2001 VOLVO S60 weight

Keylock (automatic transmission)
When you switch off the ignition, the gear selector must be in the (P) ark position before the key can be removed from
the ignition switch.
Anti-lock Brake System (ABS)
The ABS system in your car performs a self - diagnostic test when the vehicle first reaches the speed of approximately
12 mph (20 km/h). The brake pedal will pulsate several times and a sound may be audible from the ABS control
module. This is normal.
Fuel filler door
The fuel filler door, located on the right rear fender, is connected to your car's central locking system. The driver's door
must be unlocked before the fuel filler door can be opened.
When you lock your car using the central locking button on the driver's door or remote control, the fuel filler door also
locks after a 10-minute delay. If you lock your car with the fuel filler door open, you will need to unlock the car to
allow the fuel filler door to be closed again.
Fuel filler cap
After refueling, close the fuel filler cap by turning it clockwise until it clicks into place. If this cap is not closed tightly
or if the engine is running when the car is refueled, the Malfunction Indicator Lamp (" Check Engine" light) will
illuminate.
Important information
Before you operate your car for the first time, please familiarize yourself with the new- engine oil consumption
information on page 126.
You should also be familiar with the information in chapters one, two and four of this
manual. Information contained in the balance of the manual is extremely useful and should be read after operating the
vehicle for the first time. The manual is structured so that it can be used for reference. For this reason, it should be
kept in the car for ready access.
Do not export your Volvo to another country before investigating that country's applicable safety and exhaust emission
requirements. In some cases it may be difficult or impossible to comply with these requirements. Modifications to the
emission control system( s) may render your Volvo not certifiable for legal operation in the U. S., Canada and other
countries.
All information, illustrations and specifications contained in this manual are based on the latest product information
available at the time of publication. Please note that some vehicles may be equipped differently, depending on special
legal requirements. Optional equipment described in this manual may not be available in all markets.
Volvo reserves the right to make model changes at any time, or to change specifications or design without notice and
without incurring obligation.
Volvo and the environment
Volvo is committed to the well being of its customers. As a natural part of this commitment, we care about the
environment in which we all live. Caring for the environment means an everyday involvement in reducing our
environmental impact.
Volvo's environmental activities are based on a holistic view, which means we consider the overall environmental
impact of a product throughout its complete life cycle. In this context, design, production, product use, and recycling
are all important considerations.
In production, Volvo has partly or completely phased out several chemicals including freons, lead chromates,
naphtanates, asbestos, mercury and cadmium; and reduced the amount of chemicals used in our plants 50% since 1991.
Volvo was the first in the world to introduce into production a three- way catalytic converter with a Lambda sond, now
called oxygen sensor, in 1976. The current version of this highly efficient system reduces emissions of harmful
substances (CO, HC, NOx) from the exhaust pipe by approximately 95% and the search to eliminate the remaining
emissions continues. Volvo is the only automobile manufacturer to offer CFC- free retrofit kits for the air conditioning
system of all models as far back as the 1975 model 240. Advanced electronic engine controls, refined purification
systems and cleaner fuels are bringing us closer to our goal.
After Volvo cars and parts have fulfilled their use, recycling is the next critical step in completing the life cycle. The
metal content is about 75% of the total weight of a car, which makes the car among the most recycled industrial
products. In order to have efficient and well controlled recycling, many Volvo variants have printed dismantling
manuals, indicating the weight and material of individual components.
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Keylock (automatic transmission)
When you switch off the ignition, the gear selector must be in the (P) ark position before the key can be removed from
the ignition switch.
Anti-lock Brake System (ABS)
The ABS system in your car performs a self - diagnostic test when the vehicle first reaches the speed of approximately
12 mph (20 km/h). The brake pedal will pulsate several times and a sound may be audible from the ABS control
module. This is normal.
