1999 MERCEDES-BENZ C-CLASS Spark

Drive Sensibly - Save Fuel


Fuel consumption, to a great extent, depends on driving habits and operating conditions. To save fuel you should:
• keep tires at the recommended inflation pressures,
• remove unnecessary loads,
• remove roof rack when not in use,
• allow engine to warm up under low load use,
• avoid frequent acceleration and deceleration,
• have all maintenance work performed at regular intervals by an authorized Mercedes-Benz dealer.

Fuel consumption is also increased by driving in cold weat her, in stop-and-go traffic, on short trips and in hilly country.





MERCEDES-BENZ
ROADSIDE ASSISTANCE
1-800-FOR MERCEDES (in the USA.)
1-800-387-0100 (in Canada)






What You Should Know
at the Gas Station


• Fuel:
To prevent fuel vapors from escaping into open air, fully inse rt filler nozzle unit. Only fill fuel tank until the filler nozzl e
unit cuts out - do not overfill. Leaving the engine running and t he fuel cap open can cause the "Check Engine" lamp to
illuminate. Use premium unleaded gasoline: Posted Octane Index 91 (Average of 96 RON/86 MON).
Fuel tank capacity approx. 16.4 US gal (62.0 I).
This includes approx. 2.1 US gal (8.0 I) reserve.

Warning !
Gasoline is highly flammable and poisonous, it burns violently and can cause serious injury. Whenever you
are around gasoline, avoid inhaling fumes and skin cont act, extinguish all smoking materials. Never allow
sparks, flame or smoking materials near gasoline!


• Engine Oil:
Engine oil level check, see Index.
Fill quantity between upper and lower dipstick marking level: 2.1 US qt (2.0 I).
Recommended engine oils, see Index.

• Spark Plugs:
Approved spark plugs, refer to "Technical Data".


• Coolant:
For normal replenishing, use water (potable water quality).
For further information (e.g. anticor rosion/antifreeze), refer to Index.









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Hood





To open:
To unlock the hood, pull release lever (1) under the driver's
side of the instrument panel. At the same time handle
(2) will extend out of the radiator grill (it may be necessary to lift the hood up slightly).

Caution !
To avoid damage to the windshield wiper or hood, open the hood only with wiper in the parked position. Pull handle
(2) completely out of radiator grill and open hood (do not pull up on handle).

To close:
Lower hood and let it drop into lock from a height of approx. 1 ft. (30 cm), assisting with hands pl aced flat on edges
of hood (3). To avoid hood damage, if hood is not fully cl osed, repeat closing procedure. Do not push down on hood
to attempt to fully close it.

Warning!

To help prevent personal injury, stay clear of moving parts when the hood is open and the engine is running.
Be sure the hood is properly closed before driving. When closing hood, use extreme caution not to catch
hands or fingers. The engine is equipped with a transi storized ignition system. Because of the high voltage it
is dangerous to touch any components (ignition coils , spark plug sockets, diagnostic socket) of the ignition
system
• with the engine running,
• while starting the engine,
• if ignition is "on" and the engine is turned manually.
If you see flames, steam or smoke coming from the engi ne compartment, or if the coolant temperature
gauge indicates that the engine is overheated, do not open the hood. Move away from vehicle and do not
open the hood until the engine has cooled. If necessary, call a fire department.


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Battery

Warning !
Failure to follow these instructions can result in severe injury or death. Never lean over batteries while
connecting, you might get injured. Battery fluid contains sulfuric acid. Do not allow this fluid to come in
contact with eyes, skin or clothing. In case it does, immediately flush affected area with water and seek
medical help if necessary. A battery will also produ ce hydrogen gas, which is flammable and explosive.
Keep flames or sparks away from battery, avoid im proper connection of jumper cables, smoking etc..

