7-1462039-2 Datasheet PDF
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Signal Relays
IM Relay
AXICOM
n Slim line 10x6mm, low profile 5.65mm and min. board-space 60mm2
n Switching current 2/5A, switching power 60W/62.5VA and
switching voltage 220VDC/250VAC
n Low coil power consumption,
140mW standard, 100mW for high sensitive version, 50mW for ultra
high sensitive version and 100mW for bistable version
n High dielectric and surge capability up to 2500Vrms between open
contacts and 2500Vrms between coil and contacts
n High mechanical shock resistance up to 50g functional
IM_
Typical applications
Telecommunication, access and transmission equipment, optical network
terminals, modems, office and business equipment, consumer electronics,
measurement and test equipment, induAsXtIrCiOaMl cÊSoingntraolR,emlayesdical equipment,
automotive applications, HVAC IM Relay
108-98001 Rev. M
U
AULp5p0r8ovFialelsN Coo. Ent1a1c1t 4D4a1t a
Contact Data (continued)
Electrical endurance
Technical data of approved types on request IM-A
Contact DaNtuam ber of contacts and typsetandard, C 1ÊPoDleÊ,brIe ak
IM-B
P1ÊPoleÊmake
cha1nIÊMgP-eoColev ÊeÊr a(c≤ta3bc02oleÊmnPolItVoMlaea/cDbdtr1eaoa0kppmpeAlnic)2 aeÊPtnioIodMlen -ÊEm0ake
min. 2.5x106 operations
min. 2.0x106 operations
Contact assembly
standard and high high contaBcifturcatedÊco ntacrtessistive, 125VDC / 0.24A - 30W min. 5x105 operations
Contact material
high dielectric current
staPballialidtiyum-ruthenium, Êgolrde-csoivsetrievde, 220 VDC / 0.27A - 60W
min. 1x105 operations
Limiting continuous current version ve2rÊsAion v2eÊrAsion
4ÊA resistive,A250VAC / 20Ê.A25A - 62.5VA
MCoanxt.ascwt iatcrrhainngMgMateaamvxxmoiiammxletuu.anmmagmtss ebwwi eiictnchthttiiennmgg pvcouelrrtraae tgnuetre 220VDC,
2
form C, 2 CO
220VADC,
2220ÊAVDC,
250VAC 250VAC 250VAC
resistive, 30VDC / 1A - 30W
2225003ÊÊÊVVAad Ucc Lrecsoinsttaivce2tÊ,Ar3a0tiVnDg C / 22AÊA- 60 W
Rated current Ma ximum switching capacity
2A
5A
2A 60ÊW,Ê62.5 ÊVA
min. 1x105 operations
min. 5x105 operations
min. 1x105 operations
30VDC, 2A, 60W, NO only
110VDC, 0.3A, 33W
Limiting continTuheormusoecleuctrrircepnott ential
2A
5A
2A
<Ê10ʵ V
220VDC, 0.27A, 60W
Switching powMeinri mum switching voltage
60W, 62.5VA
100ʵV AXIC1O2M5VÊASCig,n0a.5RAe, l6a2ys.5W
Contact materIniaitila l contact resistance /
PdRu
< 1A00gmNΩi
< 1P00dmRΩu NO < 100 m Ω < 50 mΩ < 50 mΩ 250VAC, 0.25A, 62.5W
measuring
Electrical
endurance
conditioC(≤nC:30100CmmoVnAt/a/≥c2t10c0am+cmteVoAAgvo)uer yre0 d
+Au
covered
+Au Mechanical endurance IM Re1l0a8yoperations
covermeidn.Ê2.5ÊxÊ106Êoperations
Contact style
cable load opentwenidn cont. twin cont.
twin cmoinnt2..0ÊxÊ106Êoperations
Resistive load at 125 Vdc / 0.24 A - 30 W I: single contacts
Minimum switching voltagea t 220 Vd c / 0.27 A - 60 W
100µV
mmiinn..ÊÊ51ÊÊxxÊÊ110055ÊÊooCMppeerraoaattgiiioolnnnessDtiactsCayo stiel mO p erating Range
monostable, bistable
I nitial contact VreAsistance aatt 23500V Vdacc//10A.2-53A0-W62<.550mΩI:
at 10mA/30mV
< 100mΩ
Thermoelectric potential at 30 V dc / 2 A - 60 W
<10µV
mmiinn..ÊÊ15ÊÊxxÊÊ110055ÊÊooCppeeorraaittliioovnnoss ltage range
1.5 to 24VDC
min.Ê1ÊxÊ105Êoperations
3. 4
50mW coil
Coil version3.s2 , standard version, monostable, 110c0moWil coil
Unom
Umax.
Operate time Mechanical endu rance
Release time UL contact ratings
without diode in parallel
with diode in parallel
Bounce time max.
typ. 1ms, max. 3ms
typ. 1ms, max. 3ms
typ. 3ms, max. 5ms
typ. 1ms, max. 5ms
Max. DC Load Breaking Capacity
21215222053t05yV0VpVVaaV.cddÊcdcc1/c/00//80/.Ê002.2o5..522pAA44eA r-AA-ac000C-6t6--6oi0810o2o263n.d Wi5.00ls5 e VWWV AA v1112222.......R468224683oV12alDt3..ta54e Cg d e OvopV112leDtUa...r182Cmaga305Ut xee. m a atx.0aUAtm2axx.R2vaAtoeV2000llxDte1a...a123CAgs540 ee reΩUsm±iCsa146x1t.o614aa0it nl% 0cAe Raptm111oeU444wdWo000epc.romiiln.
02
1.2 4U.5no m. nominal coil3v.o3lt8ag e
0.45
145
1U4r0el. min.
Max. DC load breaking capacity
03
04
1
0. 8
0. 6
5
6
3.75
4.50
0.50
U0o.p6m0in .
178
257
140
140
resistive load
05
0.4 9
06 0.02 12
6.75
0.9U0rel . min.
579
140
9.00 1.20 1029 140
07 24 -50 -40 -30 -20 -10 108.0100 20 30 40 520 .4600 70 80 90 2180 081010 12 0 200
All figures are given for coil withouAtmpbrieen-teTneemrpgeizraatutiroen,Ca] t ambient temperature +23°C
=
=
=
=
DC current [A]
All specifications subject to change. Consult Tyco Electronics for latest specifications.
06-2014, Rev. 0614
www.te.com
© 2014 Tyco Electronics Corporation,
a TE Connectivity Ltd. company
Datasheets and product specification
according to IEC 61810-1 and to be used
only together with the ‘Definitions’ section.
