change wheel CHRYSLER PACIFICA 2017 2.G Owners Manual

automatic mode to switch to manual operation. The
speeds can be selected using either the blower control
knob on the faceplate or the buttons on the touchscreen
as follows:
Blower Control Knob On The Faceplate
The blower speed increases as you turn the blower
control knob clockwise from the lowest blower setting.
The blower speed decreases as you turn the blower
control knob counterclockwise.
Button On The Touchscreen
Use the small blower icon to reduce the blower setting
and the large blower icon to increase the blower setting.
Blower can also be selected by pressing the blower bar
area between the icons.
9. Mode Control
Push this button to change the system between Modes
(Panel, Bi-Level, Floor, Mix, Defrost).•
Panel
Air comes from the outlets in the instrument
panel. Each of these outlets can be individu-
ally adjusted to direct the flow of air. The air
vanes of the center outlets and outboard outlets can
be moved up and down or side to side to regulate
airflow direction. There is a shut off wheel located
below the air vanes to shut off or adjust the amount
of airflow from these outlets.
• Bi-Level
Air comes from the instrument panel outlets
and floor outlets. A slight amount of air is
directed through the defrost and side window
demister outlets.
NOTE: BI-LEVEL mode is designed under comfort con-
ditions to provide cooler air out of the panel outlets and
warmer air from the floor outlets.
128 GETTING TO KNOW YOUR VEHICLE

11. Blower Control
Blower control is used to regulate the amount of air
forced through the climate system. There are seven
blower speeds available. Adjusting the blower will cause
automatic mode to switch to manual operation. The
speeds can be selected using either the blower control
knob on the faceplate or the buttons on the touchscreen
as follows:
Blower Control Knob On The Faceplate
The blower speed increases as you turn the blower
control knob clockwise from the lowest blower setting.
The blower speed decreases as you turn the blower
control knob counterclockwise.
Button On The Touchscreen
Use the small blower icon to reduce the blower setting
and the large blower icon to increase the blower setting.
Blower can also be selected by pressing the blower bar
area between the icons.12. Modes
Push the button in the center of the knob to change the
airflow distribution mode. The airflow distribution mode
can be adjusted so air comes from the instrument panel
outlets, floor outlets, defrost outlets and demist outlets.
The Mode settings are as follows:
•Panel Mode
Air comes from the outlets in the instrument
panel. Each of these outlets can be individu-
ally adjusted to direct the flow of air. The air vanes of
the center outlets and outboard outlets can be moved
up and down or side to side to regulate airflow
direction. There is a shut off wheel located below the
air vanes to shut off or adjust the amount of airflow
from these outlets.
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GETTING TO KNOW YOUR VEHICLE 137

Dynamic Steering Torque (DST)
Dynamic Steering Torque is a feature of the ESC and EPS
modules that provides torque at the steering wheel for
certain driving conditions in which the ESC module is
detecting vehicle instability. The torque that the steering
wheel receives is only meant to help the driver realize
optimal steering behavior in order to reach/maintain
vehicle stability. The only notification the driver receives
that the feature is active is the torque applied to the
steering wheel.
NOTE:The DST feature is only meant to help the driver
realize the correct course of action through small torques
on the steering wheel, which means the effectiveness of
the DST feature is highly dependent on the drivers
sensitivity and overall reaction to the applied torque. It is
very important to realize that this feature will not steer
the vehicle, meaning the driver is still responsible for
steering the vehicle.
Electronic Brake Force Distribution (EBD)
This function manages the distribution of the braking
torque between the front and rear axles by limiting
braking pressure to the rear axle. This is done to prevent
overslip of the rear wheels to avoid vehicle instability,
and to prevent the rear axle from entering ABS before the
front axle.
Electronic Roll Mitigation (ERM)
This system anticipates the potential for wheel lift by
monitoring the driver ’s steering wheel input and the
speed of the vehicle. When ERM determines that the rate
of change of the steering wheel angle and vehicle’s speed
are sufficient to potentially cause wheel lift, it then
applies the appropriate brake and may also reduce
engine power to lessen the chance that wheel lift will
occur. ERM can only reduce the chance of wheel lift
occurring during severe or evasive driving maneuvers; it
cannot prevent wheel lift due to other factors, such as
270 SAFETY

Malfunction Indicator Light” also flashes when the TCS
is active. If the “ESC Activation/Malfunction Indicator
Light” begins to flash during acceleration, ease up on the
accelerator and apply as little throttle as possible. Be sure
to adapt your speed and driving to the prevailing road
conditions.
WARNING!
•Electronic Stability Control (ESC) cannot prevent
the natural laws of physics from acting on the
vehicle, nor can it increase the traction afforded by
prevailing road conditions. ESC cannot prevent
accidents, including those resulting from excessive
speed in turns, driving on very slippery surfaces, or
hydroplaning. ESC also cannot prevent accidents
resulting from loss of vehicle control due to inap-
propriate driver input for the conditions. Only a
(Continued)
WARNING! (Continued)
safe, attentive, and skillful driver can prevent acci-
dents. The capabilities of an ESC equipped vehicle
must never be exploited in a reckless or dangerous
manner which could jeopardize the user ’s safety or
the safety of others.
• Vehicle modifications, or failure to properly main-
tain your vehicle, may change the handling charac-
teristics of your vehicle, and may negatively affect
the performance of the ESC system. Changes to the
steering system, suspension, braking system, tire
type and size or wheel size may adversely affect
ESC performance. Improperly inflated and un-
evenly worn tires may also degrade ESC perfor-
mance. Any vehicle modification or poor vehicle
maintenance that reduces the effectiveness of the
ESC system can increase the risk of loss of vehicle
control, vehicle rollover, personal injury and death.
272 SAFETY

