proud to serve you data given at tambient= 25 c and subject to modification without previous notice c e l d u c ? r e l a i s celduc ? r e l a i s s/ con / s c i0 5012 00 / b/11/06 /0 8 preliminary data page 1 / 5 uk igbt based dc solid - state relay s c i0 501200 control voltage range 4 . 5 - 32 vdc max transient peak voltage 12 00 v advised max. dc m ains peak v oltage 6 5 0 vdc u latest high voltage igbt technology generation. u new innovative isolated driver ensuring fast power transistor turn on and off therefore low power transient. u ultra low output leakage current u low control current consumption u triggered control input to avoid linear control risks u low conducted and radiated disturbances max. load current (with heatsink) 5 0 adc dc m ains voltage range load current range control input voltage range in & case / out insulation connections dimensions (wxhxd) weight 65 0 vdc max advis ed (depends on protection clamping voltage) 0 to 5 0a (with heatsink) 4.5 - 32vdc 4kv m3 round tabs m5 round tabs 44.5 x 58.2 x 27 (mm) 100g fig. 1 high side wiring diagram (load connected to ? - ?) fig. 2 low side wiring diagram (load connected to ?+?) please consult us to select the right protective components c1 , d1 & d2. the red paths (c1/ d1/ d2) must be as short as possible ! please consult us to select the right protective components c1 , d1 & d2. the red paths (c1/ d1/ d2) must be as short as po ssible ! fig. 3 internal diagram
celduc ? r e l a i s s/con/s ci0501200 / b/11/06/08 preliminary data page 2 / 5 uk control input characteristics characteristic label value info. fig. 4 control current vs. control volt age nom. control voltage uc nom 12 - 24vdc nom . control current ic nom 35madc control voltage range uc 4 .5 ? 32vdc typical = 4 .3v control current consumption ic 25 ? 42 madc see c urve releasing control voltage uc offmax 1vdc typical = 3.5 v m ax. reverse control voltage - uc max 32vdc - icmax <100a input circuit input impedance rin current limitation see c urve @ 25 c 0 5 10 15 20 25 30 35 40 45 0 2 4 6 8 10 12 14 16 18 20 22 24 26 28 30 32 uc (vdc) ic (madc) time characteristics characteristic label value turn on time ton 1 0 s turn on delay tdon 600 s turn off time tof f 50 s turn off delay tdoff 100 s time charact. max. on - off frequency f (on - off) 2 00hz power output characteristics characteristic label value info. mains voltage range ut ue min = vcesat max (advised) = 65 0vdc depends on protection clamp ing voltage (d1) non - repetitive peak voltage u t p 120 0 v overvoltage protection d1 not integrated a voltage clamping mean must be connected across the terminals 1 & 2 (see fig 1 & 2) please consult us to select the right protective components off - stat e max r everse voltage drop (internal diode) - u t 1.4 v @ie= 50 a resistive motor maximum nominal currents ie max 50 a please contact us see fig. 9 switch off d<1% switch off fmax on - state max. non - repetitive peak current iepeak 50 a 5 0 a 320 a @tc=100c @tj=175c @ut p (see fig. 8) min. load current iem in 0 ma max. leakage current ielk max 1m a @utp @tjmax max. on - state voltage vcesat 1. 4 v @tj=25c 1.8 v @tj=125c @iemax typ. output capacitance cout 300p f @utp junction/case thermal resistance rthjc 0. 4 k/w built - in heatsink thermal resistance vertically mounted rthra 10 k/w @ d tra=75c heatsink thermal time constant tthra 10 minutes @ d tra=60c control inputs/power outputs insulation voltage uimp 4 kv inputs/case insulation voltage uimp 4 kv outputs/case insulation voltage uimp 4 kv isolation resistance rio 1g w isolation capacitance cio <8pf maximum junction temperature tjmax 175c storage ambient temperature tstg - 40 - >+100c operating ambient temperature tamb - 40 - >+90c se e fig. 9 power circuit max. case temperature tc 100c
10 k/w = no heatsink / 1ld12020 4k/w = 150x150x3mm aluminium sheet 2.2k/w = wf262100 / wf151200 2.1k/w = wf210000 1.2k/w = wf121000 1.1k/w = wf131100 0.9k/w = wf115100 0.7 5k/w = wf070000 0.55k/w = wf050000 0.3k/w = wf031100 0. 2 k/w = no reference 0. 1 k/w = no reference celduc ? r e l a i s s/con/s ci0501200 / b/11/06/08 preliminary data page 3 / 5 uk output switch characteristic curves fig. 5 voltage drop vs load current fig. 6 reverse voltage drop vs reverse curre nt 0 20 40 60 80 100 0 0,5 1 1,5 2 2,5 3 vcesat (v) ic (a) tj = 25c tj = 175c 0 40 80 120 160 200 240 280 0 0,5 1 1,5 2 2,5 3 3,5 4 vf (v ) if (a) vf @25 vf @175 fig. 7 power element transient thermal impedance vs. pulse duration fig. 8 on - state peak overload current vs. pulse duration 0,001 0,01 0,1 1 0,00001 0,0001 0,001 0,01 0,1 1 t (sec) zth (k/w) single pulse d=1% d=2% d=5% d=10% d=20% d=50% 1 10 100 1000 0,0001 0,001 0,01 0,1 1 t (sec) ie (apk) repetitive d=50% (tc = 100c, tjmax = 125c) no repetitive d=1% (tc = 100c, tjmax = 175c) fig. 9 power dissipated and load current limit vs temperature permanent current ie (arms) power dissipated pd (w) please refer to the installation no tice for precautions about mounting the device on a heatsink. ambient temperature (c)
celduc ? r e l a i s s/con/s ci0501200 / b/11/06/08 preliminary data page 4 / 5 uk general information connections power control screwdriver advised philips? nr2 philips? nr1 min and max tightening torque 1.8 n.m 0.8 n.m connec - tions insulated crimp terminals (round ta bs, eyelet type) m5 m3 display green led (indicates relay has switched on) housing ul94v0 mounting 2 screws (m4x12mm) see mounting sheet noise level no audible noise misc. weight 100g standards standards iec60947 - 1 protection level ip00 protection against direct touch none ce marking yes general ul, culus and vde approvals pending type of test standard level effect e.s.d. (electrostatic discharges) en61000 - 4 - 2 pending ? radiated electroma gnetic fields en61000 - 4 - 3 pending ? fast transients bursts en61000 - 4 - 4 pending no effect electric chocks en61000 - 4 - 5 pending ? e.m.c. immunity voltage drop en61000 - 4 - 11 - e.m.c. emission radiated and conducted disturbances nfen55011 pending
celduc ? r e l a i s celduc ? r e l a i s s/con/s ci0501200 / b/11/06/08 preliminary data page 5 / 5 uk dimensions and accesso r i es fig. 1 0 dimensions (mm) tolerances: 0.3 1+ 2- 4- 3+ 28 ?4.7 43.2 47.6 7.5 5.1 25.4 44.5 m5 m3 58.2 28 0,5 19.6 22.8 25.8 accessories protective cover 1 k470000 please consult our website for other accessory refer ences ( heatsink s , mounting adaptors, thermal grease?) www.celduc.com rue ampre b.p. 4 42290 sorbiers - france p hone : 33 (0) 4 77 53 90 2 0 fax : 33 (0) 4 77 53 85 51 email : celduc - relais@celduc.com
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