D - Drive
D is the normal driving position. The car automatically shifts between the various forward gears, based on the level of
acceleration and speed. The car must be at a standstill when shifting to position D from position R
Manual shifting - Geartronic
The manual shifting mode (Geartronic) can be selected at any time, including while the car is moving.
To access the ( M)anual shifting position from ( D)rive, move the gear selector to the right to M .
To return to the (D)rive position from M , move the gear selector to the left.
pg. 104 Automatic transmission - Geartronic
While driving
If you select the M position while driving, the gear that was being used in the (D)rive position will also initially be
selected in M position.
Move the gear selector forward (toward "+") to shift to a higher gear or rearward (toward "-") to shift to a lower
gear.
If you hold the gear selector toward "-", the transmission will downshift one gear at a time and will utilize the
braking power of the engine. If the current speed is too high for using a lower gear, the downshift will not occur until
the speed has decreased enough to allow the lower gear to be used.
If you slow to a very low speed, the transmission will automatically shift down.
W - Winter/Wet driving mode - enhanced vehicle traction
Mode W reduces torque at the wheels, which helps improve traction when starting off on a slippery surface.
Press the button near the base of the gear selector to engage/disengage this driving mode.
A "W" will be displayed in the instrument panel when Winter/Wet driving mode is engaged.
Mode W will only function if the gear selector is in the ( D)rive position.
Once underway, turn off mode W to improve vehicle performance and fuel economy.
Cold starts (turbo engines)
When driving before the engine has reached its normal operating temperature, the transmission will shift up at slightly
higher engine speeds to heat the three-way catalytic converter as quickly as possible.
Kickdown
Automatic shift to a lower gear (kickdown) is achieved by depressing the accelerator pedal fully and briskly. An
upshift will occur when approaching the top speed for a particular gear or by releasing the accelerator pedal slightly.
Kickdown can be used for maximum acceleration or when passing at highway speeds.
NOTE: The gear selector must be in the D (Drive) position for kickdown to function.
pg. 105 Shiftlock override
Overriding the shiftlock system
Shiftlock prevents the gear selector from being moved out of Park unless the ignition key is in position II and the
brake pedal is depressed.
In certain cases it may be necessary to move the gear selector from the Park position manually, for example if the
battery is discharged.
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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.
American Petroleum Institute (API) symbol
The API Service Symbol "donut" is divided into three parts:
The upper section describes the oil's performance level.
The center identifies the oil's viscosity.
The lower section indicates whether the oil has demonstrated energy-conserving properties in a standard test in
comparison to a reference oil.
pg. 180 Engine specifications
Engine designation B5244S4 B5244S7B5254T3
Output
kW/rps 125/100 125/100162/83
hp/rpm 168/6000 168/6000218/5000
Torque
Nm/rps 230/73 230/73320/25-80
ft. lbs./rpm 170/4400 170/4400236/1500-4800
No. of cylinders 5 55
Displacement (liters/cubic
inches) 2.44/148.6
2.44/148.62.52/153.8
Bore (mm/in.) 83/3.27 83/3.2783/3.27
Stroke (mm/in.) 90/3.54 90/3.5493.2/3.67
Compression ratio 10.3:1 10.3:19.0:1
Spark plugs
type Volvo kit no. 30650843 Volvo kit no. 30650843Volvo kit no.
30650379
gap inches/mm (3x) 0.024 ± 0.004 in./0.6 ±
0.1mm (3x) 0.024 ± 0.004 in./0.6 ±
0.1mm
0.027in./0.7mm
tightening torque ft. lbs./Nm 22.5 ft. lbs./30 Nm 22.5 ft. lbs./30 Nm22.5 ft. lbs./30 Nm
Charge air cooler (Intercooler)
Turbocharged engines employ a turbocompressor to force air into the engine inlet manifold and a charge air cooler to
cool the compressed inlet air. The resulting increase in air flow raises pressure in the intake manifold and increases
engine power over that developed by the normally-aspirated engine. The charge air cooler (which resembles a radiator)
is located between the turbo-compressor and inlet manifold.
Fuel system
The engine is equipped with a multiport fuel injection system.
pg. 181 Electrical system
General information
12-volt system with voltage controlled generator. Single wire system in which the chassis and engine block are used as
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