2017 VOLKSWAGEN TIGUAN instrument cluster

With the engine at operating temperature, park the vehicle on a level surface to ensure
that the engine oil reading is correct.
Switch off the engine and wait a few minutes for the engine oil to flow back into the sump.
Open the bonnet In the engine compartment.
Identify the engine oil filler cap and oil dipstick. The engine oil filler opening bears the
symbol on the cap and the oil dipstick has a coloured handle. If you cannot find the cap
and dipstick please contact a qualified workshop.
Pull the dipstick out of the guide tube and wipe it off with a clean cloth.
Insert the oil dipstick into the guide tube again as far as it will go. If there is a marking on
the upper end of the oil dipstick, this marking must fit in the corresponding groove at the
top end of the guide tube when inserting.
After reading off the oil level, push the oil dipstick back into the guide tube as far as it will
go.
Unscrew the engine oil filler opening cap .
Only the engine oil expressly approved by Volkswagen for this engine should be gradually
refilled in small quantities (no more than 0.5 l).
In order to avoid overfilling, wait for approximately one minute after each refill step to allow
the engine oil to flow into the oil sump up to the marking on the engine oil dipstick.
Read the engine oil level from the dipstick again before refilling with a further small
quantity of engine oil. Never overfill with engine oil .
After refilling, the engine oil level should be in the middle of area Ⓒ. It should not be above
Ⓒ, in area Ⓑ, and must not reach area Ⓐ .
If too much engine oil has been added unintentionally and the engine oil level is in area Ⓐ,
do not start the engine. Inform a qualified workshop and possibly seek expert assistance.
After refilling, close the engine oil filler opening with the cap.
Insert the oil dipstick into the guide tube as far as it will go. If there is a marking on the
upper end of the oil dipstick, this marking must fit in the corresponding groove at the top
end of the guide tube when inserting.
Close the bonnet In the engine compartment.
Do not refill engine oil.
Engine oil level OK.
Engine oil level too low – refill engine oil.
Checklist
Carry out the steps in the specified order ⇒:
Pull the dipstick out again and read the engine oil level on the dipstick as follows: Ⓐ Engine
oil level too high. Follow any messages that are shown on the instrument cluster display and
go to a qualified workshop . Ⓑ Do not fill the engine oil . Continue to step 16. Ⓒ Engine oil
level OK. Engine oil can, e.g. in the case of high engine loads , be filled up to the upper limit
of this range. Continue to step 8 or 16. Ⓓ Engine oil level is too low. The engine oil must be
refilled. Continue to step 8.
The engine oil level must never be above area ⇒ Fig. 227Ⓑ. Otherwise oil can be drawn in
through the crankcase breather and escape into the atmosphere via the exhaust system.
Troubleshooting
First read and observe the introductoryinformation and safety warnings⇒
Introduction
Engine oil can ignite if it comes into contact with hot engine components. It can cause
fires, burns and other serious injuries.
•If engine oil is spilt on cold engine parts it can heat up and ignite when the engine is
running.
•Always ensure that the engine oil filler cap is securely tightened after refilling, and that
the dipstick is properly inserted back into the guide tube. This will prevent the engine
oil from draining out on to hot engine components when the engine is running.
WARNING
•If too much engine oil has been added unintentionally and the engine oil level is in area
⇒ Fig. 227Ⓐ, do not start the engine. Inform a qualified workshop and possibly seek
expert assistance. The catalytic converter and the engine could otherwise be damaged.
•When topping up service fluids, please ensure that you pour the correct service fluids
into the correct openings. The use of incorrect service fluids could result in serious
malfunctions and engine damage.
NOTICE

Warning lamps and text messages may be shown in the instrument cluster display. These warnings
may also be accompanied by acoustic signals.
Engine oil
Lit up: engine oil level too low. Switch off the engine. Check the engine oil level ⇒ Checking 
the engine oil level and refilling the engine oil.Flashing: engine oil system fault. Go to a
qualified workshop and have the engine oil sensor checked.Flashing: engine oil pressure
is too low. Do not drive on!
Switch off the engine and check the engine oil level ⇒ Checking the engine oil level and refilling the 
engine oil - Do not drive on or remain at idling speed if the warning lamp is flashing even if the
engine oil level is correct. The engine could otherwise be damaged. You should obtain professional
assistance.
