Lincoln Aviator: Multifunction Electronic Modules / Removal and Installation - Body Control Module (BCM)
Removal
NOTE:
Removal steps in this procedure may contain installation details.
-
If installing a new BCM, connect a battery charger to the battery to make sure it is charged to maintain proper battery voltage.
Refer to: Battery Charging (414-01 Battery, Mounting and Cables, General Procedures).
-
NOTE:
Before replacing the BCM (body control module),
ensure that two correct keys are present as they will be needed to
complete the PMI (programmable module installation) with the FDRS scan
tool. The vehicle will not start unless two keys are present.
NOTE:
If the BCM
did not respond to the diagnostic scan tool, As-Built Data may need to
be entered as part of the repair. This step is only necessary if the BCM is being replaced.
Using a diagnostic scan tool, begin the PMI process for the BCM following the on-screen instructions.
Refer to: Module Configuration - System Operation and Component Description (418-01 Module Configuration, Description and Operation).
-
NOTE:
The PAM is integral to the BCM. This step is only necessary if the BCM is being replaced.
Using a diagnostic scan tool, begin the PMI process for the PAM following the on-screen instructions.
Refer to: Module Configuration - System Operation and Component Description (418-01 Module Configuration, Description and Operation).
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Release the pushpin and remove the drivers side insulation panel.
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Disconnect the electrical connector.
-
NOTE:
The gateway module is mounted to the bottom back side of the BCM.
Remove the nuts and position aside the gateway module.
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Detach the clips and lower the LH lower steering column trim panel.
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Disconnect the electrical connectors.
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Remove the screw and the BCM.
Installation
-
To install, reverse the removal procedure.
NOTE:
Carry out the remaining steps only if installing a new BCM.
-
NOTE:
The PMI (programmable module installation)
application in the scan tool will guide you through completing the BCM
(body control module) programming and key programming.
Run the PMI on the BCM.
-
After keys have been programmed as directed by the on screen prompts, and the BCM programming has fully completed (as indicated by a module installation complete or successful message), carry out the PATS Module Initialization using the FDRS Scan Tool PATS Application.
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As directed by the scan tool, follow the onscreen promts to relearn the TPMS sensors.
Refer to: Tire Pressure Monitoring System (TPMS) Sensor Location Calibration (204-04B Tire Pressure Monitoring System (TPMS), General Procedures).
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If equipped with a video rear parking aid (rear mounted only), using a diagnostic scan tool, carry out the LIN New Module Initialization function.
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Using a diagnostic scan tool, carry out the BMS Learned Values Reset.
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Configure the BCM Programmable Parameters.
Refer to: Module Programming (418-01 Module Configuration, General Procedures).
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Using a diagnostic scan tool, carry out the BCM self-test (must include an on-demand self-test) and then repeat the self-test to confirm all DTC have been cleared.
-
NOTE:
This step only applies to vehicles without a stand-alone PAM (parking assist control module).
Using a diagnostic scan tool, complete the PMI process for the PAM following the on-screen instructions.
Refer to: Module Configuration - System Operation and Component Description (418-01 Module Configuration, Description and Operation).
Deactivation
NOTE:
After vehicle build, some vehicle modules are set in Transport mode including the IPC and the BCM. Transport mode reduces battery drain during longer periods where the vehicle is not used...
Removal
NOTE:
Removal steps in this procedure may contain installation details.
NOTE:
If the BCMC
did not respond to the diagnostic scan tool, As-Built Data may need to
be entered as part of the repair...
Other information:
Capacities
Item
Specification
Material: Motorcraft® SAE 75W-85 Premium Synthetic Hypoid Gear Lubricant
/ XY-75W85-QL
(WSS-M2C942-A)
1.77L (3.74 pt) (to the bottom of the filler hole)
Material: Motorcraft® Premium Long-Life Grease
/ XG-1-E1
(ESA-M1C75-B)
–
Material: Motorcraft® High Performance Engine RTV Silicone
/ TA-357
(WSE-M4G323-A6)
–
Material: Motorcraft® Ultra Silicone Sealant
/ TA-29
(WSS-M4G323-A8)
-
General Specifications
Item
Specification
Ring gear backlash
0...
System Operation
System Diagram
Item
Description
1
FDIM
2
Microphone
3
APIM
4
GWM
5
Ambient Air Temperature (AAT) sensor
6
PCM
7
A/C pressure transducer
8
A/C clutch relay ( BCMC)
9
A/C compressor clutch field coil
10
Externally Controlled Variable Displacement Compressor (EVDC)
11
Sunload sensor
12
In-vehicle temperature and humidity sensor
13
Evaporator temperature sensor
14
HVAC control module
15
Air distribution door actuator
16
Temperature door actuator
17
Passenger side temperature door actuator
18
Air inlet door actuator
19
Blower motor relay (BCMC)
20
Blower motor control module
21
Driver side register air discharge temperature sensor
22
Passenger side register air discharge temperature sensor
23
Driver side footwell air discharge temperature sensor
24
Ambient air quality sensor (if equipped)
25
Passenger side footwell air discharge temperature sensor
26
SOBDMC
27
ACCM
28
BCM
29
Particulate filter sensor (if equipped)
Network Message Chart
ACCM - Module Network Input Messages
Broadcast Message
Originating Module
Message Purpose
Ambient air temperature filtered
PCM \ PCM_ HEV
This message contains the climate control system controls ambient air temperature information...