Pinpoint Test A: P0706
- RETRIEVE DTCS
- Connect the scan tool.
- Have the DTC(s) and freeze frame data been recorded?
YES: Go to next step.
- Have the DTC(s) and freeze frame data been recorded?
- STATUS/RELATIONSHIP CHECK
- Move the selector lever slowly from P to 2 and back, noting the illumination/position relationship as follows:
- Does state illumination match the lever position in each direction of travel?
YES: Go to step 4.
NO: Go to next step.
NO: With lever at D (when moving from 2 to P ) is 3 or 4 illuminated?
YES: Go to next step.
NO: Go to step 5.
NO: With lever moved from P , to position 4 , is D illuminated?
YES: Go to step 4.
NO: Go to step 5.
- Does state illumination match the lever position in each direction of travel?
- CHECK SELECTOR CABLE ADJUSTMENT
- Verify and correct as required the selector cable adjustment.
- OK?
YES: Go to next step.
NO: Correct adjustment error. See DESCRIPTION & OPERATION and SELECTOR LEVER CABLE ADJUSTMENT and test the system for normal operation.
- CHECK HARNESS SIGNAL CONTINUITY - D TO 4 SWITCH
- With EM007 and CC007 disconnected, measure the resistance between CC007/003 and EM007/028.
- Repeat for CC007/001 and EM007/013.
- YES: Go to next step.
- NO: Inspect EM007 and CC007 EM053 for corrosion, bent/pushed back pins or locate harness/splice EMS25 and CCS20. Repair as necessary and test the system for normal operation.
- CHECK D TO 4 SWITCH
- With CC007 disconnected, measure the resistance between switch pins 001 and 003.
- With the selector lever at 4, 3, 2 is the resistance < 0.5 OHM?
- With the selector lever at P, R, N, D is the resistance < >50 K OHM?
YES: Go to next step.
NO: Renew D to 4 switch and test the system for normal operation.
- CHECK HARNESS DIGITAL GROUND CONTINUITY
- With EM007, EM047, CC007 and CC018 (kickdown switch) disconnected, measure the resistance between EM007/028 to EM047/00E.
- Is the resistance < 0.5 OHM?
YES: Go to next step.
NO: Inspect EM007, EM047 and CC007 for corrosion, bent/pushed back pins or locate harness/splice EMS25. Repair as necessary and test the system for normal operation.
- Is the resistance < 0.5 OHM?
- CHECK SWITCH L1
- With EM007 disconnected, measure the resistance between EM007/028 and EM007/036.
- With the selector lever at P, N, D, 4 is the resistance < 0.5 OHM?
- With the selector lever at R, 3, 2 is the resistance >50 K OHM?
YES: Go to next step.
NO: Inspect EM007 and EM047 for corrosion, bent/pushed back pins or locate and repair the harness EM007/036 to EM047/00A.
NO: OK, but fault still present?
YES: Renew rotary position switch and test the system for normal operation.
- CHECK SWITCH L2
- With EM007 disconnected, measure the resistance between EM007/028 and EM007/008.
- With the selector lever at R, N, 3 is the resistance < 0.5 OHM?
- With the selector lever at P, D, 4, 2 is the resistance >50 K OHM?
YES: Go to next step.
NO: Inspect EM007 and EM047 for corrosion, bent / pushed back pins or locate and repair the harness EM007/008 to EM047/00B - test the system for normal operation.
NO: OK, but fault still present?
YES: Renew rotary position switch and test the system for normal operation.
- CHECK SWITCH L3
- With EM007 disconnected, measure the resistance between EM007/028 and EM007/037.
- With the selector lever at N, D, 4, 3 is the resistance < 0.5 OHM?
- With the selector lever at P, R, 2 is the resistance >50 K OHM?
YES: Go to next step.
NO: Inspect EM007 and EM047 for corrosion, bent/pushed back pins or locate and repair the harness EM007/037 to EM047/00C - test the system for normal operation.
NO: OK, but fault still present?
YES: Renew rotary position switch and test the system for normal operation.
- CHECK SWITCH L4
- With EM007 disconnected, measure the resistance between EM007/028 and EM007/009.
- With the selector lever at D, 4, 3, 2 is the resistance < 0.5 OHM?
- With the selector lever at P, R, N is the resistance >50 K OHM?
YES: Go to next step.
NO: Inspect EM007 and EM047 for corrosion, bent/pushed back pins or locate and repair the harness EM007/009 to EM047/00D - test the system for normal operation.
NO: OK, but fault still present?
YES: Renew rotary position switch and test the system for normal operation.
- END
- Perform appropriate service DRIVE CYCLES
and check for the presence of DTC.
- YES: Stop.
- NO: No additional diagnostic information available from manufacture if DTC P0706 is still present. Repeat test as necessary.