Lincoln Aviator: Hybrid Vehicle Operation / Transmission Operation. Battery
Transmission Operation
The engine and electric motor together
propel the vehicle through the automatic
transmission. This is normal hybrid operating
and helps deliver fuel efficiency and
performance.
Battery
Your hybrid is equipped with a high voltage
battery. A cool battery maintains battery life
and provides the best possible performance.
The high voltage battery is cooled by the
vehicle's air conditioning system. When the
air conditioning system is on, you may notice
a slight increase in air temperature coming
from the climate control vents while the
battery is cooling. You may also notice cool
air flowing from the vents when the air
conditioning or blower is off.
Starting
When you start your vehicle, a
green READY indicator light
appears in the instrument cluster
letting you know that your vehicle is ready
for driving...
Your hybrid is equipped with standard
hydraulic braking and regenerative braking.
Regenerative braking is performed by your
transmission and it captures brake energy
and stores it in the high voltage battery...
Other information:
The following warning lamps and indicators
alert you to a vehicle condition that may
become serious. Some lamps illuminate
when you start your vehicle to make sure
they work. If any lamps remain on after
starting your vehicle, refer to the respective
system warning lamp for further information...
Diagnostic Trouble Code (DTC) Chart
Diagnostics in this manual assume a certain skill level and knowledge of Ford-specific diagnostic practices. REFER to: Diagnostic Methods (100-00 General Information, Description and Operation).
Diagnostic Trouble Code Chart
Module
DTC
Description
Action
DCDC
P0A94:4B
DC/DC Converter "A" Performance: Over Temperature
GO to Pinpoint Test C
DCDC
P0D32:00
DC/DC Converter Over Temperature: No Sub Type Information
GO to Pinpoint Test C
DCDC
P0E56:00
DC/DC Converter Input Voltage Too Low: No Sub Type Information
GO to Pinpoint Test D
DCDC
P0E56:13
DC/DC Converter Input Voltage Too Low: Circuit Open
GO to Pinpoint Test D
DCDC
P0E57:00
DC/DC Converter Input Voltage Too High: No Sub Type Information
GO to Pinpoint Test E
DCDC
U0100:00
Lost Communication With ECM/PCM "A": No Sub Type Information
GO to Pinpoint Test I
DCDC
U0111:00
Lost Communication With Battery Energy Control Module "A": No Sub Type Information
GO to Pinpoint Test J
DCDC
U0412:00
Invalid Data Received From Battery Energy Control Module "A": No Sub Type Information
GO to Pinpoint Test K
DCDC
U3000:04
Control Module: System Internal Failures
GO to Pinpoint Test L
DCDC
U3000:41
Control Module: General Checksum Failure
GO to Pinpoint Test M
DCDC
U3000:42
Control Module: General Memory Failure
GO to Pinpoint Test M
DCDC
U3000:45
Control Module: Program Memory Failure
GO to Pinpoint Test M
DCDC
U3000:49
Control Module: Internal Electronic Failure
GO to Pinpoint Test M
DCDC
U3000:96
Control Module: Component Internal Failure
GO to Pinpoint Test N
DCDC
U3003:16
Battery Voltage: Circuit Voltage Below Threshold
GO to Pinpoint Test F
DCDC
U3003:17
Battery Voltage: Circuit Voltage Above Threshold
GO to Pinpoint Test G
DCDC
U3003:62
Battery Voltage: Signal Compare Failure
GO to Pinpoint Test H
Global Customer Symptom Code (GCSC) Chart
Diagnostics in this manual assume a certain skill level and knowledge of Ford-specific diagnostic practices...
Categories
Each door has a backup power system which
allows the door to function if your vehicle
has no power. The system has a limited
number of operations before the power is
depleted and turns off. When the system
turns off, the door remains open and
unlatched and does not close.
If your vehicle has no power and the backup
power system is turned off, you can close
and secure your vehicle by manually
resetting each door latch using a key in the
position shown.
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