2013 VOLKSWAGEN TOUAREG engine overheat

.NOTICE
Exceeding the gross weight ratings can cause extensive vehicle damage that is not covered by
any Volkswagen Limited Warranty.
.NOTICE
Towing a trailer of any kind with a vehicle that has a diesel engine and automatic transmission
will cause overheating and expensive engine as well as other damage to your vehicle that will
not be covered by any Volkswagen Limited Warranty. Never install a trailer hitch on one of
these vehicles.

Maximum power draw

Socket Maximum power draw
12 Volts 120 watts
115 Volts 150 watts (300 watts peak consumption)

The maximum power draw at any one socket must never be exceeded. Electrical devices should have
information on them that says how much power they draw.
If 2 or more electrical devices are connected at the same time, the total power draw of all connected
devices must never be more than 190 watts ⇒ .
12 Volt socket
The 12 Volt socket works only when the ignition is switched on.
If the ignition is on but the engine is not running, the vehicle battery will be drained by any device that
is plugged in and turned on. For this reason, never use the electrical sockets unless the engine is
running.
To help prevent damage from voltage fluctuations, switch off all electrical devices connected to a 12
Volt socket before switching the ignition on or off or starting the engine.
The vehicle may have 12 Volt sockets at the following places:
x In the storage compartment in the front center armrest.
x In the rear center console.
x In the luggage compartment.
x In the storage compartment in the lower front center console.
115 Volt socket
The socket can only be used if the engine is running ⇒ .
Connecting an electrical device: Insert the plug as far as it goes into the socket in order to unlock the
integrated childproof lock. There is electricity in the socket only after the childproof lock is unlocked.

LED display on the socket ⇒ fig.122
Green continuous light: The child-proof lock is unlocked. The
socket is operational.
Red flashing light: Malfunction, such as cutoff due to current
overload or overheating.

Overheating cutoff
The inverter in the 115 Volt socket shuts off automatically above a certain temperature. The shutoff
prevents overheating in case of excessive power consumption of connected devices or at high
ambient air temperatures. The inverter switches back on automatically after a cool-down period.
Connected devices which were left switched on come back on again. For this reason, switch off
connected electrical devices if the inverter switches off due to overheating.

.WARNING
Never stop the engine before the vehicle has come to a complete stop. You can lose control
of the vehicle, crash, and be seriously injured.
x The airbags and safety belt pretensioners will not work when the ignition is switched off.
x The brake booster does not work when the engine is not running. More brake pedal
pressure will be needed to stop the vehicle.
x The power steering system does not work when the engine is not running, and you will
need more force to steer the vehicle.
x When the key is removed from the ignition switch, the steering will lock and you will not
be able to steer the vehicle.
.NOTICE
If the vehicle has been driven hard for a long time, the engine could overheat when it is
stopped. To reduce the risk of engine damage, let the engine idle in Neutral for about 2
minutes before you switch off the ignition.
.If the ignition is switched on or the engine is running and the driver door is opened, a chime
sounds. The chime is also a reminder to switch off the engine and turn off the ignition before leaving
and locking the vehicle from the outside.
.The vehicle key can be removed only when the transmission is in Park (P).
.After the engine has been switched off, the radiator fan in the engine compartment may keep
running for several minutes, or may start running after the vehicle has been parked for a while, even if
the ignition is switched off and the vehicle key has been removed. The radiator fan shuts off
automatically when the engine has cooled down enough.
Electronic immobilizer
.

x Before driving downhill, especially on hills that are long or steep, always reduce speed and
shift into lower gear (manual or automatic transmission). This will let the vehicle use engine
braking and reduce the load on the brakes. Otherwise, the brake system could overheat and
even fail. Only use the brakes when you need them to slow the vehicle down more or to stop.
Warning and indicator lights
.

Stopping and starting on hills
If you stop on a hill with the vehicle in gear, you must depress the brake pedal or engage the
electronic parking brake to keep the vehicle from rolling. Do not release the brake pedal or the parking
brake until the vehicle has started to move forwards ⇒ .
Kick-down acceleration
The kick-down feature permits maximum acceleration when the selector lever is in the Drive (D), Sport
Drive (S) or Tiptronic mode.
If you push the accelerator all the way down, the vehicle will automatically downshift, depending on
vehicle speed and engine speed (rpm). This feature lets you take advantage of the full acceleration
capacity of the vehicle ⇒ .
With kick-down actuated, the transmission will stay in the current gear longer and not upshift until the
engine reaches maximum rpm.
.WARNING
Rapid acceleration can cause skidding and loss of traction, especially on slippery roads,
resulting in a loss of vehicle control, collisions, and serious personal injury.
x Always adapt your driving to the traffic flow.
.NOTICE
x When stopping on hills with the transmission in a drive gear, do not use the accelerator to
help prevent the vehicle from rolling backwards. This can cause the automatic transmission to
overheat and be damaged.
x Never let the vehicle coast or roll down a hill in Neutral (N), especially when the engine is
not running. The transmission will not be lubricated and will be damaged.
Automatic transmission malfunction
.

