2022 FORD ESCAPE heating

Switching Maximum Defrost On
and Off
Press and release the button to
switch on maximum defrost.
The system sets the left-hand and
right-hand settings to HI, air flows through
the windshield air vents, and the blower
motor adjusts to the highest speed. You
can also use this setting to defog and clear
the windshield of a thin covering of ice. The
heated rear window also turns on when
you select maximum defrost.
Note: To prevent window fogging, you
cannot select recirculated air when
maximum defrost is on.
Switching Recirculated Air On and
Off
Press and release the button to
switch between outside air and
recirculated air.
The air currently in the passenger
compartment recirculates. This may
reduce the time needed to cool the interior,
when used with A/C, and reduce unwanted
odors from entering your vehicle.
Note: Recirculated air may turn off, or
prevent you from switching on, in all air flow
modes except MAX A/C to reduce the risk
of fogging. Recirculation may also turn on
and off in various air distribution control
combinations to improve heating or cooling
efficiency.
AUTOMATIC CLIMATE
CONTROL - VEHICLES WITH:
ELECTRONIC AUTOMATIC
TEMPERATURE CONTROL
(EATC)
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Note: Depending on your vehicle option
package, the controls may look different
from what you see here.
Note: For Hybrid vehicles, the air
conditioning compressor may run and
airflow may be felt when the climate control
is off to provide cooling to the battery.
Directing the Airflow
Press and release the button to
direct airflow to the windshield
air vents and de-mister.
E244097Press and release the button to
direct airflow to the instrument
panel air vents.
Press and release the button to
direct airflow to the footwell air
vents.
You can direct air through any combination
of these air vents.
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Climate Control

Note:To prevent window fogging, you
cannot select recirculated air when
maximum defrost is on.
Note: The heated rear window also turns
on when you select maximum defrost.
Switching Recirculated Air On and
Off
Press and release the button to
switch between outside air and
recirculated air.
The air currently in the passenger
compartment recirculates. This may
reduce the time needed to cool the interior,
when used with A/C, and reduce unwanted
odors from entering your vehicle.
Note: Recirculated air may turn off, or
prevent you from switching on, in all air flow
modes except MAX A/C to reduce the risk
of fogging. Recirculation may also turn on
and off in various air distribution control
combinations to improve heating or cooling
efficiency.
HINTS ON CONTROLLING THE
INTERIOR CLIMATE -
VEHICLES WITH: AUTOMATIC
TEMPERATURE CONTROL
General Hints
Note: Prolonged use of recirculated air may
cause the windows to fog up.
Note: You may feel a small amount of air
from the footwell air vents regardless of the
air distribution setting.
Note: To reduce humidity build-up inside
your vehicle, do not drive with the system
switched off or with recirculated air always
switched on.
Note: Do not place objects under the front
seats as this may interfere with the airflow
to the rear seats. Note:
Remove any snow, ice or leaves from
the air intake area at the base of the
windshield.
Note: To improve the time to reach a
comfortable temperature in hot weather,
drive with the windows open until you feel
cold air through the air vents.
Automatic Climate Control
Note: Adjusting the settings when your
vehicle interior is extremely hot or cold is
not necessary. Automatic mode is best
recommended to maintain set temperature.
Note: The system adjusts to heat or cool
the interior to the temperature you select
as quickly as possible.
Note: For the system to function efficiently,
the instrument panel and side air vents
should be fully open.
Note: If you select AUTO during cold
outside temperatures, the system directs
air flow to the windshield and side window
air vents. In addition, the blower motor may
run at a slower speed until the engine warms
up.
Note: If you select AUTO during hot
temperatures and the inside of the vehicle
is hot, the system uses recirculated air to
maximize interior cooling. Blower motor
speed may also reduce until the air cools.
Quickly Heating the Interior
1. Press and release AUTO .
2. Adjust the temperature function to the setting you prefer.
Recommended Settings for
Heating
1. Press and release AUTO .
2. Adjust the temperature function to the setting you prefer. Use 72°F (22°C) as
a starting point, then adjust the setting
as necessary.
144
Climate Control

