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] 9232871015 Item: MK23-87-B-4 Conditions Magnetic properties Min Typ Pull-In excitation (Reference value) measured in coil- "define operation" Test-Coil Reed switch unmodified Pull-In excitation (modified contact) phys. conditioned tolerance of +/- 1 AT Test-Coil Reed switch modified Pull-In in milliTesla (modified conta phys. caused tolerance +/- 0,1mT Contact-No. Contact-form Contact-material Contact rating Switching voltage Switching current Carry current Contact resistance static Max Unit KMS-22 Min Typ 87 A Rhodium Plating thicknesses are proprietary !" not to exceed their individual max.'s DC or Peak AC DC or Peak AC DC or Peak AC ! # % # & ' % %' Start Value ( ' ) % ( Start Value Contact resistance dynamic Insulation resistance Breakdown voltage Operate time incl. bounce Release time Capacitance Contact dimensions Unit KMS-01 Conditions Contact data 87 Max $ RH <45 %, 100V - to all points according to IEC 255-5 measured with 40% overdrive measured with no coil excitation @ 10 kHz across open switch C Glass body length $ *$ ! + , -. Conditions Min Typ Max Unit Typ Max Unit Tolerance according to drawing Modified dimensions Conditions Min Remarks to dimensions see drawing Environmental data Shock Vibration Conditions Min Typ 1/2 sine wave duration 11ms from 10 - 2000 Hz Max Unit / / Modifications in the sense of technical progress are reserved Designed at: 14.07.08 Designed by: AKELLER Approval at: Last Change at: 11.05.09 Last Change by: AKELLER Approval at: 17.02.11 Approval by: Approval by: RKAMP Version: 04 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] 9232871015 Item: MK23-87-B-4 Environmental data Ambient temperature Storage temperature Soldering temperature Conditions Min Typ # Max + + , wave soldering max. 5 sec. Unit 0 0 0 Modifications in the sense of technical progress are reserved Designed at: 14.07.08 Designed by: AKELLER Approval at: Last Change at: 11.05.09 Last Change by: AKELLER Approval at: 17.02.11 Approval by: Approval by: RKAMP Version: 04