2011 MAZDA MODEL TRIBUTE light

When a switch is in the down, off, or – position, circle “R.”
Switch position1234567 8 9101112
Up,onor+ LLLLLLLLLLLL
Middle, neutral or 0MMMMMMMMMMMM
Down, off or –RRRRRRRRRRRR
L=left; M=middle; R=right
3. To input these positions into the
Car2Usystem, simultaneously
press all three Car2Usystem
buttons for a few seconds and
then release to put the device
into programming mode. The
indicator lights will blink slowly.
Within 2.5 minutes enter your
corresponding DIP switch
settings from left to right into your Car2Usystem by pressing and
releasing the buttons corresponding to the settings you circled.
4. After inputting switch settings, simultaneously press and release all
three Car2Usystem buttons. The indicator lights will turn on.
5. Press and hold the Car2U
system button you would like to
use to control the garage door.
Immediately (within 1 second)
release the button once the
garage door moves. During this
time the selected button
indicator light will blink slowly.
Do not release the button until you see the garage door move. Most
garage doors open quickly. You may need to hold the button from
5–55 seconds before observing movement of the garage door.
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6. The indicator light will (begin to) blink rapidly until programming is
complete. If your garage door opener does not operate following
these steps, repeat Steps 2 through 6. Otherwise, call the toll-free
Car2Uhelp line at 1-866-57Car2U (1-866-572-2728).
After successful programming, you will be able to operate your Car2U
system by pressing the button you programmed to activate the opener.
The indicator light above the selected button will turn on to confirm that
the Car2Usystem is responding to the button command.
Erasing the Car2UHome Automation System buttons
Note:The system allows for three devices to be programmed. If you
need to change or replace any of the three devices after it has been
initially programmed, it will be necessary to erase the current settings
using the procedure below and then reprogramming all of the devices
being used.
To erase programming on the Car2Usystem (individual buttons cannot
be erased), use the following procedure:
1. Firmly press the two outside
Car2Usystem buttons
simultaneously for
approximately 20 seconds until
the indicator lights begin to
blink rapidly. The indicator
lights are located directly above
the buttons.
2. Once the indicator lights begin
to blink, release your fingers
from the buttons. The codes for
all buttons are erased.
If you sell your vehicle equipped with the Car2Usystem, it is
recommended that you erase the programming for security reasons.
FCC and RSS-210 Industry Canada Compliance
The Car2Usystem complies with Part 15 of the FCC rules and with
RSS-210 of Industry Canada. Operation is subject to the following two
conditions: (1) This device may not cause harmful interference, and (2)
This device must accept any interference received including interference
that may cause undesired operation.
Changes and modifications to the Car2Usystem transmitter by other
than an authorized service facility could void authorization to use the
equipment.
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The illuminated entry system will turn off the lights if:
•the ignition is turned to the on position, or
•the integrated keyhead transmitter lock control is pressed, or
•the vehicle is locked using the keyless entry keypad (if equipped), or
•after 25 seconds of illumination.
The lights will not turn off if:
•they have been turned on with the dimmer control, or
•any door is open.
Illuminated exit
•The lamps will illuminate when the key is removed from the ignition.
The lamps automatically turn off after 25 seconds. The dome and cargo
lamp controls mustnotbe set to the off position for the illuminated exit
system to operate.
SECURILOCKPASSIVE ANTI-THEFT SYSTEM
SecuriLockpassive anti-theft system is an engine immobilization
system. This system is designed to help prevent the engine from being
started unless acoded integrated keyhead transmitter (IKT)
programmed to your vehicleis used. The use of the wrong type of
coded key may lead to a “no-start” condition.
Your vehicle comes with two coded integrated keyhead transmitters;
additional coded IKTs may be purchased from your authorized dealer.
Standard SecuriLockkeys without remote entry transmitter
functionality can also be purchased from your authorized dealer if
desired. The authorized dealer can program your spare IKTs to your
vehicle or you can program the IKTs yourself. Refer toProgramming
spare keysfor instructions on how to program the coded key.
Note:The SecuriLockpassive anti-theft system is not compatible with
non-Mazda aftermarket remote start systems. Use of these systems may
result in vehicle starting problems and a loss of security protection.
Note:Large metallic objects, electronic devices that are used to
purchase gasoline or similar items, or a second coded key on the same
key chain may cause vehicle starting issues. You need to prevent these
objects from touching the coded IKT while starting the engine. These
objects will not cause damage to the coded IKT, but may cause a
momentary issue if they are too close to the IKT when starting the
engine. If a problem occurs, turn the ignition off, remove all objects on
the key chain away from the coded IKT and restart the engine.