Coil operating range, standard version
3.4
3.2
3
2.8
2.6
2.4
2.2
2
1.8
1.6
1.4
1.2
1
0.8
0.6
0.4
0.2
0
-50
Umax. at 0A
Umax. at 2x1A
140mW coil
200mW coil
Umax. at 0A
Umax. at 2x2A
Unom. nominal coil voltage
21 of 28
Urel. min.
-40 -30 -20 -10 0 10 20 30 40 50 60 70 80 90 100 110
120
Ambient Temperature [°C]
Datasheets and product data is subject to the Datasheets, product data, ‘Definitions’ sec-
terms of the disclaimer and all chapters of
tion, application notes and all specifications
the ‘Definitions’ s3.e4 ction, available at
are subject to change.
http://relays.te.co3.2m/definitions
3
2.8
Umax. - 5%coil
duty at
Umax.-5%coil
2.6
Umax. - 100% coil duty at
2x2A (100mW)
duty at 0A(100mW)
2.4 0A (100mW)
2.2 Umax.-5%coil
1
No
Up
the
coi
Low
the
For
Ure
Low
the


7-1462039-2 Datasheet PDF
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AXICOMAÊXSIiCgOnaMlÊÊRSeiglanyaslÊRelays
IM ReIMlayRe2laPyol2ePCohlaenCgheao
Signal Relays DimenDsiimonesnsions
IM Relay (Continued)
AXICOM
IMÊTHT
IMÊTHT
IMÊTHT Standard
IMÊTHT Narrow
Coil Data (continued)
C Cc111oo123oid lil e v ersionvRsoV,4alDt53s.ta5e Ceg dn e s itiveOvvoepV342lreDtas...r604Cagio000t een , monRvooeVs000llDteta...a45a3Cgs500b ee l e, 1 rceΩosi±i12Cls9 193to1a044i nl% ce Raptm111oe000wdW000ecroilTTTDLWH121
16 12 9.60 1.20 1315 110 D2
17 24 19.20 2.40 4120 140 Tw
Coil versions, ultra high sensitive version, monostable, 1 coil
S
I I nn1536i5t0sb...i.020a.60ueTTTDDLWH8005l0m12tNÊÊÊ12lÊd3Êw a±±±Ð/. mi±2eAeÊÊÊtÊÊli000ee00o...n.c110.201n058t5326058o0r S.....i0220.6cpD t08000a5e0msNnÊÊÊÊÊa3Ênt±±±±dÐ/.r2tAÊÊÊÊaecÊaÊ000r0n0o0d .....g1110.n20000000558tt0.....82132h2a 02932c063620tiNÊÊÊÊs.1±±±± Ðc/2AhÊÊÊÊÊ500000.....000000000000000.....0.210322463380289320673620iNsÊÊÊÊÊnÊ.1s±±±±±1suÐc/ts2AtvheÊÊÊÊÊla0eÊa5te00000nr00nnna.....r.s000000s0sdd1i00000hi03355tViato0i46633ai8....ivrvg2278r.nm0eder0000h0s,mNd,ÊÊÊÊ 3 Ê ±±±±/. ±m2AÊÊÊÊÊ00000....11130.d01v0508 533255i80ee.....h022278.lN0reCi000000sg0acmNÊÊÊÊÊ3VihÊ ort±±±±±/.rmr2 nAomÊÊÊÊÊiÊc w00000s0 .....11130.00000005508.....811322hh22923iigg6634007svihhNÊÊÊÊÊD.n5t1e±±±±±a/c2c0crA,ÊÊÊÊÊhbs5PuoV00000iiorln,.....ri00000rm000000tnteyI00010......as110322n46323c228923tt667,3400iNÊÊÊÊÊÊ.n1±±±±±±/c2AÊÊÊÊÊÊh5000000......0000001Ê00000Ê753Ê0Ê466323...6502.50.080.006mNÊÊÊ0Ê5±±±/ʱÊmAÊÊÊ
2b.2eT0wtÊw±eÊ0e.n15con0t.4a0ct a0n.0d87cÊo±ilÊ 0.006 0.01185002V.r2m0sÊ ±Ê0.1158000V.r4ms 0.08175ʱ0Ê00V.0rm0s6 0.015 2.20ʱÊ
beS0tw.40een adj0a.c7e5nt con0t.a0c1t5s 0.0120900Vrms0 .4 180.030V±rmÊ0s .05 07.50105Vrm0.s011ʱÊ0.002 0.4
Initial0s.7u5rge withstand vo0lt.a0g29e 0.30ʱÊ0.05
0.011ʱÊ0.002
N/A
THT Version Ccoodil e vRoalttaegde Ovopletaragtee RvoeAllteXaaIgCseOe MÊSriegsniaCsltÊoaRinl eclea ys Raptoewdecroil
between
between
open contacts
contact and coil
108-9800121 R55e00v00. MVV
2500V
2500V
1000V
2000V
THT Version
21
22
VD3 C V2D.5C5 AVI0MXD.I3CC0 RO MeÊlSaiygna±1l18Ê00R% ela ys m5W0
4.5
3.83
IM0.45R elay 405
50
Stand I naitbbiraSeedltttiwwnaVseenueeedlannrstaiaionirdosndjuanrlceaVesteenisdtrtascenoiloecnmetna ecntst1s0 8-9800N 1>1Ra51e0r0vr0.9oMΩVw NV aerrr>2so51io00w09nΩVV ersio>1n010009ΩV
2236 Co1i5l2 O peratin1g40..R2250a nge 01..5200 2580800 5500
Capacitance
between open contacts
max. 1pF
SMT
Gull W
All figures are Cgivoeinl fOorpcoeilrwaitthionugt pRrea-enngergeization, at ambient temperature +23°C
Coil operatin33g..24 range, sensitive and ultra high se150n00smmiWWtivcceooiillcoil
3
32..48
Umax. at 2x1A
50mUWmaxc. oaitl 0A
32..26 100mW coil
2.34
22..82
Umax. at 0UAmax. at 2x1A
Umax. at 0A
2. 62
21..48
21..26
Umax. at 0A
Umax. at 2x2A
1.24
11..82
1. 61
Unom. nominal coil voltUagmeax. at 2x2A
10..48
10..26 Unom. nominal coil voltage
Uop min.
0.14
00..82
0. 60
UopUmrienl.. min.
0.4 -50 -40
0. 2
-30 -20
-10
0 10
Ambient
20 30 40
Temperature
5[0°CU] 60rel.
70
min.
80
90 10 0 1 10 12 0
0
-50 -40 -30 -20 -10 0 10 20 30 40 50 60 70 80 90 10 0 1 10 12 0
between contact and coil
max. 2pF
Unom
UUnmoamx.
Umax.
Uop. min.
