Slow Blow Automotive Fuse

There are numerous designs for automotive glass fuses.

Slow blow automotive fuse.

Mouser offers inventory pricing datasheets for 30 a time delay slow blow automotive fuses. A slow blow fuse does not blow for a temporary surge current. Slow burn fuses like the mdl type are timed fuses. Fast acting fuses regular and fast acting fuses blow instantaneously they protect lighting.

Slow blow time delay fuses have built in time delay features that prevent them from blowing during intermittent current surges large motors air conditioners and dryers. Fuse automotive slow blow 100 a 32 v 60 8mm x 18 3mm x 16 8mm cablepro series check stock lead times more stock available week commencing 2 22 21. Clearly marked on top with the amperage. The uses for a slow blow fuse and a fast blow fuse.

Order before 20 00 mainland uk 18 00 ni for re reeled items 16 30 mainland uk ni mon fri excluding national holidays 10 more will be. A slow blow fuse is normally used in the motor industry because when you start an engine at that moment a high current of electricity is passed through the electronic circuit. 4 7 out of 5 stars based on 3 reviews 3 ratings current price 13 96 13. It must receive a sustained elevated current above its current rating for a period of time before it blows.

Applications include mazda nissan suzuki toyota. In stock and ready to ship. Product title 6 way fuse box 12v 24v car truck boat marine bus rv. 54 in stock for next day delivery uk stock.

Sfe and ag type fuses are fast blow fuses they pop as soon as there is more draw than they are rated for. Hence the fuses could be blown. 30 a time delay slow blow automotive fuses are available at mouser electronics. A slow blow fuse is a type of fuse which can handle a temporary surge current which exceeds the current rating of the fuse.

Choose from our selection of slow blow fuses including time delay glass tube fuses time delay ceramic tube fuses and more. These fuses are rated for 32v dc and cover from 4 amps up to 30. Time delay fuses blow under constant or repeated current overload conditions.