Fuel filler door
The fuel filler door, located on the right rear fender, is connected to your car's central locking system. The driver's door
must be unlocked before the fuel filler door can be opened.
When you lock your car using the central locking button on the driver's door or remote control, the fuel filler door also
locks after a 10-minute delay. If you lock your car with the fuel filler door open, you will need to unlock the car to
allow the fuel filler door to be closed again.
Fuel filler cap
After refueling, close the fuel filler cap by turning it clockwise until it clicks into place. If this cap is not closed tightly
or if the engine is running when the car is refueled, the Malfunction Indicator Lamp (" Check Engine" light) will
illuminate.
Important information
Before you operate your car for the first time, please familiarize yourself with the new- engine oil consumption
information on page 126.
You should also be familiar with the information in chapters one, two and four of this
manual. Information contained in the balance of the manual is extremely useful and should be read after operating the
vehicle for the first time. The manual is structured so that it can be used for reference. For this reason, it should be
kept in the car for ready access.
Do not export your Volvo to another country before investigating that country's applicable safety and exhaust emission
requirements. In some cases it may be difficult or impossible to comply with these requirements. Modifications to the
emission control system( s) may render your Volvo not certifiable for legal operation in the U. S., Canada and other
countries.
All information, illustrations and specifications contained in this manual are based on the latest product information
available at the time of publication. Please note that some vehicles may be equipped differently, depending on special
legal requirements. Optional equipment described in this manual may not be available in all markets.
Volvo reserves the right to make model changes at any time, or to change specifications or design without notice and
without incurring obligation.
Volvo and the environment
Volvo is committed to the well being of its customers. As a natural part of this commitment, we care about the
environment in which we all live. Caring for the environment means an everyday involvement in reducing our
environmental impact.
Volvo's environmental activities are based on a holistic view, which means we consider the overall environmental
impact of a product throughout its complete life cycle. In this context, design, production, product use, and recycling
are all important considerations.
In production, Volvo has partly or completely phased out several chemicals including freons, lead chromates,
naphtanates, asbestos, mercury and cadmium; and reduced the amount of chemicals used in our plants 50% since 1991.
Volvo was the first in the world to introduce into production a three- way catalytic converter with a Lambda sond, now
called oxygen sensor, in 1976. The current version of this highly efficient system reduces emissions of harmful
substances (CO, HC, NOx) from the exhaust pipe by approximately 95% and the search to eliminate the remaining
emissions continues. Volvo is the only automobile manufacturer to offer CFC- free retrofit kits for the air conditioning
system of all models as far back as the 1975 model 240. Advanced electronic engine controls, refined purification
systems and cleaner fuels are bringing us closer to our goal.
After Volvo cars and parts have fulfilled their use, recycling is the next critical step in completing the life cycle. The
metal content is about 75% of the total weight of a car, which makes the car among the most recycled industrial
products. In order to have efficient and well controlled recycling, many Volvo variants have printed dismantling
manuals, indicating the weight and material of individual components.
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a cover that must be removed before it can be used.
This can be used to fit a hook for a handbag, waste bin, pocket for personal effects, etc. Consult your Volvo retailer.
Coat hanger
Use the coat hanger for clothes of normal weight.
pg. 110 Storage compartments
Waste bin/ bottle holder in the rear seat (option)
Do as follows to change the waste bag:
1. Open the holder.
2. Use both hands to press out the bottom of the holder.
3. Fit the bag around the bottom portion and press it back onto the top portion.
4. The bag is ready for use.
The waste bin can also be used as a holder for large bottles, etc.
NOTE! For reasons of safety, glass bottles should never be used anywhere in the car!
