Remote Vehicle Start
This feature allows you to start the engine from outside
the vehicle. It may also turn the rear window defogger
if the outside temperature is below 45°F (7°C).
Laws in some local communities may restrict the use of
remote starters. For example, some laws may require
a person using remote start to have the vehicle in view
when doing so. Check local regulations for any
requirements on remote starting of vehicles.
/(Remote Vehicle Start):This button will be on the
RKE transmitter if you have remote start.
An increased range of operation is provided with the
RKE transmitter that has the remote vehicle start button.
If your vehicle is low on fuel, do not use the remote
start feature. The vehicle may run out of fuel. The
vehicle may also run out of fuel if the vehicle is running
for a long period of time when parked on an incline
facing downward with a low fuel condition.To start the engine using the remote start feature,
do the following:
1. Aim the RKE transmitter, equipped with the remote
vehicle start button, at the vehicle.
2. Press and release the transmitter’s lock button,
then immediately press and hold the remote
vehicle start button until the vehicle’s turn signal
lamps ash, or for at least two seconds, if the
vehicle’s lights are not visible. The vehicle’s doors
will be locked.
When the vehicle’s engine starts, the parking lamps
will turn on and remain on while the engine is
running.
3. If it is the rst remote start since the vehicle has been
driven, repeat these steps, while the engine is still
running, to extend the engine running time by
10 minutes. Remote start can be extended one time.
After a remote start, the engine will automatically shut
off after 10 minutes unless a time extension has
been done or the vehicle’s key is inserted into the
ignition switch and turned to ON/RUN.
The maximum number of remote starts or remote start
attempts between ignition cycles with the key is two.
If the remote start procedure is used again before
the rst 10 minute time frame has ended, the rst
10 minutes will immediately expire and the second
10 minute time frame will start.
2-8
Electric Power Management
The vehicle has Electric Power Management (EPM)
that estimates the battery’s temperature and state
of charge. It then adjusts the voltage for best
performance and extended life of the battery.
When the battery’s state of charge is low, the voltage is
raised slightly to quickly put the charge back in. When
the state of charge is high, the voltage is lowered slightly
to prevent overcharging. If the vehicle has a voltmeter
gage or a voltage display on the Driver Information
Center (DIC), you may see the voltage move up
or down. This is normal. If there is a problem,
an alert will be displayed.
The battery can be discharged at idle if the electrical
loads are very high. This is true for all vehicles.
This is because the generator (alternator) may
not be spinning fast enough at idle to produce all
the power that is needed for very high electrical loads.A high electrical load occurs when several of the
following loads are on: headlamps, high beams, fog
lamps, rear window defogger, climate control fan at
high speed, heated seats, engine cooling fans, trailer
loads, and loads plugged into accessory power outlets.
EPM works to prevent excessive discharge of the
battery. It does this by balancing the generator’s output
and the vehicle’s electrical needs. It can increase engine
idle speed to generate more power, whenever needed.
It can temporarily reduce the power demands of some
accessories.
Normally, these actions occur in steps or levels, without
being noticeable. In rare cases at the highest levels of
corrective action, this action may be noticeable to the
driver. If so, a Driver Information Center (DIC) message
might be displayed, such as Battery Saver Active or
Service Battery Charging System. If this message is
displayed, it is recommended that the driver reduce the
electrical loads as much as possible. SeeDIC Warnings
and Messages on page 3-58.
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