D 0 1 2 3 4 5 4 5 I−SHIFT 1.0R F7 15A FH1A:2 16 17 19 18 A B B A J1708 J1939−1 FH1A:3 1.5R K4.87 0.75R F8 SEE XC FOR CAN 1 15 13 14 0.75GR A6 A12 A1 A11 A4 A5 A3 A2 A15 A16 F8 5A FH1A:1 SIR PMI PMO 0.75VO 0.75BL/R A19.A16 A19.A15 IB10:8 Termination J1939−5 J1939−5 12 11 6 7 8 9 10 0.75BN A19.A12 IB10_I:8 0.75BL A19.A11 KH1B:1 30 85 87 87A KH1B:2 20 0.75GN A19.A6 A19.A5 KH1B:5 86 KH1B:3 0.75BL K4.86 0.75BL/OR 0.75Y A19.A4 K4 IB10:1 IB10_I:1 0.75R A19.A3 0.75BL F8A 5 3 0.75W XSC21 0.75W 0.75W GND4E ZC:2 B XSA52 DM:1 C IB10_I:10 0.75GN/R K4.86 A926 GND5JAG 0.75R GND5JBG A19 1.5R F81C BA:5 C XSA50 F28A 2 0.75W F8B ZC:1 B IB10_I:9 GND5J D C B A 4 3 2 1 I−SHIFT WIRING DIAGRAM DN 1.5R 0.75W KH1B:5 KH1B:1 85 30 GND4E F81C K4 86 87 87A XSA50 XSA52 KH1B:3 KH1B:2 BA:5 C ZC:2 B 1.5R K4.87 FH1A:3 0.75BL K4.86 F8 F7 IB10_I:1 IB10:1 5A 15A FH1A:1 FH1A:2 GBX.A1:2 F A7 rtA ic1 1 1.0R GBX.A2:2 AF r7 tiA c22 1.0R GBX.A3:2 IB10_I:8 IB10:8 F8 0.75R 1.0R F7 GBX:2 GBX_R:2 DM:1 A GBX_R:1 CV:1 B CV:1 BCAN:5 IBD 1M 0_:1 I :C 10 CAN:6 1.0W 0.75VO 1.0R 0.75GN/R 0.75BL 0.75R 0.75BL GND5KI 1939_7L3A 1939_7H3A F28A K4.86 F8A F7 SEE XC FOR CAN SEE XC FOR CAN 2 5 1 19 20 17 18 15 16 Termination A B A B A1 A2 A18 A5 A9 A10 J1939−5 J1939−1 J1708 J1939−5 A926 L H L H A B SIR PMO PMI CAN 5 J1939 J1587/J1708 6 3 7 8 9 10 11 12 13 14 CAN 1 TECU A914 0.75W 0.75BL/OR 0.75GN 0.75BN 0.75VO GND5JAG 0.75Y 0.75BL 0.75BL/R 0.75GR XSC21 A19.A3 A19.A4 A19.A5 A19.A6 A19.A11 A19.A12 A19.A15 A19.A16 B8 B10 B9 B11 B4 B5 B12 B3 B1 C11 C4 C16 C12 C10 C2 C1 C7 C6 C15 0.75W 0.75R 0.75W GND5JBG RS6 RS7 RS3 RS4 RS5 RS2 RS1 F8B Y26 Y23 RF1 RF2 VASE VAFE A1 A2 A3 A4 A5 A6 A11 A12 A15 A16 SERWT B23D B06C Y17D GND5J T T P Y21 Y22 A19 VARET VASD VAFD SEROT SERAP I ZB C10 :1_ I B:9 B69C B26B SECD A41 A42 0.7 5BL A1 A2 A18 A5 A9 A10 0.75B L/OR 0.7 5GN 0.7 5Y 0.7 5BL B8 B10 B9 B11 B4 B5 B12 B3 B1 RF1 RF2 T T A19