OMI Datasheet, PDF (1/3 Pages) TE Connectivity Ltd – n Meet 5000V dielectric voltage between coil and contacts

Ordering Information
IH -SH -1 24 L
1. Basic Series:
OMI = 10A rating
OEG^{General PurpCoaItssaseluoegR}d1^e33-^l00a83y2s42
PCB Relays
,294 Typical Part Number B
OMIH
Power PCB relay OMI/OMIH
OMIH = 16A rating
Ordering Information
-SH -1 24 L
1. Basic Series:
OMI = 10A rating
OEG
OEG
,294 Typical Pa
OMIH = 16A rating
n^2. _S1^E_Spⁿo^c₌l^le^o_V^s1_e^u0_n^r/_t^e1₍^:_F6_lA_u,_x1_-tigfo_hr_tm_{)* p}A_la(_sN_tO_ic)_co_or_v1_erf_.orm C (CO) contact
n SMHee=tS5e0a0le0dV, dpileasleticctrciacsveo. ltage between coil and contacts
n_{3. T}M_ee_re_mt_i1_n0_a0_ti0_o0_nV_: surge voltage between coil and contacts
1 = 1 pole
2. Enclosure:
SS = Vent (Flux-tight)* plastic cover.
SH = Sealed, plastic case.
3. Termination:
1 = 1 pole
4. Coil Voltage:
05 = 5VDC
06 = 6VDC
09 = 9VDC
12 = 12VDC
24 = 24VDC
48 = 48VDC
4. Coil Voltage:
05 = 5VDC
06 = 6VDC
09 = 9VDC
12 = 12VDC
24 = 24VDC
48 = 48VDC
5. Coil Input:
Typ^Dic⁼al^Sa^tp^apⁿl^dic^aa^rt^dio⁽n⁷s^{20mW) L = Sensitive (540mW)}
H6.omCoenatpapcltiaAnrcreasn,goeffmicenmt:achines
Blank = 1 Form C, SPDT M = 1 Form A, SPST-NO
5. Coil Input:
D = Standard (720mW)
6. Contact Arrangement:
Blank = 1 Form C, SPDT
L = Sensitive (540mW)
M = 1 Form A, SPST-NO
7. Suffix:
7. Suffix:
re
Oth,e3r0S0u=ffiSxt=anCduarsdtommomdeoldfoerl "SS" enclosure
,394 = Standard model for "SH" enclosure
Other,S30u0ffi=x =StCanudsatordmmmooddeel lfor "SS" enclosure
,394 = S

VUCS
mediate dOeulirvaeuryth. orized distributors are more likely to stock the following items for immediate deOlivuer rayu. thorized distributors are more likely to stock
O_AM_pIH_p-_rS_oH_v-_a10_ls5 D,394 OMIH-SH-105L,394
O_VM_DI_EH₄-S₀H₀-₀1₅1₄2₁D₄,_,39_U4_{L E5}O₈₃M₀I₄H_,-S_CH_S-_A11_L2_RL₄,3₈9₄4_{71, SEMKO 613298(OMI),}
O_SM_EI_MH_K-S_OH₉-1₀2₃4₂D₀,₀3₍9_O4_MIHO_),M_CI_QH_C-S₀H₈-1₀2₀4₁L₀,₂3₄9₆4₆₀
Coil Data (continued) OMIH-SH-105D,394
OMIH-SH-112D,394
Coil versions, DC coil ^{OMIH-SH-124D,394}
OMIH-SH-105L,394
OMIH-SH-112L,394
OMIH-SH-124L,394
Technical data of approved types on request
Coil
Rated
Operate Release
Coil
Rated coil
Contact Data
OMI
OMIH
code

voltage
VDC
voltage
VDC
voltage
VDC
resistance
Ω±10%
power
mW
agram (BoO^Ctut^ootⁿlm^ti^an^ce^tV^aDi^re^ri^awm^ng)e^en^ms^eiⁿo^t ns ^{1 form A (NO), 1 form C (CO)}
W^Si^tr^aiⁿn^dg^arD^di^ca^ogⁱr^l,a⁷m²⁰(^mB^WotOtoumtliVneieDwi)mensions
Rated voltage
250VAC
05
5
3.5
0.25
36
720
Max. switching voltage
30VDC, 250VAC
06
6
4.2
0.3
48.5
720
Rated current
10A
16A
09
9
6.3
0.45
115
720
Switching power
2500VA, 300W 4000VA, 480W
12
12
8.4
0.6
200
720
Contact material
AgSnO
24
24
16.8
1.2
820
720
Min. recommended contact load _{.811 ± .02}
100mA, 5VDC
Initial contact resistance ^{(20.6 ± .5)} 100mOhm at 1A 6VDC
Frequency of operation, with/without load 1800/18000h^-1
48
48
33.6
2.4
3300_{.811 ± .02} 720
Sensitive coil, 540mW (20.6 ± .5)
05
5
3.75
0.25
48.5
540
Operate/release time max.
06
6
4.5
0.3
68
540
standard coil:
15/8ms
09
9
6.75
0.45
155
540
sensitive coil:
EleOOOc_.0t_(MMM2.r₆i₄c_0IIIHa)::clNN:eNOCnOd51u1A0_.(r_0.6aA5,2A)n2,_.0(c,52_.13e205_{2) 5V00AVVACAC, Cr,e,rser.0ie(ss.13sits}^.2)_i¹_ivst(54ietv^7._i,0vee ^±_,±, ^.0. _{31.()0123.09)}
20/8ms
100x10³ ops.
1^.(0⁰¹0^3.09x₎10³ ops.
100x10³ ops.
Layout
OMIH :NC 8A, 250VAC,
(Bo_Cott_no_tam_{ct r}V_ati_ie¹⁽_n2.gw¹⁹⁵_s.2 )^{±±.0.52)}
resist_.i₁v₀e₀, _{± .008}
(2.55 ± .2)
100x10³
10A,
ops.
16A,
3 – .059 DIA
250VAC (NO) 250VAC/30VDC

