Mazda CX-5 Service & Repair Manual: Tie Rod End Replacement
1. Remove the snap pin.
2. Loosen the tie-rod end locknut.
3. Detach the tie-rod end from the steering knuckle using the SST
.
4. Remove the tie-rod end locknut.
5. Place alignment marks as shown in the figure for proper installation.
6. Remove the tie-rod end.
7. Align the alignment marks made before removing the tie-rod end, and then install a new tie-rod end to the tie rod.
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If there are no alignment marks, go to the following procedure.
8. Adjust dimension A shown in the figure to the standard, and assemble.
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Standard Dimension A
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10.1—23.1 mm {0.398—0.909 in}
9. Install the tie-rod end to the steering knuckle.
10. Install a new snap pin.
11. After installation, inspect the front wheel alignment and adjust it if necessary..
Tie Rod End Inspection
1. Inspect the tie-rod end for damage and the boot for cracks.
If there is any malfunction, replace the tie-rod end.
2. Inspect for excessive play.
If there is any malfunction, ...
Tie Rod Inspection
1. Inspect for bending and damage.
If there is any malfunction, replace the tie rod.
2. Inspect for excessive play.
If there is any malfunction, replace the tie rod.
3. Swi ...
Other materials:
Engine Coolant Temperature (ECT) Sensor
Purpose/Function
Detects the ECT as basic information for mainly determining the fuel injection
amount.
Detects the ECT and inputs it to the PCM as an ECT signal.
The ECT sensor No.2 is only used for OBD.
Construction
ECT sensor No.1
Installed to the water out ...
Center Pillar Installation [Panel Replacement]
Symbol Mark
Installation Procedure
1. When installing new parts, measure and adjust the body as necessary to conform
with standard dimensions.
2. Drill holes for the plug welding before installing the new parts.
3. After temporarily installing new parts, make sure the related parts fit p ...
PCM
Purpose/Function
High-level driveability and lower fuel consumption have been realized by
controlling the appropriate engine conditions (fuel injection/ignition timing)
according to operation conditions.
Controls each output part based on the signal from each input part.
...