Important !
Battery maintenance information:
The battery is located in the trunk under the trunk floor. The fluid level must be checked at every A and B service.
Always insure that the fluid level is at the specified maximum level and that only distilled water is used. Failure to
maintain proper fluid level may result in cell deterioration and possible battery rupture. The service life of the battery is
dependent on its condition of charge. The battery should alwa ys be kept sufficiently charged, in order to last an
optimum length of time.
Therefore, we strongly recommend that you have the battery charge checked frequently, and corrected if
necessary, especially if you use the vehicle less than approximately 200 miles (300 km) per month, mostly for
short distance trips, or if it is not used for long periods of time.
Only charge a battery with a battery charger after the battery has been disconnected from the vehicle electrical circuit.
Always disconnect the battery negative lead first and connect last. When removing and connecting the battery,
always make sure that all electrical consumers are off and the electronic key is in steering lock position 0. The battery
and its vent tube must always be securely installed when the car is in operation. While the engine is running the
battery terminal clamps must not be loosened or detached, otherwise the generator and other electronic components
would be damaged.

Note:
After reconnecting the battery al so resynchronize the Express feature of the power windows
(see Power Windows in Index).

Battery Recycling
Batteries contain materials that can harm the environment with improper disposal. Large 12 Volt storage batteries
contain lead. Recycling of batteries is the preferred method of disposal. Many states require sellers of batteries to
accept old batteries for recycling.


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Jump Starting

Warning !
Failure to follow these directions will cause damage to the electronic components, and can lead to a battery
explosion and severe injury or death. Never lean over batteries while connecting or jump starting, you might
get injured. Battery fluid contains sulfuric acid. Do not allow this fluid to come in contact with eyes, skin or
clothing. In case it does, immediately flush affected ar ea with water, and seek medical help if necessary.
A battery will also produce hydrogen gas, which is flammable and very explosive. Keep flames or sparks
away from battery, avoid improper connection of jumper cables, smoking etc.. Read all instructions before
proceeding.

If the battery is discharged, the engine should be started with jumper cables and the (12 V) battery of another vehicle.
The battery is located in the trunk under the trunk floor.

Proceed as follows:
1 . Position the vehicle with the charged battery so that the jumper cables will reach, but never
let the vehicles touch. Make sure the jump er cables do not have loose or missing insulation.
2. On both vehicles:
• Turn off engine and all lights and acce ssories, except hazard warning flashers or
work lights.
• Apply parking brake and shift selector lever to position "P".

Important !
3. Clamp one end of the first jumper cable to the positive (+) terminal of the discharged
battery and the other end to the positive (+ ) terminal of the charged battery. Make sure
the cable clamps do not touch any other metal parts.
4. Clamp one end of the second jumper cable to the grounded negative (-) terminal of the
charged battery and the final connection to the negative (-) terminal of the discharged battery.


Important !
5. Start engine of the vehicle with the charged battery and run at high idle. Make sure the
cables are not on or near pulleys, fans, or other parts that will move when the engine is
started. Allow the discharged battery to charge for a few minutes. Start engine of the
disabled vehicle in the usual manner.
6. After the engine has started, remove jumper cables exactly reversing the above
installation sequence, starting with the last connection made first. When removing each
clamp, make sure that it does not touch any other metal while the other end is still attached.


Important !
A discharged battery can freeze at approx. +14°F (-10°C ). In that case, it must be thawed out before
jumper cables are used. A frozen battery can explode and cause personal injury.

Jumper cable specifications:
• Minimum cable cross-section of 25 mm
2 or approx. 2 AWG
• Maximum length of 11.5 ft. (3.5 m).


