What is Fuse Blocks?

What is Fuse Blocks?

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Fixed Terminal Block

Fixed Terminal Block

TB Series Terminal Block is Panel Mounted Terminal Block, the spec is 600V, 15A / 25A / 35A with 3 / 4 / 6 / 12 Pole.

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Ceramic Terminal Block

Ceramic Terminal Block

Ceramic Terminal Blocks are designed for wiring connection in high temperature condition. Spec: 15A / 20A / 50A / 65A.

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Shining E&E What is Fuse Blocks? Introduction

SHINING E&E INDUSTRIAL CO., LTD is Taiwan supplier and manufacturer in Power Distribution Industry. Shining E&E has been offering our customers high quality terminal block, electrical terminal block, terminal block connector, terminal connector, barrier strip, power terminal block, led terminal block, led connector, fuse holder, fuse block, fuse clip, solid state relay, ssr, insulator, busbar support since 1978. With both advanced technology and 35 years experience, Shining E&E always make sure to meet each customer's demand.

What is Fuse Blocks?

2014/09/09 SHINING E&E INDUSTRIAL
Fuse Block
 
What is Fuse Block?
 
Fuse Blocks are important electrical components intended to protect a vehicle's electrical devices from shorts or power surges. The fuse blocks contain fuses rated at different amperage values depending upon the electrical device that it is protecting. Upon a sudden voltage spike or short, the fuse will burn out, protecting the affected device. 
 

Changing a fuse is a straight-forward operation. Once the appropriate blown fuse has been located, it is pulled from its mounting location within the fuse block. A new fuse is simply inserted into the vacated location in the fuse block. It is imperative that the same amperage rated fuse is used when changing any blown fuse.

 

Electrical fuse blocks use fuses rated from 15 to 100 amps. This rating coincides with a particular electrical component's ability to withstand damage. The fuse blocks are designed to allow the fuse to blow or burn out before the component can be damaged. Replacing any blown fuse with a fuse of a higher amperage rating could cause irreparable damage to the electrical component.