Uop. min.
Urel. min.
Urel. min.
= ==10b.0e±NtNUt0who.ope0emmp8eceiionnnr1iaalla0illmv.d0cco±jiooatlt0iicaoll.0gevfv68oneot.0hltlt±(tealaci0mggoo.0eepin8tietnargac6ttvi.sv0o e±lt0ar.ag0n8e g) ewohfen
max.102.pF0.08
10.0±0.08
5.7±0.3
5.7±0.3
=RF DUcaopiptlsaerarliemcitoonftitnhoeuoslpyeeranteivrgeizreadnge of
I=solattiLohoenwcaeotri1lliv0mo0iltMtaogHfetzh/(el9im0o0iptiMenrgHatvzivo eltaragne g) ewhoef n
37.0dB/18.8dB
Insertctiohoenilscloaosrilesvcaootltna1tg0ine0oM(uresHliyazb/e9lne0e0orgpMiezHeradzt e v oltage)
=VoltagLFeoowrsletaartnclidmhiinnitggorfwetlahaveyes0o.r4pUaestrieoatt(imvVeiSnrW.arneRgs)ep.of
at t1Uh0ree0csMeotiHl0mvz.4o/in9lt.0ag0eM(Hrezli able 5o.p08e ±ra0.t1e voltage)
= FLoorwlaetrclhiminitgorfe5lt.a0hy8e±so0U.p1seerat tmivien.rarensgpe. of
0.03dB/0.33dB
0.4
1.06/10..449
3.2±0.1
3.2±0.1
=OtheLUthrorewDsceeaortiltlmimavio nitl.toafgteh e(reolipaebrlaetirveeleraasnegveooltfage)
Matertihael comil vpolilatangcee:(reElUiabRleoHreSle/aEsLeV,voClthaingae)RoHS, REACH, Halogen content
Moun t iMngouHnotlienLgaHyooulet rLewafewyrwoto.tuetht.ceoPmr/ocduusctot mCoemrsuppliapnocret/rSouhpsspuoprtpCoretncteenrteart
ViewATohmnebVrtmioeienawtlthrteeesomisnpctateoonramctteuhpr eeo nceonmt p s oidneenotf sthideePoC-f4B0t<h°C1(et5ot0PopKC+/vW8B5ie°C(wto) p view)
10.
0.4
Copla
Solder
View o
Ambient Temperature [°C]
Category of environmental protection
3.4
Coil versions3,.2standard, bistable 1 coil
140mW coil
Stand ViabIrrESadCttiaoV6nn1er8der1ssa0iisro tdannVcee r(fsuinocnti onal) NarrRoTwV2N0-Vgahe,err1rrsmo0ioewtotnic5Va0lely0rHsseziaolend
Ccoodil e vRo3322..a24..l683ttaegde voSlteatUg mea x. at 2x1AvRoeltsaegte 12r4e000smmiCsWWtoacicnlo ociille Raptoewd ecroil
Shock resistance (functional), half sinus 11ms
50g
Shock resistance (destructive), half sinus 0.5ms 500g
Gull W
40
48
41
V22221..68..3242D.5C Umax. at 0AV1D.1CU3m a x. at 2x1A V-1D.1C3 2U0m0amx±. 2aW1t300c A%oil m10W0
21.4.8
2.4 21.2.6
3 1.24
Umax.
at 0A
1.80
U2m.a2x. 5at 2x2A
-1.80
-2.25
58
Umax. a9t00 A
100
100
Mounting position
Weight
Resistance to soldering heat SMT
IEC 60068-2-58
any
max. 0.75g
42
43
11.8.2
4.5 1.61
5 10.4.8
Unom. nomin3al.c3o8il voltage
U3ma.x7. a5t 2x2A
-3.38
-3.75
203
250
100
100
Moisture sensitive level, JEDEC J-Std-020D
related only to SMT relays
MSL3
44
45
10.2.6
6 0.14
9 00.8.2
Unom. nomina4l .c5o0il voltage
6.75
-4.50
-6U.7re5l. min.
360
810
100
100
46
0.610 2
9.00
-9.00
1440
100
47
24 18.00 -18.00 2880 U0.4 -50 -40 -30 -20 -10 0 10 20 30 40 5r0el. m60in. 70 80 90 100 110 120
0.2
200
All figures are give0n for coil withouAt mprbei-eennt eTergmizpaetriaotnu,rea[t°aCm] bient temperature +23°C
-50 -40 -30 -20 -10 0 10 20 30 40 50 60 70 80 90 100 110 120
Coil operating range, bistAambblieen1t Tecmopiel rature [°C]
3.4
3.2
3
32.4.8
32.2.6
2.34
22.8.2
Umax. - 100% coil duty at
0A (100mW)
Umax. - 5%coil
duty at
2x2A (100mW)
Umax. - 5%coil
duty at
Umax.-5%coil
duty at 0A(100mW)
UUmmaaxx..--55%%ccooilil
2.62
Umax. - 100% coil duty at
2x2A (100mW)
dduuttyyaatt00AA(1(2000mmWW) )
21.4.8 Umax. - 100%0Aco(1il0d0umtyWa) t
21.2.6 0A (200mW)
1.24
11.8.2
1.61
Umax. - 100% coil duty at
Unom. nomina0lAc(2o0i0l mvWol)tage
UdUduummttaayyxx..a-a5-tt5%02%Axc1o(c2Aiol0i(0l1m00Wm)W)
Umax. -5% coil
10.4.8
10.2.6
0.14
Unom. nominal coil voltage
00.8.2
0.60
Uset min.
duty at 2x1A (100mW)
100 mW Latching
Uset min2. 00 mW Latching
0.4 -50 -40 -30 -20 -10 0 10 20 30 40 50 60 70 8010900 m10W0 1L10at1c20hin13g0 140
0.2
0
Ambient Temperature [°C]200 mW Latching
-50 -40 -30 -20 -10 0 10 20 30 40 50 60 70 80 90 100 110 120 130 140
Ambient Temperature [°C]
packed in orginal dry-packs
¯Êmin.Ê0.75
Ultrasonic cleani¯nÊgm in.Ê0.75
¯Êmin.Ê0.75
not recommen¯Êdmedin.Ê0.75
Packaging/unit
THT version tube/50pcs., box/1000 pcs.
Term inSaTMleATrmvsesirinsgioannl mAsesnigt nm ent reel/1000 pcs., box/1000 or 5000 pcs.