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2 0 0 1
VOLVO S60
Safety
pg. 9 Safety
Seat belts 10
Airbags (Supplemental Restraint System)12
Side airbags (SIPS airbags)18
Inflatable Curtain (IC)20
Inspection of airbags, inflatable curtains and seat belt tensioners21
WHIPS22
Child safety24
Occupant safety, Reporting safety defects28
pg. 10 Seat belts
Seat belts
Not wearing a seat belt is like believing "It'll never happen to me!" Volvo, the inventor of the three-point seat belt,
urges you and all occupants of your car to wear seat belts and ensure that children are properly restrained, using an
infant, car or booster seat determined by age, weight and height. Volvo also believes no child should sit in the front
seat of a car.
NOTE: Legislation in your state or province may mandate seat belt usage. Additionally, most states and provinces
have already made it mandatory for occupants of a car to use seat belts.
So, urging you to "buckle up" is not just our recommendation - legislation in your state or province may mandate seat
belt usage. The few seconds it takes to buckle up may one day allow you to say, "It's a good thing I was wearing my
seat belt."
NOTE: A chime will sound several times if the driver has not fastened his/ her seat belt.
To buckle a seat belt:
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CAUTION: Drive slowly and carefully if going through standing water (i. e. flooded roadways, etc.). Damage to the
engine could result if excess water is drawn in through the air intake system. Never drive the vehicle in water deeper
than 1 foot (300 mm). See the flood warning on page 16.
Weight distribution affects handling
At the specified curb weight your car has a tendency to understeer, which means that the steering wheel has to be
turned more than might seem appropriate for the curvature of a bend. This ensures good stability and reduces the risk
of rear wheel skid. Remember that these properties can alter with the vehicle load.
pg. 131 General information
The heavier the load in the trunk (max. 220 lbs, 100 kg), the less the tendency to understeer.
Handling, roadholding
Vehicle load, tire design and inflation pressure all affect vehicle handling. Therefore, check that the tires are inflated
to the recommended pressure according to the vehicle load. See "Tire pressure" section.
Loads should be distributed so that capacity weight or maximum permissible axle loads are not exceeded.
pg. 132 Manual transmission
Shift positions
Depress the clutch pedal completely when changing gears*.
Remove your foot from the clutch pedal while driving. The shift pattern should be followed.
Overdrive (5th gear) should be used as often as possible to help improve fuel economy.
* Clutch interlock
The clutch must be fully depressed before you can start your car. If the clutch is not depressed, it will not be possible
to start the engine.
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Position the jack correctly on the bar in the attachment (see illustration above) and crank while simultaneously
guiding the base of the jack to the ground. The base of the jack must be flat on a level, firm, non- slippery surface.
Before raising the car, check that the jack is still correctly positioned in the attachment.
Raise the vehicle until the wheel to be changed is lifted off the ground.
Unscrew the wheel bolts completely and carefully remove the wheel so as not to damage the threads on the studs.
NOTE: To avoid excessive wear and the necessity of rebalancing, mark and reinstall wheels in the same location and
position as before removal. To lessen the chance of imbalance, each wheel hub is equipped with a guide stud to
ensure that a removed wheel can be reinstalled in its original position (as when changing over to winter tires/ wheels).
Installing the wheel
Clean the contact surfaces on the wheel and hub.
Lift the wheel and place it on the hub.
Install the wheel bolts and tighten hand - tight. Using the lug wrench, tighten crosswise until all bolts are snug.
Lower the vehicle to the ground and alternately tighten the bolts crosswise to 102 ft. lbs. (140 Nm).
Install the wheel cap (where applicable).
WARNING!
The jack must correctly engage the bar in the jack attachment. The car's weight must not rest on the jack
attachment. See illustration "Attaching the jack" to the left.
Be sure the jack is on a firm, level, non-slippery surface.
Never allow any part of your body to be extended under a car supported by a jack. Use the jack intended for the car
when replacing a wheel. For any other job, use stands to support the side of the car being worked on.
Apply the parking brake and put the gear selector in the (P) ark position (or reverse on manual transmissions).
