0 1 2 3 4 A A B B C C D D E E 0 1 2 3 4 ABS BENDIX 8 WIRING DIAGRAM:
EC BATT BATT IGN IGN EMS EMS ILLUM ILLUM A:A F FU13 SE A:A F FU49 SE, SPX2B1 ABS ABS BATT A:B 15A/20A A:B 10A B15 B16 X1E7−1.0 SPF3F200 FRC1:E6 FRC1:G2 MCS01:20 n n F3F14−0.8 Y13 Y14 A:2 S016 F13A−3.0 F49A−1.0 A:2 A:2 SWITCH, X1E7−1.0 F3F49−0.8 ATC A:1 A:1 A:2 A1:1 A3:3 A1:1 A3:3 A:1 A:2 Y57 LIMITED SLIP A:2 A:12 A:10 AB15A2−0.8 AY13A1−1.0 AY14A2−1.0 AY14A3−1.0 AB16A2−0.8 AY57A1−1.0 AB15A1−0.8 AY13A2−1.0 AY13A2−1.0 AY14A1−1.0 AB16A1−0.8 AY57A2−1.0 40 40 FCCE:15 FCCE:16 FCCE:18 FCCE:17 FCCE:19 FCCE:23 FCCE:22 FCCE:24 FCCE:20 FCCE:21 FCCE:26 FCCE:25 A:4 A:9 X2A90−0.8 AB15A2−0.8 AY13A1−1.0 AY14A2−1.0 AY14A3−1.0 AB16A2−0.8 AY57A1−1.0 AB15A1−0.8 AY13A2−1.0 AY13A2−1.0 AY14A1−1.0 AB16A1−0.8 AY57A2−1.0 X1E7A−1.0 SPX2A200 40 40 XA:3 B SPDL1H3 XA:3 C SPDL1L3 MCFC:72 MCFC:71 MCFC:84 MCFC:70 MCFC:67 MCFC:78 MCFC:73 MCFC:77 MCFC:66 MCFC:65 MCFC:86 MCFC:74 MCS01:21 SPX3B ARLWS2−0.8 ARLMVO−1.0 ARRMVG−1.0 ARRMVI−1.0 ARRWS2−0.8 AATCV1−1.0 DL1LN3−0.8 ARLWS1−0.8 ARLMVG−1.0 ARLMVI−1.0 ARRMVO−1.0 ARRWS1−0.8 AATCV2−1.0 X1E8−3.0 X1E7A−1.0 DL1HN3−0.8 40 40 30 X2:15 X2:18 X2:12 X2:17 X2:16 X2:9 X2:13 X2:10 X1:10 X1:11 X1:4 X1:5 X1:1 X1:12 X1:17 X1:18 X1:2 X1:16 X1:3 X1:14 X1:13 X1:8 X1:7 WHR EE EA LR S L EE NF ST OR MODR UE LA AR TO L RE F VT ALVE ABS ECU 4S/4MMODR UE LA AR T ORI RG VH AT LVE WHR EE EA LR SR EIG NH ST OR ATC V C AO LN VT EROL ABS CE OCGU NR NPO EOU CNWD TSE OR R S U XP 1PLY MUDA /T SC NOW DISA AT BC LE SWH IS TA CH B PA OT WTE ER RY IG PONI WTI EO RN − D L 2 + + J1 9 3 9 − A12B CONNECTOR X2 WXHF 2R E:O E8LN T S EL XNEF S2T O:5R X2M:3ODF UR LO XAN T2T O:
2L RE VF AT LXVE2:1 XWF 2HR :E1O E1N LT S R EXI NG S2H O:T 1R4 X2M:O6F DR UO LAN XTT O2 R :R7IG VH AT LXVE2:4 BENDIX ABS8 ECU 6S/6M A CB OS NE NC EU C 3 TR OD R A X XL 3E XW3 3R H:D 1E 1EA LX SLE EX NL 3SE :1OF 4T R X3:6MO3 DR UD XL A A3X T:7L OE R L VE AF XLT 3V:E4 X3 W3R H:D 1E 2A EX LL SE EX R N3I SG :1OH 5RT X3M:O3 9R DD U LA XAX 3TL :OE 1R 3R VIG AH LXT V3E:10 40 40 40 40 AFLWS1−0.8 AFLMVG−1.0 AFLMVI−1.0 AFRWS2−0.8 AFRMVO−1.0 ATLWS1−0.8 ATLMVG−2.0 ATLMVI−2.0 ATRWS2−0.8 ATRMVO−2.0 AFLWS2−0.8 AFLMVO−1.0 AFRWS1−0.8 AFRMVG−1.0 AFRMVI−1.0 ATLWS2−0.8 ATLMVO−2.0 ATRWS1−0.8 ATRMVG−2.0 ATRMVI−2.0 MCFC:94 MCFC:93 MCFC:88 MCFC:96 MCFC:95 MCFC:90 MCFC:89 MCFC:87 MCFC:91 MCFC:92 MCFC:80 MCFC:79 MCFC:83 MCFC:82 MCFC:69 MCFC:76 MCFC:75 MCFC:85 MCFC:68 MCFC:81 40 40 AB17A1−0.8 AY15A2−2.0 AY15A3−2.0 AB18A1−0.8 AY16A2−2.0 AY16A3−2.0 40 40 AB13A1−0.8 AY11A2−1.0 AY11A3−1.0 AB14A2−0.8 AY12A1−1.0 AB17A2−0.8 AY15A1−2.0 AB18A3−0.8 AY16A1−2.0 AB13A2−0.8 AY11A1−1.0 AB14A1−0.8 AY12A2−1.0 AY12A3−1.0 6SABS:A 6SABS:B 6SABS:F 6SABS:E 6SABS:G 6SABS:C 6SABS:D 6SABS:J 6SABS:H 6SABS:K A:1 A:2 A:1 A:3 A:1 A:2 A:1 A:3 40 40 A:2 A:2 AB17A1−0.8 AY15A2−2.0 AY15A3−2.0 AB18A3−0.8 AY16A1−2.0 n n AB17A2−0.8 AY15A1−2.0 AB18A1−0.8 AY16A2−2.0 AY16A3−2.0 Y11 Y12 A:1 A:2 A:1 A:3 A:1 A:2 A:1 A:3 Solenoid valve unit, Solenoid valve unit, B13 ABS, front left B14 ABS, front right A:2 A:2 S WE HN ES EO LR S, PD S WE HN ES EO LR SPD n Y15 n Y16 LH FRT AXLE RH FRT AXLE B17 B18 n A:1 AB15A AY13 A1:1 A1−1.0 AY13 B15 A1−0.8 40 FCCE:16 AB15A AY13 FCCE:18 2−0.8 A2−1.0 FCCE:17 AY13 AY13 FCCE:19 A1−1.0 A2−1.