Quickly Cooling the Interior
1. Press and release MAX A/C.
Recommended Settings for
Cooling
1. Press and release AUTO.
2. Adjust the temperature function to the setting you prefer. Use 72°F (22°C) as
a starting point, then adjust the setting
as necessary.
Defogging the Side Windows in
Cold Weather
1. Press and release defrost or maximumdefrost.
2. Adjust the temperature control to the setting you prefer. Use 72°F (22°C) as
a starting point, then adjust the setting
as necessary.
HINTS ON CONTROLLING THE
INTERIOR CLIMATE -
VEHICLES WITH: MANUAL
TEMPERATURE CONTROL
General Hints
Note: Prolonged use of recirculated air may
cause the windows to fog up.
Note: You may feel a small amount of air
from the footwell air vents regardless of the
air distribution setting.
Note: To reduce humidity build-up inside
your vehicle, do not drive with the system
switched off or with recirculated air always
switched on.
Note: Do not place objects under the front
seats as this may interfere with the airflow
to the rear seats.
Note: Remove any snow, ice or leaves from
the air intake area at the base of the
windshield. Note:
To improve the time to reach a
comfortable temperature in hot weather,
drive with the windows open until you feel
cold air through the air vents.
Quickly Heating the Interior
1. Adjust the blower motor speed to the highest speed setting.
2. Adjust the temperature control to the highest setting.
3. Direct air to the footwell air vents.
Recommended Settings for
Heating
1. Adjust the blower motor speed to the center setting.
2. Adjust the temperature control to the midway point of the hot settings.
3. Direct air to the footwell air vents.
Quickly Cooling the Interior
1. Switch MAX A/C on.
2. Drive with the windows open for a short period of time.
Recommended Settings for
Cooling
1. Adjust the blower motor speed to thecenter setting.
2. Adjust the temperature control to the midway point of the cold settings.
3. Direct air to the instrument panel air vents.
Vehicle Stationary for Extended
Periods During Extreme High
Ambient Temperatures
1. Apply the parking brake.
2. Place your vehicle in park (P) or neutral(N).
3. Switch MAX A/C on.
145
Climate Control

Note:If programming a garage door opener
or gate operator, it is advised to unplug the
device during the “cycling” process to
prevent possible overheating.
PROGRAMMING THE GARAGE
DOOR OPENER TO YOUR
HAND-HELD TRANSMITTER
This process is to program your in-vehicle
HomeLink function button with your
hand-held transmitter.
Note: The programming steps below
assume you will be programming HomeLink
that was not previously programmed. If your
HomeLink was previously programmed, you
may need to erase your HomeLink buttons.
See Clearing the Garage Door Opener
(page 164).
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1. With your vehicle parked outside of the garage, switch your ignition to the on
position, but do not start your vehicle.
2. Press and release one of the three HomeLink function buttons that you
would like to program.
3. Hold your hand-held garage door transmitter 1–3 in (2–8 cm) away from
the HomeLink button you want to
program. 4. Press and hold the hand-held
transmitter button you want to
program while watching the indicator
light on HomeLink. Continue to hold
the hand-held button until the
HomeLink indicator light flashes rapidly
or is continuously on.
Note: You may need to use a different
method if you live in Canada or have
difficulties programming your gate operator
or garage door opener. See Programming
the Garage Door Opener to Your Gate
Opener Motor (page 164).
5. Press and hold the HomeLink button you programmed for two seconds, then
release. You may need to do this twice
to activate the door.
Note: If the indicator light stays on, the
programming is complete.
Note: If the HomeLink indicator flashes
rapidly, repeat step 5.
Note: If your device still does not operate,
you must program your garage door. See
Programming the Garage Door Opener to
Your Garage Door Opener Motor (page
163).
6. To program additional buttons, repeat Steps 1 – 4.
PROGRAMMING THE GARAGE
DOOR OPENER TO YOUR
GARAGE DOOR OPENER
MOTOR
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163
Garage Door Opener

