4003W3PXX61A10X CONEC
Document overview
- Manufacturer or author: Provided By www.digicamel.com(free datasheet download site)
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Technical content
( 5 : 1 ) A A B B C C D D E E F F A A B B C C D D dim. in mm R date drawn Inventor 10 THIS DRAWING MAY NOT BE COPIED OR REPRODUCED IN ANY W AY, AND MAY NOT BE PASSED ON TO A THIRD PARTY WITHOUT W RITTEN PERMISSION. OWNERSHIP AND COPYRIGHT OF CONEC GmbH d-old norm appd. tolerance material: title: dwg no: DIN- sh: part no: namedate namedescriptionrev.DO NOT ALTER CAD DRAWING BY HAND scale: CUSTOMER APPROVAL DATE: NAME: TITLE: COMPANY NAME: APPROVAL # FREIGABE # DEBLOCAGE # AUTORIZACION # APPROVAL APPROVAL # FREIGABE # DEBLOCAGE # AUTORIZACION APPROVAL # FREIGABE # DEBLOCAGE # AUTORIZACION APPROVAL # FREIGABE # DEBLOCAGE # AUTORIZACION # APPROVAL 15K1A658 D-SUB COMBINATION MALE see notes Schmidt08.06.10
08.06.10 Fischer
for installation into water resistant hood 2:1 (5:1) 4003W3PXX61A10X aO r i g i n 4003W3PXX61A10X CONEC ABC NOTES: 1. METALSHELLS: COPPER ALLOY; min. 315µin TIN over 40-80µin NICKEL 2. INSULATOR: PBT GF UL 94 V-0, GREEN 3. HIGH POWER CONTACTS 10A: COPPER ALLOY PLATING MATING AREA: 8µin HARD GOLD over min. 50µin NICKEL PLATING TERMINATION SIDE: 8µin HARD GOLD over min. 50µin NICKEL SOLDER CUP ACCEPTS CABLE AWG 16-20 4. RUBBER GASKET: TPE; BLACK 5. CONNECTOR IS PART MARKED: 4003W3PXX61A10X CONEC ABC see note 5 16,63 -0,38 0,12 SEALING COMPOUND 1,8n (3x) 25,17 - 0,05 0,2+ 33,3 - 0,1 0,15+ 39,22 - 0,46 0,3+ 12,6 -0,43 0,33 10° 3 - 0 0,2+n 1,4 0,2 8,26 - 0,03 0,22+ -0,18 0,12 0,9 RUBBER GASKET PLACED ON TOP SURFACE OF MALE INSULATOR Solder Instruction 1. Cable should be prepared for soldering. The cable/wires must be pretinned. 2. Insert cable/wire into solder cup. 3. Operate the soldering iron at 350°C, 100 Watt max. and use a pencil tip. 4. Put tip to wire in solder cup. 5. After 1 second bring in solder. 6. Heat for 5 seconds longer. Do not heat contact more than 6 seconds in total. 7. Remove soldering iron. 8. Wait until solder gets rigid again. 9. Do not solder adjacent contacts consecutively, alternate position within the connector to minimize heat build up.