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Technical Data C 230
Model C 230 (202 023)1 Rims - Tires
Engine 111 Rims (light alloy rims) 7J x 15 H 2
Mode of operation 4-stroke engine,
gasoline injection

Wheel offset 1.46 in (37 mm)
No. of cylinders
4 All season;Radial-ply tires 205/60 R 15 91 H
Bore 3.58 in (90.90 mm) Winter tires;Radial-ply tires 205/60 R 15 91 T M+S
Stroke 3.48 in (88.40 mm) Model C 230- Canada only
Total piston displacement 140.1 cu.in. (2295 cm3) Rims (steel rims) 61/2J x 15 H 2
Compression ratio 10,4:1 Wheel offset 1.46 in (37 mm)
Output acc. to SAE J 1349 148 hp/5500 rpm
(110 kW/5500 rpm)

All season;Radial-ply tires 195/65 R 15 91 H
Maximum torque acc. to SAE
J 1349

162 ft.lb./4000 rpm
(220 Nm/40OOrpm)

Winter tires;Radial-ply tires
195/65 R 15 91 T M+S
Maximum engine speed 6000 rpm Electrical System
Firing order 1-3-4-2 Generator (alternator) 14 V/90 A
Poly-V-belt 2155 mm Starter motor 12 V/1.4KW
Main Dimensions Battery 12 V/100 Ah
Overall vehicle length 177.4 in (4507 mm) Spark plugs Bosch F 9 DCO
Overall vehicle width 67.7 in (1720mm) Beru 14 F-9 DUO
Overall height 56.1 in (1424 mm)
Champion C 12 YCC
Wheel base 105.9 in (2690 mm) Electrode gap 0.032 in (0,8 mm)
Track, front 59.0 in (1499 mm) Tightening torque 15-22ft.lb. (20-30 Mm)
Track, rear 57.6 in (1464mm)

Weights See certification tag
Roof load max. 220 lb(100 kg)

Trunk load max 220 lb(100 kg)
1 The quoted data apply only to the standard vehicle. See an authorized Mercedes-Benz
dealer for the correspon-ding data of ali special bodies and special equipment,

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Technical Data C 280
Model C 280 (202 029)1 Rims - Tires
Engine 112 Rims (light
alloy rims)
7J x 15 H 2
Mode of operation 4-stroke engine,
gasoline injection
Wheel
offset

1.46 in (37 mm)
No. of cylinders 6
Summer
tires;
Radial-ply
tires

205/60R 15 91 H
Bore 3.54 in (89.90 mm)

Winter
tires;
Radial-ply
tires


205/60 R 15 91 T M+S

Stroke 2.89 in (73.50 mm)
Rims and All season Tires ( Sport Package)
Rims (light alloy rims) 7J x 16 H 2
Wheel offset 1.46 in (37 mm)
Summer tires;
Radial-ply tires

205/55 R 16 91 H
Electrical System
Total piston displacement 170.8 cu.in. (2799 cm3) Generator
(alternator) 14 V/90 A
Compression ratio 10:1
Starter
motor
12 V/1.7KW
Output acc. to SAE J
1349
195 hp/5800 rpm
(145 kW/5800 rpm)
Battery 12 V/100 Ah
Maximum torque acc.
to SAE J 1349


195 ft.lb./3000 rpm
(265 Nm/3000rpm)

Spark
plugs
Electrode
gap
Tightening
torque
Bosch F 9 DPER
0.032 in (0,8 mm)
15-22ft.lb. (20-30 Mm)
Maximum engine speed 6000 rpm Main Dimensions
Firing order 1-4-3-6-2-5 Overall
vehicle
length
177.4 in (4507 mm)
Poly-V-belt 2390 mm

Overall
vehicle
width

67.7 in (1720mm)
Weights: See certification tag
Overall
height
56.1 in (1424 mm)
Roof load max. 220 lb(100 kg) Wheel
base

105.9 in (2690 mm)
Trunk load max. 220 lb(100 kg) Track,
front
59.0 in (1499 mm)
Track, rear57.6 in (1464mm)


1 The quoted data apply only to the standard vehicle. See an authorized Mercedes-Benz dealer
for the correspon-ding data of ali special bodies and special equipment,

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Technical Data C 43 AMG
Model C 43 AMG (202 033)1 Rims and All season Tires
Engine 113 Rims2
Front axle
AMG light
alloy rims
Wheel
offset


71/2J x 17 H 2
1.38 in (35 mm)
Mode of operation 4-stroke engine,
gasoline injection