1. Press the learn button on the garagedoor opener motor, you have 30
seconds to complete the next two
steps.
2. Return to your vehicle.
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3. Press and hold one of the three HomeLink function buttons you want
to program for two seconds, then
release. Repeat this step. Depending
on your brand of garage door opener,
you may need to repeat this sequence
a third time.
PROGRAMMING THE GARAGE
DOOR OPENER TO YOUR GATE
OPENER MOTOR
Gate Operator / Canadian
Programming
Canadian radio-frequency laws require
transmitter signals to “time-out” (or quit)
after several seconds of transmission –
which may not be long enough for
HomeLink to pick up the signal during
programming. Similar to this Canadian law,
some U.S. gate operators “time-out” in the
same manner.
Note: If programming a garage door opener
or gate operator, it is advised to unplug the
device during the “cycling” process to
prevent possible overheating. 1. Press and release, every two seconds,
your hand-held transmitter until the
HomeLink indicator light changes to a
rapidly blinking or continuously on light.
2. Release the hand-held transmitter button.
3. Press and hold the HomeLink function button you want to program for two
seconds, then release. You may need
to do this twice to activate the door.
Note: If the indicator light stays on, the
programming is complete.
Note: If the HomeLink indicator flashes
rapidly, repeat Step 3.
Note: If your device still does not operate,
you must program your garage door. See
Programming the Garage Door Opener to
Your Garage Door Opener Motor (page
163).
4. To program additional buttons, repeat Steps 1 – 4.
CLEARING THE GARAGE DOOR
OPENER
E188213E188213
1. Press and hold the outer two functionbuttons simultaneously for
approximately 10 seconds until the
indicator light above the buttons
flashes rapidly.
164
Garage Door Opener

WHAT IS A HYBRID ELECTRIC
VEHICLE
A hybrid vehicle has an electric motor and
a high voltage battery combined with a
gasoline engine.
HOW DOES A HYBRID
ELECTRIC VEHICLE WORK
The hybrid vehicle combines electric and
gasoline propulsion to provide optimal
performance and improved efficiency.
HYBRID ELECTRIC VEHICLE
DRIVING CHARACTERISTICS
The gasoline engine starts and stops to
provide power when required and to save
fuel when not needed. When coasting at
low speeds, coming to a stop or standing,
the gas engine normally shuts down and
your vehicle operates in electric-only
mode.
Conditions that may cause the gasoline
engine to start or remain running include:
• Considerable vehicle acceleration.
• Driving uphill.
• The high voltage battery charge levelis low.
• Heating or cooling the vehicle interior in high or low outside temperatures.
• The gasoline engine is below normal operating temperature.
• Towing a trailer.
• Certain selectable drive modes could cause the engine to run. See Selecting
a Drive Mode (page 257). Your hybrid vehicle also comes with
standard hydraulic braking and
regenerative braking. Regenerative braking
is performed by your transmission and
captures brake energy and stores it in the
high voltage battery.
You could also notice that your engine
continues to run instead of shutting off
during extended downhill driving. The
engine stays on during this engine braking
but is not using any fuel.
You could also hear a slight whine or
whistle when operating your vehicle. This
is the normal operation of the electric
motor in the hybrid system.
HYBRID ELECTRIC VEHICLE
INDICATORS
E293827
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.
The engine may not start because your
vehicle has a silent key start feature. This
fuel saving feature allows your vehicle to
be ready to drive without requiring the gas
engine to be running.
The indicator remains on when your vehicle
is on, whether the engine is running or not,
to indicate your vehicle is capable of
movement using the electric motor, gas
engine or both.
Typically, the engine does not start unless
the vehicle is cold, a climate control
change is requested or you press the
accelerator pedal.
179
Hybrid Electric Vehicle Information (If Equipped)

