8D517W26SA-LC

LAYOUT SHOWN AS EXAMPLE Keying Shown as example CHARACTERISTICS Connector dimension Dim Nominal ØS 35.7 Max Z 31 Max VV THREAD M25x1-6g -Standard : Based on MIL-DTL-38999 Series III -Shell Material : Aluminium -Shell Plating : Olive drab Cadmium -Insulator : Thermoplastic -Contacts : Copper Alloy -Seals & Grommet : Silicon Elastomer -Contact Plating : Gold over copper Alloy 0.8µm minimum -Durability : 500 Mating cycles SOURIAU shall not be liable for any non-conformity or damage due to a use of the Products which does not comply with the Specifications issued by either of the Parties or by a third party (professional recommendation, technical notice.) Country FR PN: 8D517W26SAL -Delivered without Souriau contacts -Temperature Range -Salt Spray : -65°C to +175°C : 500 hours -Mass : 29.86 g ± 10% A 17-10-2016 First Release ISS DATE Designed By: TITLE BASIC SERIES: 8D SHELL TYPE : Plug with RFI Shielding CONTACT TYPE : Standard Crimp Contact SHELL SIZE : 17 PLATING : W = Jurisdiction & Control List Not Listed 5 - 17 W 26 S A SCALE L Delivered W/O Contacts ORIENTATION : A NA SOURIAU Latest modification - by MOD N° CUSTOMER DRAWING Date: Aluminium Plug 8D series General linear Tolerances: ±-- WWW.SOURIAU.COM CONTACT TYPE : SOCKET(500 Matings) Olive drab Cadmium CONTACT LAYOUT : 17-26 FORMAT A3 SOURIAU DRG N° 8D517W26SAL-C NPRDS / PROJECT 859 This document is the property of SOURIAU it must not be reproduced or communicated without permission SHEET 1/2 Contact Layout SOURIAU shall not be liable for any non-conformity or damage due to a use of the Products which does not comply with the Specifications issued by either of the Parties or by a third party (professional recommendation, technical notice.) Country FR Jurisdiction & Control List Not Listed PN: 8D517W26SAL A 17-10-2016 First Release ISS DATE Designed By: TITLE SCALE NA SOURIAU FORMAT A3 Latest modification - by MOD N° CUSTOMER DRAWING Date: Aluminium Plug 8D series General linear Tolerances: ±-- WWW.SOURIAU.COM SOURIAU DRG N° 8D517W26SAL-C NPRDS / PROJECT 859 This document is the property of SOURIAU it must not be reproduced or communicated without permission SHEET 2/2