.WARNING
New brake pads do not provide maximum braking performance.
x New brake pads do not have the best stopping power for the first 200 miles (320 km) and
must be “broken in.” You can compensate for the slightly reduced braking force by putting
more pressure on the brake pedal.
x Drive with extra CARe while the new brake pads are being broken in. This reduces the risk
of collisions and serious personal injuries due to a loss of control over the vehicle.
x Never follow other vehicles too closely or put yourself into other situations that might
require sudden, hard braking, especially when the brake pads have not been broken in.
.WARNING
Overheated brakes will reduce the vehicle's stopping power and increase stopping distances
considerably.
x When driving downhill, the brakes have to work especially hard and heat up quickly.
x Before driving downhill, especially on hills that are long or steep, always reduce speed
and shift into lower gear (manual or automatic transmission). This will let the vehicle use
engine braking and reduce the load on the brakes. Otherwise, the brake system could
overheat and possibly fail. Only use the brakes when you need them to slow the vehicle
down more or to stop.
x A damaged front spoiler or a non-standard spoiler can reduce airflow to the brakes and
make them overheat.
.WARNING
Wet brakes or brakes coated with ice or road salt react slower and need longer stopping
distances.
x CARefully apply the brakes to test them.
x Always dry brakes and clean off ice and salt coatings with a few cautious brake
applications when visibility, weather, road and traffic conditions permit.
.WARNING
Driving when the brake booster is not working increases stopping distances and can cause
accidents and serious personal injuries.
x Never let the vehicle coast when the engine is switched off.
x If the brake booster is not working (such as when the vehicle is being towed), a lot more
pedal force is needed to slow down and stop.
.NOTICE
x Never “ride” the brakes by keeping your foot on the brake pedal when you do not want to
brake. Constant pressure on the brake pedal can make the brakes overheat. Riding the brakes
will substantially reduce braking performance, increase stopping distance, and can cause
complete brake system failure.
x Before driving downhill, especially on hills that are long or steep, always reduce speed and
shift into lower gear (manual or automatic transmission). This will let the vehicle use engine
braking and reduce the load on the brakes. Otherwise, the brake system could overheat and
possibly fail. Only use the brakes when you need them to slow the vehicle down more or to
stop.

When driving forwards on loose surfaces, a special off-road ABS is automatically activated. In this
mode, the front wheels could lock briefly. This shortens the braking distance in off-road situations as
the wheels dig into loose surfaces. This occurs only when driving straight ahead. When the front
wheels are turned, the normal ABS is activated.
Brake Assist (BAS)
The Brake Assist System can help to reduce stopping distances. If you press the brake pedal very
quickly, BAS detects an emergency situation. It then very quickly builds up full brake system pressure,
maximizing braking power and reducing the stopping distance. This way, ABS can be activated more
quickly and efficiently.
Do not reduce pressure on the brake pedal! BAS switches off automatically as soon as you release or
let up on the brake.
Anti-Slip Regulation (ASR)
ASR reduces engine power directed to spinning wheels and adjusts power to the road conditions.
Even under poor road conditions, ASR can make it easier to get moving, accelerate, and climb hills.
ESC and ASR can help when driving on loose surfaces (such as gravel) and in deep snow. If you get
stuck in deep snow, you may be able to get going again by “rocking” the vehicle back and forth. ESC
and ASR recognize this special driving situation and automatically increase the speed of the front
wheels. Keep pressing the accelerator and let ESC increase the speed of the front wheels to help you
keep moving or get moving again.
ASR can be switched on or off manually .
Electronic Differential Lock (EDL)
EDL is applied during regular straight-line acceleration. EDL gently brakes a drive wheel that has lost
traction (spinning) and redirects the drive force to other drive wheels. In extreme cases, EDL
automatically switches off to keep the brake from overheating. As soon as the brake has cooled down,
EDL automatically switches on again.
XDL is an extension of the Electronic Differential Lock system. XDL does not react to drive wheel
slippage when driving straight ahead. Instead, XDL detects slippage of the inside front wheel during
fast cornering. XDL applies enough brake pressure to this wheel in order to stop the slippage. This
improves traction, which helps the vehicle stay on track.
.WARNING
Driving fast on icy, slippery, or wet roads can lead to a loss of control and result in serious
personal injury for you and your passengers.
x Always adjust your speed and driving style to road, traffic, weather, and visibility
conditions. Never let the additional safety that ESC, ABS, BAS, ASR, and EDL can provide
tempt you into taking extra risks.
x Braking assistance systems cannot overcome the laws of physics and always prevent
loss of vehicle control. Slippery and wet roads are still dangerous even with ESC and the
other systems!
x Driving too fast on wet roads can cause the wheels to lose contact with the road and
“hydroplane.” A vehicle that has lost road contact cannot be braked, steered, or controlled.
x These systems cannot reduce the risk of accident, for example if you drive too fast for
conditions or if you do not keep your distance from the vehicle in front of you.
x Although these systems are very effective and can help you control the vehicle in many
difficult situations, always remember that your vehicle handling control is limited by tire
traction.
x When accelerating on a slippery surface, for example on ice and snow, depress the
accelerator CARefully. Even with these systems, the wheels may start to spin, leading to a
loss of vehicle control.