SLC030
Littelfuse®* Actual product may vary from image
The unique design of Littelfuse’s compact SLC series Class G fuses provide additional time-delay over competitive products which increases system reliability. Compact Class G fuses were the first fuse series to approach midget fuse dimensions and meet NEC requirements for branch-circuit protection. The unique dimensions of SLC series Class G fuses prevents insertion of lower voltage fuses in Class G fuse holders. The fuse’s varying length prevents insertion of higher ampere rated fuses in fuse holders designed for lower ampere ratings. Class CC fuses are replacing Class G fuses in many new designs. Class CC fuses’ superior time delay plus higher voltage and interrupting ratings meet the needs of modern circuits. Littelfuse’s introduction of POWR-PRO® CCMR series fuses, with ratings up to 60 Amperes for providing branch circuit protection, are accelerating this trend.
Details
MFG PART #:SLC030
TRC Part #:LITTSLC030
UPC #:079458420739
Inventory
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Details
MFG PART #:SLC030
TRC Part #:LITTSLC030
UPC #:079458420739
Inventory
Attributes
Features
Documentation
Attributes
Brand:Littelfuse®
ETIM:EC002704
Type:Current Limiting Medium Acting
Series:SLC
Indicating/Non-Indicating:Non-Indicating
Amperage Rating:30 A
Voltage Rating:480 VAC
Interrupt Rating:100 kA
Class:G
Terminal Type:Ferrule
Mounting Type:Holder
Body Type:Cartridge
Body Size:13/32 in Dia x 1-5/8 in L
Features
100 kA at 480 VAC interrupting rating |
Medium time-delay allows fuses to be sized closer to actual equipment requirements - no need to greatly oversize to withstand harmless equipment or system surges |
Medium time-delay may reduce downtime caused by power surges or equipment demands |
Branch circuit rated |
LFG60 (1 to 20 A) and LFG48 (25 to 60 A) series recommended fuse holders |
Medium-acting/medium time lag/medium time delay opening |
Industrial cartridge package size |
100000 AIR - reliable interruption of all overcurrents up to 100000 A |
Current limiting design reduces damage to equipment caused by heating and magnetic effects of short circuit currents |