D 0 1 2 3 4 5 4 5 START ENGINE AND ALTERNATORS ENG1.A1:8 0.75BL/SB K7.86A1 Artic1 AG:4 C ENG1.A2:8 0.75BL/SB K7.86D B12B B12M B12R AG:1 B S908.3 ENG1.A1:7 ENG1.A2:7 ENG1.A3:7 0.75BL/SB K7.86A ENG1:8 K7.86B R9B R9S R9TL 0.75BL/SB K7.86CT R9L_ AG:3 B ENG1B:8 AG:3 B S908.3 0.75VO K7.87DA1 Artic1 0.75VO K7.87DA2 Artic2 K7 Start engine 0.75BL/SB K7.86A R7 0.75BL/SB AG:5 B S908.3 0.75VO K7.87D B12B B12M AF:4 C A14A:12 KH2A:11 KH2A:8 AE:4 B VIC_MD9:35 86 30 85 87 87A KH2A:7 0.75W GND4K ZC:2 B XSA52 0.75VO K7.87BC R9B R9TL AE:4 C ENG1B:7 0.75GN/R F19C KH2A:12 KH2A:10 0.75VO K7.87 XSA44 0.75VO K7.87A ENG1:7 0.75VO K7.87BBT R9L_ AD:5 C VIC_MD7:35 0.5GN 0.5GN 0.5VO A17.A6 BA:5 B A17.A6 0.75VO K7.87B R7 AH:5 C VIC_MD9:35 BB BB3:9 S15.15BB 0.5VO A27.C1 GA:5 C A27.C1 K7.87E R9S 0.75VO +DR GA:5 C A27.A3 S15.15C 0.75VO K7.87BA B12R AF:4 C A43:5 + +30 D C B A 4 3 2 1 START ENGINE AND ALTERNATORS WIRING DIAGRAM AC + +30 +DR F19 F30 F17 F18 10A 20A 5A 5A FH2A:7 FH2B:2 FH2A:9 FH2A:8 0.75GN/R 2.5GN/R 0.75GN/R 0.75GN/R 0.75GN/R F30 F17 EO:3 C EP:1 C FA:1 B GB:5 D S08.2 S32.10 S902.10 S01.12 EU4:9 F19 EU4.A1:9 IB3:17 EO:3 C EP:1 B NC:5 C CP:2 B S08.5 S31.10 DF:3 XSB41 F19C 2.5GN/R 2.5GN/R 0.5GN/R 0.5GN/R 0.5GN/R 0.5GN/R 0.5GN/R EMS.A1:12 EMS:12 2.5GN/RF30.A2 Artic1 2.5GN/R 0.5GN/R 0.5GN/R 0.75GN/R 0.75GN/R 0.5GN/R R9TL F17 R9S BB GA:5 C EMS.A2:12 E CU A4 :3B D:9 XSB20 A27.A3 BB3:9 VIC C_AM :3D C9:37 0.75GN/R F19A1 Artic1 0.75GN/R F19 0.75GN/R F19T 2.5GN/RF30.A2 EU4.A2:9 Artic2 F30A R7 F30BT R9L_ F30C R9B F17A F17B F17C1_41 F17D1_41 F17E F17H F17G F17C A943.A3 EMSB:12 F19A2 Artic2 0.5GN/R CO:4 B CO:4 B 0.75BL/SB KH2A:12 KH2A:11 EU4.A3:9 30 86 XSJ31 F17F K7 FC:4 C K7.86A Start engine FC:4 C 87A 87 85 XSJ31 RA1.A1:7 RA1.A1:8 ENG1.A1:9 S15.15C S15.15BB 0.75GN/R KH2A:10 KH2A:7KH2A:8 RA1.A1:6 S905.10 BA:1 A 0.5GN 0.75VO 0.75Y 0.75GN 0.75GN/R ENG1:8 0.75GWND4K VIC C_NM :1D