IDSR2.25T

Class RK5 Fuses IDSR Series

Description TheIDSRseriescombinesa600Vdccapabilitywithindicationtoprovideanidealsolutionformanydcapplications. Features&Benefits Excellentshort-circuitprotection-Improvesafetythroughfasterresponsetofaultcurrents Dual-elementdesign-Providesadvancedshortci

CCMR2.25

CLASSCC/CDCCMRSERIESFUSES

Description TheCCMRseriesisidealforspacesavingprotection ofmotorsupto40hp*.Itwasdesignedspecificallyto withstandsustainedstartingcurrentsofsmallmotors.The CCMR60fuseisthesmallest60Afuseavailableratedat 600V.ComparedtootherULListedfuses,ClassCCfuse

CCMR2.25TXP

600Vac

CCMR2.25TXP

ClassCC/CDCCMRSeriesFUSES

FLNR2.25T

ClassRK5FusesFLNRSeries

Description TheFLNRseriessetsthestandardforgeneralpurposefuses.Thedual-elementdesignprovidesadvancedshortcircuitand overloadprotection. Alsoavailableinindicatingversion,seeFLNR_IDseries. Features&Benefits Dual-elementdesign-Providesadvancedshortcircuitando

FLSR2.25T

ClassRK5FusesFLSRSeries

Description LittelfuseFLSRseriesfuseshavebeenthesuperiorULClassRK5dual-elementtime-delayfuses,andarethemost widelyusedclassoffuses.FLSRseriesfusesprovideexcellentprotectionforalltypesofcircuitsespeciallythose containingmotors. Alsoavailableinindicatingver

FLSR2.25TXID

ClassRK5FusesFLSR_IDSeries

Description LittelfuseFLSR_IDIndicator™fusesprovidevisualblownfuseindicationataglance.Thepatentedstate-of-the-artsolidstate designprovidesmaximumreliabilityandsuperiorperformancecharacteristicsinatruedual-elementdesign.Theuseof Indicatorfusesreducesdown-time,n

GFPUSRA2.25

High-powerLEDwithouramsOSRAM’slatestchiptechnology,deliveringindustryleadingperformance,superiorrobustnessandlonglifetime.

Features -Package:SMDepoxypackagewithsiliconelens -Typ.Radiation:120° -ESD:8kVacc.toANSI/ESDA/JEDECJS-001(HBM,Class3B) -RadiantFlux(@700mA):typ.941mW@25°C;typ.885mW@85°C -RadiantEfficiency(@700mA):typ.76.8%@25°C;typ.74.8%@85°C -PhotonFl

GTP-A2.25

5.2Øx20mm

KLDR2.25HXP

ClassCCFusesKLDRSeries

Description KLDRtime-delayfusesaredesignedtoprotectcontroltransformers,solenoidsandsimilarinductivecomponentswithhigh magnetizingcurrentsduringthefirsthalf-cycle.TheyprovideexcellentprotectionofmotorbranchcircuitscontainingIECor NEMAratedmotorcontrollersorcon