2000 MERCEDES-BENZ C-Class start

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 placed flat on edges
of hood (3). To avoid hood damage, if hood is not fully closed, 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 transistorized 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 engine 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.

Changing Wheels

Move vehicle to a level area which is a safe distance from the road way.
1. Set parking brake and turn on hazard warning flasher.
2. Move selector lever to position "P" and turn off engine.
3. Prevent vehicle from rolling away by blocking wheels with wheel chocks
(not supplied with vehicle) or sizable wood block or stone. When changing a wheel
on a hill, place chocks on the downhill side blocking both wheels of the other axle.
On a level road, place one chock in front of and one behind the wheel that is
diagonally opposite to the wheel being changed.
4. Using the wrench, loosen but do not yet remove the wheel bolts.




5. Remove the protective cover from the jack support tube opening by inserting the
screwdriver (supplied in the tool kit) in the opening and prying it out. The tube
openings are located directly behind the front wheel housings and in front of the
rear
wheel housings.



6. Insert jack arm fully into the tube hole up to the stop.
Place jack on firm ground. Position the jack so that it is always vertical (plumb-line)
as seen from the side (see arrow), even if the vehicle is parked on an incline.
7. Jack up the vehicle until the wheel is clear of the ground.
Never start engine while vehicle is raised.
8. Unscrew upper-most wheel bolt and install alignment bolt (1) supplied in the
tool kit. Remove the remaining bolts. Keep bolt threads protected from dirt and
sand.



9. Remove wheel. Grip wheel from the sides. Keep hands from beneath the wheels.
10.Clean contact surfaces of wheel and wheel hub. Install spare wheel on wheel hub.
Insert wheel bolts and tighten them slightly. To avoid paint damage, place wheel
flat
against hub and hold it there while installing first wheel bolt.
Unscrew the alignment bolt (1) to install the last wheel bolt.
11.Lower car. Remove jack and insert jack tube cover.
Before storing the jack, the jack arm must be lowered almost to the base of the jack.



Warning !
Always replace wheel bolts that are damaged or rusted.
Never apply oil or grease to wheel bolts. Damaged wheel hub threads should
be repaired immediately.
Incorrect mounting bolts or improperly tightened mounting bolts can cause the
wheel to come off. This could cause an accident. Be sure to use the correct
mounting bolts.


12. Using the wrench, tighten the five bolts evenly, following the sequence illustrated,
until all bolts are tight. Observe a tightening torque of 80 ft.lb. (110 Nm).
13. Ensure proper tire pressure.

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 injure d. Battery fluid contains sulfuric acid. Do
not allow this fluid to come in contact with ey es, skin or clothing. In case it does, immediately
flush affected area 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 start ed 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 accessories, 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).


Note:
If engine does not run after several unsuccessful starting attempts, have it checked at the nearest
authorized Mercedes-Benz dealer. Excessive unbur ned fuel may damage the catalytic converter.

Cleaning and Care of the Vehicle

Warning !
Many cleaning products can be hazardous. Some are poisonous, others are flammable.
Always follow the instructions on the particular container. Always open your car's doors or
windows when cleaning the inside. Never use fluids or solvents that are not designed for
cleaning your car.

