Bussmann Low-Peak LPJ-500SP Current Limiting Time Delay Fuse, 500 A, 600 V AC/300 V DC, 300/100 kAIC Interrupt, J Class, Cartridge Body
Bussmann Series LPJ-500SP
Bussmann Low-Peak LPJ-500SP Current Limiting Time Delay Fuse, 500 A, 600 V AC/300 V DC, 300/100 kAIC Interrupt, J Class, Cartridge Body
In Stock: 3more info
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BrandBussmann Series
MFG #LPJ-500SP
Werner Part #22671
UPC051712522861
In Stock: 3more info
|
BrandBussmann Series
MFG #LPJ-500SP
Werner Part #22671
UPC051712522861
Product Description
Bussmann Low-Peak Fuse, Current Limiting Time Delay, Series: LPJ, Indicating/Non-Indicating: Non-Indicating, Rejection/Non-Rejection: Non-Rejection, 500 A, 600 V AC/300 V DC, 300/100 kAIC Interrupt, Class: J, 10 s at 500% Response, Bolted Blade End Terminal, Holder Mount, Cartridge Body Type, Dual Element, Melamine, 2.6 in Dia x 8 in L Body Size
Industrial Facilities and Factories, Safety and Security Systems, Branch Circuit Breaker, Panelboard Mains, Machinery Disconnects and Power Panelboard Applications
Features
Separate overload and short circuit elements provide time delay for sizing of high inrush loads linked with class J current limitation
Selective coordination ratio of 2:1 (within Low-Peak fuse family) prevents electrical shutdowns from extending beyond the failed circuit
Series combination ratings with branch circuit breakers allows broad range of coverage, independent of breaker manufacturer
Proper sizing can provide "no damage" type 2 co-ordinated protection for NEMA and IEC motor controllers
Space saving package for equipment downsizing
Industry's only UL listed and CSA certified fuse with a 300 kA interrupt rating that allows for simple, worry-free installation in virtually any application
Fast short circuit protection and dual element, time delay performance provide ultimate protection
Reduces existing fuse inventory by up to 33% when upgrading to Low-Peak fuses
Consistent 2:1 ampacity ratios for all Low-Peak fuses make selective co-ordination easy
Long time delay minimizes needless fuse openings due to temporary overloads and transient surges
Current limitation protects downstream components against damaging thermal and magnetic effects of short circuit currents
Dual element fuses have lower resistance than ordinary fuses so they run cooler
They can often be sized for back up protection against motor burnout from overload or 1 ph if other overload protective devices fail