Relay –Rtoeplayvie–wtop view
Nnootne-TTnLeOaerPmNntrgcovioMrnhiieetznasowieenltn-adconLogosnsaesntcTratrideoggcybiltanlhnpieiozymdienveneeidtgrnisoticoTnnoynpdeition
LatchinLgaTtcyhpien,g1TCyopiel , 1 Coil
reBresisseetattbccleoonrvendeisdrtsioeiiotntinoc, n1ocnodilition
Contacts are shown in reset condition. Contact position might change during
Cppusoooesrnt.ittaaitociontCppusnÊÊsoooÊmesrni
2
All specifications subject to change. Consult Tyco Electronics for latest specifications.
Altlrasnpsepocritactioantiaonndsmsuustbbjeecretsteot bcehfoa2re4nguosefe.2. 8Consult Tyco Electronics for latest specifi
06-2014, Rev.A0ll6s1p4ecifications subject to change. CoDnastualsthTeyectosEalencdtrpornoicdsucfotrslpaetecsifticsapteiocinficationsA. ll spDeactaifishceaettsioannds psruodbujcetcdtattaoiscshubajnecgteto. tCheo2n4suoDlfatt2aT8syhceeotsE, plerocdturcotndiactas, ‘fDoerfinlaittioensst’ ssepc-ecifications.
www.te.com
according to IEC 61810-1 and to be used
terms of the disclaimer and all chapters of
tion, application notes and all specifications
© 2014 Tyco Electronics Corporation,
only together with the ‘Definitions’ section.
the ‘Definitions’ section, available at
are subject to change.
a TE Connectivity Ltd. company
http://relays.te.com/definitions


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T
LT1
WT2
HD1
TD2
Tw1
TS2
Signal Relays AXICOMD1
TTTDLWHTTTDDTSTTTDLWHTTTDDSw1212w1121212111253653250.......020022.608008005TTTDLWHTTTDDS000NNÊÊÊÊÊÊwÊ331212Ê..112±±±±±±147Ð//..532653225AA536532500ÊÊÊÊÊÊ......Ê.......020022..600000200220.6008008005......800800.5011111.0020NN00ÊÊÊÊÊÊÊ33NNÊÊÊÊÊÊÊÊ33058055..10Ê..±±±±±±847Ð//..±±±±±±53653247Ð5±//..22±0AA2205ÊÊÊÊÊÊAA......05Ê.ÊÊÊÊÊÊÊÊ020022.6Ê000000000000000080080050......000.......110111.NN.ÊÊÊÊÊÊ11011133.02Ê0..058055±±±±±±47058055//..80±228AA05ÊÊÊÊÊÊÊÊ00000000......00000000.110111.20........05805521322102080293028206360672000NNÊÊÊÊÊÊÊÊ....001000001000000000±±±±±±±//..2.....212...A.....A2132210.2ÊÊÊÊÊÊÊ2132210Ê255590293028200000002930280206360672.......00000636067.200000000NNÊÊÊÊÊÊÊÊ....NN0000000ÊÊÊÊÊÊÊ....0000000110001100±±±±±±±Ð//±±±±±±±.......Ð.4633466//2212212210822A212AÊÊÊÊÊÊÊAAÊÊÊÊÊÊÊÊ5559Ê029302825559000000000000000006360672000...............0000000NN.ÊÊÊÊÊÊÊ0000000....011000000000±±±±±±±0000000//022124633466AA84633466ÊÊÊÊÊÊÊ555900000000........0000000103355332000000000.......463346622782223.000000000NNÊÊÊÊÊÊÊ330ʱ±±±±±±1//...33255332024AA335533200ÊÊÊÊÊÊÊ0........Ê.......22782223.000000022782223.0000000000.......000000001131110.0NNÊÊÊÊÊÊÊÊ330NNÊÊÊÊÊÊÊÊ33005080555±±±±±±±±8//...±±±±±±±33553320±//...224±0AA224ÊÊÊÊÊÊÊÊAA.......ÊÊÊÊÊÊÊÊ227822230000000000000000000000000........0.......11301110.NNÊÊÊÊÊÊÊ11301110330.0Ê005080555±±±±±±±05080555//...2248AAÊÊÊÊÊÊÊÊ00000000.......0000000011301110.0........05080555113221108229232281663406671000NNÊÊÊÊÊÊÊÊ...00100000001000000000±±±±±±±±//..2.......21..A......A113221100ÊÊÊÊÊÊÊÊ11322110055522923228100000000229232281663406671........000663406671000000000NNÊÊÊÊÊÊÊÊÊ...NN00000000ÊÊÊÊÊÊÊÊ...00010000110110±±±±±±±±±//±±±±±±±±........463234662//22111211002A21AÊÊÊÊÊÊÊÊÊAAÊÊÊÊÊÊÊÊ55522923228155500000000000000000663406671000.................000000000NNÊÊÊÊÊÊÊÊ00000000...110000100000±±±±±±±±00010000//221463234662AA463234662ÊÊÊÊÊÊÊÊ55500000000........000000001ÊÊ753753200010000Ê0Ê.......46323466265025022.50.0800800.006NNNÊÊÊÊÊÊÊ00Ê5±±±±±±±1ÊÊ///.1ʱÊ75375324AAA7537532Ê0ÊÊÊÊÊÊÊÊʱ0ÊÐ.......Ê.......65025022.500000065025022.50ÊÊ0.0800800.........08008000.063113111.0006NNNÊÊÊÊÊÊÊ0NNNÊÊÊÊÊÊÊ0Ê50.0500550.1ÊÊ5ʱ±±±±±±8/2//.±±±±±±±7537532ʱ///Ê.4ʱ0ÊAAA48ÊÊÊÊÊÊÊAAA0.......±ÐÊÊÊÊÊÊÊʱ65025022.