check engine VOLVO V60 2014 Owner's Manual

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* Option/accessory, for more information, see Introduction.267
1. Briefly press on the key's button (2).
2. Follow this immediately afterwards with a
long press - at least 2 seconds - on button (3).
If the conditions for ERS are fulfilled then the following takes place:
1. The direction indicators flash quickly sev- eral times.
2. The engine starts.
3. The direction indicators illuminate with a constant glow for 3 seconds to verify that the engine has started.
NOTE
After remote starting, the car continues to be locked but with deactivated movementdetector*.
With PCC 6
keyThe light indication for Approach lighting 7
flashes several times when
the button is pressed and then goes to constant glow if all criteria for
ERS have been fulfilled. However, this doesnot mean that ERS has started the engine. To check whether ERS has started the engine, the user can press the button (5) - ifthe engine has started, there is a light indica-tion by the buttons (2) and (3).
Active functionsThe following functions are activated with a remote started engine: • Ventilation system
• Audio/video system
• Approach light duration.
Deactivated functionsThe following functions are deactivated with a remote started engine: • Headlamps
• Position lamps
• Number plate lighting
• Windscreen wiper.
ERS is interruptedThe following steps switch off an ERS-started engine: • The remote control key's button (1), (2) or (4) is depressed
• The car is unlocked
• A door is opened
• Accelerator pedal or brake pedal isdepressed
• The gear selector is moved out of
P posi-
tion
• There is approx.10 litres left in the fueltank •
Active ERS time exceeds 15 minutes.
When an ERS-started engine is switched off, the direction indicators illuminate with a con-stant glow for 3 seconds.
Related information
• Remote start (ERS)* (p. 266)
• Remote start (ERS) - symbols and mes- sages (p. 268)
6
For more information on the PCC key, see PCC* - unique functions (p. 153).7
For more information on Approach lighting, see Remote control key - functions (p. 151) and Approach light duration (p. 89).
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08 Starting and driving
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}}
* Option/accessory, for more information, see Introduction.269
Starting the engine – Flexifuel
Flexifuel engines can be driven on 95 octane unleaded petrol and bioethanol E85. Theengine is started in the same way as in a pet-rol-driven car.
Engine block heater*
Electrical input to the engine block heater.
Cars intended for E85 have an electric engine block heater. Starting and driving with a pre-heated engine means significantly reducedemissions and reduced fuel consumption. Forthis reason you should aim to use the engineblock heater throughout the winter months. • In outside temperatures between +5 °C and -10 °C, the electric engineblock heater should be activated for atleast 1 hour.
• In outside temperatures between-10 °C and -20 °C, the electric engine block heater should be activated for atleast 2 hours.
• In outside temperatures lower than-20 °C, the electric engine block heatershould be activated for at least 3 hours.
WARNING
The engine block heater is powered by high voltage. Fault tracing and repair of anelectric engine block heater and its electri-cal connections must only be carried outby a workshop - an authorised Volvo work-shop is recommended.
NOTE
Points to remember for carrying reserve fuel:
• In the event of stalling due to an empty fuel tank, bioethanol E85 from areserve fuel can may make the enginedifficult to start in extreme cold. This isavoided by filling the reserve fuel canwith 95 octane petrol.
For more information on Flexifuel's bioethanol E85 fuel, see Fuel - bioethanol E85 (p. 304).
In the event of starting difficultiesIf the engine does not start at the first startattempt: •
Make further attempts to start with the START/STOP ENGINE
button.
• Check that the engine block heater hasbeen activated and, where appropriate,activate it for the time specified above.
IMPORTANT
If the engine does not start despite repea- ted start attempts, you are recommendedto contact an authorised Volvo workshop.
Fuel adaptationFlexifuel engines can be driven on both 95 octane unleaded petrol and bioethanol E85.Both fuels are filled in the common fuel tankso that any variations of mixing ratiosbetween these two fuels is possible. If the fuel tank is filled with petrol after the car has been driven on bioethanol E85 (or viceversa) then the engine may run slightlyunevenly for a time. For this reason it isimportant to allow the engine to accustomitself (adapt) to the new fuel mixture. Adaptation takes place automatically when the car is driven for a short period at an evenspeed.
