0 1 2 3 4 A A B B C C D D E E 0 1 2 3 4 INSTRUMENT CLUSTER (SECONDARY CLUSTER) 3/4 WIRING DIAGRAM: BG BATT BATT IGN IGN EMS EMS ILLUM ILLUM X4A14−0.8 X4A15−0.8 SPF3F SPF3F116 SPF3F116 A:10 A:9 A:9 A:10 F3F118−0.8 F3F117−0.8 F3F120−0.8 F3F116−0.8 F3F119−0.8 A:12 A:12 A:1 A:1 SPX3B3 SPX3B4 A:2 X4A12−0.8 X4A13−0.8 A:2 A:4 A:4 S30B S30C X4A23−1.0 SWITCH SWITCH 1 SPX3B RIGHT RIGHT IC ICDISPLAY DISPLAY SPF19 SPX3C SPCA11 SB PE: F0 6 3B S G PA: F0 2 CC S G PD: F3 4 GD G SP D: F4 4 EC F SP B: F4 8 BD SF PC: F1 3 0C B S D PD: F4 4 2C B G SP A: F0 3 CD B SP E: C1 AB 15 F SP D: N1 16 C 3E D RE C: 21 : CC 2 S B PE: N3 AB 23 S B PE: N3 AB 24 SB PB C: B2 1B 3A SB PE:
H2 AB B11 S GP DF :3 3 D A F19A4−0.8 X2G2−0.8 F4C8−0.8 F8B4−0.8 F42B11−0.8 N163E3−0.8 HAB7A−0.8 HAA9A−0.8 N109F1−0.8 NA24B−0.8 HAB11A−0.8 CA11D−0.8 F63B−0.8 F2C4−0.8 F4D2−0.8 F30B4−0.8 F3C20−0.8 CA15B−0.8 HAA8A−0.8 HAB8A−0.8 NA23B−0.8 CB13A4−0.8 F3D4−1.0 MCSSC1:A MCSSC1:B MCSSC1:C MCSSC1:D MCSSC1:E MCSSC1:F MCSSC1:H MCSSC1:G MCSSC1:J MCSSC1:K MCSSC1:L MCSSC2:P MCSSC1:N MCSSC1:P MCSSC1:R MCSSC1:M MCSSC1:S MCSSC2:D MCSSC2:E MCSSC2:F MCSSC2:N MCSSC2:R MCSSC2:S F19A4−0.8 X2G2−0.8 F4C8−0.8 F8B4−0.8 F42B11−0.8 N163E3−0.8 HAB7A−0.8 HAA9A−0.8 N109F1−0.8 NA24B−0.8 HAB11A−0.8 CA11D−0.8 F63B−0.8 F2C4−0.8 F4D2−0.8 F30B4−0.8 F3B20−0.8 CA15B−0.8 HAA8A−0.8 HAB8A−0.8 NA23B−0.8 CB13A4−0.8 F3D4−1.0 A:A1 A:B1 A:A2 A:B2 A:A3 A:B3 A:A4 A:B4 A:A5 A:B5 A:A6 A:B6 A:A7 A:B7 A:A8 A:A9 A:B8 A:B9 A:A10 A:B10 A:A11 A:B11 A:A12 A:B12 A153 Instrument Cluster 12V BATTERY IGNITION GND HIGH BEAM LEFT TURN RIGHT TURN PDLO PTO REVERSE L OI NG /H OT F F A RI ER STRICTION PP TA ORKER SMI ER TROR ENTER ESCAPE DOWN UP F NE O UR TC RE AD L I EW ND GL AF UR GO EN DT I EW ND GL AR UE GA ER D R OI PG EH RT AH TI A ON ND LW EA VS EH LER HEAD LAMP DRL ENABLE AMBIENT TEMP DIMMER INPUT F AR XL O EN T T ER ME PAR AR XE LA ER TR EE MA PR 5 SV U PS PE LN Y S 1OR PRIMARY AIR S GE NN D S 1OR 5 SV U PS PE LN Y S 2OR SECONDARY AIR S GE NN D S 2OR FUEL LEVEL TRANSMISSION TEMP DL1 HIGH DL1 LOW DL3 HIGH DL3 LOW DL4 HIGH DL4 LOW GAUGE PWR GAUGE GND GAUGE DATA GAUGE DIM SB PUF EF EE D R SI ED G.
