PCB Relay. OZ-SS-112D1 Datasheet

OZ-SS-112D1 Datasheet PDF, Equivalent


Part Number

OZ-SS-112D1

Description

Power PCB Relay

Manufacture

TE

Total Page 3 Pages
PDF Download
Download OZ-SS-112D1 Datasheet PDF


OZ-SS-112D1 Datasheet
1. Basic Series:
OZ = 16A PC Board Terminals
OZF = Quick Connect Terminals
OZT = TV-8 Rating PC Board Terminals
1. Basic Series:
OZ = 16A PC Board Terminals
OZF = Quic
OZT = TV-8 Rating PC Board Terminals
2. Enclosure:
S
SS
=
=
Vent
Vent
(Flux-tight)*
(Flux-tight)*
plastic
plastic
cover (only
cover.
aGvaeilanbelerawSlHithP=OuSZrepFa)olesde, pRlasetilcacyasse.
2. Enclosure:
S = Vent (Flux-tight)* plastic cover (only available w
SS = Vent (Flux-tight)* plastic cover.
S
3. Termination:
1 = 1 pole
PCB Relays
3. Termination:
1 = 1 pole
OEG
4. Coil Voltage:
05 = 5VDC
06 = 6VDC
09 = 9VDC
12 = 12VDC
4284P==ow4284eVVDDrCCPCB Relay OZ/OZT
4. Coil Voltage:
05 = 5VDC
06 = 6VDC
09 = 9VDC
12 = 12VDC
24 = 24VDC
48 = 48VDC
5. Coil Input:
D = Standard (720mW)
L = Sensitive (540mW)
5. Coil Input:
D = Standard (720mW)
L = Sensitiv
1 or DM1)
n 1pole6, 1. 6CAo,n1tafcotrmArAra(nNgOe)moren1tf:orm C (CO)
n UL TV7-8. BC(OloaZnnTkta)=cat1vMaFiolaartmbelreiCa,l:SPDT
M = 1 Form A, SPST-NO
n Meet 50B00laVnkdi=elAegcCtrdicOv(1olFtaogrme bCe) tween coil a1n=d AcgoSntnaOct(1s Form A, only available with OZ....LM1 or DM1)
6. Contact Arrangement:
Blank = 1 Form C, SPDT
7. Contact Material:
Blank = AgCdO (1 Form C)
M = 1 Form
1 = AgSnO
available
onlynw MitheOetZ81F.-0SMB0-0l1ao0.nu.VLknMs=tiu1nPrPggC).eaBnvodoalTrtdaegrTmeeribmneainttwaiolsene:n
coil
andPc=onPtCacBtosard
and
Quick
Connect
Terminals
(only
available
only
8.
with
Mounting and Termination:
OBZlaFn-kS-=1.P.LCMB1oPa).rd Terminals
P = PC Boa
9. Insulation System:
Blank = Class A (105 °C) Insulation
F= Class F (155 °C) Insulation
9. Insulation System:
Blank = Class A (105 °C) Insulation
F
10. Suffix:
oil input "D" on OZF ,200O=thSetarnSduaffirdx m= oCduesltofomr "mSSod" enclosure on OZ and OZT
oil input "L" on OZF ,294 = Standard model for "SH" enclosure on OZ and OZT
10. Suffix:
,000 = Standard model for coil input "D" on OZF,200 = StaOntdhaerrdSmufofidxe=l fCorus"StoSm" emnocdloesurel on OZ an
,300 = Standard model for coil input "L" on OZF,294 = Standard model for "SH" enclosure on OZ an
Typical ap* Npolitcsautitiaobnlesfor immersion cleaning processes.
* Not suitable for immersion cleaning processes.
ms in stocHkomfoeraOipmpumlrianaecudetisah,tooefrfiidczeelmdivadecihrsyint.reisbutors are more likely to maintain the following items in stockOfourriamumtheodriazteedddeislitvreibryu.tors are more likely
5L,294
OZ-SOHZ-1S2H4-L1,0259D4,294
OZ-SH-124D,294
OZ-SH-112LM1,294
OZ-SH-105L,294
OOZZ-S-SHH-1-10254DL,2,29944
OZ-SH-124D,294
2L,294
OZ-SH-112D,294
OZ-SH-105LM1,294
OZ-SH-124LM1,294
OZ-SH-112L,294
OZ-SH-112D,294
OZ-SH-105LM1,294
UC t2
.061 DIA
(1.55) .224
OPuCtliBnoeaDrdimLeanysoiuotnss(Bottom View)
OZ
OZF
187
.75)
(5A.7.p)25provOaZls
U(6L.35E)58304, CSA LR48471,
8 – .059 DIA
(1.5)
TuV R50139112,
CQC
03001007810
.266 ± .012
(6.75 ± .3)
.2 ± .002
(.5 ± .05)
CCooililvoDltaagtae.0(2 9r.a23.(5n13±3.±g4.40)e.13( .42)1 .8775) .0(611.5D5)IA .(252.(764.)O2.3O55u)ZtliPnOeCZDBiomaer5dntsoLi4oa8nyVosDuCt8s(.(B015.5o9) DttIAom
View)
O
.(31T.2e26c) hnical data of approved types on reque.(82s10t 1.6±±.0. 5.22) 95 ± .012
(7.5 ± .3)
Coil insulation system accordin.(13g2.26U) L
class105
class155
((AF)).(82101.6±±.0.52)
.295 ± .012
(7.5 ± .3)
.394
(10.0)
