2013 SKODA ROOMSTER light

Diesel enginesa)SpecificationCapacity1.2 litres/55 kW TDI CRVW 507 004.31.6 litres/66 kW TDI CR DPFVW 507 004.31.6 litres/77 kW TDI CR DPFVW 507 004.3a)
Engine oil VW 505 01 can optionally be used in diesel engines
without DPF
Specifications and capacity (in l) for vehicles with fixed service intervals
Petrol enginesSpecificationCapacity1.2 litres/51 kWVW 501 01, VW 502 002.81.2 litres/63 kW TSIVW 502 003.91.2 litres/77 kW TSIVW 502 003.91.4 litres/63 kWVW 501 01, VW 502 003.21.6 litres/77 kWVW 501 01, VW 502 003.6
If the oils specified above are not available, oils according to ACEA A2 or ACEA A3
can be used once for refilling.
Diesel engines a)SpecificationCapacity1.2 litres/55 kW TDI CRVW 507 004.31.6 litres/66 kW TDI CR DPFVW 507 004.31.6 litres/77 kW TDI CR DPFVW 507 004.3a)
Engine oil VW 505 01 can optionally be used in diesel engines
without DPF
If the oils specified above are not available, oils according to ACEA B3 or ACEA B4
can be used once for refilling.
CAUTION
Only the above-mentioned oils can be used on vehicles with flexible service inter- vals. We recommend always refilling with oil of the same specification since thiswill maintain the properties of the oil. In exceptional cases, a maximum of 0.5 l ofspecification VW 502 00 (only for petrol engines) or specification VW 505 01 (only
for diesel engines) engine oil can be used to refill once. Other engine oils must not be used - there is risk of engine damage.
Checking the oil levelFig. 130
Dipstick
First read and observe the introductory information and safety warn-
ings on page 163.
The dipstick indicates the engine oil level » Fig. 130.
Checking the oil level
Ensure that the vehicle is positioned on a level surface and the engine has reached its operating temperature.
›
Switch off the engine.
Wait a few minutes until the engine oil flows back into the sump.
›
Open the bonnet.
›
Pull out the dipstick.
›
Wipe the dipstick with a clean cloth and insert it again to the stop.
›
Pull the dipstick out again and check the oil level.
Oil level within range
A
No oil must be refilled.
Oil level within range
B
Oil can be refilled. The oil level may lie in range
A
.
Oil level within range
C
The engine must be topped up with oil so that the oil level at least reaches range
B
.
The engine burns some oil. The oil consumption may be as much as 0.5 l/1 000 km depending on your style of driving and the conditions under which you operate
your vehicle. Consumption may be slightly higher than this during the first 5 000
kilometres. 
164General Maintenance

The oil level must be checked at regular intervals. We recommend it be checked
after each time you refuel or prior to making a long journey.
We recommend maintaining the oil level within the range A
, but not above , if
the engine has been operating at high loads, for example, during a lengthy motor-
way trip during the summer months, towing a trailer or negotiating a high moun- tain pass.
The warning light in the instrument cluster will indicate whether the oil level is too low » page 21 ,   Engine oil . Check the oil level using the dipstick as soon
as possible. Add oil accordingly.
CAUTION
The oil level must on no account be above range A » Fig. 130 . Risk of damaging
the exhaust system!
Note
Engine oil specifications » page 163.
Replenishing
First read and observe the introductory information and safety warn-
ings
on page 163.
›
Check the oil level » page 164.
›
Unscrew the cap of the engine oil filler opening.
›
Replenish the oil in portions of 0.5 litres in accordance with the correct specifi-
cations » page 163 , Specifications and capacity .
›
Check the oil level » page 164.
›
Carefully screw on the oil filler opening cap and push the dipstick in fully.

Changing
First read and observe the introductory information and safety warn-ings
on page 163.
The engine oil must be changed at specified service intervals » page 144 or ac-
cording to the service interval display » page 16, Service Interval Display .

