Series:	S-8000
Part Status:	Active
Lead Free Status / RoHS Status:	--
Fuseholder Type:	Block
Moisture Sensitivity Level (MSL):	--
Fuse Type:	Cartridge
For Use With/Related Products:	3AG
Fuse Size:	1/4" Dia x 1 1/4" L (6.4mm x 31.8mm)
Number of Circuits:	1
Voltage:	300V
Current Rating:	30A
Mounting Type:	Chassis Mount
Orientation:	--
Termination Style:	Screw Terminal
Contact Material:	Spring Bronze
Contact Finish:	Tin-Lead

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BK/S-8301-1-R Fuseholders Application Field and Working Principle

Fuseholders are designed, engineered and manufactured with quality, dependability and value in mind. Fuseholders such as BK/S-8301-1-R have a wide range of application and can be used in electrical circuits of any kind, from automotive to industrial, residential to commercial. This article details the specific application fields and working principles of BK/S-8301-1-R fuseholders.

Application Field

BK/S-8301-1-R Fuseholders offer a wide range of application opportunities. They are typically approved for use with an AC or DC current up to 1000 amps, making them ideal for numerous industrial and automotive projects. They are portable and can be used as a solution for external repair operations.Being rated for up to 1000 amps, it is designed for systems with very high current levels. BK/S-8301-1-R Fuseholders can be used for a variety of projects including automotive equipment, laboratory equipment, process equipment, heavy industrial machinery, multiple transformer systems and switchgear circuits.These fuseholders also offer a wide range of mounting options, including post, surface, panel or rail, making them adaptable to virtually any system.

Working Principle

BK/S-8301-1-R Fuseholders offer a measure of safety and protection for an electrical circuit. The fuseholder is designed to contain a current-limiting fuse, which acts as a mechanical device to open an electric circuit when current passes through it that is above a certain predetermined threshold.The fuseholder assembly is a two-piece unit, which holds the fuse barrel securely between two copper contacts. The contacts are connected to the electrical system and the fuse exchanges current between them. An inrush current is present when the fuseholder is first connected to the circuit. The inrush current is the maximum amount of current that the fuseholder can handle without it tripping or “blowing” the fuse. When a short-circuit or other electrical overload occurs in the circuit, which causes the current flow to exceed the predetermined threshold, the fuse will “blow”, cutting off the current flow and thus protecting the circuit from any further damage. This is the working principle behind BK/S-8301-1-R Fuseholders.

Conclusion

BK/S-8301-1-R Fuseholders have a wide range of application in industrial and automotive settings, as well as a variety of mounting options. The working principle behind these fuseholders is to contain a current-limiting fuse, which acts as a mechanical device to open a circuit when current passes through it that is above a predetermined threshold. By doing so, BK/S-8301-1-R Fuseholders provide a measure of safety and protection for an electrical circuit which are essential for any system.

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Part Number	Manufacturer	Price	Quantity	Description