B 12 " 10 9 7 | 6 | 5 | 4 | 3 | 2 1 -_ 098 J (2.50) 051 (1.30) MATING AREA M22 (SEE NOTE 12) (3.10) I L 972.004 A SECTION C-C H eet SECTION B-B_ (BACKGROUND OMITTED) 020 | 50) MAX CUT-OFF IN CRIMP TOOLING G ac DIM *G _ 035, - 150 #006 (0.90) 6.60+0.15) : | _ 19 (4.8) 244 | | (6.20) ef OL] cee p= == ----------- 12 & 10 AWG TERMINAL D 12 AWG WIRE CONDUCTOR STRAIN RELIEF (SEE NOTE 8) CONDUCTOR CRIMP __ im) Cc *SUPERFLEX WIRE 8 AWG TERMINAL [TW SHRINK TUBING 12 AWG DOUBLE CRIMP ISOMETRIC VIEW | (SEE NOTE 13) ror are CRIMP AREA (SCALE 4:1) 8 AWG TERMINAL SEE NOTE B) & a QUALITY GENERAL TOLERANCES DIMENSION STYLE SCALE | DESIGN UNITS }O CI ERRD ANGLE B = S$ &| Isympors| (UNLESS SPECIFIED) IN/MM 8:1 METRIC PROJECTION 9D i = = mm INCH DRAWN BY DATE TITLE Zar RlzIW7-O [CPLACESIE=-- |E--- IF 417/92 MALE CRIMP TERMINAL, Fa b 3 PLACES |+--- + .010 CHECKED BY DATE 12, 10 & 8AWG wee 8) 2 PLAces+025 [+.016 RIF 1/7192 MINIFIT_SR. Lu iw + +--- [APPROVED BY DATE 8 AWG TERMINAL woe al |W topaceie je Ras 117192 molex A (SEE NOTE 11) = S 3 3 ANGULAR +1/2 MATERIAL NO. DOCUMENT NO. SHEET NO. roe a DRAFT WHERE APPLICABLE|_SEE CHART SD-42817- 1 OF 2 Fmgau << REMAIN SIZE] THIS DRAWING CONTAINS INFORMATION THAT IS PROPRIETARY TO MOLEX J & WITHIN DIMENSIONS INCORPORATED AND SHOULD NOT BE USED WITHOUT WRITTEN PERMISSION tb_frame_C_P_AM_T 42 " 40 9 7 6 5 4 3 | 2 | 1 Rev. G 2012/01/11 13 | 12 | " 10 9 | 8 7 | 6 | 5 | 4 3 | 2 | 1 ITEM NUMBER | WIRE RANGE} DIM. A | omMB | oMc| oMD pM cE | DIM F piv, G | MAK INSULATION PLATING STATUS 12 & 10 AWG|.213#.024] 240.016 | .067| 232.024] .2602.016 |_ .087 1.087 209 42817-0011 R; R: DIA. (5 & 6mm |(5.402.60)} (6.10240) | (1.70) | (5,902.60) | (6,602.40) | (2.20) (27.60) (5.30) 2294.024| .292+.016 | 067] 2362024] 2162.016 087 1.087 260 _| 42817-0031 | 8 AWG Ie 33: 60)| (7 (2s 20) | *ia70| 00; 60) | 5 50: 20) | (2.20) (27.60) 60) OY 2132.024| 2402016 ( 320. 50a. 087 1165 209 PLANNED FOR 42617-0111 |'2_& 10 AWG] .2132.026 | 2608.07 | 067) .232+.024 | 260,016 | p_OE! 20" IA. OVERALL TIN OBSOLESCENCE (5 & 6mm |(5.402.60)} (6.102.40) | (1.70) | (5.90.60) | (6.60240) | (2.20) (29,60) (5.30) 2292024] 292.016 | _ .067| .236+.024 | 216.016 087 1.165 260 42817-0131 B AWG |< rR R; DIA. (5.83+,60)| (7.422.40) | (1.70) | (6,002.60) | (5.50240) | (2.20) (29.60) (6.60) __ 12 & 10 AWG|.213+.024| .2402.016 | _ .067| .2322.024 | .2602.016 087 1.087 209 42817-0012 owe) eee Ra _ R= DIA. (5 & 6mm? |(5.402,60)| (6.10.40) | (1.70) | (5.90260) | (6.60.40) | (2.20) (27,60) (5,30) 2292024] .2922.016 | .067| .2362.024 | .216+.016 087 4.087 260 42817-0032 | 8 AWG R: DIA. (5.832.60)| (7.422.40) | 4.70) | (6.00+.60) | (5.502,40) | (2.20) (27.60) (6.60) SELECT GOLD woar7_ong |'2 & 10 AWG.2132.024) 2402016 | p 067] .232s.024 | .2602.016 | ,_.087 1.165 209 Hin ACTIVE __ | (5 & 6mm |(5.402.60)} (6102.40) | (1.70) | (5,902.60) | (6.60240) | (2.20) (29.60) (5.30) 2292.024| .2922.016 |_ .067| .2362.024|] .216+.016 087 1.165 260 42817-0132 | 8 AWG ae R: DIA. (5.832,60)| (7.422.40) | (1.70) | (6.02.60) | (5.502.40) | (2.20) (29.60) (6.60) 12 & 10 AWG|.213+.024| .240+.016 | _ 067] .2322.024] .2602.016 |. .087 1.087 209 42817-1014 eee) eee Ra R: DIA. (5 & 6mm? | (5.402.60)} (6.102.40) | (1.70) | (5.90+.60)] (6.602.40)| (2.20) (27.60) (5.30) __ 2292,024| .292+.016 | _ .067| 2362024] .216+.016 087 1.087 260 - fe Se | Ra Re : DIA. 42817-1034 | 8 AWG | '583:.60)| (7.42.40) | 1170)| (6.002.60)| (5.502.40)| (2.20) (27.60) (6.60) ACTIVE yost7_ang [12 & 10 AWG) 213.024] .2404.016 |, .067] .232s.024| .260:.016 | ,. 087 1165 209 19 SELECT SILVER (5 & 6mm? | (5.40260) (6102.40) | (1.70)| (5,902,60)| (6.602.40)| (2.20) (29.60) (5.30) 2294,024| .2922.016 | _ 067] .2362.024| .2162.016 087 1165 260 42817-1134 | 8 AWG |S e #7 Re R: DIA. (5.832.60)| (7.422.40) | (1.70) (6.002.60)} (5.50240) | (2.20) (29,60) (6.60) NOTES: 1) MATERIAL: COPPER ALLOY 151, .020/(.50) THICK. 2) PLATING: 4= .000100/(.00254) MIN.TIN OVER ___] 000050/(.00127) MIN.NICKEL. 12) WHEN USING OVERALL TIN PLATED TERMINALS. = 000030/(.00076) MIN. SELECT GOLD IN CONTACT AREA. FOR APPLICATIONS INVOLVING VIBRATION AND/OR THERMAL CYCLING. 000100/(,.00254) MIN. SELECT TIN ON SOLDER TAILS MOLEX STRONGLY RECOMMENDS THE USE OF NYE LUBRICANT.NYOGEL 7606. OVER .000050/(.00127) MIN. NICKEL. ON THE MATING AREA OF THE TERMINAL. LUBRICANT SHOULD BE APPLIED 4= .000100/(.00254) MINIMUM SELECT SILVER IN CONTACT AREA. AFTER THE TERMINALS ARE INSERTED INTO THE HOUSING. .000100/(.00254) MIN. SELECT TIN ON SOLDER TAILS REFER AS-42815-001 FOR ADDITIONAL INFORMATION. OVER .000050/(.00127) MIN. NICKEL. 13) THE 8 AWG TERMINAL WILL ALSO ACCOMODATE 2 12 AWG WIRES 3) PRODUCT SPEC: PS-42815-001. SEE CRIMP SPEC FOR DETAILS. 4) PACKAGING INFORMATION: PK-42815-001. 5) PART IS DESIGNED IN METRIC. 6) TERMINALS FOR USE WITH STRANDED WIRE ONLY. 7) ITEM NUMBERS PRECEEDED BY AN *X* IN THE CHART ARE NOT AVAILABLE. 8) THE 8 AWG TERMINAL HAS NO INSULATION CRIMP.THE SECONDARY < a a ES = ST Jouauity THIRD. ANGLE CRIMP SECTION ACTS AS A STRAIN RELIEF ON THE BARE CONDUCTOR ONLY. Se eee (UNLESS SPECIFIED) IN/MM Bl | METRIC | cy] cHIRD ANS SEE MOLEX CRIMP SPECIFICATION FOR DETAILS. me mm INCH _ | DRAWN BY DATE TITLE +a OR ZX AFTER CRIMPING, THIS DIMENSION IS .140/(3.55) MINIMUM. 8 3) -O [4 PLACES[E---[#- RIF 117192 MALE CRIMP TERMINAL, /\AFTER CRIMPING, THIS DIMENSION IS .089/(2.25) MINIMUM 2 elye7-o LACES} {t.0710 omer mn 12, 10 & SAWG , . Bes _(o/WO (rpcacesi+025 [+.016 RIF 1/7192 MINIFIT_SR. 1) WHEN USING THE 8 AWG TERMINAL WITH HI-FLEX WIRE, MOLEX STRONGLY |i) E/ile7_ [4 PLACE [0.40 [--- [APPROVED BY DATE | TSS a [WO bopracele--- [=== RAS 4/7192 momlex RECOMMENDS THAT THE APPROPRIATELY RATED HEAT SHRINK INSULATION [W223 _ @ SES eo weZse x BE APPLIED OVER THE WIRE INSULATION AND CRIMP AREA, AS SHOWN. TO |W= S&S SRART WHERE APPLICABLEL SEE CHART SD-42817- > OF 2 MINIMIZE WIRE INSULATION CREEPAGE OUTSIDE OF HOUSING. Mw OG < > SIZE! THIS DRAWING CONTAINS INFORMATION THAT IS PROPRIETARY TO MOLEX J a WITHIN DIMENSIONS C INCORPORATED AND SHOULD NOT BE USED WITHOUT WRITTEN PERMISSION tb_frame_C_P_AM_T Rev. G 2012/01/11 | 12 11 10 9 8 7 6 5 4 3 | 2 | 1