In operation, your vehicle is subjected to varying external influences which, if gone unchecked, can
attack the paintwork as well as the underbody and cause lasting damage.
Such damage is caused not only by extreme and varying climatic conditions, but also by air
pollution, road salt, tar, gravel and stone chipping. Grease and oil, fuel, coolant, brake fluid, bird
droppings, insects, tree resins etc. should be removed immediately to avoid paint damage. Frequent
washing reduces and/or eliminates the aggr essiveness and potency of the above adverse
influences.
More frequent washings are necessary to deal with unfavorable conditions; for example, near the
ocean, in industrial areas (smoke, exhaust emissions), or during winter operation.
You should check your vehicle from time to time for stone chipping or other damage. Any damage
should be repaired as soon as possible to prevent the start of corrosion. In doing so, do not neglect
the underside of the car. A prerequisite for a t horough check is a washing of the underbody followed
by a thorough inspection. Damage d areas need to be reundercoated.
Your vehicle has been treated at the factory with a wax-base rustproofing in the body cavities which
will last for the lifetime of t he vehicle. Post-production treatment is neither necessary nor
recommended by Mercedes-Be nz because of the possibility of incompatibility between materials
used in the production proc ess and others applied later.
We have selected car care products and compiled recommendations which are specially matched to
our vehicles and which always reflect the late st technology. You can obtain Mercedes- Benz
approved car care products at your authorized Mercedes-Benz dealer.
Scratches, corrosive deposits, corrosion or damage due to negligent or incorrect care cannot always
be removed or repaired with the car care products recommended here. In such cases it is best to
seek aid at your authorized Mercedes-Benz dealer. The following topics deal with the cleaning and
care of your vehicle and give important "how-to" in formation as well as references to Mercedes-Benz
approved car care products. Additional information can be found in the booklet titled "Car Care".


Engine Cleaning
Prior to cleaning the engine compartment make sure to protect electrical components and
connectors from the intrusion of water and cleaning agents.
Corrosion protection, such as MB Anticorrosion Wax should be applied to the engine compartment
after every engine cleaning. Before applying, all control linkage bushings and joints should be
lubricated. The poly-V-belt and all pulleys should be protected from any wax.


Car Washing
Do not use hot water or wash your car in direct sunlight. Use only a mild car wash detergent, such
as Mercedes-Benz approved Car Shampoo.
Thoroughly spray the car with a diffused jet of wa ter. Direct only a very weak spray towards the
ventilation intake. Use plenty of water an d rinse the sponge and chamois frequently.
Rinse with clear water and thoroughly wipe dry with a chamois. Do not allow cleaning agents to dry
on the finish. If the vehicle has been run through an automatic car wash - in particular one of the
older installations - rewipe the recessed sections in the taillamps (designed to prevent soiling) if
necessary. No solvents (fuels, thi nners etc.) must be used. In the winter, thoroughly remove all
traces of road salt as soon as possible.
When washing the underbody, do not forget to clean the inner sides of the wheels.


Tar Stains
Quickly remove tar stains before they dry and beco me more difficult to remove. A tar remover is
recommended.


Window Cleaning
Use a window cleaning solution on all glass surfac es. An automotive glass cleaner is recommended.

Technical Data C 230 KOMPRESSOR
Model C 230 KOMMPRESSOR
(202 024)1 Rims - Tires (except Sport Package)
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
tires:;
Radial-ply tires
205/60R 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) C 230 KOMMPRESSOR - Canada only (ikl.spare wheel)
Total piston displacemen 140.8 cu.in. (2295 cm3)

Rims (steel
rims)
Wheel offset

61/2J x 15 H 2
1.46 in (37 mm)

Compression ratio 8.8:1

All
season;Radial-
ply tires
Winter
tires;Radial-ply
tires

195/65 R 15 91 H
S

Output acc. to SAE J
1349
185 hp/5300 rpm
(136 kW/5300 rpm)
Rims All season Tires ( Sport Package)
Maximum torque acc.
to SAE J 1349
200 ft.lb./2500 rpm
(270 Nm/2500rpm)

Rims (light
alloy rims)
Wheel offset

7J x 16 H 2
1.46 in (37 mm)

Maximum engine speed 5800 rpm

All season
tires:
Radial-ply tires205/55 R 16 91 H
Firing order 1-3-4-2 Electrical System
tPoly-V-belt routing I 1875 mm Generator
(alternator)

14 V/90 A
Poly-V-belt routing II 1339 mm Starter motor 12 V/1.7KW
Weights See certification tag Battery 12 V/100 Ah
Roof load max.
Trunk load max.