.(CCRMRSCMIFO E10nr.4lwaaoopi2eaieot7nss)ttinncexqiaee.tntettt.rculaddaarranthsceienccctasvcwiocendnttaiocuton/caigliamO.trvlr3mttytcree(rraea07dpeZarhlnDo0.ecmag6ont.v.idFv00(nfaetn(±e1.etw±a2ee7u6.(sgr o.gr 51.4r380nier0.rtee95asp1e5s)a1c0(±vads.2)ril±0me.i4o ±nto o19i.e si0r.±m5.nc..l0n2dea131tt(.1.(:eaa±2)95:361nt±.e20(ic7.n)g 05..o t200.130. o5c me±22n).±)1ne±4 (,.a.95.0( t03.±.1w7.1a00x(04)..2131.2.±c73 i 1±2)2t)()t..2hD 0.036l/I12oA).w 2 0 ±a i± dt.20h. 02.o0(.8)..1.13.1(u(2095(1(2)54 977.5t.7.055.0.95±0l()±o±2±±8D±..a.0.51.I0..3(.0A301151d31)±.1)4.21)22± (27.f59)0o..7130.(.(r13512)1±m±09020..44.20.080331A11.±±(4)01±±m8820.4..V0.20.(40571N0Ω2)D02)51200A6mO)4C50V/ag110A)//,AtS6,888V,2,1A1nmm0A54.3AO00(CfV0ss.928o,30(8.VD0705r6h0.m±AW6C±V-±.1C±0.D1C.00.)C140)(4CO).(0.1(002.78.4635±)±..01(120.)191(424..006±2.±0.±0.±52C S S .)0. Cc000124052teo)o5692485aon.i(d 01nlisl4. e2vd7i) teaivrrsde.i1.(o(31c64c90.(n5.o2924.vo044Rs±io±V±.5li±0,.a,124ll.0.Dt.±(,569530.D01±t1a51248)0e4..7 C2520.g4 C672d)2)8 e)0 0 cmmoW(iW.1l309.40Ov) 13opV3468633leDta.......r5234868Ca.g(01 t e4.e27 )
.197 ± .012
Release
.0(.26v40oV)clDtaCg. e0(.13 2)
(.(561.050r0.e2±±4s.i3.±Cs0)1.to3a2)inl c.1e(45 .70±±.0.R31)a2ptoewd.e1c(95ro7.0il±±.0.31)2
.0(.132) Ω±10%.0(.13 2)
.(10.427)mW
.047
(1.2)
O1(Z20.19F.5.22±5±. .052) 2 – .03476D IA 2 – .0597D2IA0
0.3
(418.2.)5
(1.5)7.25004 ± .02
0.45
115 .295 ± .0127(2120.8 ± .5)
.3000.±6. 004
200 (7.5 ± .3) 720
.(15(597..0±126...±0±241.3 .21) )
.073 ± .012
(1.85 ± .3)
0.25
820 .085 ± .07122 0
.1(957.0±±.0.3314)23801.(5.2006 .2 1.(095±7.±0.0±(.±202..8).01315)2±
7.32) 0
540
.394 ± .006
(10.0 ± .15)
.300 ±
(7.6 ±
.098 ± .
(2.5 ±
CoNNntOCac81tAW6rAa,Oit2,riZn42ign04sVg0 AVDACC,iar,egrserissaitsimvti evs,e ,
Mechanical endurance
100x103 ops.
OZ1F61A01,x1020046x01Vo0Ap3Ceor/a3pt0sio.VnDsC*
06
09
6
9
4.5
6.8
Wiring00D..34i 5a grams16585
540
540
12
12
9.0 OZ 0.6
270
O5Z4F0
24
24 18.0
1.2 1100 540
electrical connection,
oard attachment only.
(Bottom View)
(Bottom View)
(Top
48
VAiellwfig)ures
are
giv*e4nfNo8foro breolceaocritdlriwcaatittlhacocoh3unmt6npee.0rcnett i-ooennn,ley.rgization2(,B.a4ot tatmobmientVtei4em4wp0e)0ra ture
540
+23°C.
(Bottom
Vie
Reference Data
ElectLrifOceaplEeexrnpadteiucnrtgaannVccoeyltage
100 180
160
140
120
13A 8A
16A240VAC ResMAisltaliovxweimaubmle
Operating
Coil Voltage
Votage Range
100
10 80
60 8A
40
20
13A/16A
Cool Coil
Hot Coil Applied
Pick-Up Voltage
OpeOrapteertaimteeTime
12
10
Operate Time
8
6
4
2
Release Time
4
1
0
0
2
4-40 6-20 80 1020 1420 1640 1860 1080 12200 140
ContAacmtbCieunrrteTnetm(Ap). ( °C)
Note: This data is based on the max. allowable
temperature for E type insulation coil (115 °C).
0.2 0.4 0.6 0.8 1.0
Coil Power (W)
fications and availabilityDimensions are shown for
ct to change.
reference purposes only.
www.tycoelectronicsD.cimomensions are in inches over
Technical support:
Refer to inside back
(scmpoeivlcleimirfi.eedt4e.r6s)3unless
otherwise
CoiORl opeLpefieerfaerrateEitnnixvgcpeeeVrcoaDtnlatgaanegtcaey
1080
160 13A 8A
140 16A 240VACMAlalRoxewimsaisubtmlieve
120
Operating
Votage Range
Coil Voltage
12
10
8
11000 13A/16A
80
6
60 8A
Cool Coil
Hot Coil Applied
4
40 Pick-Up Voltage
20
2
1.2 1.4
010 -420 -240 A06Cmob2ni80etanct4t1T00Cemu6r1p0r2e. (n8°t1C0(4A) 1) 010612108 14200
Note: This data is based on the max. allowable
temperature for E type insulation coil (115 °C).
Specifications and
subject to change.
avaDilaimbielintysions are shown for
reference purposes only.
wTReewcfewhrn.ttiycocaiolnessluiedpceD(sptmrpiobomeiranlctleci:imicnkfisesec.idctooe.onvrmess)ra.urne4lein6s
04-2011, Rev. 0411
www.te.com
© 2011 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.
1

