SIM112 16VDC

## **SIM 2 Series** 

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( Relay Key Data SS Circuit Diagram (view on relay upper side) Contact Lifetime NO-Contact<br> - PCB Relay with forcibly guided Contacts 10000<br> - Protective separation between coil and contacts  12 23<br>(leakage and creepage distances >14 mm); protective<br>11 24<br>separation diagonally between left and right contact<br>1000<br>side (leakage and creepage distances >5,5 mm) P S AC 1:230V<br> - EN50205 type A DC 1: 24V<br> - Contact mounting:  SIM112  1 NO / 1 NC AC 15: 230V<br> - Small external dimensions<br>100<br> - Nominal coil power 0,5 W<br>SIM112<br> - Holding coil power 0,15 W DC 13: 24V<br>Dimensions<br>A1 A2 100,1 0,5 1,0 5,0 10<br>27,4 12,5 Switching Current (A) →<br>Insulation Data<br>Maximal switching characteristics (DIN EN60947-5-1,<br> - Double or reinforced insulation  at 250 VAC<br>Tab. C2)<br> - Air and creepage distance  >5,5 mm AC 1:  250 V / 8 A<br>- Test voltage  4000 V / 50 Hz / 1 min AC 15:   230 V / 3 A<br> - Double or reinforced insulation  at 250 VAC DC 1:  24 / 8 A<br> - Air and creepage distance  >14 mm DC 13:   24 V / 6 A / 0,1 Hz<br>- Test voltage  5000 V / 50 Hz / 1 min UL 508:   C150 / R300<br>0,3 0,4 0,5 1 Test voltage contact open  1500 V / 50 Hz / 1 min<br>2,8 15,9 5 3,7 2,5 7,5 2,5 Creepage resistance  CTI 250 Load Limit Curve with Direct Current<br>LE ia —_—o—oo>oOOO Pollution degree  2 8<br>Ø 1,3 Overvoltage category III 6<br>Insulation resistance at Up 500 VDC  >100 MΩ 4<br>[mm] REF 3 EREEE EERE<br>I Additional Data 2 1 2<br>Mechanical endurance  >10 x 10 [6 ] operations 1<br>2,8 15,9 5 3,7 Switching frequency, mechanical  15 Hz 0,80,6<br>Response time (NO closed) typically 10 ms 0,4<br>SE Contact Data CEE Drop-out time** (NC closed) typically 3 ms 0,3 S SEE<br>Contact material  AgSnO2 + 0,2 μm ee Bounce time of NO contact  typically 6 ms 0,2 LETTE TTT PRATT<br>TRated switchinElectr. life AC 1 a ype of contact g( ca360 cpacitycles / hy ) 250 VAC 8 A AC1 2000 VAappCrest contactrox.100000  ~—O Bounce time of NC contact Shock resistance 16 ms  typicallNC > 2NO > 10gy 12 ms,5g 0,10 TT Voltage (VDC) →50 100 150 200 250<br>Inrush current max.  20 A for 20 ms Vibration resistance  NO > 10g 1) Inductive load L/R 40 ms<br>Switching voltage range  5 to 250 VDC / VAC (10-200 Hz) NC > 1g 2) Resistive load<br>OO SwitchinSwitchinContact resistance (as delivered)gg current ran capacity range* ge*  60 mW to 2000 W10 mA to 8 A(VA) Resistance to short circuiting contacts Ambient temperature 1000 A SCPD 10 A gG / -40°C to +70°CgL (pre-fuse) —k—oeE=x{ Excitation Voltage Range 3,0  oo<br>*Guided values TUUZ!_=_=j=_aEaEaEEEE ≤100 mΩ / 28 V / 100 mA ——,JHJ_—_,dT7NTJ__—#!_——|... WeiThermal resistance Temgpht erature limit for coil  55 K / Wca. 20 120°Cg 2,5 LTTLT Ltt  TTT TTT Tite TTTTTP Petry ty 1 y tTyy ye ttt  ee te tttte et ee etyy<br>a Standard coils for direct current ee Mounting position  any 2,0 SePea Pic yr TEE TET tT<br>Type of protection  RT II<br>(other voltages on request) ia Solder bath temperature  270°C / 5 s 1,5 PTT TT Tt tt eA TET TT TTT<br>SEE **without spark suppression SNe ptt LTT TTT TPT  tt Pt ryt t Pert tt tN Pte Tee et eeetey<br>1,0 Pit Ett tt te 2  hfe tet tt ttt<br>ES Tests, Regulations SESSS eee<br>Approvals 0,5 COPE<br>@ eee U B<br>cAdus A U N 0 CECE Eee<br>0 20 40 60 80 100<br>UL File E188953  Sec. 3<br>Ambient Temperature °C →<br>Insulation class IEC 60664-1  250 VAC<br>5 3,5 ≥0,5 111,0 45 ± 10% Fire protection requirements  UL 94 / V1 1) Max. excitation voltage with contact load: ≤6 A<br>6 4,2 ≥0,6 85,7 70 ± 10% 2) Min. excitation voltage (guaranteed values) without<br>12 8,4 ≥1,2 44,4 270 ± 10% ——k——_ Options, Accessories previous operation<br>21 14,7 ≥2,1 23,8 880 ± 10%<br>24 16,8 ≥2,4 21,8 1100 ± 10% none available No heat accumulation due to intrinsic heating of<br>48 33,6 ≥4,8 10,9 4400 ± 13% other components. Continuous duty 100%.<br>60 42,0 ≥6,0 8,7 6850 ± 15% —_—o—oo>o Product Key<br>110 77,0 ≥11,0 5,5 20000 ± 15%<br>Operations x 1000 →<br>26,2<br>2,9<br>2,5<br>75,<br>25,<br>Current (A) →<br>Nominal voltage VDC Min. pick-up voltage  at 20 °C Drop-out voltage at  20 °C Nominal current  in mA Resistance in Ohm  at 20 °C<br>**----- End of picture text -----**<br>


~~—_—o—oo>o~~ ~~**Product Key**~~ SIM 1 1 2 24VDC Coil voltage Soldering tags Number of NC contacts Number of NO contacts ~~Ee~~ Type designation 

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