Socket VOLKSWAGEN TIGUAN 2019 User Guide

Rear light, left
Reversing light
Permanent positive
Permanent positive
Earth for pin 10
Not assigned
Earth for pin 9
Trailer socket
A 13-pin trailer socket makes the electrical connection between the towing vehicle and the trailer.
When the vehicle detects a trailer through the electrics, the consumers in the trailer are supplied
with electrical current via the electrical connection (pins 9 and 10yf3LQLVDVVLJQHGDVWKH
permanent live, enabling operation of e.g. interior trailer lighting.
Electrical consumers such as a caravan refrigerator are supplied with power only when the engine
is running (pin 10yf.
To avoid overloading the electrical system, do not inter-connect the three earth wires (pins 3, 11
and 13yf.
If the trailer has a 7-pin plug you will need to use a suitable adapter cable. Pin 10 is then without
function.
If you are uncertain whether the electrical connection of the trailer with the vehicle is correct, please
contact a qualified workshop. Volkswagen recommends using a Volkswagen dealership for this
purpose.
Connection to the anti-theft alarm
The trailer is integrated in the anti-theft system if the following conditions are fulfilled:
•When the vehicle has a factory-fitted anti-theft alarm and a factory-fitted towing bracket.
•When the trailer is electrically connected to the towing vehicle via the trailer socket.
•When the vehicle and trailer electric systems are functional, fault-free and undamaged.
•When the vehicle is locked with the vehicle key and the anti-theft alarm is active.
When the vehicle is locked, the alarm will be triggered as soon as the electrical connection to the
trailer is interrupted.
Connection to the anti-theft alarm (trailer with LED tail light clustersyf
For technical reasons, trailers with LED tail lights cannot be integrated into the anti-theft alarm
system.
When the vehicle is locked, the alarm is not triggered as soon as the electrical connection to the
trailer with LED rear lights is interrupted.
Any electrical accessories which are not connected properly could cause a power surge to
the trailer. This could lead to malfunctions in the entire vehicle electronics system and
could also cause accidents and serious injuries.
•All work on the electrical system should only be carried out by a qualified workshop.
•Never connect the trailer's electrical system directly to the electrical connections of the
towing vehicle's tail light clusters or to other power sources.
WARNING
Contact between the pins in the trailer socket can lead to short circuits, overloading of the
electrical system and failure of the lighting system, thereby causing accidents and serious
injuries.
•Never connect the pins in the trailer socket to one another.
•Have bent pins repaired by a qualified workshop.
WARNING
If you park the trailer using the support wheel or other trailer supports, disconnect the
trailer from the vehicle. The vehicle could rock up and down if the load changes or if there
is damage to the tyres, for example. If this happens, a great deal of force will be exerted on
the towing bracket and trailer, which could lead to damage to the vehicle and trailer.
NOTICE

If there is a fault in the vehicle or trailer electrical systems or in the anti-theft alarm or if there
is a fault in the anti-theft alarm, have the vehicle checked by a qualified workshop.
If the engine is not running and electrical equipment is switched on in the trailer via the trailer
socket, the 12-volt vehicle battery will discharge.
If the 12-volt vehicle battery charge level is low, the electrical connection to the trailer will be
interrupted automatically.
Loading the trailer
First read and observe the introductoryinformation and safety warnings⇒
Introduction
Trailer weight and drawbar load
The trailer weight is the weight that the vehicle can pull ⇒. The drawbar load is the load that is
exerted vertically from above onto the ball head of the towing bracket ⇒ Information on technical 
data.
The figures for trailer weights and draw bar weights that are given on the data plate of the towing
bracket are for certification purposes only. The correct values for your specific model, which may be
lower than these figures, are given in the vehicle registration documents. All data in the official
vehicle documents take precedence over these data.
The maximum permitted drawbar load exerted by the trailer drawbar on the ball head of the towing
bracket must not exceed 100 kg.
In the interest of driving safety, Volkswagen recommends that you always use the maximum
drawbar load. The response of the trailer on the road will be poor if the drawbar load is too small.
The drawbar load increases the weight on the rear axle and reduces the maximum load level as a
result.
Gross combination weight rating
The combination weight is made up of the actual weight of the loaded vehicle and of the loaded
trailer.
In some countries, trailers are divided into different classes. Volkswagen recommends that you
contact a qualified workshop to find out about suitable trailers.
Loading the trailer
The weight of the load should be distributed evenly. The maximum permitted drawbar load should
be utilised. Do not place the load only at the front or the rear of the trailer:
•Distribute the load in the trailer so that heavy objects are either over or as near to the axle as
possible.
•Secure all loads on the trailer properly.
Tyre pressure
Follow the trailer manufacturer's recommendations concerning the tyre pressure for the trailer tyres.
When towing a trailer, inflate the tyres on the towing vehicle with the maximum permitted tyre
pressure ⇒ Tyre pressure.
Accidents and serious injuries can occur if you exceed the vehicle's maximum permitted
gross axle weight rating, drawbar load, gross vehicle weight rating or gross combination
weight rating.
•Never exceed the specified values.
•Never let the actual weights at the front and rear axles exceed the gross axle weight
ratings. Never exceed the permissible gross vehicle weight for the vehicle with weight
at the front and rear of the vehicle.
WARNING
Loads that may slide can severely impair stability and driving safety, which can cause
accidents and severe injuries.
•Always load trailers correctly.
•Always secure loads properly using suitable and undamaged securing straps.
WARNING