OZ-SS-112D1 Datasheet
3. Termination:
1 = 1 pole
General Purpose Relays
4. Coil Voltage:
05 = 5VDC
06 = 6VDC
09 = 9VDC
12 = 12VDC
24 = 24VDC
48 = 48VDC
PCB Relays
5. Coil Input:
D = Standard (720mW)
L = SOenEsitGive (540mW
6. Contact Arrangement:
Power PCB Relay OZ/OZT (ContinBueladn) k = 1 Form C, SPDT
M = 1 Form A, SPST-
7. Contact Material:
Insulation Data
OtIhsseuredDC3aa-t08taa3.l o(BMgPDl1aoF3nu0 Rkn8e2=tvi4.n21Ag1g-Ca04nd)dO
(1 Form C)
Termination:
1 = AgSnO (1 Form A
B OZ -SH -1 24 L M 1I ICnnI nliiettibbbtiiaaaiaeeerlllatttdiwwwnsnisueceeeulreeeeegla/nnncecttioccrroweioocpneinnetsphOrttn1teaaasr.secctgcrainttoOOdesBngtaaneZZadatnntnhaTrsddvccioi==netccclst ooga 1TSiigll6V eeIA-nr8iePf R osC a:rtmBinogaarPtdiCoTnBeromarind151a100T0l0s00e0000r00VVmMT0rrmmiVΩynssapliscOaZl FPa=rQt uNicukmCboenrnM A Cema acssttbeteteaigrnTenioasnedrlittryacimtvreooedi1mmfnc9ce0appoo.nl.elsiiivlal,BIB,S:r:i22narn uollt09aacsunfenn04urme:kklx==Eae==:UntSSitoarPCRttewlaanoCflpaew nn HrrSsoddwBStstyaao./eotEsrrAectaddLth.tcriVeoe(d,mmo1nmPCm0Toorh5:/oeddcindr°ueemauCsllctRffi)otnoooImCanrrHoles""sSmrSSu--s,33lSHupaR00plt"i"EaipttoAenooeoncCnnr67etcHc/00rlSl,o°°ooCCuHhsspsauusplProruoeegpr=etpoonConPnrectCOnOoctenZeZBntretoaaeananrttnFrdd=dOOCaZnZlaTdTssQFu
between
cont2a.ctEanncdlocosiul re:
S = Vent (Flux-tight)*
5.5/8mm
plastic cover (only
available
with
OZ F) IEC 6181*0 N ot suitable fo r immersion cleaningRRpTrToIIIcII e--sfwlsueaxss.phrtoigohf,t
ring Information
SS = Vent (Flux-tight)* plastic cover.
SH = SeVaibleradt,iopnlarsetsicistcaansce.(functional) 10 to 50Hz, 1.5mm double amplitude
3. Termination:
Shock resOistuanrcea(ufutnhctoionraizl) ed distributors are more likely to main
1 = 1 pole
4. Coil Voltage:
05 = 5VDC
06 = 6VDC
09 = 9VDC
24 = 24VDC
12 = 12VDCCatalog 130824428 = 48VDC
TWeerImEigCihnta6 l0t0yOOp6ZZe8 ---2SS-HH27--11(01h52a lDDf s,, i22n99e)44
R eIsEisCta6n0c0eO6t8ou-2sto-l2ildn0e erinDg himeate TnHsTions
5.
Coil Input:
D = Standard
Issued
(720mW)
3-03
(PDF
Rev. 11-04)
L = Sensitive
(540mPaWck)aging/OunZit
OOZZ--SS98HHPm--C11/1sB2023-,45Tg1DLH1MT,m219s,4294
bo2x/6O100°E0C0G/5pscs.
OZ-SH-11
OZ-SH-12
OZF
B OZsic
=
T=
T1SV6eA-r8iePRsCa: tBinogarPdCTBeromarindaTlse67rm..TiCBCBynapllooaalisnnnncOkkattaaZl==ccFPtt1Aa=AMgrFQtCroaruNdratimceuOnkrmgiCC(a1eb,olm:eFnSrnoePernDmcttT:TCe)rminals
