sensor JEEP RENEGADE 2015 1.G User Guide

Seat Belt Pretensioner
• The front seat belt system is equipped with pretensioning devices that are
designed to remove slack from the seat belt in the event of a collision.
• A deployed pretensioner or a deployed air bag must be replaced immediately.
WARNING!
• In a collision, you and your passengers can suffer much greater injuries if you
are not properly buckled up. You can strike the interior of your vehicle or other
passengers, or you can be thrown out of the vehicle. Always be sure you and
others in your vehicle are buckled up properly.
• A shoulder belt placed behind you will not protect you from injury during a
collision. You are more likely to hit your head in a collision if you do not wear
your shoulder belt. The lap and shoulder belt are meant to be used together.
• A seat belt that is too loose will not protect you properly. In a sudden stop, you
could move too far forward, increasing the possibility of injury. Wear your seat
belt snugly.
• A frayed or torn seat belt could rip apart in a collision and leave you with no
protection. Inspect the seat belt system periodically, checking for cuts, frays,
or loose parts. Damaged parts must be replaced immediately. Do not disas-
semble or modify the system. Seat belt assemblies must be replaced after a
collision.
SUPPLEMENTAL RESTRAINT SYSTEM (SRS) — AIR
BAGS
Air Bag System Components
Your vehicle may be equipped with the following air bag system components:
• Occupant Restraint Controller (ORC)
• Air Bag Warning Light
• Steering Wheel and Column
• Instrument Panel
• Knee Impact Bolsters
• Advanced Front Air Bags
• Supplemental Side Air Bags
• Supplemental Knee Air Bags
• Front and Side Impact Sensors
• Seat Belt Pretenioners
• Seat Belt Buckle Switch
• Seat Track Position Sensors
GETTING STARTED
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Advanced Front Air Bags
• This vehicle has Advanced Front Air Bags for both the driver and front passenger
as a supplement to the seat belt restraint systems. The Advanced Front Air Bags
will not deploy in every type of collision.
• Advanced Front Air Bags are designed to provide additional protection by
supplementing the seat belts. Advanced Front Air Bags are not expected to reduce
the risk of injury in rear, side, or rollover collisions.
• The Advanced Front Air Bags will not deploy in all frontal collisions, including
some that may produce substantial vehicle damage — for example, some pole
collisions, truck underrides, and angle offset collisions.
• On the other hand, depending on the type and location of impact, Advanced Front
Air Bags may deploy in crashes with little vehicle front-end damage but that
produce a severe initial deceleration.
• Because air bag sensors measure vehicle deceleration over time, vehicle speed
and damage by themselves are not good indicators of whether or not an air bag
should have deployed.
• Seat belts are necessary for your protection in all collisions, and also are needed
to help keep you in position, away from an inflating air bag.
• The air bags must be ready to inflate for your protection in a collision. The
Occupant Restraint Controller (ORC) monitors the internal circuits and intercon-
necting wiring associated with air bag system electrical components.
• The ORC turns on the Air Bag Warning Light in the instrument panel for
approximately four to eight seconds for a self-check when the ignition switch is
first turned to the ON/RUN position. After the self-check, the Air Bag Warning
Light will turn off. If the ORC detects a malfunction in any part of the system, it
turns on the Air Bag Warning Light, either momentarily or continuously. A single
chime will sound to alert you if the light comes on again after initial startup.
• The ORC monitors the readiness of the electronic parts of the air bag system
whenever the ignition switch is in the START or ON/RUN position. If the ignition
switch is in the OFF position or in the ACC position, the air bag system is not on
and the air bags will not inflate.
• If the Air Bag Warning Light in the instrument panel is not on during the four to
eight seconds when the ignition switch is first turned to the ON/RUN position,
stays on, or turns on while driving, have the vehicle serviced by an authorized
service center immediately.
NOTE:
If the speedometer, tachometer, or any engine related gauges are not working, the
Occupant Restraint Controller (ORC) may also be disabled. In this condition the air
bags may not be ready to inflate for your protection. Have an authorized dealer
service the air bag system immediately.
• After any collision, the vehicle should be taken to an authorized dealer immedi-
ately.
GETTING STARTED
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Automatic Lighting — If Equipped
Light Sensor
The light sensor is equipped with an infrared LED, located on the windshield. It
detects changes in light intensity outside the vehicle, based on the sensitivity of light
set by using the Menu on the display or on the Uconnect®system.
The higher the sensitivity, the lesser the amount of external light required for
controlling the lighting.
Automatic Headlights
Turn the headlight switch to the AUTO position.
When the automatic headlights are enabled, the headlight time delay is active. After
the ignition switch is placed in the STOP/OFF position, the headlights will automati-
cally turn off after approximately 90 seconds depending on the settings of the
feature.
