Driving Position Memory System Input Test and Function Test
1.

2.
Press the engine start/stop button to select the ON mode.

3.
From the BODY ELECTRICAL SYSTEM SELECTION menu, select POWER SEAT/POWER MIRROR, then DTCs.
If DTCs are found, troubleshoot the DTCs using B-CAN System Diagnosis Test Mode A.
If no DTCs are found, go to step 4.

4.
Exit the DTC mode, and select the DATA LIST from the POWER SEAT/POWER MIRROR TEST MODE MENU.

5.
Test each input and monitor each output under the condition shown below:
If the data list indication is correct, continue to the next switch. If all switches are OK, go to step 7.
If the data list indication is not correct, do the appropriate test at the control unit and terminal indicated in the table.
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Voltage drop tests should be done with the ignition switch in ON (II) or the vehicle ignition in the ON mode, and all connectors connected and the meter negative test lead attached to a good body ground, unless specified otherwise.
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Continuity tests should be done with the ignition switch in LOCK (0) or the vehicle ignition in the OFF mode, and indicated terminals disconnected.

Data List Input/Command
Condition: Data List Indication
Control Unit/Terminal Number/Test (If applicable)
Possible cause if desired result
is not obtained
Ignition Switch for Power Seat Control
Ignition switch ON (II) or vehicle ignition ON mode: ON
Ignition switch LOCK (0) or vehicle ignition OFF mode: OFF
Power seat control unit/B13
Ignition switch ON (II) or vehicle ignition ON mode: 12V
Ignition switch LOCK (0) or vehicle ignition OFF mode: 0V
Blown No. B7 (7.5 A) fuse in the under-dash fuse/relay box
Faulty control unit
An open or high resistance in the wire
A short in the wire
Parking Brake Switch (M/T)
Parking brake lever pulled: ON
Parking brake lever released: OFF
Power seat control unit/B1
Parking brake switch ON: 0 V
Parking brake switch OFF: 12 V
Faulty control unit
Faulty parking brake switch
An open or high resistance in the wire
A short in the wire
ATP Switch (A/T)
Transmission range switch P position: ON
Any other position than P: OFF
Power seat control unit/B1
Transmission range switch P: 0 V
Any other position than P: 12 V
Faulty control unit
Faulty transmission range switch
An open or high resistance in the wire
A short in the wire
Slide Sensor
Seat moving forward or backward: ON
Seat not moving: OFF
Power seat control unit/B8
Pulses as seat moves: 2.5 V average
Faulty control unit
Faulty sensor
An open or high resistance in the wire
A short in the wire
Front Up-Down Sensor
Seat front moving up/down: ON
Seat not moving: OFF
Power seat control unit/B7
Pulses as seat moves: 2.5 V average
Faulty control unit
Faulty sensor
An open or high resistance in the wire
A short in the wire
Recline Sensor
Seat-back moving forward or backward: ON
Seat not moving: OFF
Power seat control unit/B10
Pulses as seat moves: 2.5 V average
Faulty control unit
Faulty sensor
An open or high resistance in the wire
A short in the wire
Rear Up-Down Sensor
Seat rear moving up/down: ON
Seat not moving: OFF
Power seat control unit/B9
Pulses as seat moves: 2.5 V average
Faulty control unit
Faulty sensor
An open or high resistance in the wire
A short in the wire

6.
Exit the DATA LIST and select FUNCTIONAL TESTS.

7.
Do each of the function tests listed in the table shown. The appropriate output should occur.
If the function operates normally, go to the next function test. If all function tests operate normally, the system is OK.
If the function does not occur, do the appropriate test at the control unit and terminal indicated in the table.
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Voltage drop tests should be done with the ignition switch in ON (II) or the vehicle ignition in the ON mode, and all connectors connected.
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Continuity tests should be done with the ignition switch in LOCK (0) or the vehicle ignition in the OFF mode, and indicated terminals disconnected.
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Jumper tests should be done according to the instructions indicated.
If the test indicates that the component operates normally, but the function will not operate by doing the function test or normal use of the component, the control unit that operates that function must be faulty; replace it.
If the test indicates that the component does not operate normally, check for an open or short in the harnesses between the component and the control unit. If the harness is OK, replace the component.

Function Test
Component and Operation
Control Unit/Terminal Number/Test (If applicable)
Possible cause if desired result
is not obtained
Power Seat:
Slide Motor-Full Forward
Seat slides forward
Power seat control unit/A1, A2, A3, A6
Disconnect power seat control unit connectors A and B.
Connect A1 to A2 and A3 to A6; driver's seat should slide forward.
Faulty motor
An open or high resistance in the wire
A short in the wire
Power Seat:
Slide Motor-Full Rearward
Seat slides backward
Power seat control unit/A1, A2, A3, A6
Disconnect power seat control unit connectors A and B.
Connect A1 to A6 and A2 to A3; driver's seat should slide backward.
Faulty motor
An open or high resistance in the wire
A short in the wire
Power Seat:
Front Up-Down Motor-Full Up
Front of seat moves up
Power seat control unit/A2, A6, A7, A10
Disconnect power seat control unit connectors A and B.
Connect A6 to A10 and A2 to A7; front of driver's seat should move up.
Faulty motor
An open or high resistance in the wire
A short in the wire
Power Seat:
Front Up-Down Motor-Full Down
Front of seat moves down
Power seat control unit/A2, A6, A7, A10
Disconnect power seat control unit connectors A and B.
Connect A6 to A7 and A2 to A10; front of driver's seat should move down.
Faulty motor
An open or high resistance in the wire
A short in the wire
Power Seat:
Rear Up-Down Motor-Full Up
Rear of seat moves up
Power seat control unit/A4, A5, A9, A12
Disconnect power seat control unit connectors A and B.
Connect A9 to A12 and A4 to A5; rear of driver's seat should move up.
Faulty motor
An open or high resistance in the wire
A short in the wire
Power Seat:
Rear Up-Down
Motor-Full Down
Rear of seat moves down
Power seat control unit/A4, A5, A9, A12
Disconnect power seat control unit connectors A and B.
Connect A4 to A12 and A5 to A9; rear of driver's seat should move down.
Faulty motor
An open or high resistance in the wire
A short in the wire
Power Seat:
Recline Motor-Full Forward
Seat-back moves forward
Power seat control unit/A5, A8, A11, A12
Disconnect power seat control unit connectors A and B.
Connect A8 to A12 and A5 to A11; driver's seat-back should move forward.
Faulty motor
An open or high resistance in the wire
A short in the wire
Power Seat:
Recline Motor-Full Rearward
Seat-back moves backward
Power seat control unit/A5, A8, A11, A12
Disconnect power seat control unit connectors A and B.
Connect A11 to A12 and A5 to A8; driver's seat-back should move backward.
Faulty motor
An open or high resistance in the wire
A short in the wire