Ð5Ê000000000000000Ê0.0800800Ê.Ê0Ê...0....06.......03113111.NNNÊÊÊ0ÊÊÊÊ031131110.000Ê50.0050055±±±±±±±..0050055///0.8.Ê2±Ê0482AAAÊÊÊÊÊÊÊ8±0Ð8Ê00000000Ê0Ê.......000000000003113111.00...........00500552213222102.08290293902828050636506720NNNÊÊÊÊÊÊÊÊÊÊ.0000000000000000000±±±±±±±±±///.........1....A......AA221322210.2ÊÊÊÊÊÊÊÊÊ221322210Ê25902939028200000000902939028025063650672.........0506365067.200000000NNNÊÊÊÊÊÊÊÊÊÊ.NNN000000000ÊÊÊÊÊÊÊÊÊ.100001000000±±±±±±±±±Ð///±±±±±±±±±.........Ð.146331466///12212221082A1AAÊÊÊÊÊÊÊÊÊAAAÊÊÊÊÊÊÊÊÊÊ5Ê902939028250000000000000000000050636506720...................000000000NNN.ÊÊÊÊÊÊÊÊÊ000000000.00100001000±±±±±±±±±100001000///01146331466AAA8146331466ÊÊÊÊÊÊÊÊÊ50000000000..........00000000001ÊÊ25325321000010000Ê0Ê.......146331466868028022.50.0800800.006NNNÊÊÊÊÊÊÊ00Ê5±±±±±±±1ÊÊ///.1ʱÊ25325324AAA2532532Ê0ÊÊÊÊÊÊÊÊʱ0ÊÐ.......Ê.......68028022.500000068028022.50ÊÊ0.0800800.........08008000.062112111.0006NNNÊÊÊÊÊÊÊ0NNNÊÊÊÊÊÊÊ0Ê50.0500550.1ÊÊ5ʱ±±±±±±8/0//.±±±±±±±2532532ʱ///Ê.4ʱ0ÊAAA48ÊÊÊÊÊÊÊAAA2.......±ÐÊÊÊÊÊÊÊʱ68028022.Ð5Ê000000000000000Ê0.0800800Ê.Ê0Ê...0....06.......02112111.NNNÊÊÊ0ÊÊÊÊ021121110.000Ê50.0050055±±±±±±±..0050055///0.8.Ê0±Ê0480AAAÊÊÊÊÊÊÊ8±2Ð8Ê20000000Ê0Ê.......000000000002112111.00...........00500551213212102.0801029310282820063600672NNNÊÊÊÊÊÊÊÊÊÊ.0000000000000000000±±±±±±±±±///.........1....A......AA121321210.2ÊÊÊÊÊÊÊÊÊ121321210Ê25102931028200000000102931028020063600672.........0006360067.2000000NNNÊÊÊÊÊÊÊÊÊÊ.NNN000000000ÊÊÊÊÊÊÊÊÊ.000000000000±±±±±±±±±Ð///±±±±±±±±±.........Ð.746337466///11212121082A1AAÊÊÊÊÊÊÊÊÊAAAÊÊÊÊÊÊÊÊÊÊ5Ê10293102825000000000000000000000063600672...................000000000NNN.ÊÊÊÊÊÊÊÊÊ000000000.00000000000±±±±±±±±±000000000///01746337466AAA8746337466ÊÊÊÊÊÊÊÊÊ50000000000..........000000000000000000007463374668
D2 DD222.20DÊ2±22Ê..2020.01ÊÊ5±±2Ê.Ê2000..1Ê15±5Ê0.01.5087Ê00±..0Ê08087.70Ê0Ê0±±.60ÊÊ8007..0Ê00±066Ê0.020.620ʱ22Ê..2020.01ÊÊ5±±2Ê.Ê2000..1Ê15±5Ê0.01.5087Ê00±..0Ê08087.70Ê0Ê0±±.60ÊÊ8007..0Ê00±066Ê0.020.620ʱ22Ê..2020.01ÊÊ5±±2Ê.Ê2000..1Ê15±5Ê0.01.5087Ê00±..0Ê08087.70Ê0Ê0±±.60ÊÊ8007..0Ê00±066Ê0.020.620ʱ22Ê..2020.01ÊÊ5±±2Ê.Ê2000..1Ê15±5Ê0.01.5087Ê00±..0Ê08087.70Ê0Ê0±±.60ÊÊ8007..0Ê00±066Ê0.006
THTTHVeTrHVsieTorVnseiornsion SMSTMVSeTMrVsieTorVnseiornsionTw TTww T0w.40 00..4400 0.40 0.015 00..0011550.015
0.4 00..44 0.4
0.015 00..0011550.015
0.4 00..44 0.4
0.015 00..0011550.015
0.4 00..44 0.4
0.015 00..0011550.015
S SS S0.75 00..7755 0.75 0.029
THTTHVeTrHVsieTorVnseiornsion SMSTMVSeTMrVsieTorVnseiornsionStanSSdttaarnnSdddtaVanerrddrsaViVoreednrrssViioeonrnsion
00..0022990.0N29arr0NNo.30awaÊrr±r0Nr0VÊo.o.303ea0w.0wÊrÊ5±sr±0VÊoi.VÊ3o00e0we.I.0nÊ0rMr5±5ssVÊii0oeoR.00nr.n5e0s1li1aoÊ00y±n..0Ê010(1C1.10Êo0Ê0±n±.20ÊtÊ1i0n01..0uÊ00e±02d2Ê0)G.00u2llGNGW/uAuillnlGlNNgWW//uAAsilinlnNWg/gAssingsN/A
NN//AA N/A
N/A NN//AA N/A
J-LeJgJ--sLLeeJgg-sLsegs
N/A NN//AA N/A
StanSSdttaaDrnnSdidmdtaVaenernrddrssioaViVonreedsnrrssViioeonrnsion
NarrNNoawarrrNrVooeawwrsrVoiVoewenrrssViioeonrnsion
GullGGWuuillnlGl gWWusilinlnWggssings
10T.0H±0T1.1000v8..00e±±r001s..00i0o.880n±0.068.0±0.0668..00±±00..600.880±0.08
10.0±01.10008..00±±001..000.880±0.058.7±0.355..77±±00..533.7±0.3
S1M0.0T±0v1.1e0008r..0s0±±i0o01..n000.880±0.068.0±0.0668..00±±00..600.880±0.08
Standard version
Narrow version
Gull wings
J-LeJgJ--sLLeeJgg-sLsegs
10.0±01.10008..00±±001..000.880±0.068.0±0.0668..00±±00..600.880±0.08
J-legs
10.0±01.10008..00±±001..00.880±0.068.0±0.0668..00±±00..600.880±0.08
0.4 00..44 0.4
5.08±05.51..0088±±005..1108±0.1
0.4 00..44 0.4
5.08±05.51..0088±±005..1108±0.1
MouMMnotoiunuMngnottHiuinnongglteiHHnLoogalleyHeoLoLuaaletyyooLuauyttout