The timing of the headlights is adjustable between 0, 30, 60 and 90 seconds.
NOTE:
The engine must be running before the headlights will come on in the automatic
mode.
Daytime Running Lights (DRL) — If Equipped
The Daytime Running Lights (DRLs) will turn on when the engine is started and
remain on unless the headlights are turned on, the electronic parking brake is
applied, or the engine is shut off.
The DRLs will be disabled during turn signal operation and resume operation when
the turn signal operation has ended.
Front Fog Lights — If Equipped
The front fog light switch is built into the headlight switch.
To activate the front fog lights, turn on the parking lights or the low beam headlights
and push the headlight switch. To turn off the front fog lights, push the headlight
switch a second time or turn off the headlight switch.
An indicator light in the instrument cluster illuminates when the fog lights are turned
on.
NOTE:
The fog lights will operate with the low beam headlights or parking lights on.
Selecting the high beam headlights will turn off the fog lights.
Parking Lights
Rotate the headlight switch to the first position to turn on the parking lights. The
parking light indicator in the cluster will illuminate.
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WARNING!
• Never use the PARK position as a substitute for the parking brake. Always apply
the parking brake fully when parked to guard against vehicle movement and
possible injury or damage.
• When leaving the vehicle, always make sure the keyless ignition node is in the
“STOP/OFF” mode, remove the Key Fob from the vehicle and lock the vehicle.
• Never leave children alone in a vehicle, or with access to an unlocked vehicle.
Allowing children to be in a vehicle unattended is dangerous for a number of
reasons. A child or others could be seriously or fatally injured. Children should
be warned not to touch the parking brake, brake pedal or the shift lever.
• Do not leave the Key Fob in or near the vehicle, or in a location accessible to
children, and do not leave a vehicle equipped with Keyless Enter-N-Go™in the
MAR/RUN mode. A child could operate power windows, other controls, or move
the vehicle.
• Be sure the parking brake is fully disengaged before driving; failure to do so can
lead to brake failure and a collision.
• Always fully apply the parking brake when leaving your vehicle, or it may roll
and cause damage or injury. Also be certain to leave the transmission in PARK.
Failure to do so may allow the vehicle to roll and cause damage or injury.
BLIND SPOT MONITORING (BSM)
The Blind Spot Monitoring (BSM) system uses two radar-based sensors, located
inside the rear bumper fascia, to detect highway licensable vehicles (automobiles,
trucks, motorcycles, etc.) that enter the blind spot zones from the rear/front/side of
the vehicle.
When the vehicle is started, the BSM warning light will momentarily illuminate in
both outside rear view mirrors to let the driver know that the system is operational.
The BSM system sensors operate when the vehicle is in any forward gear or REVERSE
and enters stand-by mode when the vehicle is in PARK.
The BSM detection zone covers approximately one lane width on both sides of the
vehicle, 10 ft (3 m). The zone length starts at the outside mirror and extends
approximately 20 ft (6 m) beyond the rear bumper of the vehicle. The BSM system
monitors the detection zones on both sides of the vehicle when the vehicle speed
reaches approximately 6 mph (10 km/h) or higher and will alert the driver of vehicles
in these areas.
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NOTE:
• The BSM system does NOT alert the driver about rapidly approaching vehicles that
are outside the detection zones.
• The BSM system detection zone DOES NOT change if your vehicle is towing a
trailer. Therefore, visually verify the adjacent lane is clear for both your vehicle and
trailer before making a lane change. If the trailer or other object (i.e., bicycle,
sports equipment) extends beyond the side of your vehicle, this may result in the
BSM warning light remaining illuminated the entire time the vehicle is in a forward
gear. It may be necessary to deactivate BSM system manually by related menu to
avoid a miss-detection.
The area on the rear fascia where the radar sensors are located must remain free of
snow, ice, and dirt/road contamination so that the BSM system can function properly.
Do not block the radar sensors located on the rear fascia with foreign objects (bumper
stickers, bicycle racks, etc.).
The BSM system notifies the driver of objects in the detection zones by illuminating
the BSM warning light located in the outside mirrors in addition to sounding an
audible (chime) alert and reducing the radio volume.
The BSM system monitors the detection zone from three different entry points (side,
rear, front) while driving to see if an alert is necessary. The BSM system will issue an
alert during these types of zone entries.
Entering From The Side
Vehicles that move into your adjacent lanes from either side of the vehicle.
Entering From The Rear
Vehicles that come up from behind your vehicle on either side and enter the rear
detection zone with a relative speed of less than 31 mph (50 km/h).
Overtaking Traffic
If you pass another vehicle slowly with a relative speed less than 15 mph (25 km/h)
and the vehicle remains in the blind spot for approximately 1.5 seconds, the warning
light will be illuminated. If the difference in speed between the two vehicles is
greater than 15 mph (25 km/h), the warning light will not illuminate.