A1−0.8 40 MCFC:71 ARLW AY13 MCFC:84 S2−0.8 A2−1.0 MCFC:70 ARLM AY13 MCFC:67 VO−1.0 S1−0.8 40 ARLM VG−1.0 ARLM A:1 AB16 AB16 AB16 A1−0.8 AY57A2−1.0 FCCE:26 FCCE:25 A2−0.8 AY5 A1−0.8 40 MCFC:65 ARRW AY57A2−1.0 MCFC:86 MCFC:74 S2−0.8 AAT S1−0.8 40 AATCV2−1.0 A1:1 AY14A AY14 A2−1.0 Y14A 3−1.0 AY1 FCCE:22 A2−1.0 4A1−1.0 FCCE:24 AY14A AY1 MCFC:73 VG−1.0 4A1−1.0 MCFC:77 ARRM ARR MVO−1.0 X2:15 X2:18 X2:12 X2:17 X2:16 X2:9 X2:13 X2:10 REAR LEFT REAR LEFT REAR RIGHT WHEEL SENSOR MODULATOR VALVE ABS ECU 4S/4MMODULATOR VALVE CONNECTOR X2 FRONT LEFT FRONT LEFT FRONT RIGHT FRONT RIGHT WXH2E:E8L SEXNS2O:5R X2M:3ODULXAT2O:2R VALXVE2:1 XW2H:E1E1L SEXNS2O:1R4 X2M:O6DULAXTO2:R7 VALXVE2:4 X1:10 X1:11 X1:4 X1:5 X1:1 X1:12 X1:17 X1:18 X1:2 X1:16 X1:3 X1:14 X1:13 X1:8 X1:7 WHR EE EA LR SR EIG NH ST OR ATC V C AO LN VT EROL ABS CE OCGU NR NPO EOU CNWD TSE OR R S U XP 1PLY MUDA /T SC NOW DISA AT BC LE SWH IS TA CH B PA OT WTE ER RY IG PONI WTI EO RN − D L 2 + + J1 9 3 9 − BENDIX ABS8 ECU 6S/6M A CB OS NE NC EU C 3 TR OD R A X XL 3E XW3 3R H:D 1E 1EA LX SLE EX NL 3SE :1OF 4T R X3:6MO3 DR UD XL A A3X T:7L OE R L VE AF XLT 3V:E4 X3 W3R H:D 1E 2A EX LL SE EX R N3I SG :1OH 5RT X3M:O3 9R DD U LA XAX 3TL :OE 1R 3R VIG AH LXT V3E:10 X1:2 X1:16 X1:3 X1:14 X1:13 X1:8 X1:7 SWH IS TA CH B PA OT WTE ER RY IG PONI WTI EO RN − D L 2 + + J1 9 3 9 − A CB OS NE NC EU C 3 TR OD R A X XL 3E XW3 3R H:D 1E 1EA LX SLE EX NL 3SE :1OF 4T R X3:6MO3 DR UD XL A A3X T:7L OE R L VE AF XLT 3V:E4 X3 W3R H:D 1E 2A EX LL SE EX R N3I SG :1OH 5RT X3M:O3 9R DD U LA XAX 3TL :OE 1R 3R VIG AH LXT V3E:10 FLW VI−1.
AFLWS MCFC:79 40 A1−0.8 2−0.8 MCFC:83 AY11 AFLM MCFC:82 A2−1.0 AFLM VO−1.0 MCFC:69 AY11 B13 A3−1. AB13A A:1 AY11 AY11 A1−1.0 A:1 n AFRW S2−0.8 RMVO−1.0 AFRW S1−0.8 MCFC:75 40 AB14 AFRM MCFC:85 A2−0.8 FRM VG− 1.0 AFRM MCFC:68 MCFC:81 12A1−1.0 AFRM VI−1.0 AY AB14 A2−0.8 AB14 A1−0.8 A:1 AY12 A2−1 .0 AY12 A:1 AY12 A3−1.0 n ATLW ATLWS2−0.8 MCFC:93 MCFC:88 40 A1−0.8 AY15 AB17 AB17A2−0.8 6SABS:B 6SABS:F 40 A1−0.8 AY15 TRMVO TRWS1−0.8 ATRMVG MCFC:87 AY16A2 −2.0 A MCFC:91 −2.0 TRM VI−2.0 MCFC:92 B18A1−0.8 AY16 A3−2.0 8A3−0.8 6SABS:J 8A3−0.8 AY16A1 −2.0 6SABS:K −2.0 6SABS:H AY16A1 AY16 :1