Europe: +49 / 7731 8399 0 | Email: [email protected] Item No.: USA: +1 / 508 295 0771 | Email: [email protected] Asia: +852 / 2955 1682 | Email: [email protected] 1612166000 Item: LI12-1A66 Conditions Coil Data at 20 °C Coil resistance Coil voltage Rated power Coil current Thermal resistance Inductance Pull-In voltage Drop-Out voltage = Contact rating Switching voltage (>20 AT) Switching current Carry current Contact resistance static Insulation resistance Breakdown voltage (>20 AT) Operate time incl. bounce Release time Capacitance Special Product Data Number of contacts Contact - form Dielectric Strength Coil/Contact Insulation resistance Coil/Contact Capacity Coil/Contact Case colour Housing material Sealing compound Connection pins Magnetic Shield Reach / RoHS conformity Typ Max Unit Min Typ Max Unit operating temperature + self heating Conditions Contact data 66 Min !" #$ $" "% & not to exceed their individual max.'s DC or Peak AC DC or Peak AC DC or Peak AC ( ) * +$ Start Value ' ' ' , "- * $- RH <45 %, 100 VDC test voltage according to IEC 255-5 measured with 40% overdrive measured with no coil excitation @ 10 kHz across open switch . ' ' Conditions Min Typ ) ) / Max Unit 1 A - NO according to IEC 255-5 RH <45%, 200 VDC test voltage @ 10 kHz ' 0 . / PBT glass fibre reinforced Polyurethan Copper alloy tin plated yes Modifications in the sense of technical progress are reserved Designed at: 15.03.07 Designed by: MPOTUZAK Approval at: 24.03.07 Approval by: DSTASTNY Last Change at: 07.09.09 Last Change by: KSCHIELENSKI Approval at: 07.09.09 Approval by: KSCHIELENSKI Version: 03 Europe: +49 / 7731 8399 0 | Email: [email protected] Item No.: USA: +1 / 508 295 0771 | Email: [email protected] Asia: +852 / 2955 1682 | Email: [email protected] 1612166000 Item: LI12-1A66 Environmental data Shock Vibration Operating temperature Storage temperature Soldering temperature Washability Conditions Min Max ' 4 4 wave soldering max. 5 sec. 3 5 Unit 1 1 2 2 2 fully sealed Conditions General data Typ 1/2 sine wave duration 11ms from 10 - 2000 Hz Min Typ Total weigth Packaging Max Unit 1 Modifications in the sense of technical progress are reserved Designed at: 15.03.07 Designed by: MPOTUZAK Approval at: 24.03.07 Approval by: DSTASTNY Last Change at: 07.09.09 Last Change by: KSCHIELENSKI Approval at: 07.09.09 Approval by: KSCHIELENSKI Version: 03