-SH -1 24 L M 1
M = 1 Form A, SPST-NO
F ,294
.811 ± .02
1 = AgSnO (1 Form A, only available with OZ....LM1 or DM(120) .6 ± .5)
closure:
8. Mounting and Termination:
= Vent (Flux-tight)* plastic cover B(olnalnykav=aiPlaCbleBwoiathrdOTZeFr)minals
P = PC Board and Quick Connect Terminals (only available only with OZF-S-1..LM1P).
= Vent (Flux-tight)* plastic cov9e.r.Insulation SySsHte=mS:ealed, plastic case.
mination:
Blank = Class A (105 °C) Insulation
1 pole
l Voltage:
= 5VDC
= 6VDC
10. Suffix:
09 = 9VDC
12 = 12VDC
,,22090442==84
=SS= tt42aa84nnVVddDDaaCCrrdd
model
model
for
for
"SS"
"SH"
enclosure
enclosure
on
on
OZ
OZ
F= Class
and OZT
and OZT
F
(155
,000
,300
°C) In.0(s.26u40la)ction.0(.132)
= Standard model
= Standa1(r2d.195.m2±±o.d0.52e) l
.012
fo(.3r) coil
for coil
.157 ± .012
(4.0 ± .3)
.012 .047
inpu(.3t )"D" o(1n.2O) ZF
input "L" on OZF
.047
(1.2)
Other Suffix = Custo
.024
(0.
l Input:
Standard (720mW)
* Not suitable for immersion cleaning processes.
L = Sensitive (540mW)
.504 ± .02
(12.8 ± .5)
ntact Arrangement: Our authorized distributors are more likely to maintain the following items in s.2t(97o5.5c±±k.0.31f)2or immediate delivery.
nk = 1 Form C, SPDT
OZ-SH-1M05=D1,2F9o4rm A, SPST-ONZO-SH-124D,294
OZ-SH-112LM1,294
OZ-SH-105L,294
OZ-SH-124L,294.300 ± .004
nnnnuukkktlnaa===ttciintoAPCgnMgClaCaSsaBnsdtyoedOsAartTirDe((ad11emil0m:rTFm5:eoerr°inmmnCsai)niCtIoani)onlssnus:laOOtOioZunZ-StlHin-1e1P1=D2=DAiPm,gC2S9eBn4OonaFs(r1=dioFCaonnlardsmssQAFuO,ic(oZ1kn5-lSC5y Hoa°nvC-na1)ei0lIacn5btsLluTeMleawrt1miiot,h2nin9Oa4lZs.(.o..nLlMy aO1voZaOrilFZaDb-MSle1HTBo)e-on1rltym2tow4.im2(.(n6L2.i6t5.aMh67±v±5li±O.e1a0.±0.w,0ZW0s52.213F)s9o2)-iingS4r.n-is0(11nmo7.(..5138.lgdL95e5±.Men±0±r.Dt10.±.p031PO1.ii)23n)a2.Z)s.0(g-29.S.123r(59H.51a±.730-±.m41±0.±131(..42)0.1s23.187)L275,)2.90(614.1.15(59D5.7)I0A.±0(±28.(..520.51.237154)±.)22±5.0.132)
PC
OZ
fix:
0 = Standard model for "SS" enclosure on OZ and OZT
4 = Standard model for "SH" enclosure on OZ and OZT
.8,01010± =.02Standard model for coil input "D" on OZF OZ
(,2300.60±=.5S) tandard model for coil input "L" on OZF
Other
(3.4)
Suffix =
Custom
mode .1(26l6.3O5)Z F
(3.2)
(7.6 ± .1)
Boar.d098L±a.y00o4uts
(2.5 ± .1)
(B.07o
(1.8
8 – .059
(1.5
*
table for immersion cleaning processes.
uthorized distributors are more likely to maintain the following items in stock for immedia(tBeodtet.(o29li44mv.50e±±r.V0.y28.)iew)