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Please read and understand the
entire procedure before you begin.
1. Insert the first previously
programmedcoded keyinto
the ignition.
2. Turn the ignition from the 1
(off) position to the 3 (on)
position. Keep the ignition in
the 3 (on) position for at least
three seconds, but no more than
10 seconds.
3. Turn the ignition to the 1 (off) position and remove the firstcoded
keyfrom the ignition.
4. After three seconds but within 10 seconds of turning the ignition to
the 1 (off) position, insert the second previouslycoded keyinto the
ignition.
5. Turn the ignition from the 1 (off) position to the 3 (on) position.
Keep the ignition in the 3 (on) position for at least three seconds,
but no more than 10 seconds.
6. Turn the ignition to the 1 (off) position and remove the second
previously programmedcoded keyfrom the ignition.
7. After three seconds but within 20 seconds of turning the ignition to
the 1 (off) position and removing the previously programmedcoded
key,insert the new unprogrammed key (new key/valet key) into the
ignition.
8. Turn the ignition from the 1 (off) position to the 3 (on) position.
Keep the ignition in the 3 (on) position for at least six seconds.
9. Remove the newly programmedcoded keyfrom the ignition.
If the key has been successfully programmed it will start the vehicle’s
engine and will operate the remote entry system (if the new key is an
integrated keyhead transmitter). The theft indicator light will illuminate
for three seconds and then go out to indicate successful programming.
If the key was not successfully programmed, it will not start your
vehicle’s engine and/or will not operate the remote entry features. The
theft indicator light may flash on and off. Wait 20 seconds and you may
repeat Steps 1 through 8. If failure repeats, bring your vehicle to your
authorized dealer to have the new key(s) programmed.
To program additional new unprogrammed key(s), wait 20 seconds and
then repeat this procedure from Step 1.
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•Front crash severity sensor.
•Restraints Control Module (RCM) with impact and safing sensors.
•Restraint system warning light and backup tone.
•The electrical wiring for the airbags, crash sensor(s), seat belt
pretensioners, front seat belt usage sensors, driver seat position
sensor, front passenger sensing system, and indicator lights.
How does the Personal Safety System™ work?
The Personal Safety System can adapt the deployment strategy of your
vehicle’s safety devices according to crash severity and occupant
conditions. A collection of crash and occupant sensors provides
information to the Restraints control module (RCM). During a crash, the
RCM may activate the seat belt pretensioners and/or either one or both
stages of the dual-stage airbag supplemental restraints based on crash
severity and occupant conditions.
The fact that the pretensioners or airbags did not activate for both front
seat occupants in a collision does not mean that something is wrong with
the system. Rather, it means the Personal Safety System determined the
accident conditions (crash severity, belt usage, etc.) were not
appropriate to activate these safety devices. Front airbags and
pretensioners are designed to activate only in frontal and near-frontal
collisions, not rollovers, side-impacts, or rear-impacts unless the collision
causes sufficient longitudinal deceleration.
Driver and passenger dual-stage airbag supplemental restraints
The dual-stage airbags inflation energy is tailored to crash severity, belt
use, driver seat position, and other factors. A lower, less forceful energy
level is provided for more common, moderate-severity impacts. A higher
energy level is used for the most severe impacts unless the driver’s seat
is forward for a small occupant. Refer toAirbag supplemental
restraintssection in this chapter.
Front crash severity sensor
The front crash severity sensor enhances the ability to detect the
severity of an impact. Positioned up front, it provides valuable
information early in the crash event on the severity of the impact. This
allows your Personal Safety System to distinguish between different
levels of crash severity and modify the deployment strategy of the
dual-stage airbags and seat belt pretensioners.
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Driver’s seat position sensor
The driver’s seat position sensor allows your Personal Safety System to
tailor the deployment level of the driver dual-stage airbag based on seat
position. The system is designed to help protect smaller drivers sitting
close to the driver airbag by providing a lower airbag output level.
Front passenger sensing system
For airbags to do their job they must inflate with great force, and this
force can pose a potentially deadly risk to occupants that are very close
to the airbag when it begins to inflate. For some occupants, like infants
in rear-facing child seats, this occurs because they are initially sitting
very close to the airbag. For other occupants, this occurs when the
occupant is not properly restrained by seat belts or child safety seats and
they move forward during pre-crash braking. The most effective way to
reduce the risk of unnecessary injuries is to make sure all occupants are
properly restrained. Accident statistics suggest that children are much
safer when properly restrained in the rear seating positions than in the
front.