D7:37 ENG1.A1:8 XSA52 EMS.A3:12 ZC:2 B RA1.A2:7 RA1.A2:8 ENG1.A2:9 0.5GN 0.75VO K7.87 0.75BL/SB K7.86A R7 R9B R9S R9TL K7.86B 0.75BL/SB K7.86CT R9L_ 0.75BL/SB K7.86D B12B B12M B12R 0.75BL/SB K7.86A1 Artic1 F19A2A Artic2 A03.C7A1 Artic1 A03.C14A1 Artic1 A03.C15A1 Artic1 F18A1 Artic1 XSA44 RA1.A2:6 0.75BL/SB 0.75VO 0.75Y 0.75GN 0.75GN/R ENG1.A2:8 NA:3 B NA:2 C NA:2 C A27.C1 A17.A6 F18 S908.3 ENG1B:8 S908.3 AG:4 C IB1:9 IB1:10 IB1:11 AG:5 B AG:3 B AG:1 B S908.3 0.5VO 0.5VO K7.87A 0.75VO A03.C7A2 Artic2 0.75Y A03.C14A2 Artic2 0.5GN A03.C15A2 Artic2 F18A2 Artic2 AG:3 B RA1.A3:7 RA1.A3:8 ENG1.A3:9 0.75VO A03.C7 A03.C14 A03.C15 A27.C1 A17.A6 RA1.A3:6 GA:5 C BA:5 B ENG1.A1:7 ENG1:9 0.75VO RA1:6 RA1:7 RA1:8 ENG1:7 B12R B12R ENG1.A2:7 0.75VOK7.87BA B12R K7.87E R9S 0.75VKO7.87B R7 0.75VO K7.87BBT R9L_ 0.75VKO7.87BC R9B R9TL 0.75VO K7.87D B12B B12M K7.87DA2 0.75VO K7.87DA1 Artic1 0.75VO A03.C7F R9S 0.75VO A03.C7A R7 0.75VO A03.C7BT R9L_ 0.75VO A03.C7C R9B R9TL 0.75VO A03.C7D B12B B12M 0.75Y A R0 93 S.C14E 0.75Y A03.C14A R7 0.75Y A03.C14BT R9L_ 0.75Y A03.C14C R9B R9TL 0.75Y A03.C14D B12B B12M 0.75GN A03.C15E R9S 0.75GN RA 90 L3 _.C15BT 0.75GN A03.C15C ALT_3X_R9TL_R9B 0.75GN A03.C15D B12B B12M 0.75GN/R F18F FM200 0.75GN/R F18E R9S 0.75GN/RF18 R7 0.75GN/R F18BT R9L_ 0.75GN/R F18C R9B R9TL 0.75GN/R F18CA ALT_3X_R9TL_R9B 0.75GN/R F18D B12B B12M B12R 0.75GN/R F18G RSTS 0.75VO Artic2 AA F4 :3 4:
5 C9:35VIC A_DM :5D C7:35 VIC A_EM :4D B9:35 X AC H9 :1 36 C:1 VI AC D_M D C7:9 R AA E1 :3B C:6 VI AC_EM :3D C9:9 AL FA :2: 1 CX AC H9 :1 26 C:2 VIC A_DM :2D C7:17 R AA E1 :2B C:7 VIC A_EM :2D C9:17 AL FA :2: 2 X AC H9 :1 16 C:6 R AA E1 :1B C:8 AG E0 :4 1. L AL FA :1: 6 NF DM :4:3 X AC H9 :1 16 C:4 VIC A_DM :1D D7:10 E AN EG :1 1B C:9 VIC A_EM :1D B9:10 AG E04 :1.1 B5 AL FA :0: 4 C VIC A_HM :5D E AN EG :1 4B C:7 A A1 F4 :A : C12 ENG1.A3:7 :3 C B C C D TR FA OI :L 1 D:11 4 3