Engine coolant
Introduction
This chapter contains information on the followingsubjects:
⇒ Coolant specification
⇒ Checking the coolant level and refilling coolant
You should only carry out work on the cooling system if you know exactly how to perform the
required tasks, are aware of the general safety procedures and have access to the correct
equipment, service fluids and suitable tools. Failing to carry out work correctly can cause serious
injuries ⇒. The work should be carried out by a qualified workshop if you are uncertain.
Volkswagen recommends using a Volkswagen dealership for this purpose.
Coolant and coolant additives can pollute the environment. Spilt service fluids must be
collected then disposed of properly and in an environmentally responsible way.
Coolant specification
First read and observe the introductoryinformation and safety warnings⇒
Introduction
The cooling system is filled at the factory with a mixture of specially prepared water and at least
40% coolant additive G 13 (TL-VW 774 J). The coolant additive is dyed purple. This mixture of
water and coolant additive gives the necessary frost protection down to -25°C (-13°F) and protects
the alloy parts of the cooling system against corrosion. The mixture also prevents scaling and
raises the boiling point of the coolant.
In order to protect the coolant system, the proportion of coolant additive must always be at least
40%, even if anti-freeze is not required in warm weather and warm climates.
If greater frost protection is required in very cold climates, the proportion of anti-freeze additive can
be increased. However, the percentage of coolant additive should not exceed 60%, as this would
reduce the frost protection and the cooling effect.
When refilling the coolant, a mixture of distilled water and at least 40% coolant additive - G 13 - or
- G 12 plus-plus - (TL-VW 774 G) (both of which are dyed purple) must be used in order to obtain
the optimum corrosion protection ⇒. Mixing - G 13 - with the coolant additives - G 12 plus - (TL-
VW 774 F), - G 12 - (dyed red) or - G 11 - (dyed blue-green) will significantly decrease the level of
corrosion protection and should therefore be avoided ⇒.
Engine coolant is toxic.
•Engine coolant should only be kept in sealed original containers in a safe place.
•Never store engine coolant in empty food containers, bottles or any other non-original
containers as people finding these containers may then drink the engine coolant.
•The engine coolant must be stored out of the reach of children.
•Please note that the amount of correct coolant additive used must be sufficient for the
lowest ambient temperature that you expect the vehicle to be exposed to.
•Coolant can freeze at extremely cold outside temperatures, causing the vehicle to
break down. Vehicle occupants with inadequate winter clothing could then freeze to
death as the heating will also no longer function.
WARNING

•Switch off all electrical consumers and the ignition.
•Unlock the vehicle before disconnecting the battery in order to avoid triggering the anti-theft
alarm.
•First disconnect the negative cable and then the positive cable ⇒.
Connecting the 12-volt vehicle battery
•Switch off all electrical consumers and the ignition before reconnecting the 12-volt vehicle
battery.
•First reconnect the positive cable and then the negative cable ⇒.
Various indicator lamps may light up after the 12-volt vehicle battery has been connected and the
ignition is switched on. They will go out if you drive a short distance at a speed of approximately
15 – 20 km/h (10 – 12 mph). If the indicator lamps remain lit up, the vehicle should be checked by a
qualified workshop.
If the 12-volt vehicle battery was disconnected for an extended period, the system may not able to
calculate or correctly display the time when the next service is due ⇒ Instrument cluster. Observe
the maximum permissible service intervals ⇒ Service.
Vehicles with Keyless Access:⇒ Central locking system: if the ignition cannot be switched on after
connecting the 12-volt vehicle battery, lock and unlock the vehicle from the outside. Then try to start
the ignition again. Please contact an expert if the ignition cannot be switched on.
Automatic switch-off for electrical consumers
The intelligent vehicle electrical system management automatically implements a range of
measures to prevent the 12-volt battery from discharging under high loads:
•The idling speed is increased so that the alternator provides more electricity.
•The performance of large electrical consumers may be reduced or they may be switched off
completely.
•The power supply to the 12-volt socket and the cigarette lighter is interrupted temporarily while
the engine is being started.
The vehicle electrical system management function cannot always prevent the 12-volt vehicle
battery from discharging. For example when the ignition is switched on for an extended period with
the engine off, or when the side or parking lights are on when the vehicle is parked for an extended
period.