Block the wheels standing on the ground, use rigid wooden blocks or large stones. The jack should be kept well-
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Fuel (line) filter
For proper functioning of the vehicle and its emission control systems, the fuel line filter should be replaced at
105,000 miles (168,000 km). The filter is replaced as one complete unit. Replace more frequently if contaminated fuel
is introduced into the tank (or if there is reason to suspect that this has occurred).
PCV system
The orifice nipple in the intake manifold and the filter at the end of the PCV hose in the air cleaner should be
inspected at 60,000 miles (96,000 km) and thereafter, at 30,000 mile (48,000 km) intervals.
Cabin air filter
Replace the cabin air filter with a new one at 15,000 mile (24,000 km) intervals. Volvo recommends replacing the
filter more often if the car is driven under dirty and dusty condi- tions. The filter cannot be cleaned and therefore
should always be replaced with a new one.
pg. 168 Working on your car
Note the following before you begin working on your car:
Battery
Ensure that the battery cables are correctly connected and tightened.
Never disconnect the battery when the engine is running (e. g. when replacing the battery).
Never use a fast charger to charge the battery. The battery cables should be disconnected when recharging.
The battery contains acid that is both corrosive and poisonous. It is important that the battery is handled in an
environ- mentally friendly way. Let your Volvo dealer assist you.
Hoisting the car
If a garage jack is used to lift the car, the two jack attachments points should be used. They are specially reinforced to
bear the weight of the car. A garage jack can also be placed under the front of the engine support frame. Take care not
to damage the splash guard under the engine. Ensure that the jack is positioned so that the car cannot slide off it.
Always use axle stands or similar structures.
If a two- post hoist is used to lift the car, the front and rear lift arm pads should be centered under the reinforced lift
plates on the inboard edge of the sill rail (see illustration).
WARNING!
The car ignition system has very high voltage!
The voltage in the ignition system is dangerous!
Do not touch spark plugs, ignition cables or the ignition coil when the engine is running or the ignition is switched
on!
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pg. 171 Oils and fluids
Oil quality
Meeting minimum ILSAC specification GF- 2, including ACEA A1, API SJ, SJ/ CF and SJ/ Energy Conserving.
Your Volvo has been certified using ILSAC oil specification GF- 2 5W/ 30.
Depending on your driving habits, premium or synthetic oils may provide superior fuel economy and engine
protection. Consult your Volvo retailer for recommendations on premium or synthetic oils. Volvo does not
recommend the use of oil additives.
Volvo recommends use of oil with a quality rating equal to or higher than ILSAC GF- 2. Equivalent and better oils
include ACEA A1, API SJ, SJ/ CF, and SJ/ Energy conserving. Lower quality oils may not offer the same fuel
economy, engine performance, or engine protection.
Operation in hot climates
When temperatures exceed 86¡ F (30¡ C) in your area, Volvo recommends, for the protection of your engine, that you
use a heavier weight oil, such as SAE 10W/ 30. See the viscosity chart at right.
Oil viscosity (stable ambient temperatures)
Operation in temperate climates
Incorrect viscosity oil can shorten engine life. Under normal use when temperatures do not exceed 86¡ F (30¡ C), SAE
5W/ 30 will provide good fuel economy and engine protection. See the viscosity chart at right.
Extreme engine operation
Synthetic oils meeting SAE 10W/ 30 and complying with oil quality requirements are recommended for driving in
areas of sustained temperature extremes (hot or cold), when towing a trailer over long distances, and for prolonged
driving in mountainous areas.
Changing oil and oil filter
Oil and oil filter changes should be made at 7,500 mile (12,000 km) intervals.
Volvo does not recommend the use of oil additives.
Synthetic oil is not used when the oil is changed at the normal maintenance service intervals.
The API Service Symbol "donut" is divided into three parts:
The top half describes the oil's perfor - mance level.
The center identifies the oil's viscosity.
The bottom half tells whether the oil has demonstrated energy- conserving properties in a standard test in
comparison to a reference oil.
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