TB AU CFF H. E SR IE G. D B:A1 B:B1 B:A2 B:B3 B:A10 B:A3 B:B10 B:A11 B:A4 B:B11 B:B2 B:B4 B:A5 B:B5 B:A6 B:B6 B:B7 B:A7 B:A9 B:B8 B:A8 B:B9 B:A12 B:B12 30 40 F3F121−0.8 DL1LN4−0.8 DL4LN8−0.8 HBB8C−0.8 HBB9C−0.8 DL1HN4−0.8 DL4HN8−0.8 HBA9C−0.8 HBA8C−0.8 MCSSC2:C MCSSC2:A MCSSC2:B MCSSC2:G MCSSC2:H MCSSC2:J MCSSC2:K MCSSC2:L MCSSC2:M HBB8C−0.35 HBB9C−0.35 30 40 F3F121−0.8 DL1HN4−0.8 DL4HN8−0.8 HBA9C−0.35 HBA8C−0.35 SPHBB9C SPF3F116 DL1LN4−0.8 DL4LN8−0.8 SPHBA8C HBB9C1−0.35 AA :: CD BB :: CD A153A DIESEL FLUID HBA8C1−0.35 GAUGE B SPDL1H4 B SPDL1L4 SPHBB8C FUEL HBB8C1−0.35 A:B B:B A:A B:A XA:3 XA:3 SPX DC: L2 4 HB SP X DC:
L2 4 LB DIESEL HBA9C1−0.35 SPHBA9C HBB9C2−0.35 A:D B:D A:C B:C A153B TEMP. HBA8C2−0.35 GAUGE PYROMETER EXHAUST HBB8C2−0.35 A:B B:B A:A B:A HBA9C2−0.35 SPF3F116 F3F120−0.8 F3F119−0.8 SPX3B4 A:12 X4A 23−1.0 −0.8 F63B−0.8 MCSSC1:B MCSSC1:C 0.8 X2G F2C MCSSC1:D 2−0.8 F2C 4−0.8 MCSSC1:E F4C F4D2 MCSSC1:F 8−0.8 −0.8 F30B MCSSC1:G −0.8 4−0. F3C MCSSC1:K −0.8 X2G 2−0. F8B4 42B11 F63B−0.8 F2C F2C 4−0.8 F4D2 −0.8 F30B 4−0. F3B AA8A−0.8 HAB8A−0.8 MCSSC1:R MCSSC1:M MCSSC1:S 8 HAA9A−0.8 N109F1− NA23B−0.8 MCSSC2:D MCSSC2:E 0.8 NA24B CB13A4−0.8 MCSSC2:F MCSSC2:N −0.8 HA B11A−0.8 AA8A−0.8 HAB8A−0.8 NA23B−0.8 CB13A4−0.8 CA1 1D−0. F3D 4−1. 40 DL4LN8 −0.8 HBB 8C−0.8 HBB9 C−0.
DL4HN8−0.8 MCSSC2:G MCSSC2:H 40 DL4HN8−0.8 HBA9C−0.8 HBA MCSSC2:L 8C−0.8 MCSSC2:M HBB MCSSC2:J MCSSC2:K HB B8C−0.35 9C−0.35 HBA9C−0.3 5 HBA SPHBB 8C−0.35 SPHBA8C HBB9C1−0.35 A:D A:C HBA8C1−0.35 DIESEL FLUID DIESEL 8C HBB8C1−0.35 A:B A:A HBA9C1−0.35