WARNING:Air bags can kill or injure a child in a child seat.
NEVER place a rear-facing child seat in front of an active air
bag. If you must use a forward-facing child seat in the front seat, move
the seat all the way back.
WARNING:When possible, all children 12 years old and under
should be properly restrained in a rear seating position.
The front passenger sensing system can automatically turn off the
passenger front airbag. The system is designed to help protect small
(child size) occupants from airbag deployments when they are
improperly seated or restrained in the front passenger seat contrary to
proper child-seating or restraint usage recommendations. Even with this
technology, parents areSTRONGLYencouraged to always properly
restrain children in the rear seat. The sensor also turns off the passenger
front airbag and passenger seat-mounted side airbag (if equipped) when
the passenger seat is empty.
When the front passenger seat is occupied and the sensing system has
turned off the passenger’s frontal airbag, the “pass airbag off” indicator
will light and stay lit to remind you that the front passenger frontal
airbag is off. SeeFront passenger sensing systemin the airbags section
of this chapter.
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Front seat belt usage sensors
The front seat belt usage sensors detect whether or not the driver and
front outboard passenger seat belts are fastened. This information allows
your Personal Safety System to tailor the airbag deployment and seat
belt pretensioner activation depending upon seat belt usage. Refer to
Safety restraintssection in this chapter.
Front seat belt pretensioners
The seat belt pretensioners at the front outboard seating positions are
designed to tighten the seat belts firmly against the occupant’s body
during frontal collisions, and in side collisions and rollovers when the
vehicle is equipped with the side-curtain airbag system. This helps
increase the effectiveness of the seat belts. In frontal collisions, the seat
belt pretensioners can be activated alone or, if the collision is of
sufficient severity, together with the front airbags.
Seat belt load limiter
The front and rear outboard seat belt load limiter allows webbing to be
pulled out of the retractor in a gradual and controlled manner in
response to the occupant’s forward momentum. This helps reduce the
risk of force-related injuries to the occupant’s chest by limiting the load
on the occupant. Refer toLoad limiter featuresection in this chapter.
Determining if the Personal Safety System is operational
The Personal Safety System uses a warning light in the instrument
cluster or a backup tone to indicate the condition of the system. Refer to
theWarning lightsection in theInstrument clusterchapter. Routine
maintenance of the Personal Safety System is not required.
The Restraints control module (RCM) monitors its own internal circuits
and the circuits for the airbag supplemental restraints, crash sensor(s),
seat belt pretensioners, front seat belt buckle sensors, driver seat
position sensor, and front passenger sensing system. In addition, the
RCM also monitors the restraints warning light in the instrument cluster.
A malfunction with the system is indicated by one or more of the
following.
•The warning light will either flash or stay lit.
•The warning light will not illuminate immediately after ignition is
turned on.
•A series of five beeps will be heard. The tone pattern will repeat
periodically until the problem and warning light are repaired.
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All seat belts in the vehicle are combination lap and shoulder belts. The
passenger seat belts have two types of locking modes described below:
Seat belt locking modes
All safety restraints in the vehicle are combination lap and shoulder
belts. The driver seat belt has the first locking mode and the front
outboard passenger and rear seat belts have both types of locking modes
described as follows:
Vehicle sensitive mode
This is the normal retractor mode, which allows free shoulder belt length
adjustment to your movements and locking in response to vehicle
movement. For example, if the driver brakes suddenly or turns a corner
sharply, or the vehicle receives an impact of approximately 5 mph
(8 km/h) or more, the combination seat belts will lock to help reduce
forward movement of the driver and passengers.
In addition, the retractor is designed to lock if the webbing is pulled out
too quickly. If this occurs, let the belt retract slightly and pull webbing
out again in a slow and controlled manner.
Automatic locking mode
In this mode, the shoulder belt is automatically pre-locked. The belt will
still retract to remove any slack in the shoulder belt. The automatic
locking mode is not available on the driver seat belt.
When to use the automatic locking mode
This mode should be usedany timea child safety seat, except a
booster, is installed in passenger front or rear seating positions. Children
12 years old and under should be properly restrained in a rear seating
position whenever possible. Refer toSafety restraints for childrenor
Safety seats for childrenlater in this chapter.
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