10.0±01.10008..00±±001..00.880±0.058.7±0.355..77±±00..533.7±0.3
10.0±01.10008..00±±001..00.880±0.068.0±0.0668..00±±00..600.880±0.08
10.0±01.10008..00±±001..00.880±0.068.0±0.0668..00±±00..600.880±0.08
0.4 00..44 0.4
0.4 00..44 0.4
5.08±05.51..0088±±005..1108±0.1
7.5±0.377..55±±00..733.5±0.3
0.4 00..44 0.42.8±0.222..88±±00..222.8±0.2
3.2±0.133..22±±00..311.2±0.1
5.08±05.51..0088±±005..1108±0.1
0.4 00..44 0.4
C0o.4pClCa00o.on.44ppaClrla0aio.tn4nypaal≤rarCiitnto0yypa.la1≤r57ni.Cm.Cat05o0ry8o0±ipt±pm0y..l0l.a1a1357.5n7C1n.0m..am0.5a0.o051r8±r8i±pmit±m.t0±ym0lya10.m05.73n.3.1m.01a050.r8.1±i1mm0my0.m3≤m.10.1mmCopClCaoonppaClrlaaiotnnypa0aCl.≤r4aroiitpnt0ylyaa.0n01C.≤rCa.44iormotiptp0yy0llaam0.n.Cn.≤1014aa.o21rmrmipmi.t0t8ylyam±m.nm010a0..r2m.21i21tm.my.88m±m≤m±000...212m.8m±0.2
3.2±0.133..22±±00..311.2±0.1
5.08±05.51..0088±±005..1108±0.1
CSoolpdCSlCSeaoooronllpPdpadCSlraleaeaoiodtrnrnylpdPaPaLl≤eraaraCiirdtnydto0yypPoa.LlLa1≤raunaiaCmCadttyo0yryo0iptopmoy.L.lla1a1uaunCn0mamyta.o0t1rripomitm.tymlya1munm0a0t.r.1i1tmmmy m≤m0.1mmCopClCaoonppaClrlaaiotnnypaaCl≤raroiitpnt0ylyaa.n1C≤rCa≤iormotiptp0yy0llaam.n.Cn≤101aa.o1rmrmipmit0tylyamm.nm10a0.rm.1i1tmmy mm≤m0.1mm
ViewVVioieenwwVtoioeotnwnhtteooocntthhotoeemctcphoooemmncepponoomtnnspeeinodntntesesoiniddfteetshoioedffePtthhoCeefBPtPh(CCteoBBPp(C(vttooBieppw(tvv)oiiepewwv))iew) ViewVVioieenwwVtoioeotnwnhtteooocntthhotoeemctcphoooemmncepponoomtnnspeeinodntntesesoiniddfteetshoioedffePtthhoCeefBPtPh(CCteoBBPp(C(vttooBieppw(tvv)oiiepewwv))iew)
SMVtieoawnuSMVSMVdntiotieaoteoaniPTwrnwunnuSMVtdOCdongdntiPoBeooaVtattnHvwinneulirhrnaintedtdroenyowgogsoolaVtiVecntuooiHtrHehnehotntdnLrooerogemcsasVloliectiyHecopmeohooonoLroepnLmusmaonaliectnyoeyppeooonnLonomutatunnsytstpeiedoinodneutnteotsefsoPiniNddfCteaeBtshroioredNNoffeawPatthrhroCrNerVeofoBeawPtwPhr(CsCrteVooiVBoBewPepnrr(C(svtstVoioiBioeeoppnrwn(stvv)oiioiepenwwv))iew)
SoldSSeoorllPddSaeeodrrldPPLeaardydPoLLauaadtyyooLuauyttout
VGiuelwlVGVGWioiueuenilwlnwlVGltogWWioueostnilwnihnlnttWeogogosscnittnhhotogeemsctcphoooemmncepponoomtnnspeeinodntntesesoiniddfteetshoioedffePtthhoCeefBPtPh(CCteoBBPp(C(vttooBieppw(tvv)oiiepewwv))iew)
Standard version
StanSSdttaarnnSdddtaVanerrddrsaViVoreednrrssViioeonrnsion
Narrow version
NarrNNoawarrrNrVooeawwrsrVoiVoewenrrssViioeonrnsion
Gull wings
GullGGWuuillnlGl gWWusilinlnWggssings
J-legs
¯Êmin.¯Ê¯ÊÊ0mm.7ii5nn¯..ÊÊ0m0..77in55.Ê0.75
¯Êmin.¯Ê¯ÊÊ0mm.7ii5nn¯..ÊÊ0m0..77in55.Ê0.75
¯Êmin.¯Ê¯ÊÊ0mm.7ii5nn¯..ÊÊ0m0..77in55.Ê0.75
TermTTeienrrmaPmTrleoiAincnrmseaassllisAgnAinnassgslsmiiAggesnnnsmmitgeennnmttent
¯Êmin.¯Ê¯ÊÊ0mm.7ii5nn¯..ÊÊ0m0..77in55.Ê0.75
RelaRRyee–llRaaRteyoycepo––lmavttymooieep–pnwdtvvoeiiedpewwsvolideewring conditions
TRNneoeortlnmaeTRNnTRNn-yeinLeooenoeoraertltnmalRanmtarTRNneteelgc-y-oyeoicnLAienhLoinnporzaetaleinmsmaaeantretsrvt-ltgycdmlgcoginLoiAghnieAheip–zaepczTnwniasisetnreondytsvlgcsmvdodegnipgiiAhiigdegpezdeecicTswnTrewnnineosyvotydmfmgiintpilnopgeodceedwnTeewnoinyintmstinptiotoodleednnientritiongnpLrreoasftielceLrhtLreIeaEacissnCttoececgLr6nhthet1adTci7scitnn6yioecot0gpgihtn-no1edciTdnTn,yoiyitg1tpinpiooedCTenny,io,t1p1iioleCCn,oo1iillCoil
NonNN-LooanntNc--LhLoaainntt-ccgLhhaTiitnnycgpgheiTTnyygppeTeype LatcLhLaainttccgLhhaTiitnnycgpgheiTTn,yyg1ppeCTey,o, 1p1ileCC,oo1iillCoil
not ennnooettrneegonnizeteerergdgniizeczereogddnizdcceiootdinnodcdnoiittinioodnnition resertreecssoeerntetdcscioeotitnnodcdnoiittinioodnnition
Resistance to soldering heat - reflow profile IEC 60068-2-58
Recommended reflow soldering profile
Infrared soldering
temperature/time profile
(lead and housing peak temp.)