Battery switch-off in an accident in which the airbag is triggered
In vehicles with 12-volt vehicle battery in the luggage compartment, the electrical connection to the
12-volt vehicle battery is disconnected pyrotechnically in the event of an accident in which the
airbags are triggered. This prevents short-circuiting.
What can cause the 12-volt vehicle battery to discharge?
•Long periods at a standstill in which the engine is not running, especially if the ignition is
switched on.
•The use of electrical consumers when the engine is switched off.
•When the auxiliary heater is being used ⇒ Auxiliary heater and ventilation.

•Open the Vehicle settings menu in the Infotainment system.
•Touch the Tyres function button.
•Touch the SET function button.
•When all four tyre pressures correspond to the required values, touch the Confirm function
button.
After an extended driving time with driving at different speeds, the system will automatically learn
the new values and monitor them.
•If the tyre pressures have been changed.
•If one or more wheels have been changed.
•If the wheels have been swapped round, e.g. from front to rear ⇒ Rotating wheels front to rear.
The Tyre Pressure Loss Indicator stops working if there is a fault in the ESC or ABS ⇒ Brake 
support systems.
After a warning about the tyre pressure being too low, switch the ignition off and then back
on again. The Tyre Pressure Loss Indicator can only then be re-synchronised.
Tyre Pressure Monitoring System
Fig. 234 Typical display in the instrument cluster: current tyre pressures.
First read and observe the introductoryinformation and safety warnings⇒
Introduction
Key to ⇒ Fig. 234:
Target pressure in bar.
Actual pressure in bar.
Loss in pressure in front left.
System fault for rear right tyre.
The Tyre Pressure Monitoring System (TPMS) monitors the tyre pressure of the four wheels while
the vehicle is in motion using pressure sensors on the tyres. The system warns the driver in the
event of a pressure loss.
Display of tyre pressures on the instrument cluster
Open the menu Vehicle status in the instrument cluster display ⇒ Instrument cluster. The vehicle
is displayed with the target and actual pressures of all the wheels ⇒ Fig. 234.
When the ignition is switched on, the last measured tyre pressures will be displayed first; these
values will be updated when the journey is started. If the tyre pressure is too low, the respective
actual values and the affected tyres will be marked ⇒ Fig. 234.
If the tyres are in rest state, the sensors will not transmit any tyre pressures. This stops the sensor
batteries discharging.
If no tyre pressures are transmitted, the last received values are shown in grey.
Switching the Tyre Pressure Monitoring System on and off
Observe any country-specific legal requirements for the Tyre Pressure Monitoring System.
If a set of tyres is fitted to the vehicle where the tyres either do not have wheel sensors or have
wheel sensors that are not compatible with the vehicle, the indicator lamp will flash for
approximately one minute and then light up steadily. The tyre pressures will not be monitored. The
system cannot be switched off.
Adjusting the tyre pressure
Following any relevant change in the vehicle load, the tyre pressure must be checked and altered
as necessary. The tyre pressures recommended for the vehicle are on a sticker on the driver door
pillar or on the inside of the tank flap ⇒ Tyre pressure.
1)

Removing the spare wheel
•Open the boot lid.
•Raise or fold forward the luggage compartment floor ⇒ Boot lid.
•Pull the wedge of the locating element ⇒ Fig. 239① upwards and out.
•Unscrew the handwheel in the middle of the spare wheel ② anticlockwise fully and remove the
spare wheel.
Storing the removed wheel
•Open the boot lid and raise the luggage compartment floor or fold it forwards.
•Place the removed wheel into the spare wheel well with the rim facing downwards so that the
central hole in the rim positioned exactly above the threaded pin.
•Screw the handwheel ⇒ Fig. 239② clockwise onto the threaded pin until the replaced wheel is
firmly secured.
•Insert the locating element wedge ① into the slot of the threaded pin so that the handwheel can
no longer be turned.
If the spare wheel tyre is not the same as the tyres that are mounted on
the vehicle
If the spare wheel tyre differs from the other tyres on the vehicle, the spare wheel must be used
only in the event of a tyre failure and for a short time ⇒.
Follow these guidelines:
•Do not drive faster than 80 km/h (50 mph).
•Avoid full acceleration, sudden braking and fast driving through bends in the road.