(1.5)

.550A4, ± .02
250V⁽¹A²C^.8 (^±N^.C⁵⁾)
Mechanical end_.3u₀ra_±n_.0c₀e₄ ^{.3(70.6±±.0.028)}
(7.6 ± .1)
10x10⁶ operations
.6(1560.5±±^C_C.0.0_o1^o4)_il^il_vo^D_lt^a_a(.16_g^t65^a_e.05 )_ra^._.n¹_1(3g3388.e5 ^± _±^.0.10)4 _{.1 38} ^(.31.4645)
Coil insulation ⁽s^3.y^1.5₍s³³⁾⁸t_.5e^±m_±^.0.1a⁰⁾c⁴co⁽r³d^.5in⁾ g UL
5 to 48VDC
class 105 (A)
12
12
9.0
0.6
270
540
24
48
All figures

are
24
48
given for
coil
18.0
1.2
witho³ut⁶p^..00r₍e^2.6-⁴⁰e₎n^cergizatio^.(0.5n²²⁾,^._.0a⁴₁t ₂ambient
(.3)
110^.10_(547.0
± .012
± .3)
540
4400
540
tem_.0p₁e₂rature
(.3)
+^.2₍₀₁3^3.0°⁹C₎ .
.039
(1.0)
PC
Board
Layout
(Bottom
View^1(2.1)_95.2
± .02
± .5)
Insulation Data
3 – .059 DIA
.100 ± .008
(2.55 ± .2)
Initial dielectric strength
(1.5)
.504 ± .02
between open contacts
1000V_rms
(12.8 ± .5)
2 – .0^b4^e7^twDI^eA^{en contact and coil} _{.30 ± .004}
Initi⁽a^1.l²s⁾ urge withstand voltage
(7.6 ± .1)
5000V_rms^{.3(70.6±±.0.028)}
between contact and coil
10000V
ICnlietiaarl _{ainnscuela/ctiroenepreasg.}i_6(es15t₆₀a_.5n_±c_±.0e_{.01 4) (.1665.05}.₎1(33_.8.₁₅₃±_8±.0.10)4
1000MΩ_(.31.4645)
.138
between contact and coil ^{.1(338.5)± .004} ≥ 5.5⁽³/^.8⁵⁾mm
(3.5 ± .1)
Reference Data
CEoleLilcifTtereiEcmaxplpeerncadttauunrracenyRceise
61000
OMIH type
50
240VAC, 24VDC Resistive
40
OpOerpaeterattiemTeime
12
10
8
Operate Time
Reference Data
CLoiCfieloTEilextmpemepceptreaarntacutyurereRriissee
10600
OMIH type
50
240VAC, 24VDC Resistive
40
Oper
12
10
8
3010
6
1300
6
20
4
OMI type
20
4
OMI type
250VAC, 30VDC Resistive
250VAC, 30VDC Resistive
10
2
10
2
Release Time
1.2 1.4
1
0 02.1 40.2 6 0.83 10.412 01.54 106.618 0.270 0.8
0.2 0.4 0.6 0.8 1.0 1.2 1.4
1
0 2 0.14 06.2 80.310 01.24 140.516 01.86 20.7 0.8
CCooniltaPcotwCeurr(rWen)t (A)
Coil Power (W)
ConCtoaicltPCouwrerer n(Wt ()A)
ications anDdiamveanilasiboinlitsyare shown for
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© 2011 Tyco Electronics Corporation,
only together with the ‘Definitions’ section.
a TE Connectivity Ltd. company
Specifications and aDviamilaebnisliotyns are shown for
www.tycoelDecimtroenisciso.ncos ma₁re in inches
Datashee^sts^ua^bn^jed^cp^tr^to^odu^cc^ht^adⁿa^gta^e.is^res^fu^eb^rj^eeⁿct^ceto^pth^ue^rposeD^sa^otaⁿs^lyh^.eets, product^Td^ea^cta^h,ⁿ‘D^ice^af^lin^si^uti^(po^mn^ps^iol’^lirs^mte^{: e}c-^ters)4^u5ⁿ9^{less othe}
terms of the disclaimer and all chapters of
tion, application note^Rs^ea^fn^ed^{r t}a^ollⁱsⁿp^se^idsc^pi^efi^ec^bca^ait^fciⁱo^ekn^dcs^.over.
the ‘Definitions’ section, available at
are subject to change.
http://relays.te.com/definitions