ContCCaoocntnstCtÊaaoccinttstsÊÊaÊrcieitnnsÊÊetrriÊenessÊpeeortteÊsÊsitpepiootoÊnssii.ptÊtiioooCsnnoi.t.ÊnÊiotCCnaooc.ÊntnÊtCtaaoccnttÊtÊactÊ
positppiooonssiiÊpttiiomoosnnigÊtÊihommtnÊiiÊggchmhttaÊiÊgncchghhteaÊaÊnncdghgueaerÊnÊingddgeuuÊrriitndnrguagÊnrÊisn-ttrrgaaÊnnts-s-rans-
Cppusoooesrnt.ittaCppuCppuaitosoosooocieoensrntsrnt.sit.niÊtCpputattÊaaiaÊisootomtocicieisrnoanotntit.sngtnsÊÊtanÊÊaiÊdhÊtoÊmrmciiÊteoinatnanÊisinÊngmÊngÊecÊdhmdhtruriÊÊteanÊteasÊiÊsngsÊntmpmecÊecdhgorthuthuÊtebÊesÊaÊsassiÊemnttpntepciÊÊÊdgothgouÊrubensbaesseirÊei.ntpÊetsÊtiÊiÊniÊgedodoCgbterusnrunÊeoieÊr.tr.sÊisnÊbiÊitndeonerteCgruCtangatefÊÊoÊnroco.ÊsÊinbtsnnb-rtetÊertCergtteaaaÊafoÊfnconconbtts-trs-rÊrteÊeaaÊfÊncots-rÊeÊ Time [s]
All spAAelclllissfippcAeaellctcisioififipnccesaacttsiiifiooucnnbassjetisscouutnbbtsojjeesccuthtbtatjoeoncgcctehht.aaoCnncggoheena..snCuCglootennT.sysCucuololttnTETsyyluecclcototTrEEyolcleneociccttEsrroolefnnociirctcrslsoaftnfoeoicsrrstllaasfttopeeresspclttaoissfiteprpctseaeapptctctoisiooiififipornrcctetnsapaaac.tÊtotiitifioioiroaocnntnasanst.dÊt.ÊioiÊoanansmn.ÊdduÊaÊsntmmÊduuÊbssemttÊÊurbbseetesÊÊebtrrÊeessbÊeeerttefÊÊosbbreeeteÊffoobrreeÊfÊoreÊ
use. uussee..use. Recommended soldering conditions
Vapour phase soldering
20 to 40s
full line: typical
5 of5528ooff522o88f 28
All spAAelcllissfippcAeaellctcisioififipnccesaacttsiifiooucnnbassjetisscouutnbbtsojjeesccuthtbtatjoeoncgcctehht.aaoCnncggoheena..snCuCglootennT.sysCucuololttnTETsyyluecclcototTrEEyolcleneociccttEsrroolefnnociirctcrslsoaftnfoeoicsrrstllaasfttopeeressclttaissfiteppcseaetctcisioififipnccesaac.ttiifioocnnasst..2io4nsC.
dotted line: process l5imiots f5528ooff522o88f 28
06-2014, Rev. 0614
www.te.com
© 2014 Tyco Electronics Corporation,
a TE Connectivity Ltd. company
Datasheets and product specification
according to IEC 61810-1 and to be used
only together with the ‘Definitions’ section.
180°C
130°C
external preheating
100°C
forced cooling
Vapour phase soldering
temperature/time profile
(lead and housing peak temp.)
Datasheets and product data is subject to the
terms of the disclaimer and all chapters of
the ‘Definitions’ section, available at
http://relays.te.com/definitions
Time [s]
Datasheets, product data, ‘Definitions’ sec-
tion, application notes and all specifications
are subject to change.
3


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Signal Relays
AXICOM
AXICOMÊSignalÊIRMelayRselay (Continued)
IM Relay
108-98001 Rev. M
Packing
Packing
Tube for THT version
50 relays per tube, 1000 relays per box
Tape and reel for SMT version
1000 relays per reel, 1000 oDrim50e0n0siroenlasyisn pmemr box
Tape and reel for SMT version
1,000 relays per reel
1,000 or 5,000 relays per box
Tub
50 r
1,00
Reel Dimension
Reel Dimension
Tube for THT version
5R0erelladyims epnesriotunsbe
1,000 relays per box
Reel Dimension
All specifications subject to change. Consult Tyco Electronics for latest specifications.
Tap
1,00
1,00
All specifications subject to change. Consult Tyco Electronics for latest specifications.
Tape and reel for SMT version
1,000 relays per reel
1,000 or 5,000 relays per box
Product code structure
Type
IM Signal Relays IM Series
RCeoenl tDaicmt eanrrsaionngement
Blank 2 form C, 2 CO
Coil
Coil code: please refer to coil versions table
Performance type
Blank Standard version
Terminals
T THT - standard
N THT - narrow version
Packing
S Tube
Typical product code IM 03 G R
All specifications subject to change. Consult Tyco Electronics for latest specifications.
I High current version HVAC
C High dielectric version
D High current version
P High contact stability version
J SMT - J-leg
G SMT - gull wing
R Reel
All specifications subject to change. Consult Tyco Electronics for latest specifications.
26 of 28
4
06-2014, Rev. 0614
www.te.com
© 2014 Tyco Electronics Corporation,
a TE Connectivity Ltd. company
Datasheets and product specification
according to IEC 61810-1 and to be used
only together with the ‘Definitions’ section.
Datasheets and product data is subject to the
terms of the disclaimer and all chapters of
the ‘Definitions’ section, available at
http://relays.te.com/definitions
Datasheets, product data, ‘Definitions’ sec-
tion, application notes and all specifications
are subject to change.


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No Preview Available !

Click to Download PDF File

Signal Relays
AXICOM
IM Relay (Continued)
Product code
IM00GR
IM00JR
IM00NS
IM01GR
IM01JR
IM01NS
IM01TS
IM02GR
IM02JR
IM02NS
IM03GR
IM03JR
IM03NS
IM03TS
IM04GR
IM04JR
IM04NS
IM05GR
IM05JR
IM05NS
IM05TS
IM06GR
IM06JR
IM06NS
IM07GR
IM07JR
IM07NS
IM08GR
IM11GR
IM12GR
IM13GR
IM16GR
IM17GR
IM17TS
IM21GR
IM21TS
IM22GR
IM22TS
IM23GR
IM23TS
IM26GR
IM26TS
IM40GR
IM40JR
IM40NS
IM40TS
IM41GR
IM41JR
IM41NS
IM41TS
IM42GR
IM42JR
IM42NS
IM42TS
IM43GR
IM43JR
IM43NS
IM43TS
IM44GR
IM44JR
IM44NS
IM44TS
IM45GR
IM45JR
IM45NS
IM46GR
IM46JR
IM46NS
IM46TS
IM47GR
IM47JR
IM47NS
IM47TS
IM48GR
Arrangement
2 form C,
2 CO
contacts
Perf. type
Standard
Coil
1.5VDC
3VDC
4.5VDC
5VDC
6VDC
9VDC
12VDC
24VDC
2.4VDC
3VDC
4.5VDC
5VDC
12VDC
24VDC
3VDC
4.5VDC
5VDC
12VDC
1.5VDC
3VDC
4.5VDC
5VDC
6VDC
9VDC
12VDC
24VDC
2.4VDC
Coil type
Monostable
Bistable
Coil
Standard
High sens.