HYBRID ELECTRIC VEHICLE
INFORMATION –
TROUBLESHOOTING
HYBRID ELECTRIC VEHICLE
INFORMATION – WARNING
LAMPS
E144693
It illuminates if your vehicle has
an electrical component fault or
failure that causes your vehicle
to shutdown or enter a limited operating
mode. A message may appear in the
instrument cluster display.
HYBRID ELECTRIC VEHICLE
INFORMATION – INFORMATION
MESSAGES
Action
Message
Displays when a
malfunction occurs in the high voltage electric system.
Stop your vehicle as soon as it is safe to do so. Have your
vehicle checked as soon as possible.
Stop Safely Now
HYBRID ELECTRIC VEHICLE
INFORMATION – FREQUENTLY
ASKED QUESTIONS
How long is the high voltage battery
system designed to last?
The high voltage battery system is
designed to last the life of your vehicle.
Does the high voltage battery require
maintenance? The high voltage battery does not
require maintenance. What should I do if the vehicle runs out
of fuel and the high voltage battery is
out of charge?
Refuel and start your vehicle normally.
The engine will recharge the high
voltage battery.
Why does the engine sometimes start
at key-on? The vehicle's computer will determine
if an engine start is required at key-on.
It starts the engine when necessary for
cabin heating, windshield defrost, or if
the outside temperature is low.
Can I put E15 or E85 in my vehicle, and
how will it affect my fuel economy? Your hybrid vehicle can use E15 (15%
ethanol, 85% gasoline) fuel, but you
may notice slightly reduced fuel
economy because ethanol contains
less energy per gallon than gasoline.
Your hybrid vehicle is not designed to
use E85 (85% ethanol).
Why does it take a long time before the
engine shuts down? There are several reasons the engine
stays on for an extended amount of
time when you first start it. One
common reason is to make sure that
the emissions components are warm
enough to minimize tailpipe emission.
As the climate gets cooler, the
engine-on time is extended.
Why does my engine stay on when it is
extremely cold outside? In order to make sure that the climate
control system can begin heating the
cabin or defrosting the windshield as
soon as a driver requests it, the engine
coolant temperature has to be kept
sufficiently hot. Keeping the engine on
is required to maintain the correct
coolant temperature.
180
Hybrid Electric Vehicle Information (If Equipped)

PLUG-IN HYBRID ELECTRIC
VEHICLE INFORMATION
WHAT IS A PLUG-IN HYBRID
ELECTRIC VEHICLE
A plug-in hybrid electric vehicle combines
a gasoline engine with an electric motor
and rechargeable high voltage battery
allowing you to use only electricity to
power your vehicle.
HOW DOES A PLUG-IN HYBRID
ELECTRIC VEHICLE WORK
Charging your vehicle adds electrical
energy that propels the vehicle. Regularly
plug in your vehicle to get optimal
electric-only range capability from the high
voltage battery. The system maximizes the
use of electric-only operation in normal
drive mode whenever possible. System
conditions could require the engine to
operate when necessary.
When the electric-only range reaches zero,
the powertrain system switches to hybrid
operation. This means that you have
depleted the energy you gained from
plugging in and charging your vehicle. Both
the gasoline engine and electric motor
power your vehicle and maximize fuel
economy during hybrid operation. You
receive some electric-only driving with
hybrid operation as the powertrain system
maintains the high voltage battery charge
within functional limits.
PLUG-IN HYBRID ELECTRIC
VEHICLE DRIVING
CHARACTERISTICS
The gasoline engine starts and stops to
provide power when required and to save
fuel when not needed. Restarting your
vehicle is not required. Simply step on the
accelerator when you are ready to drive.
When coasting at low speeds, coming to
a stop or standing, the gas engine normally
shuts down and your vehicle operates in
electric-only mode.
Conditions that may cause the gasoline
engine to start or remain running include:
• Considerable vehicle acceleration.
• Driving uphill.
• The high voltage battery charge levelis low.
• Heating or cooling the vehicle interior in high or low outside temperatures.
• The gasoline engine is below normal operating temperature.
• Towing a trailer.
• Certain drive modes could cause the engine to run. See Drive Mode
Control (page 257).
Note: Having your engine running is not
always an indication of inefficiency. In some
cases, it is actually more efficient than
driving in electric mode.
Your plug-in hybrid electric vehicle has
several EV drive modes to enhance your
driving experience. See Selecting a
Plug-In Hybrid Electric Vehicle Drive
Mode (page 259).
Your hybrid vehicle also comes with
standard hydraulic braking and
regenerative braking. Regenerative braking
is performed by your transmission and
captures brake energy and stores it in the
high voltage battery.
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Hybrid Electric Vehicle Information (If Equipped)