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270
IMPORTANT
After the fuel mixture in the tank has been changed an adaptation should be made bydriving at an even speed for about 15minutes.
If the battery has been discharged or discon- nected then a slightly longer period of drivingis required for the adaptation as the memoryfor the electronics has been cleared.
Related information
•Jump starting with battery (p. 270)
• Starting the engine (p. 264)
Jump starting with battery
If the starter battery (p. 361) is discharged then the car can be started with current fromanother battery.
When jump starting the car, the following steps are recommended to avoid short cir-cuits or other damage:
1. Insert the remote control key in key posi-
tion 0 (p. 70).
2. Check that the donor battery has a volt- age of 12 V.
3. If the donor battery is installed in another car - switch off the donor car's engine and make sure that the two cars do nottouch each other. 4. Connect one of the red jump lead's
clamps to the donor battery's positiveterminal (1).
IMPORTANT
Connect the start cable carefully to avoid short circuits with other components in theengine compartment.
5. Open the clips on the front cover of thebattery in your car and remove the cover, see Starter battery - replacement (p.363).
6. Connect the red jump lead's other clamp onto the car's positive terminal (2).
7. Connect one of the black jump lead's clamps to the donor battery's negativeterminal (3).
8. Connect the other clamp to a grounding point, e.g. right-hand engine mounting atthe top, the outer screw head (4).
9. Check that the jump lead clamps are affixed securely so that there are nosparks during the starting procedure.
10. Start the engine of the "donor car" and allow it to run a few minutes at a speedslightly higher than idleapprox. 1500 rpm.
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08 Starting and driving
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* Option/accessory, for more information, see Introduction.271
11. Start the engine in the car with the dis-
charged battery.
IMPORTANT
Do not touch the crocodile clips during the start procedure. There is a risk of sparksforming.
12. Remove the jump leads in reverse order -first the black and then the red.
> Make sure that none of the black jumplead's clamps comes into contact with the battery's positive terminal or theclamp connected to the red jump lead!
WARNING
• The battery can generate oxyhydrogen gas, which is highly explosive. A sparkcan be formed if a jump lead is con-nected incorrectly, and this can beenough for the battery to explode.
• The battery contains sulphuric acid,which can cause serious burns.
• If sulphuric acid comes into contactwith eyes, skin or clothing, flush withlarge quantities of water. If acidsplashes into the eyes - seek medicalattention immediately.
Related information
•
Starting the engine (p. 264)
Gearboxes
There are two main types of gearbox. Manual gearbox and automatic gearbox.
• Manual gearbox (p. 271)
• Automatic gearbox - Geartronic (p. 273) and Powershift (p. 276)
IMPORTANT
To prevent damage to any drive system components, the working temperature ofthe gearbox is checked. If there is a risk ofoverheating, a warning symbol is illumi-nated in the combined instrument panel inconjunction with a text message beingshown. Follow the recommendation givenin the text message.
Related information
•Automatic gearbox -- Geartronic* (p. 273)
Manual gearbox
The function of the gearbox is to change the gear ratio depending on speed and powerrequirements.
Gearshift pattern 6-speed gearbox.
The 6-speed box is available in two versions - reverse gear position differs between them.Look at the actual gearshift pattern imprintedon the gear lever. • Depress the clutch pedal fully during each gear change.
• Take your foot off the clutch pedalbetween gear changes.
WARNING
Always apply the parking brake when parking on a slope - leaving the car in gearis not sufficient to hold the car in all situa-tions.
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276* Option/accessory, for more information, see Introduction.
Automatic gearbox -- Powershift*
An automatic gearbox with Powershift differs from an automatic gearbox with Geartronic (p.273), in that it has double mechanical clutchdiscs.
D : Automatic gear positions. +S–: Manual gear
positions. S: Sport mode*.
The Powershift automatic gearbox transmits the motive force from the engine to the drivewheels with double mechanical clutch discs,as opposed to Geartronic which instead usesa hydraulic torque converter. Powershift transmission operates in the same way and has similar controls and functions asthe Geartronic automatic transmission. Oneexception is Geartronic's Winter mode, seethe section "Geartronic - Winter mode" (p. 273). Powershift enables driving away on aslippery road surface if 2nd gear is engagedmanually instead of 3rd gear (Geartronic).