If a lurching motion is detected, the trailer stabilisation function automatically helps to reduce the
trailer's rocking motion using counter steering assistance.
Requirements for trailer stabilisation
•The vehicle is a factory-fitted towing bracket or a compatible towing bracket is fitted.
•Electronic Stability Control and the traction control system (TCSyfDUHDFWLYH7KHLQGLFDWRUODPS
or in the instrument cluster is not lit up.
•The trailer is electrically connected to the towing vehicle via the trailer socket.
•The vehicle speed is higher than approximately 60 km/h (37 mphyf.
•The maximum drawbar load is being carried.
•The trailer must have a rigid drawbar.
•Trailers with brakes must have a mechanical overrun system.
Retrofitting a towing bracket
Fig. 194 Dimensions and attachment points for retrofitting a towing bracket.
First read and observe the introductoryinformation and safety warnings⇒
Introduction
Do not let the extra safety afforded by the trailer stabilisation function tempt you into
taking any risks when driving – this can cause accidents.
•Always adapt your speed and driving style to suit visibility, weather, road and traffic
conditions.
•Accelerate carefully on slippery surfaces.
•Take your foot off the accelerator if one of the systems is active.
WARNING
The trailer stabilisation function may not be able to detect all driving situations correctly.
•Trailer stabilisation is switched off when ESC is deactivated.
•Light trailers that are snaking will not be recognised by the trailer stabilisation function
and stabilised accordingly in all cases.
•A trailer can still jack-knife on slippery roads with little grip, even if the towing vehicle
is equipped with trailer stabilisation.
•Trailers with a high centre of gravity might tip over before snaking starts.
•Sudden braking procedures could occur automatically in extreme driving situations if
the trailer socket is being used without a trailer (e.g. for a bicycle carrier with lightingyf.
WARNING

Fig. 199 Contents of the vehicle tool kit.
First read and observe the introductoryinformation and safety warnings⇒
Introduction
The content of the vehicle toolkit is determined by the vehicle equipment level ⇒ Fig. 199. The
following describes the maximum scope.
Vehicle tool kit components:
Screwdriver with hexagon socket in the handle for slackened wheel bolts. The screwdriver
blade is reversible. The screwdriver may be stowed under the box spanner.
Adapter for the anti-theft wheel bolts. Volkswagen recommends that you carry the wheel
bolt adapter in the vehicle tool kit at all times. The code number of the anti-theft wheel bolt is
engraved on the front of the adapter. You will need this number to replace the adapter if lost.
Make a note of the code number for the anti-theft wheel bolt and keep it in a safe place – but
not inside the vehicle.
Removable towing eye.
Wire hook for pulling off the centre cover, wheel covers and the wheel bolt caps.
Vehicle jack. Before you return the jack to the foam rubber holder, you must wind the claw
in fully.
Box spanner for wheel bolts.
Crank.
Collapsible chock ⇒ Collapsible chock.
Vehicle jack: maintenance
There are no maintenance cycles for the vehicle jack. Grease it with universal lubricant when
necessary.
Collapsible chock
Fig. 200 Folding out the collapsible chock.
First read and observe the introductoryinformation and safety warnings⇒
Introduction
The collapsible chock is stored with the vehicle tool kit ⇒ Stowage.
Design of the collapsible chock
•Lift up the support plate ⇒ Fig. 200①.
•Insert the two lugs on the securing plate into the slots on the base plate ⇒ Fig. 200②.
Correct usage
The collapsible chock can be used to chock the wheel that is diagonally opposite the wheel that is
being changed.
The collapsible chock must be placed directly in front of or behind the wheel. They must only be
used on a solid surface.
Assembling and using the collapsible chocks incorrectly can cause accidents and
injuries.
•Never use damaged collapsible chocks.
•Never use the collapsible chocks to secure the vehicle if it is located on a slope.
WARNING