Coolant
Introduction
This chapter contains information on the following subjects:
Capacity
166
Checking the coolant level
166
Replenishing
167
The coolant consists of water with coolant additive. This mixture guarantees anti- freeze protection, protects the cooling/heater system against corrosion and pre-
vents lime formation.
Vehicles exported to countries with a mild climate are already factory-filled with
a coolant which offers antifreeze protection down to about -25 ℃. In these coun-
tries, the concentration of coolant additive should be at least 40%.
Vehicles exported to countries with a cold climate are already factory-filled with a
coolant which offers antifreeze protection down to about -35 °C. In these coun-
tries, the concentration of coolant additive should be at least 50%.
If a higher concentration of antifreeze is required for climatic reasons, the con-centration of coolant additive can be increased up to a maximum of 60% (anti-
freeze protection down to approx. -40 °C).
When refilling, only use the same antifreeze identified on the coolant expansion
vessel » Fig. 131 on page 166.
WARNING■
The engine compartment of your car is a hazardous area. The following
warning instructions must be followed at all times when working in the en-
gine compartment » page 159.■
Do not continue your journey if for some reason it is not possible  to top
up the coolant under the prevailing conditions! Switch off the engine and seek
assistance from a specialist garage.
CAUTION
■ The concentration of coolant additive in the coolant must never be under 40%.■Over 60% of coolant additive in the coolant reduces the antifreeze protection
and cooling effect. 165Inspecting and replenishing

■A coolant additive that does not comply with the correct specifications can sig-
nificantly reduce the corrosion protection.■
Any faults resulting from corrosion may cause a loss of coolant and can conse-
quently result in major engine damage!
■
Do not fill the coolant above the mark
A
» Fig. 131 on page 166.
■
If a fault causes the engine to overheat, we recommend visiting a specialist ga-
rage, as otherwise serious engine damage may occur.

Capacity
First read and observe the introductory information and safety warn-
ings
on page 165.
Coolant capacity (in litres) 1)
Petrol enginesCapacity1.2 litres/51 kW5.51.2 litres/63 kW TSI7.71.2 litres/77 kW TSI7.71.4 litres/63 kW5.51.6 litres/77 kW5.5Diesel enginesCapacity1.2 ltr./55 kW TDI CR DPF6.61.6 litres/66 kW TDI CR DPF8.41.6 litres/77 kW TDI CR DPF8.4

Checking the coolant levelFig. 131
Engine compartment: Coolant
expansion reservoir
First read and observe the introductory information and safety warn-
ings on page 165.
The coolant expansion bottle is located in the engine compartment.
›
Switch off the engine.
›
Open the bonnet » page 161.
›
Check the level of coolant at the coolant expansion vessel » Fig. 131. The cool-
ant level when the engine is cold must lie between the
B
(MIN) and
A
(MAX)
markings. The level may also rise slightly above the
A
(MAX) marking when the
engine is warm.
If the coolant level in the coolant expansion tank is too low, this is indicated by
the warning light 
lighting up in the instrument cluster » page 22, 

Coolant .
We still recommend inspecting the coolant level directly at the reservoir from
time to time.
Loss of coolant
A loss of coolant is first and foremost an indication of a leak in the system. Do
not merely top up the coolant. Have the cooling system checked by a specialist
garage.


1)
The coolant capacity is approximately 1 Litre greater on vehicles that are fitted with an auxiliary heat-
er (auxiliary heating and ventilation).
166General Maintenance

ReplenishingFirst read and observe the introductory information and safety warn-
ings
on page 165.
Only top up with new coolant.
›
Switch off the engine.
›
Allow the engine to cool.
›
Place a cloth over the cap of the coolant expansion tank and carefully unscrew
the cap.
›
Replenish the coolant.
›
Turn the cap until it clicks into place.
Do not use an alternative additive if the specified coolant is not available in an emergency. In this case, use just water and have the correct mixing ratio of waterand coolant additive restored by a specialist garage as soon as possible.
Do not fill the coolant above the mark
A
(max.) » Fig. 131 on page 166. Excess
coolant heats up and then is forced out of the cooling system through the pres-
sure relief valve in the cap.