Powershift or GeartronicThe model with Powershift transmissionshould not be towed as it is dependent on theengine running in order to receive sufficientlubrication. If towing still has to take place,the route must be as short as possible andthen with very low speed. In the event of uncertainty as to whether or not the car is equipped with Powershift trans-mission, this can be verified by checking thedesignation on the gearbox label under thebonnet - see Type designations (p. 386). Thedesignation ”MPS6” means that it isPowershift transmission - otherwise it isGeartronic automatic transmission.
To bear in mindThe transmission's double clutch has over-load protection that is activated if it becomestoo hot, e.g. if the car is held stationary withthe accelerator pedal on an uphill gradient fora long time. Overheated transmission causes the car to shake and vibrate, and the warning symbolilluminates and the combined instrumentpanel shows a message. The transmissioncan also overheat during slow driving inqueues (10 km/h or slower) on an uphill gradi-ent, or with a trailer hitched. The transmissioncools down when the car is stationary, withfoot brake depressed and the engine runningat idling speed. Overheating during slow driving in queues can be avoided by driving in stages:
• Stop the car and wait with your foot on the brake pedal until there is a moderatedistance to the traffic ahead, drive for-ward a short distance, and then waitanother moment with your foot on thebrake pedal.
IMPORTANT
Use the foot brake to hold the car station- ary on an uphill gradient - do not hold thecar with the accelerator pedal. The gear-box could then overheat.
For important information regarding Power- shift transmission and towing, see Towing (p.313).
Text message and actionIn some situations the combined instrumentpanel may show a text message at the sametime as a symbol is illuminated.
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290* Option/accessory, for more information, see Introduction.
All Wheel Drive - AWD*
The best traction possible is achieved with all- wheel drive.
All Wheel Drive is always available
All Wheel Drive (All Wheel Drive) means that the car is driving all four wheels at the sametime. The power is automatically distributed between the front and rear wheels. An elec-tronically controlled clutch system distributesthe power to the wheels that have the bestgrip on the current road surface. This pro-vides the best traction and prevents wheelspin. Under normal driving conditions, themajority of power is transmitted to the frontwheels. All Wheel Drive improves driving safety in rain, snow and icy conditions.
Foot brake
The foot brake is used to reduce the car's speed while driving. The car is equipped with two brake circuits. If one brake circuit is damaged then this willmean that the brakes engage at a deeperlevel and higher pedal pressure is needed toproduce the normal braking effect. The driver's brake pedal pressure is assisted by a brake servo.
WARNING
The brake servo only works when the engine is running.
If the brake is used when the engine is switched off then the pedal will feel stiff and ahigher pedal pressure must be used to brakethe car. In very hilly terrain or when driving with a heavy load the brakes can be relieved byusing engine braking. Engine braking is mostefficiently used if the same gear is useddownhill as up. For more general information on heavy loads on the car, see Engine oil - adverse drivingconditions (p. 395).
Cleaning the brake discsCoatings of dirt and water on the brake discsmay result in delayed brake function. Withwet road surfaces, prior to long-stay parking and after the car has been washed, it isadvisable to carry out cleaning by brakinggently for a short period while driving.
MaintenanceTo keep the car as safe and reliable as possi-ble, follow the Volvo service intervals asspecified in the Service and Warranty Book-let.
IMPORTANT
The wear on the brake system's compo- nents must be checked regularly. Contact a workshop for information about the procedure or engage a workshop tocarry out the inspection - an authorisedVolvo workshop is recommended.
Symbols and messages
SymbolSpecification
Constant glow – Check the brake fluid level. If the level islow, fill with brake fluid andcheck for the cause of thebrake fluid loss.
Constant glow for 2 seconds when the engine is started -automatic function check.
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291
WARNING
If and illuminate at the same
time, there may be a fault in the brake sys- tem. If the level in the brake fluid reservoir is normal at this stage, drive carefully to thenearest workshop and have the brake sys-tem checked - an authorised Volvo work-shop is recommended. If the brake fluid is below the MIN level in
the brake fluid reservoir, do not drive fur- ther before topping up the brake fluid. The reason for the loss of brake fluid must be investigated.
