Diagnostic Aids
The power sliding door is designed to stop and reverse direction when an obstruction is present. Proper mechanical operation of the power sliding door is necessary for power open and close functions to occur.
| • | Manually open and close the power sliding door slowly in order to determine if the door operates smoothly and without excessive resistance. |
| • | Clean and lubricate or replace the tracks as necessary and verify proper power sliding door cable tension. |
| • | Inspect the optical sensor connector and terminals for damage. |
| • | Inspect the optical sensor pigtail harness for damage. |
| • | Inspect the optical sensor for proper installation and a secure mount to the actuator motor housing. |
Test Description
The number(s) below refer to the step number(s) on the diagnostic table.
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Tests the rear side door actuator control module for the optical sensor 5 volt reference and ground.
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Tests the optical sensor signal circuit. While the door is moving at the approximate power operating speed the average voltage measured should be 2 to 3 volts.
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Tests the optical sensor signal circuit. While the door is moving at the approximate power operating speed the average voltage measured should be 2 to 3 volts.
Step | Action | Value(s) | Yes | No |
|---|---|---|---|---|
Schematic Reference: Sliding Door Schematics Connector End View Reference: Power Door Systems Connector End Views | ||||
1 | Did you perform the Power Door Systems Diagnostic System Check? | -- | Go to Step 2 | |
2 |
Does the power sliding door open properly? | -- | Go to Testing for Intermittent Conditions and Poor Connections in Wiring Systems | Go to Step 3 |
Is the voltage the specified value? | 5 V | Go to Step 4 | Go to Step 13 | |
Is the voltage the within specified values? | 0.01-4.5 V | Go to Step 5 | Go to Step 6 | |
Is the voltage the within specified values? | 0.01-4.5 V | Go to Step 7 | Go to Step 6 | |
6 | Inspect and if possible repair any damage to the optical sensor pigtail harness or connector. Refer to Wiring Repairs and Connector Repairs in Wiring Systems. Did you find and correct the condition? | -- | Go to Step 15 | Go to Step 12 |
7 |
Is the resistance within the specified values? | 1-3 ohms | Go to Step 8 | Go to Step 11 |
8 | With the actuator motor connector disconnected, test for continuity to ground from the actuator motor connector terminals. Is the resistance the specified value? | Infinite | Go to Step 9 | Go to Step 11 |
9 |
Is the resistance within the specified values? | 2-5 ohms | Go to Step 10 | Go to Step 11 |
10 | With the actuator clutch connector disconnected, test for continuity to ground from the actuator clutch connector terminals. Is the resistance the specified value? | Infinite | Go to Step 13 | Go to Step 11 |
11 | Inspect and if possible repair any damage to the pigtail harness or connector. Refer to Wiring Repairs and Connector Repairs in Wiring Systems. Did you find and correct the condition? | -- | Go to Step 15 | Go to Step 12 |
12 | Replace the actuator motor and clutch assembly. Refer to Power Sliding Door Motor Clutch Replacement . Is the repair complete? | -- | Go to Step 15 | -- |
13 | Inspect for poor connections rear side door actuator control module. Refer to Testing for Intermittent Conditions and Poor Connections and Connector Repairs in Wiring Systems. Did you find and correct the condition? | -- | Go to Step 15 | Go to Step 14 |
14 | Replace the rear side door actuator control module. Refer to Rear Side Door Actuator Control Module Replacement . Is the repair complete? | -- | Go to Step 15 | -- |
15 | Re-initialize the power sliding door and operate the system in order to verify the repair. Did you correct the condition? | -- | System OK | Go to Step 3 |