•Do not use snow chains on the temporary spare wheel ⇒ Snow chains.
•The tyre pressure must be checked as soon as possible after fitting the spare wheel or
temporary spare wheel ⇒ Tyre pressure.
Tyre lettering and tyre type
Incorrect use of the spare wheel or temporary spare wheel can lead to a loss of control of
the vehicle, to collisions or other accidents and cause serious injuries.
•Never use a spare wheel or temporary spare wheel if it is damaged or worn down to the
tread wear indicators.
•Some vehicles may be equipped with a temporary spare wheel instead of a spare
wheel. The temporary spare wheel can be recognised by a sticker and the text 80 km/h
or 50 mph. This is the maximum speed at which you are permitted to drive with this
tyre. The sticker must remain in place throughout the wheel's service life.
•Never drive faster than 80 km/h (50 mph). Do not accelerate quickly, brake suddenly or
drive at high speed through bends.
•Never drive further than 200 km with a temporary spare wheel if it is fitted to the drive
axle.
•The temporary spare wheel should be exchanged for a normal wheel as soon as
possible. The temporary spare wheel is designed for a short period of use only.
•The temporary spare wheel must always be secured firmly with the wheel bolts
supplied by the factory.
•Never drive using more than one spare wheel that is a different size than the original
tyres.
•After fitting the temporary spare wheel, the tyre pressure must be checked as soon as
possible ⇒ Tyre pressure.
•Snow chains must not be used on the temporary spare wheel.
•Do not fit a temporary spare wheel to the rear axle when towing a trailer ⇒.
WARNING
The spare wheel is not fitted with a tyre pressure sensor. If the spare wheel is used with
tyre pressure sensor, the tyre monitoring system indicator lamp will flash in the instrument
cluster display after approximately ten minutes ⇒ Tyre monitoring systems.
NOTICE

The vehicle data sticker confirms when the vehicle was first registered or delivered, when the
delivery inspection was carried out, and thus the date from which your vehicle is covered by our
warranty.
Saving the service operations performed (digital service schedule)
Each service record is stored by your Volkswagen dealership and qualified workshop in a central
system. This transparent documentation of the service history allows the service operations
performed to be reproduced at any time. Each time you have your vehicle serviced, Volkswagen
recommends asking for a printed service record, which contains all service work stored in the
system.
With every service, the printout of the previous service record is replaced by a current printout.
The digital service schedule is not available in some markets. In this case, your Volkswagen
dealership will inform you about the documentation process for service work.
Service work
The following information is documented in the digital service schedule by your Volkswagen
dealership or qualified workshop:
•When which service was carried out.
•Whether any repairs are recommended, such as replacement of the brake pads in the near
future.
•Whether you had any special requests before or during the maintenance work (your service
advisor will note these on the order).
•Which components or service fluids were changed.
•When your next service is scheduled for.
The LongLife mobility guarantee is valid until the next inspection is due. Documentation takes place
at every due inspection.
The type and scope of service work may differ from vehicle to vehicle. Information on specific work
for your vehicle can be requested from a qualified workshop.
Regular servicing of your vehicle not only maintains its value, it also ensures that your
vehicle remains roadworthy and in working order. You should therefore have your vehicle serviced
according to the Volkswagen guidelines.
Fixed service or flexible service
Fig. 250 Vehicle data sticker with PR number for the relevant service.
The service events differ according to oil change service and inspection. The service interval
display in the display of the instrument cluster serves as a reminder for the due date of the next
service event.
Your vehicle will receive either the fixed service or flexible service for the oil change service,
depending on the vehicle equipment, the engine type and the operating conditions.
How do I know which type of service my vehicle needs?
Inadequate servicing, no servicing at all, or failure to adhere to service intervals can result
in breakdowns, accidents and serious injury.
•Have your service work carried out by an authorised Volkswagen dealership or
workshop.
WARNING
Volkswagen is not responsible for any vehicle damage caused by inadequate service work
or the lack of part availability.
NOTICE

•From the PR number on the vehicle data sticker ⇒ Fig. 250 (arrow) ⇒ Technical data.
•From the table below.
Service
event
PR
No.
Service
type
Service interval
Oil change
service
QI1
Fixed
Every 5,000 km / 3,000 miles or 1 year.