(Bottom.1(957.0±V±.i0.3e1)2w)
105D,294
Reference Data112D,294
Operating Voltagee Dimensions
c
Wiring Diagrams)
.012
(.3) .012
(.3)
1.15 ± .02
(29.2 ± .5)
.0(..OO.311.(2(82()25479ZZ107..501.--56±SS±±±±±.HH.0..(.0.3010.3151)4.--2)22)2117) 20.(O514502DL4.Z8..M0,0(.(±(1201±.276.(1..4.51940.23805795,2)54)1)c(2±.2±0(.±919B.0.±5.4.0213o1.±2)3±.2t0()..t0.135o22).)1(m59O..70(0.13ZOO±±2)VF.ZZ.0i3--1e)SS2wHH)--.011(.020(.12..1.4.131(6295(24(.2)45±792(±7..(6LL.70.26..50.5..051(±0(MM6712±±±20.±±±85)91±..±4.11.0.51.40....0±3(00.0.13015,,0301)±±522.1.)42±213)22±)O2.7.992)0.)05.24431)Z.(15)2F20.4.(0184..±(210±(7)B..40.2572)o)OO.t1ZZt(.460(o--.(2.52992SS.m4423±±HH.(.55.130.±0.0(3..±(--3±.49201±.134110))(4..8..22700.5130172V()8.0.42)±)16±52.i87±.eLL±0.751.0,,)w0.)2214(0..1990)3)*4(061944.1.405)D5PB)IA.(Co0.1(002.t(..(B2578t13.(.4012.o635(2.7624.4±.)6m2(l)2.±)7a3T)O5.5.01(y1o2)v0Z.o)91i1(4pe-2.4u1111.10S06w608242846±tP2.H±0OO0000000000.Vo±C0.-±5ZZ18n2i.)0.e2A5F-B2s)w44o.Lo(001l)d,4.a221e7VHP-)9r.3r2o1ido4(.(OAc09561ptt7.a05k/p20iLnC0..1g-±21.e(A±(0s31U6a±4oe64.1r90.0.m(5.A0i3ap.±1y264.1l0R40).t±2A1.Ab2oV±7±3i2*a±2)n.pio)D01u0.ne..(fN3g0.p10lo13I1ngt)tA0.4o2lr5aA28sit6e74e)b)geT02dole(ee8.(aB–01mcAr5.t.6d(5o0r9C1pi(0)5c..1aDt53.o9a0Ctt)9I(tMAolA.Doa40o8°clIcl)CAaom0liCh.ol.1nx2)V(m(w95on97i1om7.5.eeV00ia5llcn±t.±(0±ubi±01tate.i.4.mlo0.o0.1g23e37w1n1n))2e)2,2l0y).
OZF
.300 ± .004
(7.6 ± .1)
140
.600 ± .012
(15.24 ± .3)
Operate
12
2 – .047 DIA
(1.2)
10
2 – .0
(1
8
6
1.02 ± .008
(26.0 ± .2)
4
2
0.2
9 ± .012
5.0 ± .3)
.300 ± .004
.0(28.515±±R.0.13e2) ference D(7.a6 ±ta.1)
.394 ± .006
(10.0 ± .15)
Nte.om3(07tpe0.6e:±±rT.a0.h1t0u)i4sredafotar Eistbypaeseindsounlattihoenmcoaixl .(1a.(113ll09o5.4w0±±a°.Cb.010l)5e.6)
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Datasheets and product data is subject to the
terms of the disclaimer and all chapters of
thhtetp‘:D//erefilnaiytisOo.ntpese.’crsoaemtce/tdioTenifm,inaietviaoinlasble at
Life DEixmpenesciotnasnacreyin inches over
Datasheets,
100
product
(millimeters) unless
data,spDeecfiinietiodn.s’ sec-
otherwise
tion, application notes and
are subject to change.
all
specifications240VAC
Resist
(Bottom View)
100 (Bo1t3tAo/m16A View)
80
(Top View)
* No electrical connection,
for bo6ard attachment only.
10


