Littelfuse LSRK03.2TXID POWR-GARD Time Delay Fuse
Littelfuse LSRK03.2TXID POWR-GARD Time Delay Fuse
Part #:LSRK03.2TXID
SKU #: 2275886
Key Features
Part #:LSRK03.2TXID
SKU #: 2275886
Brand: Littelfuse
Amperage Rating: 3.2, 3.2 A
Body Type: Cartridge
Class: RK1
Indicating/Non-Indicating: Indicating
Interrupt Rating: 200/20, 200/20 kA
- POWR-PRO performance
- IEC type 2 "no damage" protection to IEC and NEMA type motor starters
- This robust design withstands repeated surges within rated time delay without opening needlessly, eliminating downtime caused by power surges or equipment demands
- Reduce down time the indicating window of the LLSRK_ID immediately identifies the open fuse, if the window is dark, the fuse has opened, Its that simple, maintenance personnel can immediately determine that there is an open fuse
- Reduce fuse inventory the superior performance of the LLSRK_ID allows it to be used in a variety of applications, thus decreasing fuse inventory
- Reduce nuisance opening - indicator fuses offer superior time delay and cycling characteristics, which can lengthen fuse life
- 200 kA at 600 VAC, 20 kA at 300 VDC interrupting rating
- Blown fuse indicator assembly
- Granular quartz filling
- Plated end caps
- Precision formed short circuit element
- Fiberglass reinforced pultruded body
- Elastomeric silicone overload section
Littelfuse LSRK03.2TXID POWR-GARD Time Delay Fuse
Littelfuse POWR-GARD Time Delay Fuse, Current Limiting, Series: LLSRK, Indicating, 3.2 A, 600 VAC/300 VDC, 200/20 kA Interrupt, Class: RK1, Ferrule Terminal, Holder Mounting, Cartridge Body, Dual Element, Fiberglass, 13/16 in Dia x 5 in L Body
Additional Description: LTFS-LLSRK03.2ID LSRK03.2TXID FUS 600V T/D CLASS RK1 3.2A INDICATING ELEMENT TIME DELAY INDICATOR FUSE 3-2/10 AMP SIZE
Catalog Description: The all-new LLSRK_ID series fuse is the most advanced Class RK1 fuse available today providing unparalleled performance and protection to modern circuits. The patented Indicator™ technology provides instant identification of a blown fuse greatly enhancing system up time, while the precision formed short circuit elements virtually eliminate damage to components from unexpected electrical faults. In addition, the all new solid-state overload section has no moving parts, stopping unnecessary fatigue failures commonly found in other spring loaded fuses.