QI2Every 7,500 km / 4,500 miles or 1 year.
QI3Every 10,000 km / 6,000 miles or 1 year.
QI4Every 15,000 km / 9,000 miles or 1 year.
QI6FlexibleAccording to service interval display.
InspectionAccording to service interval display.
Note the information on engine oil specifications according to VW standards ⇒ Engine oil.
Features of the flexible service
With the flexible service, you need to have an oil change service carried out only if your vehicle
requires one. To determine this point in time, individual operating conditions and personal driving
style are taken into account. An important part of the flexible service is the use of LongLife engine
oil instead of conventional engine oil.
Note the information on engine oil specifications according to VW standards ⇒ Engine oil.
If you do not wish to have the flexible service, you can opt for the fixed service instead.
However, a fixed service can affect your service costs. Your service advisor will be pleased to
advise you.
Service interval display
Scheduled services at Volkswagen are displayed in the service interval display in the instrument
cluster ⇒ Service interval display or in the Vehicle settings menu in the Infotainment system
⇒ Operation and display in the Infotainment system. The service interval display informs you about
the scheduled services which include an oil change and also about scheduled services which
include an inspection. When the respective service is due, additional work that is due can also be
carried out, e.g. changing brake fluid and spark plugs.
Information is stated for vehicles used under normal operating conditions.
Whichever comes first.
Information on operating conditions
The service intervals and service content are always for vehicles used under normal operating
conditions.
If the vehicle is operated under severe conditions, some work will have to be performed before the
next service is due or at shorter intervals than those specified.
Severe operating conditions are, for example:
•Fuels containing sulphur,
•Regular short trips,
•Long periods of engine idling (taxis for example),
•Operation in regions with high dust levels,
•Regular trailer towing ⇒ Trailer towing,
•A high percentage of stop-and-go traffic, as is typical in city driving and
•Driving mainly in winter conditions.
This applies particularly to the following components:
•Dust and pollen filter
•Air filter
•Toothed belt
•Diesel particulate filter
•Engine oil
The service advisor at your qualified workshop will be pleased to advise you on whether your
vehicle requires more frequent work due to the conditions under which it is used.
a)
b)
b)
b)
b)
a)
b)

Lubricant in the air conditioning system
The air conditioning system contains up to 210 ml of lubricating oil. The exact specification and
information about the lubricating oil quantity in the air conditioning system are available from the
following website:
https://erwin.volkswagen.de
Radio reception and aerials
In vehicles with a factory-fitted Infotainment system, the aerial for radio reception can be installed at
various locations in the vehicle:
•On the inside of the rear window, together with the rear window heating.
•On the inside of the rear side windows.
•On the inside of the windscreen.
•On the roof of the vehicle.
Aerials on the interior of the windows can be identified by thin wires.
Component protection
Some electronic components and
control units are fitted with component
protection as standard, e.g. the
Infotainment system.
Component protection was developed as a protective mechanism in order to:
•Prevent any factory-fitted parts delivered with a vehicle from functioning fully if they have been
installed into other vehicles (e.g. after theft),
•Prevent full function of components outside of the vehicle,
•Allow for legitimate installation or exchange of parts and control units by a professional in the
case of service.
WhereWhat appears:Remedy
Instrument cluster
displaySAFE CPGo to a qualified workshop.
Infotainment system
display
Component theft protection:
the Infotainment system is not
fully available at present.
Switch on the ignition.
Switch on the ignition.
If this does not deactivate component
protection, seek professional
assistance.
In order to guarantee safe and hazard-free operation, always have the air conditioning
system serviced by trained specialists.
WARNING
•Never repair the evaporator in the air conditioning system using components taken
from older vehicles or recycling facilities.
•Never repair the evaporator in the air conditioning system with used evaporators taken
from older vehicles or recycling facilities.
NOTICE
Aerials located on the inside of the windows can be damaged by corrosive or acidic
detergents, any other chemicals or if hard objects chafe against the window. Never apply
stickers over the window aerials and never clean the aerials with corrosive or acidic
detergents or any other chemicals.
NOTICE
When retrofitting an Infotainment system, ensure that the vehicle's standard integral aerial
amplifier is compatible or else use an additional aerial adapter. Otherwise the aerial
amplifier could be subjected to overvoltage damage.
NOTICE