The BSM system is designed not to issue an alert on stationary objects such as
guardrails, posts, walls, foliage, berms, etc. However, occasionally the system may
alert on such objects. This is normal operation and your vehicle does not require
service.
The BSM system will not alert you of objects that are traveling in the opposite
direction of the vehicle in adjacent lanes.
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WARNING!
The Blind Spot Monitoring system is only an aid to help detect objects in the blind
spot zones. The BSM system is not designed to detect pedestrians, bicyclists, or
animals. Even if your vehicle is equipped with the BSM system, always check your
vehicles mirrors, glance over your shoulder, and use your turn signal before
changing lanes. Failure to do so can result in serious injury or death.
Rear Cross Path (RCP)
The Rear Cross Path (RCP) feature is intended to aid the driver when backing out of
parking spaces where their vision of oncoming vehicles may be blocked. Proceed
slowly and cautiously out of the parking space until the rear end of the vehicle is
exposed. The RCP system will then have a clear view of the cross traffic and if an
oncoming vehicle is detected, alert the driver.
RCP monitors the rear detection zones on both sides of the vehicle, for objects that
are moving toward the side of the vehicle with a minimum speed of approximately
1 mph (2 km/h), to objects moving a maximum of approximately 22 mph (35 km/h),
such as in parking lot situations.
NOTE:
In a parking lot situation, oncoming vehicles can be obscured by vehicles parked on
either side. If the sensors are blocked by other structures or vehicles, the system will
not be able to alert the driver.
When RCP is on and the vehicle is in REVERSE, the driver is alerted using both the
visual and audible alarms, including reducing the radio volume.
WARNING!
RCP is not a Back Up Aid system. It is intended to be used to help a driver detect
an oncoming vehicle in a parking lot situation. Drivers must be careful when
backing up, even when using RCP. Always check carefully behind your vehicle,
look behind you, and be sure to check for pedestrians, animals, other vehicles,
obstructions, and blind spots before backing up. Failure to do so can result in
serious injury or death.
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Mode Of Operation
Three selectable modes of operation are available in the Uconnect®System. Refer to
“Uconnect®Settings” in “Multimedia” in your Owner’s Manual on the DVD for
further information.
Blind Spot Alert Lights Only
When operating in Blind Spot Alert mode, the BSM system will provide a visual alert
in the appropriate side view mirror based on a detected object. However, when the
system is operating in Rear Cross Path (RCP) mode, the system will respond with
both visual and audible alerts when a detected object is present. Whenever an
audible alert is requested, the radio is muted.
Blind Spot Alert Lights/Chime
When operating in Blind Spot Alert Lights/Chime mode, the BSM system will provide a
visual alert in the appropriate side view mirror based on a detected object. If the turn
signal is then activated, and it corresponds to an alert present on that side of the vehicle,
an audible chime will also be sounded. Whenever a turn signal and detected object are
present on the same side at the same time, both the visual and audible alerts will be
issued. In addition to the audible alert, the radio (if on) will also be muted.
NOTE:
Whenever an audible alert is requested by the BSM system, the radio is also muted.
When the system is in RCP, the system will respond with both visual and audiblealerts when a detected object is present. Whenever an audible alert is requested, theradio is also muted. Turn/hazard signal status is ignored; the RCP state alwaysrequests the chime.
Blind Spot Alert Off
When the BSM system is turned off, there will be no visual or audible alerts from
either the BSM or RCP systems.
NOTE:
The BSM system will store the current operating mode when the vehicle is shut off.
Each time the vehicle is started the previously stored mode will be recalled and used.
Blind Spot Monitoring Fault Warnings
Sensor Blinded
In the case of a sensor blinded:
• BSM Mirror Warning Lights are turned on continuously.
• A chime will turn on.
• A instrument cluster message will display“Blind Spot Monitoring Unavailable - Wipe
Rear Bumper Corners.”
NOTE:
The rear bumper must be clean and free of any obstructing debris.
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System Not Available
In the case of the system being temporary unavailable:
• BSM Mirror Warning Lights are turned on continuously.
• A chime will turn on.
• A instrument cluster message will display“Blind Spot Monitoring Temporary
Unavailable.”
In the case of the system being completely unavailable:
• A chime will turn on.
• A instrument cluster message will display“Blind Spot Monitoring Unavailable -
Service Required.”
NOTE:
Vehicle must be taken to the nearest authorized dealer for service.
FORWARD COLLISION WARNING (FCW) WITH
MITIGATION
Forward Collision Warning (FCW) With Mitigation Operation
The Forward Collision Warning (FCW) system with mitigation provides the driver with
audible warnings, visual warnings (within the EVIC/DID), and may apply a brake jerk
to warn the driver when it detects a potential frontal collision. The warnings and
limited braking are intended to provide the driver with enough time to react, avoid or
mitigate the potential collision.