Features Datasheet pdf 1. Basic Series: OZ = 16A PC Board Term inals OZF = Quick Connect Terminals O ZT = TV-8 Rating PC Board Terminals 1. Basic Series: OZ = 16A PC Board Termi nals OZF = Quic OZT = TV-8 Rating PC Board Terminals 2. Enclosure: S SS = = Vent Vent (Flux-tight)* (Flux-tigh t)* plastic plastic cover (only cover . aGvaeilanbelerawSlHithP=OuSZrepFa)ol esde, pRlasetilcacyasse. 2. Enclosure: S = Vent (Flux-tight)* plastic cover (only available w SS = Vent (Flux-tigh t)* plastic cover. S 3. Termination: 1 = 1 pole PCB Relays 3. Termination: 1 = 1 pole OEG 4. Coil Voltage: 05 = 5VDC 06 = 6VDC 09 = 9VDC 12 = 12VDC 4284P==ow4284eVVDDrCCPCB Relay OZ/OZT 4. Coil Voltage: 05 = 5VDC 06 = 6VDC 0 9 = 9VDC 12 = 12VDC 24 = 24VDC 48 = 48 VDC 5. Coil Input: D = Standard (720mW ) L = Sensitive (540mW) 5. Coil Input : D = Standard (720mW) L = Sensitiv 1 or DM1) n 1pole6, 1. 6CAo,n1tafcotrmA rAra(nNgOe)moren1tf:orm C (CO) n UL T V7-8. BC(OloaZnnTkta)=cat1vMaFiolaartmbelreiCa,l:SPDT M = 1 Fo.
Keywords OZ-SS-112D1, datasheet, pdf, TE, Power, PCB, Relay, Z-SS-112D1, -SS-112D1, SS-112D1, OZ-SS-112D, OZ-SS-112, OZ-SS-11, Equivalent, stock, pinout, distributor, price, schematic, inventory, databook, Electronic, Components, Parameters, parts, cross reference, chip, Semiconductor, circuit, Electric, manual, substitute




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