Changing the bulb
7.Turn the bulb holder anticlockwise as far as it will go and carefully pull it out of the tail
light cluster together with the bulb.
9.Replace the defective bulb with a new bulb of the same type.
10.Carefully insert the bulb holder into the tail light cluster and turn it anticlockwise until
the bulb holder engages.
Fitting the tail light cluster
11.Carefully put the tail light cluster into the opening in the body.
12.Use one hand to hold the tail light in the fitting position while using the other hand to
screw the securing bolt firmly back in ⇒ Fig. 207③.
13.Check that the tail light cluster is positioned correctly and securely.
14.Connect the connector to the bulb holder and press into place.
15.Close the section of side trim in the luggage compartment near the tail light cluster
against the direction of the arrow
16.Close the boot lid ⇒ Boot lid.
The illustrations show the left-hand tail light cluster. The right-hand tail light cluster housing is
a mirror image of the one shown.
There are various types of tail light cluster, so the position and design of covers, bulbs and
bulb holders may vary from those shown in the illustrations.
In tail light clusters with LEDs, some light elements may be fitted with normal bulbs. These
bulbs can be changed.
Troubleshooting
First read and observe the introductoryinformation and safety warnings⇒
Introduction
Lighting
Vehicle lighting not working partially or completely. A separate display appears in the
instrument cluster if there is a cornering light fault.A trailer turn signal or all trailer lights have
stopped working.
Check the exterior lighting and change the appropriate bulb as required ⇒ Changing bulbs. If all
bulbs are OK or there is a fault in the dynamic cornering light, go to a qualified workshop.
Monitoring the lights on a connected trailer
For vehicles with a factory-fitted towing bracket, the vehicle will also monitor certain bulbs on a
trailer which has been connected properly via the trailer socket.
If a trailer turn signal or all the trailer lights fail, the indicator lamp in the instrument cluster will
go out.
Changing fuses
Introduction
This chapter contains information on the followingsubjects:
⇒ Fuses in the dash panel
⇒ Fuses in the engine compartment
⇒ Fuse table for fuses in the dash panel
⇒ Fuse tables for fuses in the engine compartment
⇒ Changing a blown fuse
At the time of print we are unable to provide an complete overview of the locations of the fuses for
the electrical consumers. This is because the vehicle is under constant development, because
fuses are assigned differently depending on the vehicle equipment level and because several
consumers may use a single fuse. You can get more information about the fuse layout from a
Volkswagen dealership.
Several electrical consumers could share a single fuse. Conversely, a single consumer could have
more than one fuse.
Therefore fuses should only be replaced when the cause of the fault has been rectified. If a new
fuse blows shortly after insertion, have the electrical system checked by a qualified workshop as
soon as possible.

Fig. 211 In the dash panel: fuse layout.
First read and observe the introductoryinformation and safety warnings⇒
Introduction
The table shows the fuse locations of the electrical equipment relevant for the driver. The first
column in the table contains the location. The other columns contain the fuse designs, the amp
rating and the consumer protected by the fuse.
Depending on the market and specification of your vehicle, the fuse numbers and positions may
differ to those given in the table. If necessary ask your Volkswagen dealership for the exact fuse
layout.
Fuse
location
⇒ Fig. 211
Fuse
design
Amp
rating
Electrical consumers
F4MINI10Anti-theft alarm.
F6MINI10Selector mechanism for the automatic gearbox
F7MINI10Control unit for air conditioning system or heating and
fresh air system, rear window heating relay
F8MINI10Light switch (dipped headlightsyfUDLQOLJKWVHQVRU
electronic parking brake
F10MINI7,5Display, Infotainment controls
F11ATO40Exterior lights, left
F12ATO20Infotainment services
F14ATO40Blower control
F16MINI7,5Telephone
F22ATO15Charging cable for the trailer
F23JCASE30Electric glass roof
F24ATO40Exterior lights, right
F26ATO30Seat heating
F27ATO30Interior lighting
F28ATO25Left trailer controller unit
F38ATO25Right trailer controller unit
F40ATO20Cigarette lighter, electrical socket
F42ATO40Central locking
F44ATO15Trailer controller unit
F47ATO15Rear wiper
F51ATO25Seat heating at rear
F53ATO30Rear window heating
The electric windows and the electrically adjustable seats may be secured with circuit
breakers which switch on again automatically a few seconds after the overload, e.g. frozen
windows, has been rectified.
Observe the installation position. Factory-fitted fuse location as shown in illustration ⇒ Fig. 211.
Fuse tables for fuses in the engine compartment
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•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 mphyf,IWKHLQGLFDWRUODPSVUHPDLQOLWXSWKHYHKLFOHVKRXOGEHFKHFNHGE\D
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.

