseholders provide protection from common electrical problems such as shorts, surges, overloads and spikes. High-voltage fuseholders can be mounted on a panel, or connected to terminals, depending on the requirements of the application. The holder’s contacts are made of special material that provides reliable contact even at higher currents.

Plug-in Fuseholder
Plug-in fuseholders are used in applications that require quick and easy access to the fuse. These holders are used in applications that need to be changed and reset often, such as patch panels, security systems, timer controllers and motor controllers. The plug-in design of these holders makes them suitable for use in tight or unattended areas, as they can be easily removed and replaced without the need for tools.

Clip-on Fuseholder
Clip-on fuseholders are designed for use in harsh environments where traditional fuseholders are not suitable. These holders are designed to securely snap onto a circuit board or terminal block and are commonly used in applications such as audio equipment, instrumentation and lighting. Clip-on fuseholders are often designed with a snap-on feature that allows them to be installed and removed easily and quickly.

Time-Delay Fuseholder
Time-delay fuseholders are used in applications that require time-delay protection. These fuseholders delay the fuse’s activation so that it can protect the circuit from overvoltage and undervoltage spikes. Time-delay fuseholders are often used in transistors, relays and motor controllers, and they offer a reliable protection for circuits that require a delay in the fuse’s activation.

Conclusion
Fuseholders provide an effective and reliable protection for circuits and components in a variety of applications. Depending on the application, there is a fuseholder that can provide the necessary protection. While each type of fuseholder has its own unique working principle, they all provide reliable protection in the event of power outages or electrical failures.

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