Lincoln Aviator: Charging System - General Information / Description and Operation - Charging System - Overview
Overview
The generator is driven by the FEAD belt. When the engine is started, the generator begins to generate AC voltage which is internally converted to DC voltage. The DC voltage level is controlled by the voltage regulator (located on the rear of the generator) and is supplied to the battery.
The PCM controls the voltage regulation setpoint and communicates this information to the generator internal voltage regulator over a LIN communication circuit.
This vehicle is equipped with an Electrical engergy management system (load shed strategy). The BCM
monitors the battery state of charge using information from the battery
monitoring sensor attached to the negative battery post and manages
battery charging.
The PCM
monitors the generator current using the generator current sensor
attached to the generator B+ battery cable. The information supplied to
the PCM from the generator current sensor is used by the PCM to adjust the engine idle stability and torque control.
System Operation
System Diagram
Item
Description
1
PCM
2
GWM
3
IPC
4
Generator
5
Generator current sensor
6
HS-CAN1
7
HS-CAN1
8
HS-CAN3
9
BCM
10
Battery monitoring sensor
Network Message Chart
Module Network Input Messages — Body Control Module (BCM)
Broadcast Message
Originating Module
Message Purpose
Alternator fault
PCM
The PCM has detected a fault in the generator or generator circuits...
Other information:
WARNING: Utility vehicles have a
significantly higher rollover rate than other
types of vehicles.
WARNING: Vehicles with a higher
center of gravity (utility and four-wheel
drive vehicles) handle differently than
vehicles with a lower center of gravity
(passenger cars)...
System Operation
System Diagram - Networked Illumination - Doors
NOTE:
Not all vehicles come equipped with all the items listed
below. The door latch modules are identified as follows:
Left front door - DCME
Right front door - DCMF
Left rear door - DCMG
Right rear door - DCMH
Item
Description
1
MS-CAN
2
DCME
3
Light sensor
4
DCMF
5
DCMH
6
DDM
7
PDM
8
RF door lock switch
9
RF door window control switch
10
LF door window control switch
11
RR door window control switch
12
LR door window control switch
13
LF door lock switch
14
RR door lock switch
15
LR door lock switch
16
GWM
17
DCMG
18
LH front interior door latch switch
19
RH front interior door latch switch
20
LH rear interior door latch switch
21
RH rear interior door latch switch
22
LIN
23
LIN
24
HS-CAN1
25
BCM
26
Dimmer switch
27
Headlamp switch
System Diagram - Networked Illumination - Steering Wheel Switches
Item
Description
1
Light sensor
2
RH lower steering wheel switch
3
RH upper steering wheel switch
4
LH lower steering wheel switch
5
LH upper steering wheel switch
6
SIMA
7
Upshift paddle switch
8
Downshift paddle switch
9
HS-CAN2
10
GWM
11
HS-CAN1
12
LIN
13
BCM
14
Dimmer switch
15
Headlamp switch
System Diagram - Networked Illumination - Other Modules
Item
Description
1
FCIM
2
APIM
3
Light sensor
4
ACM
5
IPC
6
FDIM
7
without Touchscreen
8
FCDIM
9
RHVAC
10
RACM
11
LIN
12
HS-CAN1
13
MS-CAN
14
HS-CAN3
15
GWM
16
Dimmer switch
17
Headlamp switch
18
BCM
Network Message Chart
Module Network Input Messages - ACM, APIM, DCME, DCMF, DCMG, DCMH, DDM, FCIM, RACM, RHVAC, SIMA, GWM, IPC and PDM...
Categories

Use a child restraint (sometimes called an
infant carrier, convertible seat, or toddler
seat) for infants, toddlers and children
weighing 40 lb (18 kg) or less (generally
four-years-old or younger).
Using Lap and Shoulder Belts
WARNING: Do not place a rearward
facing child restraint in front of an active
airbag. Failure to follow this instruction
could result in personal injury or death.
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