EATON LPJ-8SP

Bussmann Low-Peak™ LPJ-8SP Current Limiting Time Delay Fuse, 8 A, 600 VAC/300 VDC, 100/300 kA Interrupt, J Class, Cylindrical Body

  • Brand: Bussmann
  • MPN: LPJ-8SP
  • UPC: 051712523479
  • UNSPSC: 39121626
  • FGPN: BUSSLPJ8SP
  • Min. Order Qty: 1
  • Qty. Interval: 1
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Bussmann LPJ-8SP

Bussmann Low-Peak™ Time Delay Fuse, Current Limiting, Series: LPJ, Indicating/Non-Indicating: Non-Indicating, Rejection/Non-Rejection: Non-Rejection, 8 A, 600 VAC/300 VDC, 100/300 kA Interrupt, Class: J, 10 s at 500% Response, Ferrule Terminal, Holder Mount, Cylindrical Body Type, Dual Element, Melamine, 0.81 in Dia x 2.25 in L Body Size

Type : Current Limiting
Series : LPJ
Indicating/Non-Indicating : Non-Indicating
Rejection/Non-Rejection : Non-Rejection
Amperage Rating : 8 A
Voltage Rating : 600 VAC/300 VDC
Interrupt Rating : 300/100 kA
Class : J
Response Time : 10 sec
Terminal Type : Ferrule
Mounting Type : Holder
Element : Dual
Material : Melamine
Body Size : 0.81 in Dia x 2.25 in L
  • Separate overload and short circuit elements provide time delay for sizing of high inrush loads linked with class J current limitation
  • Selective co-ordination 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 motor starter protection for NEMA® and IEC® motor controllers
  • Space saving package for equipment down sizing
  • Industry's only UL listed and CSA certified fuse with a 300 kea 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, hence they run cooler
  • They can often be sized for back up protection against motor burnout from overload or single phasing if other overload protective devices fail
  • pdf Catalog https://www.frenchgerleman.com//ASSETS/DOCUMENTS/ITEMS/EN/https://assets.unilogcorp.com/2/ITEM/DOC/IDW_DOCUMENT_fc3a638338bee061fcea5f8e9ef61e5084ea6008a9a9a0470e5329320a655572.pdf
  • pdf Line Drawing https://www.frenchgerleman.com//ASSETS/DOCUMENTS/ITEMS/EN/https://assets.unilogcorp.com/2/ITEM/DOC/IDW_DOCUMENT_953168dfd1a3264bea774dc23df8904a9bda9dde77510d7c375399907542af97.pdf
  • pdf Specification Sheet https://www.frenchgerleman.com//ASSETS/DOCUMENTS/ITEMS/EN/https://assets.unilogcorp.com/2/ITEM/DOC/IDW_DOCUMENT_95adeee04193664a2ce2fc0025323f2d67f1c4f58ff184dbd55cedf7a54892fc.pdf

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