Related information
• Parking brake (p. 293)
• Foot brake - emergency brake lights and automatic hazard warning flashers (p.291)
• Foot brake - emergency brake assistance(p. 292)
• Foot brake - anti-lock braking system (p.291)
Foot brake - anti-lock braking system
The anti-lock braking system, ABS (Anti-lock Braking System), prevents the wheels fromlocking up during braking. The function allows steering ability to be maintained, and it is easier to swerve to avoida hazard for example. Vibration may be felt inthe brake pedal when this is engaged and thisis normal. A short test of the ABS system is made auto- matically after the engine has been startedwhen the driver releases the brake pedal. Afurther automatic test of the ABS system maybe made when the car reaches 10 km/h. Thetest may be experienced as pulses in thebrake pedal.
Related information
•Foot brake (p. 290)
• Parking brake (p. 293)
• Foot brake - emergency brake lights and automatic hazard warning flashers (p.291)
• Foot brake - emergency brake assistance(p. 292)
Foot brake - emergency brake lights and automatic hazard warningflashers
Emergency brake lights are activated to alert vehicles behind about sudden braking. Thefunction means that the brake light flashesinstead of - as in normal braking - shining witha constant glow. Emergency brake lights are activated at speeds above 50 km/h in the event of suddenbraking. After the car's speed has beenslowed below 10 km/h the brake light returnsfrom flashing to the normal constant glow -while at the same time the hazard warningflashers (p. 86) are activated, and they flashuntil the driver changes engine speed with theaccelerator pedal or they are deactivated withtheir button.
Related information
•Foot brake (p. 290)
• Parking brake (p. 293)
• Foot brake - emergency brake assistance (p. 292)
• Foot brake - anti-lock braking system (p.291)
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297
Fording
Fording means that the car is driven through a water-covered roadway. Fording must be car-ried out with great caution. The car can be driven through water at a maximum depth of 25 cm at a maximumspeed of 10 km/h. Extra caution should beexercised when passing through flowingwater. During driving in water, maintain a low speed and do not stop the car. When the water hasbeen passed, depress the brake pedal lightlyand check that full brake function is achieved.Water and mud for example can make thebrake linings wet resulting in delayed brakefunction. •Clean the electric contacts of the electric engine block heater and trailer couplingafter driving in water and mud.
• Do not let the car stand with water overthe sills for any long period of time - thiscould cause electrical malfunctions.IMPORTANT
Engine damage can occur if water enters the air filter. In depths greater than 25 cm, water could enter the transmission. This reduces thelubricating ability of the oils and shortensthe service life of these systems. In the event of the engine stalling in water, do not try restart - tow the car from thewater to a workshop - an authorised Volvoworkshop is recommended. Risk of enginebreakdown.
Related information
•Recovery (p. 316)
• Towing (p. 313)
Overheating
Under special conditions, for example hard driving in hilly terrain and hot climate, there isa risk that the engine and drive system mayoverheat - in particular with a heavy load. For information about overheating when driv- ing with a trailer, see Driving with a trailer (p.306). • Remove any auxiliary lamps from in front of the grille when driving in hot climates.
• If the temperature in the engine's coolingsystem is too high then a warning symbolis illuminated in the combined instrumentpanel's information display and a text message
High engine temp Stop safelyis shown there - stop the car in a safe way and allow the engine to run at idlingspeed for several minutes in order to cooldown.
• If the text message
High engine temp
Stop engine or Coolant level low, Stop
engine is shown then the engine must be
switched off after stopping the car.
• In the event of overheating in the gearbox a built-in protection function is activatedwhich, amongst other things, illuminatesa warning symbol in the combined instru-ment panel, and its display shows the text message
Transmission hot Reduce
speed or Transmission hot Stop safely- follow the recommendation given and lower the speed and stop the car in a safeway and allow the engine to run at idling
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Before a long journey
Before a long journey, it makes good sense to go through the following points: •Check that the engine is working normally and that fuel consumption (p. 403) is nor-mal.
• Make sure that there are no leaks (fuel, oilor other fluid).