correct tire pressure using an accurate tire pressure
gauge, even if underinflation has not reached the level
to trigger illumination of the “Tire Pressure Monitor-
ing Telltale Light”.
• Seasonal temperature changes will affect tire pressure,
and the TPMS will monitor the actual tire pressure in
the tire.
Base System
The Tire Pressure Monitor System (TPMS) uses wireless
technology with wheel rim mounted electronic sensors to
monitor tire pressure levels. Sensors, mounted to each
wheel as part of the valve stem, transmit tire pressure
readings to the receiver module.
NOTE: It is particularly important for you to check the
tire pressure in all of the tires on your vehicle monthly
and to maintain the proper pressure. The TPMS consists of the following components:
•
Receiver Module
• Four Tire Pressure Monitoring Sensors
• Tire Pressure Monitoring Telltale Light
Tire Pressure Monitoring Low Pressure Warnings
The “Tire Pressure Monitoring Telltale Light” will
illuminate in the instrument cluster, a “LOW TIRE
PRESSURE” message will display in the instrument
cluster, an Inflate to XX message will be displayed and
a chime will sound when tire pressure is low in one or
more of the four active road tires. Should this occur, you
should stop as soon as possible, check the inflation
pressure of each tire on your vehicle, and inflate each tire
to the vehicle’s recommended cold placard pressure
value as shown in the Inflate to XXmessage. Once the
296 SAFETY

NOTE:If the vehicle is driven above approximately
15 mph (25 km/h), the DID will instruct the driver to
slow down. If the vehicle is driven above approximately
18 mph (30 km/h), the system will cancel. The driver
must then reactivate the system by pushing the
ParkSense Active Park Assist switch.
• The outer surface and the underside of the front and
rear fascias/bumpers are clean and clear of snow, ice,
mud, dirt or other obstruction.
When pushed, the LED on the ParkSense Active Park
Assist switch will blink momentarily, and then the LED
will turn OFF if any of the above conditions are not
present.Parallel Parking Space Assistance Operation/
Display
When the ParkSense Active Park Assist system is enabled
the “Active ParkSense Searching - Press OK for Perpen-
dicular Park” message will appear in the Driver Informa-
tion Display (DID). You may switch to perpendicular
parking if you desire. Push the OK button on the left side
steering wheel switch to change your parking space
setting.
NOTE:
• When searching for a parking space, use the turn
signal indicator to select which side of the vehicle you
want to perform the parking maneuver. The ParkSense
Active Park Assist system will automatically search for
a parking space on the passenger’s side of the vehicle
if the turn signal is not activated.
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STARTING AND OPERATING 467

Perpendicular Parking Space Assistance
Operation/Display
When the ParkSense Active Park Assist system is en-
abled, the “Active ParkSense Searching - Press OK for
Perpendicular Park” message will show in the DID
display. Push the OK button on the left side steering
wheel switch to change your parking space setting to a
perpendicular maneuver. You may switch back to paral-
lel parking if you desire.
Once the driver pushes OK for a perpendicular parking
maneuver, the “Active ParkSense Searching - Press OK
for Parallel Park” message will appear in the DID display.
Active ParkSense Searching Display
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STARTING AND OPERATING 477

•When the LaneSense system senses the lane has been
approached and is in a lane departure situation, the
left thick lane line flashes yellow (on/off), the left thin
line remains solid yellow and the LaneSense indicator
changes from solid white to flashing yellow. NOTE:
The LaneSense system operates with the similar
behavior for a right lane departure when only the right
lane marking has been detected.
Left Lane Departure — Both Lane Lines Detected
•
When the LaneSense system is ON, the lane lines turn
from gray to white to indicate that both of the lane
markings have been detected. The LaneSense indicator
is solid green when both lane markings have been
detected and the system is “armed” to provide visual
warnings in the DID and a torque warning in the
steering wheel if an unintentional lane departure occurs.
Lane Approached (Flashing Yellow Thick Line, Solid
Yellow Thin Line/Flashing Yellow Indicator)
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STARTING AND OPERATING 491

•When the LaneSense system senses a lane drift situa-
tion, the left thick lane line and left thin line turn solid
yellow. The LaneSense indicator changes from solid
green to solid yellow. At this time torque is applied to
the steering wheel in the opposite direction of the lane
boundary. •
For example: If approaching the left side of the lane
the steering wheel will turn to the right.
Lanes Sensed (White Lines/Green Indicator)
Lane Sensed (Solid Yellow Thick Line, Solid Yellow
Thin Line/Solid Yellow Indicator)
492 STARTING AND OPERATING

•When the LaneSense system senses the lane has been
approached and is in a lane departure situation, the
left thick lane line flashes yellow (on/off) and the left
thin line remains solid yellow. The LaneSense indicator
changes from solid yellow to flashing yellow. At this
time torque is applied to the steering wheel in the
opposite direction of the lane boundary.
• For example: If approaching the left side of the lane
the steering wheel will turn to the right.
NOTE:The LaneSense system operates with the similar
behavior for a right lane departure.
Lane Approached (Flashing Yellow Thick Line, Solid
Yellow Thin Line/Flashing Yellow Indicator)
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STARTING AND OPERATING 493