BUSSMANN JKS-20 Fast Acting Fuse, 20 A, 600 VAC

Bussmann Limitron JKS-20 fuse is designed to protect sensitive equipment and circuits from overcurrent situations that could result in damage or hazards. It is used in machinery, control panels, power distribution units and electrical systems where precise and reliable overcurrent protection is essential.

Features:

• Bussmann Limitron JKS-20 fuse has Class J classification that designates it for use in motor protection and power distribution.
• It has a fast-blow characteristic that enables quick response to overcurrent situations by interrupting the circuit and minimising damage risks.
• This cartridge fuse has an interrupt rating of up to 200kA at 600 VAC, ensuring safety by containing potentially catastrophic events.
• It can be operated at amperage ratings up to 20A and voltage ratings up to 600VAC.
• This 20A fuse is equipped with a combination of holder and clip termination, ensuring secure and convenient installation.
• It features melamine construction for durability and arc quenching ability.

Compatible Accessories:

• Bussmann JP60030-3CR & JM60030-2CR Fuse Blocks: These fuse blocks provide a secure and organised way to install and connect the the brand's JKS-20 fuse within electrical systems. It ensures reliable electrical connections and facilitates easy replacement of fuses when needed.
• Bussmann JT60030 Non-Indicating Finger Safe Fuse Holder: This fuse holder ensures protection for both users and the fuse itself. Its design prevents accidental contact with live components while securely accommodating the fuse.
• BussmannJTN60030 Indicating Finger Safe Fuse Holder: This fuse holder features a finger-safe design that guards against accidental contact with live parts. It also includes an indicator that provides visual confirmation of fuse status, simplifying maintenance and troubleshooting.

Frequently Asked Questions:

Q. How does the fast-acting feature of Bussmann JKS-200 fuse work?

A. The fast-acting feature enables the fuse to quickly interrupt the circuit when overcurrent occurs, minimising damage.