• Check all bulbs and tyre tread depths.
• Carrying a warning triangle (p. 329) is alegal requirement in certain countries.
Related information
• Engine oil - checking and filling (p. 346)
• Changing wheels - removing wheels (p.324)
• Lamp replacement (p. 352)
Winter driving
For winter driving it is important to perform certain checks in order to ensure that the carcan be driven safely. Check the following in particular before the cold season:
• The engine coolant (p. 349) must contain at least 50% glycol. This mixture protectsthe engine against frost erosion down toapproximately –35 °C. To achieve opti-mum antifreeze protection, different typesof glycol must not be mixed.
• The fuel tank must be kept filled to pre-vent condensation.
• Engine oil viscosity is important. Oils withlower viscosity (thinner oils) facilitate star-ting in cold weather and also reduce fuelconsumption while the engine is cold. Formore information on suitable oils, seeEngine oil - adverse driving conditions (p.395).
IMPORTANT
Low viscosity oil must not be used for hard driving or in hot weather.
•The condition of the starter battery and charge level must be inspected. Coldweather places great demands on the starter battery and its capacity is reducedby the cold.
• Use washer fluid (p. 361) to avoid iceforming in the washer fluid reservoir.
To achieve optimum roadholding Volvo rec- ommends using winter tyres on all wheels ifthere is a risk of snow or ice.
NOTE
The use of winter tyres is a legal require- ment in certain countries. Studded tyresare not permitted in all countries.
Slippery driving conditionsPractise driving on slippery surfaces under controlled conditions to learn how the carreacts.
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Fuel - petrol
Petrol is used as fuel. Petrol must fulfil the EN 228 standard. Most engines can be run with octane ratings of 95and 98 RON. Only in exceptional casesshould 91 RON be used.
• 95 RON can be used for normal driving.
• 98 RON is recommended for optimum performance and minimum fuel consump-tion.
When driving in temperatures above +38 °C, fuel with the highest possible octane rating isrecommended for optimum performance andfuel economy.
IMPORTANT
• Always refuel with unleaded petrol so as not to damage the catalytic con-verter.
• Do not use additives not recom-mended by Volvo.
Related information
•
Fuel - handling (p. 301)
• Economical driving (p. 305)
• Fuel consumption and CO2 emissions (p. 403)
• Fuel tank - volume (p. 402)
Fuel - diesel
Diesel is used as fuel. Only use diesel fuel from well-known produc- ers. Never use diesel of dubious quality. Die-sel should fulfil the EN 590 or JIS K2204standards. Diesel engines are sensitive tocontaminants in the fuel, such as excessivelyhigh volumes of sulphur particles for exam-ple. At low temperatures (-6 °C to -40 °C), a par- affin precipitate may form in the diesel fuel,which may lead to ignition problems. Specialdiesel fuel designed for low temperaturesaround freezing point is available from themajor oil companies. This fuel is less viscousat low temperatures and reduces the risk ofparaffin precipitate. The risk of condensation in the fuel tank is reduced if the tank is kept well filled. Whenrefuelling, check that the area around the fuelfiller pipe is clean. Avoid spilling fuel onto thepaintwork. Wash off any spillage with deter-gent and water.
IMPORTANT
Only ever use fuel that fulfils the European diesel standard. The sulphur content must be a maximum of 50 ppm.
IMPORTANT
Diesel type fuels that must not be used:
• Special additives
• Marine diesel fuel
• Heating oil
• FAME 15
(Fatty Acid Methyl Ester) and
vegetable oil.
These fuels do not fulfil the requirements in accordance with Volvo recommendationsand generate increased wear and enginedamage that is not covered by the Volvowarranty.
Empty tankThe design of the fuel system in a diesel engine means that if the vehicle runs out offuel, the tank may need to be vented in theworkshop in order to restart the engine afterfuelling. Once the engine has stopped due to fuel starvation, the fuel system needs a fewmoments to carry out a check. Do this beforestarting the engine, once the fuel tank hasbeen filled with diesel:
1. Insert the remote control key in the igni- tion switch and push it in to the end posi-
15Diesel fuel may contain a certain amount of FAME, but further amounts must not be added.
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