Lincoln Aviator: Vehicle Dynamic Suspension / Removal and Installation - Front Suspension Height Sensor
Removal
NOTE:
Removal steps in this procedure may contain installation details.
-
Remove the wheel and tire.
Refer to: Wheel and Tire (204-04A Wheels and Tires, Removal and Installation).
-
NOTE:
LH sensor assembly shown, RH similar.
Remove the front suspension height sensor.
-
Disconnect the front height sensor electrical connector.
-
Remove the ball stud from the lower control arm.
Torque:
80 lb.in (9 Nm)
-
Remove the front height sensor bracket bolt and remove the front height sensor.
Torque:
133 lb.in (15 Nm)
Installation
All vehicles
-
NOTE:
The RH (right-hand) and LH (left-hand) height
sensor assemblies cannot be used on opposite sides of the vehicle.
To install, reverse the removal procedure.
Vehicles Equipped With Air Suspension
-
Complete the SUMA ride height calibration. Connect the scan tool and carry out the Ride Height Calibration routine.
All vehicles
-
Complete the VDM ride height calibration. Connect the scan tool and carry out the Ride Height Calibration routine.
Removal
WARNING:
Vent all air pressure from the air suspension system prior
to disconnecting or removing any air suspension components. It is
dangerous to remove air suspension components while under pressure...
Removal
WARNING:
Vent all air pressure from the air suspension system prior
to disconnecting or removing any air suspension components. It is
dangerous to remove air suspension components while under pressure...
Other information:
Argentina
Brazil
China
CMIIT ID: 2015DJ1610
Djibouti
European Union EU
Ghana
Jamaica
Malaysia
RALM/24A/0715/S(15-2272)
Mauritania
Moldova
Pakistan
Paraguay
Serbia
Singapore
South Africa
South Korea
MSIP-CRM-8DC-SRR3B
Taiwan, China
Ukraine
United Arab Emirates (U...
Check
NOTE:
Perform the following pre-checks to make sure module programming completes without errors.
Start the programming session in KOEO.
Make sure the vehicle battery is fully charged or is
connected to a battery charger. The battery state of charge should be
12...