Rear axle
AMG light
alloy rims
Wheel
offset

8
1/2J x 17 H 2
1.18 in (30 mm)

No. of cylinders 8
Radial-ply
tires
Front axle
Rear axe

225/45 ZR 173
245/40 ZR 173
Bore 3.54 in 89.90 mm)

Rims and
Winter
Tires

Stroke
3.31 in (84.00 mm)
Rims2
AMG light alloy rims 71/2J x 17 H 2
Wheel offset 1.38 in (35 mm)
Radial-ply tires
or
215/45 R 17 H M + S
225/45 R 17 H M + S 3
Spare Wheel
Rims2
AMG light alloy rims 71/2J x 17 H 2
Wheel offset 1.38 in (35 mm)
All season tire:
Radial-ply tire

225/45 ZR 173
Electrical System
Total piston displacement 260.0 cu.in. (4265 cm3) Generator
(alternator)14 V/150 A
Compression ratio 10:1
Starter
motor
12 V/1.7KW
Output acc. to SAE J
1349
302 hp/5850 rpm
(225 kW/5850 rpm)
Battery 12 V/100 Ah
Maximum torque acc.
to SAE J 1349

302ft.lb./3250 rpm
(410 Nm/3250rpm)


Spark
plugs
Electrode
gap
Tightening
torque
Bosch F 8 DEPER
0.032 in (0,8 mm)
15-22ft.lb. (20-30 Mm)
Maximum engine speed 6300 rpm
Main Dimensions
Firing order 1-5-4-2-6-3-7-8

Overall
vehicle
length
177.4 in (4507 mm)
Poly-V-belt 2390 mm
Overall
vehicle
width 67.7 in (1720mm)

Overall
height
56.1 in (1424 mm)
Wheel
base 105.9 in (2690 mm)

Track,
front
59.2 in (1503 mm)
Weights See certification tag Tra ck, rear 58.2 in (1478mm)
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Premium Unleaded Gasoline

Caution !
To maintain the engine's durability and performance, premium unleaded gasoline must be used. If premium unleaded
is not available and low octane fuel is used, follow these precautions:
• have the fuel tank filled only partially with unleaded regular and fill up with premium unleaded as soon as possible,
• avoid full throttle driving and abrupt acceleration,
• do not exceed an engine speed of 3000 rpm, if the vehicle is loaded with a light load such as two
persons and no luggage,
• do not exceed 2/3 of maximum accelerator pedal positi on, if the vehicle is fully loaded or operating
in mountainous terrain.


Fuel Requirements
Use only Premium unleaded meeting ASTM standard D 439: The octane number (posted at the pump) must be 91
min.
It is an average of both the Research (R) octane number an d the Motor (M) octane number: [(R+M)/2]. This is also
known as ANTI-KNOCK INDEX. Unleaded gasoline containing oxygenates such as Ethanol, I PA, IBA and TBA can
be used provided the ratio of any one of these oxygenates to gasoline does not exceed 10%, MTBE not to exceed
15%. The ratio of Methanol to gasoline must not exceed 3% plus additional components. Using mixtures of Ethanol
and Methanol is not allowed. Gasohol, which contains 10% Ethanol and 90% unleaded gasoline, can be used. These
blends must also meet all other fuel requirements such as resistance to spark knock, boiling range, vapor pressure
etc..


Gasoline Additives
A major concern among engine manufacturers is carbon build up caused by gasoline. Mercedes- Benz recommends
the use of only quality gasoline containing additives that prevent the build up of carbon deposits. After an extended
period of using fuels without such additives, carbon deposit s can build up especially on the intake valves and in the
combustion area, leading to engine performance problems such as:
• warm-up hesitation,
• unstable idle,
• knocking/pinging,
• misfire,
• power loss.
Do not blend other specific fuel additives with fuel. They only result in unnecessary cost, and may be harmful to the
engine operation. Damage or malfunctions resulting from poor fuel quality or from blending specific fuel additives are
not covered by the Mercedes-Benz Limited Warranty.


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