Eaton Bussmann series high speed British standard fuse – 20FE
NOT STAND-SPECIAL ORDER - Eaton's Bussmann British standard BS88 fuses can be used in multiple applications; industrial, utility, street lighting and domestic. Full range of rated current and voltage available as well as compatible fuse holders. They meet the BS88 part 1 and 2 and IEC 60269-1 and -2 standards.
UPC: 051712832380
Length/Depth: in
Width: 5.9055 in
Height: 3.5433 in
Weight: 1.460340 lbs
Catalog Number: 20FE
Compliances: CE Marked, RoHS Compliant
Certifications: EAC, BS88, IEC 60269
Length/Depth: in
Width: 5.9055 in
Height: 3.5433 in
Weight: 1.460340 lbs
Catalog Number: 20FE
Compliances: CE Marked, RoHS Compliant
Certifications: EAC, BS88, IEC 60269
Amperage Rating: 20
Benefit: Comprehensive advice on selection and application of fuses thanks to Eaton's Bussmann series team of specialist engineers and Field application engineers [email protected],, Eaton's Bussmann series British standard fuses are a well established, reliable product range, ensures straightforward application design and fuses replacement, Eaton's Bussmann series British Standard high speed fuses have a low watts loss, keeping your electrical installation cooler and therefore safer., The global certification ensure you will find the right fuse wherever the location of your application
Function: Rapid electrical circuit protection in the event of a fault
Benefit: Comprehensive advice on selection and application of fuses thanks to Eaton's Bussmann series team of specialist engineers and Field application engineers [email protected],, Eaton's Bussmann series British standard fuses are a well established, reliable product range, ensures straightforward application design and fuses replacement, Eaton's Bussmann series British Standard high speed fuses have a low watts loss, keeping your electrical installation cooler and therefore safer., The global certification ensure you will find the right fuse wherever the location of your application
Function: Rapid electrical circuit protection in the event of a fault