Ultra
high
sensitive
Standard
Terminals
SMT gull wing
SMT J-leg
THT narrow
SMT gull wing
SMT J-leg
THT narrow
THT standard
SMT gull wing
SMT J-leg
THT narrow
SMT gull wing
SMT J-leg
THT narrow
THT standard
SMT gull wing
SMT J-leg
THT narrow
SMT gull wing
SMT J-leg
THT narrow
THT standard
SMT gull wing
SMT J-leg
THT narrow
SMT gull wing
SMT J-leg
THT narrow
SMT gull wing
THT standard
SMT gull wing
THT standard
SMT gull wing
THT standard
SMT gull wing
THT standard
SMT gull wing
THT standard
SMT gull wing
SMT J-leg
THT narrow
THT standard
SMT gull wing
SMT J-leg
THT narrow
THT standard
SMT gull wing
SMT J-leg
THT narrow
THT standard
SMT gull wing
SMT J-leg
THT narrow
THT standard
SMT gull wing
SMT J-leg
THT narrow
THT standard
SMT gull wing
SMT J-leg
THT narrow
SMT gull wing
SMT J-leg
THT narrow
THT standard
SMT gull wing
SMT J-leg
THT narrow
THT standard
SMT gull wing
Part number
3-1462037-7
3-1462037-9
1-1462038-0
1462037-1
4-1462037-0
1-1462038-1
1462037-4
1462037-9
1-1462037-1
1-1462038-2
1-1462037-4
1-1462037-6
1-1462038-3
1-1462037-8
4-1462037-2
4-1462037-4
1-1462038-4
3-1462037-4
4-1462037-5
1-1462038-5
2-1462037-2
2-1462037-3
4-1462037-6
1-1462038-6
4-1462037-7
4-1462037-8
1-1462038-7
6-1462039-3
9-1462038-5
1462039-3
1462039-4
1462039-5
1462039-6
4-1462039-6
2-1462039-6
1-1462039-5
2-1462039-7
2-1462039-8
2-1462039-9
3-1462039-0
3-1462039-1
3-1462039-2
5-1462037-1
5-1462037-2
1-1462038-8
5-1462037-0
5-1462037-4
5-1462037-5
1-1462038-9
5-1462037-3
3-1462037-1
5-1462037-7
2-1462038-0
5-1462037-6
5-1462037-9
6-1462037-0
2-1462038-1
5-1462037-8
6-1462037-2
6-1462037-3
2-1462038-2
6-1462037-1
6-1462037-4
6-1462037-5
2-1462038-3
6-1462037-7
6-1462037-8
2-1462038-4
6-1462037-6
7-1462037-0
7-1462037-1
2-1462038-5
6-1462037-9
1462039-8
06-2014, Rev. 0614
www.te.com
© 2014 Tyco Electronics Corporation,
a TE Connectivity Ltd. company
Datasheets and product specification
according to IEC 61810-1 and to be used
only together with the ‘Definitions’ section.
Datasheets and product data is subject to the
terms of the disclaimer and all chapters of
the ‘Definitions’ section, available at
http://relays.te.com/definitions
Datasheets, product data, ‘Definitions’ sec-
tion, application notes and all specifications
are subject to change.
5


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Signal Relays
IM Relay (Continued)
AXICOM
Product code
IM01CGR
IM01CTS
IM02CGR
IM03CGR
IM03CJR
IM03CTS
IM05CGR
IM06CGR
IM06CJR
IM06CTS
IM07CGR
IM07CTS
IM17CGR
IM41CGR
IM42CGR
IM43CGR
IM02DGR
IM03DGR
IM03DJR
IM05DGR
IM06DGR
IM06DJR
IM06DTS
IM07DGR
IM07DJR
IM07DTS
IM22DTS
IM41DGR
IM42DGR
IM42DNS
IM46DNS
IM47DJR
IM48DGR
IM49DGR
IM48IGR
IM49IGR
IM02PGR
IM02PNS
IM03PGR
IM03PJR
IM03PNS
IM06PGR
IM06PNS
IM42PGR
IM42PNS
IM43PGR
IM46PNS
Arrangement
2 form C
2 CO
contacts
Perf. type
High
dielectric
High
current
High
contact
stability
Coil
3VDC
4.5VDC
5VDC
9VDC
12VDC
24VDC
3VDC
4.5VDC
5VDC
4.5VDC
5VDC
9VDC
12VDC
24VDC
4.5VDC
3VDC
4.5VDC
12VDC
24VDC
2.4VDC
2VDC
2.4VDC
2VDC
4.5VDC
5VDC
12VDC
4.5VDC
12VDC
Coil type
Monostable
Bistable
Monostable
Bistable
Monostable
Bistable
Coil
Standard
High sens.
Standard
Standard
U.h.sens.
Standard
Standard
Standard
Terminals
SMT gull wing
THT standard
SMT gull wing
SMT J-leg
THT standard
SMT gull wing
SMT J-leg
THT standard
SMT gull wing
THT standard
SMT gull wing
SMT J-leg
SMT gull wing
SMT J-leg
THT standard
SMT gull wing
SMT J-leg
THT standard
SMT gull wing
THT narrow
SMT J-leg
SMT gull wing
THT narrow
SMT gull wing
SMT J-leg
THT narrow
SMT gull wing
THT narrow
SMT gull wing
THT narrow
SMT gull wing
THT narrow
Part number
1462038-4
9-1462038-6
1462038-1
1462038-2
4-1462039-8
4-1462039-7
1462038-3
9-1462037-9
3-1462039-4
4-1462037-9
1462039-2
1462039-1
1462039-7
4-1462039-2
4-1462039-1
9-1462038-7
9-1462038-8
9-1462038-9
3-1462039-3
1-1462039-7
1-1462039-8
7-1462039-0
3-1462039-8
3-1462039-7
7-1462039-4
7-1462039-2
7-1462039-6
6-1462039-8
1-1462039-9
1-1462039-6
1-1462039-2
7-1462039-5
1462039-9
2-1462039-2
1462047-1
1462047-4
5-1462039-4
5-1462039-8
5-1462039-5
6-1462039-6
5-1462039-9
5-1462039-6
6-1462039-0
5-1462039-7
7-1462039-8
7-1462039-3
6-1462039-1
6
06-2014, Rev. 0614
www.te.com
© 2014 Tyco Electronics Corporation,
a TE Connectivity Ltd. company
Datasheets and product specification
according to IEC 61810-1 and to be used
only together with the ‘Definitions’ section.
Datasheets and product data is subject to the
terms of the disclaimer and all chapters of
the ‘Definitions’ section, available at
http://relays.te.com/definitions
Datasheets, product data, ‘Definitions’ sec-
tion, application notes and all specifications
are subject to change.





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