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Littelfuse-slc-35-60a-ar
Circuit Protection

0SLC035.T

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LITTELFUSE

FUS 480V MED T/D CLASS G 35A/ BOX

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Littelfuse-slc-35-60a-ar
Circuit Protection

0SLC035.T

Active
LITTELFUSE

FUS 480V MED T/D CLASS G 35A/ BOX

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Technical Specifications

Parameters and characteristics for this part

Specification0SLC035.T
ApplicationsElectrical, Industrial
Approval AgencyUL, CE, CSA, QPL
Breaking Capacity @ Rated Voltage10 kA, 100 kA
ClassG
Current Rating (Amps)35 A
Fuse TypeCartridge
Mounting TypeRequires Holder
Package / CaseCartridge, Non-Standard
Response TimeMedium Blow
Size / Dimension [diameter]10.3 mm
Size / Dimension [diameter]0.406 in
Size / Dimension [x]2.252 in
Size / Dimension [x]57.2 mm
Voltage Rating - AC480 VAC
Voltage Rating - DC170 V

Pricing

Prices provided here are for design reference only. For realtime values and availability, please visit the distributors directly

DistributorPackageQuantity$
DigikeyN/A 8$ 25.01
NewarkEach 10$ 14.41
25$ 13.44
50$ 11.79
100$ 10.96
250$ 10.59
500$ 9.84

Description

General part information

SLC035 Series

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. Safety: 100,000 A.I.R. — Reliable interruption of all overcurrents up to 100,000 amperes. Current limiting design reduces damage to equipment caused by heating and magnetic effects of short circuit currents. 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. Reduced Downtime: Medium time-delay may reduce downtime caused by power surges or equipment demands.