Dispose of the 12-volt vehicle battery in accordance with the regulations. 12-volt vehicle
batteries may contain toxic substances such as sulphuric acid and lead.
Electrolyte can pollute the environment. Clean up any service fluid leakages and dispose of
them properly.
Troubleshooting
First read and observe the introductoryinformation and safety warnings⇒
Introduction
12-volt vehicle battery
Fault in the alternator. Go to a qualified workshop. Have the electrical system checked. Switch
off any electrical consumers that are not required. The 12-volt vehicle battery will not be charged by
the alternator while the vehicle is in motion. The start/stop system cannot start the engine.
⇒ Start/stop system 
Wheels and tyres
Tyre monitoring systems
Introduction
This chapter contains information on the followingsubjects:
⇒ Types of tyre monitoring systems
⇒ Tyre Pressure Loss Indicator
⇒ Tyre Pressure Monitoring System
⇒ Troubleshooting for the Tyre Pressure Loss Indicator
⇒ Troubleshooting for the Tyre Pressure Monitoring System
The tyre monitoring system warns the
driver when the tyre pressures get too
low.
Incorrectly securing the battery and using incorrect 12-volt vehicle batteries can cause
short circuits, fire and serious injuries.
•Always use maintenance-free and leak-proof 12-volt vehicle batteries that have the
same properties, specifications and dimensions as the factory-fitted 12-volt vehicle
battery.
•In vehicles with the 12-volt vehicle battery in the luggage compartment, ensure that the
breather hose is connected properly to the 12-volt vehicle battery. Make sure that no
open gas discharge openings are located in the area around the positive battery
terminal. If there is an open breather opening in this area, it must be closed off with a
sealing plug. The breather hose must be connected to the open breather opening in the
area of the negative terminal.
WARNING
A highly explosive mixture of gases is given off when the 12-volt vehicle battery is being
charged.
•12-volt vehicle batteries should only be charged in well-ventilated spaces.
•Never charge a 12-volt vehicle battery that is frozen or that has thawed. Discharged 12-
volt vehicle batteries can already freeze at temperatures of around 0°C (+32°Fyf.
•The 12-volt vehicle battery must be replaced if it has ever been frozen.
•Incorrectly connected cables can cause a short circuit. First connect the positive cable
and then the negative cable.
WARNING
•Never connect or disconnect 12-volt vehicle batteries if the ignition is switched on or
the engine is running. Never use a 12-volt vehicle battery that does not correspond with
the vehicle's specifications. This can damage the electrical system or electronic
components, which can cause electrical faults.
•Never connect equipment that supplies electric power, such as solar panels or a
battery charger, to the 12-volt socket or to the cigarette lighter to charge the 12-volt
vehicle battery. This can damage the vehicle electrical system.
NOTICE