NOTE:
FCW monitors the information from the forward looking sensors as well as the
Electronic Brake Controller (EBC), to calculate the probability of a forward colli-
sion. When the system determines that a forward collision is probable, the driver
will be provided with audible and visual warnings and may provide a brake jerk
warning.
If the driver does not take action based upon these progressive warnings, then the
system will provide a limited level of active braking to help slow the vehicle and
mitigate the potential forward collision. If the driver reacts to the warnings by braking
and the system determines that the driver intends to avoid the collision by braking
but has not applied sufficient brake force, the system will compensate and provide
additional brake force as required.
Vehicles With A Manual Transmission: After the end of the intervention of automatic
braking, the engine could stall, unless the driver can depress the clutch pedal.
Vehicles With Automatic Transmission: After the end of the intervention of automatic
braking, the transmission may remain in last gear stored: therefore the car could
lurch forward, once the brakes release a few seconds later.
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“Wipe Front Radar Sensor In Front Of Vehicle” Warning
The “FCW Unavailable Wipe Front Radar Sensor” warning will display when condi-
tions temporarily limit system performance. This most often occurs at times of poor
visibility, such as in snow or heavy rain. The system may also become temporarily
blinded due to obstructions, such as mud, dirt or ice. In these cases, the EVIC/DID
will display “ FCW Unavailable Wipe Front Radar Sensor” and the system will
deactivate.
The “FCW Unavailable Wipe Front Radar Sensor” message can sometimes be
displayed while driving in highly reflective areas (i.e. tunnels with reflective tiles, or
ice and snow). The system will recover after the vehicle has left these areas. Under
rare conditions, when the radar is not tracking any vehicles or objects in its path this
warning may temporarily occur.
If weather conditions are not a factor, the driver should examine the sensor. It may
require cleaning or removal of an obstruction. The sensor is located behind the lower
grille.
NOTE:
• If the “FCW Unavailable Wipe Front Radar Sensor” message occurs frequently
(e.g. more than once on every trip) without any snow, rain, mud, or other
obstruction, have the radar sensor realigned at your authorized dealer.
• Installing a snow plow, front-end protector, an aftermarket grille or modifying the
grille is not recommended. Doing so may block the sensor and inhibit FCW
operation.
Precautions While Driving With FCW
In certain driving conditions, such as:
• Driving in the vicinity of a curve
• Small vehicles and/or not aligned to the lane
• Lane changing of other vehicles
• Passing of vehicles in an oncoming intersection
The intervention of the system could be unexpected or delayed. The driver must
therefore always pay particular attention, while maintaining control of the car to drive
in complete safety.
Driving In The Vicinity Of A Curve
Entering or exiting a large curve, the system could detect the presence of a vehicle
that is in front of the car, but that does not preside in the same lane. In cases such
as this, the system might respond.
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Small Vehicles And/Or Not Aligned To The Lane
The system is not able to detect the presence of vehicles that are in front of the car
but placed outside the field of action of the radar sensor and could therefore not react
in the presence of small vehicles such as bicycles or motorcycles.
Lane Changing Of Other Vehicles
Vehicles that suddenly change lane, while standing in the traffic lane of their car and
inside the field of action of the radar sensor may cause the intervention of the system.
Passing Of Vehicles In An Oncoming Intersection
The system could temporarily react to a vehicle that crossed the range of the radar
sensor, in an oncoming intersection.
LANESENSE
LaneSense Operation
The LaneSense system is operational at speeds above 37 mph (60 km/h) and below
112 mph (180 km/h). The LaneSense system uses a forward looking camera to
detect lane markings and measure vehicle position within the lane boundaries.
When both lane markings are detected and the driver unintentionally drifts out of the
lane (no turn signal applied), the LaneSense system provides a haptic warning in the
form of torque applied to the steering wheel to prompt the driver to remain within the
lane boundaries. If the driver continues to unintentionally drift out of the lane, the
LaneSense system provides a visual warning through the Electronic Vehicle Informa-
tion Center (EVIC) or Driver Information Display (DID) to prompt the driver to remain
within the lane boundaries.
The driver may manually override the haptic warning by applying torque into the
steering wheel at any time.
When only a single lane marking is detected and the driver unintentionally drifts
across the lane marking (no turn signal applied), the LaneSense system provides a
visual warning through the EVIC/DID to prompt the driver to remain within the lane.
When only a single lane marking is detected, a haptic (torque) warning will not be
provided.
NOTE:
When operating conditions have been met, the LaneSense system will monitor if the
driver’s hands are on the steering wheel and provides an audible warning to the driver
when the driver’s hands are not detected on the steering wheel. The system will
cancel if the driver does not return their hands to the wheel.
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