Brake fluid
 Introduction
This chapter contains information on the following subjects:
Checking the brake fluid level
167
Changing
168WARNING■ The engine compartment of your car is a hazardous area. The following
warning instructions must be followed at all times when working in the en-
gine compartment » page 159.■
 Do not continue your journey if the fluid level has fallen below the MIN
marking » Fig. 132 on page 167 - there is a risk of an accident. Seek help from
a specialist garage.
■
Do not use used brake fluid - the function of the brake system may be im-
paired – risk of accident!
CAUTIONBrake fluid damages the paintwork of the vehicle.
Note
The brake fluid is changed as part of a compulsory inspection service.
Checking the brake fluid level
Fig. 132
Engine compartment: Brake fluid
reservoir
First read and observe the introductory information and safety warn-
ings on page 167.
The brake fluid reservoir is located in the engine compartment.
›
Switch off the engine.
›
Open the bonnet.
›
Check the level of brake fluid in the reservoir » Fig. 132.
The level must be between the “MIN” and “MAX” markings.
A slight drop in the fluid level results in operation due to normal wear and tear and the automatic adjustment of the brake pads.
There may be an indication of a leak in the brake system, however, if the fluid lev-
el drops significantly within a short time or if it drops below the “MIN” marking.
If the brake fluid level is too low, this is indicated by the warning light 
lighting
up in the instrument cluster » page 20, 
Brake system .

167Inspecting and replenishing

ChangingFirst read and observe the introductory information and safety warn-ings
on page 167.
Brake fluid absorbs moisture. Over time it therefore absorbs moisture from theenvironment.
Excessive water in the brake fluid may be the cause of corrosion in the brake sys-
tem.
The water content lowers the boiling point of the brake fluid.
The brake fluid must comply with the following standards or specifications: › VW 50114;
› FMVSS 116 DOT4.

Vehicle battery

Introduction
This chapter contains information on the following subjects:
Open cover
169
Checking the electrolyte level
170
Operation in winter
170
Charging
170
Disconnecting or reconnecting
171
Replacing
171
Automatic load deactivation
171
Warning symbols on the vehicle battery
SymbolMeaningAlways wear eye protection.Battery acid is severely caustic. Always wear gloves and eye protec- tion.Keep fire, sparks, open flames and lit cigarettes well clear of the ve-
hicle battery.SymbolMeaningWhen charging the vehicle battery, a highly explosive gas mixture is produced.Keep children away from the vehicle battery.WARNINGThere is risk of injuries, poisoning, chemical burns, explosions or fire when
working on the battery and on the electrical system. It is essential to comply
with the generally applicable rules of safety as well as the warning instruc-
tions outlined below.■
Keep children away from the vehicle battery.
■
Do not tilt the battery otherwise battery electrolyte may flow out of the bat-
tery vent openings. Protect your eyes by wearing safety goggles or a face
shield – risk of blindness!
■
Always wear protective gloves, eye and skin protection when handling the
vehicle battery.
■
The battery acid is strongly corrosive and must, therefore, be handled with
the greatest of care.
■
Corrosive fumes in the air irritate the air passages and lead to conjunctivitis
and inflammation of the air passages in the lungs.
■
Battery acid corrodes dental enamel and, if it comes into contact with the
skin, causes deep wounds that take a long time to heal. Repeated contact
with diluted acids causes skin diseases (inflammations, ulcers, slin cracks).
■
If any battery acid comes into contact with your eyes, rinse the affected eye
immediately with clean water for several minutes and consult a doctor imme-
diately!
■
Splashes of acid on your skin or clothes should be neutralised as soon as
possible using soap suds and then rinsed with plenty of water. If you swallow
battery acid, consult a doctor immediately!
WARNING■ It is prohibited to work with naked flames or lights.■It is prohibited to smoke or carry out any activities that produce sparks.■
Never use a damaged vehicle battery – risk of explosion!
■
Never charge a frozen or thawed vehicle battery – risk of explosion and
chemical burns! 
168General Maintenance