Crank the jack further until the wheel is just clear of the ground.
Changing a wheel
Fig. 248 Changing the wheel: removing the wheel bolts with the screwdriver handle.
First read and observe the introductoryinformation and safety warnings⇒
Introduction
Removing the wheel
•Observe the checklist ⇒ Preparations for changing a wheel.
•Loosen the wheel bolts ⇒ Wheel bolts.
•Jack up the vehicle ⇒ Lifting the vehicle with the jack.
•Using the hexagon socket in the screwdriver handle ⇒ Fig. 248, completely unscrew the
loosened wheel bolts and place them on a clean surface.
•Remove the wheel.
Fitting the spare wheel or temporary spare wheel
Note the tyre direction of rotation ⇒ Tyre lettering and tyre type.
•Put the wheel in place.
•Screw in the anti-theft wheel bolt using the adapter at position ⇒ Fig. 245② or ③ and tighten it
slightly in a clockwise direction.
•Screw in all the other wheel bolts in clockwise direction and tighten them slightly.
•Lower the vehicle with the jack.
•Use the box spanner to tighten all the wheel bolts securely in a clockwise direction ⇒. Do
not tighten the bolts in clockwise or anticlockwise sequence. Tighten them in diagonal
sequence.
•Fit the caps, wheel centre trim or wheel cover ⇒ Hubcaps.
Incorrect use of the vehicle jack can cause the vehicle to slip off the jack, which can lead
to severe injuries. Please note the following to help reduce the risk of injuries:
•Only use vehicle jacks that have been approved by Volkswagen for your vehicle type.
Other vehicle jacks could slip out of position – this includes vehicle jacks supplied
with other Volkswagen models.
•The ground must be firm and level. Soft ground or surfaces at an incline under the
vehicle jack may cause the vehicle to slip off the jack. If necessary use a large, strong
board or similar support for the vehicle jack.
•On a hard, slippery surface (such as tilesyfXVHDUXEEHUPDWRUVLPLODUWRSUHYHQWWKH
vehicle jack from slipping.
•Fit the vehicle jack only at the points described. The jack claw must securely grip the
vertical rib under the side member ⇒ Fig. 247.
•Never place any part of your body (e.g. an arm or legyfXQGHUQHDWKWKHYHKLFOHLIWKH
latter is only supported by the vehicle jack.
•If you have to work underneath the vehicle, use suitable stands to provide extra
support for the vehicle.
•Never lift the vehicle when the engine is running, or if the vehicle is tilted to the side or
on a gradient.
•Never start the engine when the vehicle is raised on a vehicle jack. Engine vibrations
can cause the vehicle to fall off the vehicle jack.
WARNING
Ignoring any of the items on this important safety checklist can lead to accidents and
severe injuries.
•Always follow the instructions in the checklist and observe the general safety
procedures.
WARNING

After changing a wheel
First read and observe the introductoryinformation and safety warnings⇒
Introduction
•Clean the tools from the vehicle tool kit and place them back in the foam rubber holder in the
luggage compartment ⇒ Vehicle toolkit.
•Stow the changed wheel securely in the luggage compartment.
•Have the tightening torque of the wheel bolts checked immediately ⇒ Tightening torque for the 
wheel bolts.
•The damaged wheel should be replaced as soon as possible.
In vehicles with a Tyre Pressure Loss Indicator, the system has to re-synchronise after
wheels are changed ⇒ Tyre monitoring systems.
Breakdown set
Introduction
This chapter contains information on the followingsubjects:
⇒ Contents of the breakdown set
⇒ Preparation
⇒ Sealing and inflating tyres
⇒ Test after driving for 10 minutes
The breakdown set can be used to temporarily and reliably seal any tyre damage caused by foreign
bodies or punctures (up to approx. 4 mm in diameteryf Do not remove foreign objects (e.g.
screws or nailsyfIURPWKHW\UH!
Once the sealant has been added to the tyre, the tyre pressure must be checked and adjusted
again after approximately ten minutes of driving.
Seek expert assistance if more than one of the vehicle's tyres is damaged. The breakdown set is
designed to fill only one tyre.
Use the breakdown set only when the vehicle has been safely parked and if you are familiar with
the work and safety precautions needed. Seek expert assistance if this is not the case.
The tyre sealant must not be used:
•If the rim is damaged.
•If the outside temperature is below -20°C (-4°Fyf.
•If there are cuts or punctures in the tyre that are larger than 4 mm.
•If the vehicle was driven with very low tyre pressure or a flat tyre.
•If the use-by date on the tyre filler bottle has expired.
•In conjunction with AirStop tyres. You can tell if your vehicle is equipped with AirStop tyres if
there is the word Seal on the outside of the tyres.
Incorrect torque or incorrect use of wheel bolts can lead to a loss of control of the vehicle,
cause accidents and serious injuries.
•Always keep all wheel bolts and threads in the wheel hubs clean and free from oil and
grease. The wheel bolts must be easy to turn and be tightened to the specified torque.
•The hexagonal socket in the screwdriver handle should only be used for turning wheel
bolts, not use for loosening or tightening them.
WARNING
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