WARNING (Continued)■Replace a frozen vehicle battery.■Never jump-start vehicle batteries with insufficient acid levels – risk of ex-
plosion and chemical burns.WARNING■ When you charge a battery, hydrogen is released, and a highly explosive gas
mixture is also produced. An explosion can be caused through sparkling over during unclamping or loosening of the cable plug while the ignition is on.■
Creating a bridge between the poles on the battery (e.g. with a metal object
or cable) creates a short circuit - risk of melting the lead bars, and risk of ex-
plosion, battery fire and acid splashes.
■
Avoid creating sparks when working with cables and electrical devices.
Strong sparking represents a risk of injury.
■
Before carrying out any work on the electrical system, switch off the engine,
the ignition and all electrical consumers and disconnect the negative termi-
nal ( ) of the battery.
CAUTION
Improper handling of the battery can lead to damage. We recommend having all
work on the vehicle battery carried out by a specialist garage.
CAUTION
■ The vehicle battery must only be disconnected if the ignition is switched off,
otherwise the vehicle's electrical system (electronic components) can be dam-
aged. When disconnecting the battery from the vehicle's electrical system, first
disconnect the negative terminal ( ), then the positive terminal ( ).■
When connecting the battery to the vehicle's electrical system first connect the
positive terminal ( ), and only then the negative terminal ( ) of the battery. Un-
der no circumstances must the battery cables be connected incorrectly – risk of a
cable fire.
■
Ensure that battery acid does not come into contact with the bodywork – risk of
damage to the paintwork.
■
Do not place the battery in direct daylight in order to protect the vehicle battery
housing from the effects of ultra-violet light.
■ If the vehicle has not been driven for more than 3 to 4 weeks, the battery will
discharge. This is because certain electrical components consume electricity (e. g.
control units) also in idle state. Battery discharge can be prevented by discon- necting the negative terminal ( ) of the battery or by continuously charging the
battery charged with very low charging current.■
If the vehicle is frequently used for making short trips, the vehicle battery will
not have time to charge up sufficiently and may discharge.
For the sake of the environment
A vehicle battery that has been removed is a special type of hazardous waste.
These must be disposed of in accordance with national legal regulations.
Note
You should replace batteries older than 5 years.
Open cover
Fig. 133
Vehicle battery: Open up the
cover
First read and observe the introductory information and safety warn-
ings on page 168.
The battery is located in the engine compartment below a plastic box.
›
Open the cover in the direction of the arrow » Fig. 133.
›
The installation of the battery cover on the positive terminal side takes place in
the reverse order.

169Inspecting and replenishing

Checking the electrolyte levelFig. 134
Vehicle battery: Electrolyte level
indicator
First read and observe the introductory information and safety warn-
ings on page 168.
We recommend that you have the acid level checked regularly by a specialist ga-
rage, especially in the following cases.
› High outside temperatures.
› Long daily drives
› After each charge
» page 170.
On vehicles with a vehicle battery fitted with a colour indicator, known as the
magic eye » Fig. 134, the electrolyte level can be determined by looking at the
change in colour.
Air bubbles can influence the colour of the indicator. For this reason carefully
knock on the indicator before carrying out the check.
› Black colour - electrolyte level is correct.
› Colourless or light yellow colour - electrolyte level too low, the battery must be
replaced.
Note
■ The battery acid level is also checked regularly by a specialist garage as part of
the inspection service.■
For technical reasons, on vehicles with the description “AGM”, the electrolyte
level cannot be checked.
■
Vehicles with a START-STOP system are fitted with a battery control unit for
checking the energy level for the recurring engine start.

Operation in winter
First read and observe the introductory information and safety warn-
ings
on page 168.
The vehicle battery only has some of its starting power at low temperatures. A
discharged vehicle battery may freeze at temperatures just below 0 °C .
We therefore recommend that you have the battery checked and, if necessary, re-
charged by a specialist garage before the start of the winter.

Charging
First read and observe the introductory information and safety warn-ings
on page 168.
A properly charged vehicle battery is essential for reliably starting the engine.
›
Switch off the ignition and all of the electrical components.
›
Disconnect both battery cables (“negative” first, then “positive”) only when
“rapid charging” the battery.
›
Attach the terminal clamps of the charger to the battery terminals (red = “posi-
tive”, black = “negative”).
›
Plug the mains cable of the charger into the power socket and switch thecharger on.
›
Once charging is complete: Switch off the charger and remove the mains cable
from the power socket.
›
Only then disconnect the charger's terminal clamps.
›
Reconnect the cables to the battery (first “positive”, then “negative”).
It is not necessary to disconnect the battery cables if you are recharging the vehi-
cle battery using low amperages (for example from a mini-charger). Refer to the
charger manufacturer's instructions .
A charging current of 0.1 multiple of the total vehicle battery capacity (or lower)
must be used until full charging is achieved.
Both cables must be disconnected before charging the battery with high amper-
ages, known as “ rapid charging”.
The vent plugs of the vehicle battery should not be opened for charging. 
170General Maintenance

WARNING“Quick-charging” the vehicle battery is dangerous and requires a special
charger and specialist knowledge.
CAUTION
On vehicles with the START/STOP system, the pole terminal of the charger must
not be connected directly to the negative terminal of the vehicle battery, but only
to the engine earth » page 188, Jump-starting in vehicles with the START-STOP
system .
Note
We therefore recommend that vehicle batteries be rapid charged by a specialist
garage.
Disconnecting or reconnecting
First read and observe the introductory information and safety warn-ings
on page 168.
The following functions are initially deactivated or are no longer able to operate
faultlessly after the vehicle battery has been disconnected and reconnected.
OperationOperating measureElectrical power window (operational faults)» page 40Enter the radio/navigation system code num-
ber» User manual of the radio
or » user manual of the naviga-
tion systemSetting the clock» page 12Data in the multifunction display are deleted.» page 13
Note
We recommend having the vehicle checked by a specialist garage in order to en-
sure full functionality of all electrical systems.
Replacing
First read and observe the introductory information and safety warn-
ings
on page 168.
When replacing a battery, the new vehicle battery must have the same capacity,
voltage, amperage and be the same size. Suitable vehicle battery types can be purchased from a specialist garage.
We recommend having the battery replaced by a specialist garage, where the
new vehicle battery will be installed properly and the original battery will be dis-
posed of in accordance with national regulations.

Automatic load deactivation
First read and observe the introductory information and safety warn-ings
on page 168.
The vehicle voltage control unit automatically prevents the battery from discharg-
ing when the battery is put under high levels of strain. This may be noticed from
the following.
› The idling speed is raised to allow the generator to deliver more electricity to
the electrical system.
› Where necessary, large convenience consumers such as seat heaters and rear
window heaters have their power limited or are shut off completely in the event
of an emergency.
CAUTION
■ Despite such intervention by the vehicle electric system management, the vehi-
cle battery may be drained. For example, when the ignition is switched on a long
time with the engine turned off or the side or parking lights are turned on during longer parking.■
Consumers that are supplied via a 12-V power socket can cause the vehicle bat-
tery to discharge when the ignition is switched off.
Note
Driving comfort is not impaired by consumers being deactivated. The driver is of-
ten not aware of it having taken place.
171Inspecting and replenishing