220 lb(100 kg)
220 lb(100 kg)

Spark plugs
Electrode gap
Tightening
torque

Bosch F 7 KTCR
0.039 in (1,0 mm)
15-22ft.lb. (20-30 Mm)

Spare Wheel Main Dimensions
Rim (light alloy rim)
Wheel offset 7 J x 16 H 2
1.46 in (37 mm) Overall vehicle
length 178.2 in (4526 mm)
All season tire:
Radial-ply tire 205/55 R 16 91 H Overall vehicle
width 67.8 in (1723mm)
Overall height 56.1 in (1424 mm)
Spare Wheel ( exept Canada model with steel rims) Wheel base 105.9 in (2690 mm)
Rim (light alloy rim)
Wheel offset 7 J x 15 H 2
1.46 in (37 mm) Track, front 59.0 in (1499 mm)
All season tire:
Radial-ply tire 205/55 R 16 91 H Track, rear 57.6 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 specialbodies and special equipment,

Technical Data C 280
Model C 280 (202 029)1 Rims - Tires (except Sport Package)
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

All season
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) Weights See certification tag
Total piston displacemen 170.8 cu.in. (2799cm3) Roof load
max. 220 lb(100 kg)
Compression ratio 10.1 Trunk load
max. 220 lb(100 kg)
Output acc. to SAE J
1349 194 hp/5800 rpm
(145 kW/5800 rpm) Rims All season Tires ( Sport Package)
Maximum torque acc.
to SAE J 1349 195 ft.lb./3000 rpm
(265 Nm/3000rpm)

Rims (light
alloy rims)
Wheel
offset
7J x 16 H 2
1.46 in (37 mm)
Maximum engine speed 6000 rpm

tires:
Radial-ply
tires 205/55 R 16 91 H
Firing order 1-4-3-6-2-5 Electrical System
tPoly-V-belt 2390 mm Generator
(alternator)14 V/90 A
Starter
motor 12 V/1.7KW
Spare Wheel Battery 12 V/100 Ah
Rim (light alloy rim)
Wheel offset

7 J x 15 H 2
1.46 in (37 mm)

Spark
plugs

Electrode
gap
Tightening
torque Bosch F 8 DPER
Beru 14 FGH 8 DPUR X 20.03 in (1,0 mm)
15-22ft.lb. (20-30 Mm)
All season tire:
Radial-ply tire 205/55 R 16 91 H Main Dimensions


Overall
vehicle
length 178.4 in (4526 mm)


Overall
vehicle
width 67.8 in (1723mm)
Overall
height 56.1 in (1424 mm)
Wheel
base 105.9 in (2690 mm)
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 specialbodies and special equipment,

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
81/2J x 17 H 2
1.18 in (30 mm)
No. of cylinders 8

All season
tires:
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 DPER
Beru 14 FGH 8 DPUR X 2
0.039 in (1,0 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
59.9 in (1497 mm)

Coolants

The engine coolant is a mixture of water and anticorrosion/antifreeze, which provides:
• corrosion protection,
• freeze protection,
• boiling protection (by increasing the boiling point).
The cooling system was filled at the factory with a coolant providing freeze protection to approx. -22°F
(-30°C) and corrosion protection. The coolant solution must be used year round to provide the
necessary corrosion protection and increase in the boil-over protection. You should have it replaced
every 3 years. To provide the important corrosion protection, the solution must be at least 45%
anticorrosion/antifreeze (equals a freeze protection to approx. -22°F [-30°C]). If you use a solution
that is more than 55% anticorrosion/antifreeze (freeze protection to approx. -49°F [-45°C]), the engine
temperature will increase due to the lower heat transfer capability of the solution. Therefore, do not
use more than this amount of anticorrosion/antifreeze. If the coolant level is low, water and MB
anticorrosion/antifreeze should be used to bring it up to the proper level (have cooling system
checked for signs of leakage). The water in the cooling system must meet minimum requirements,
which are usually satisfied by normal drinking water. If you are not sure about the water quality,
consult your authorized Mercedes-Benz dealer.

Anticorrosion/antifreeze
Your vehicle contains a number of aluminum parts. The use of aluminum components in motor
vehicle engines necessitates that anticorrosion/antifreeze coolant used in such engines be specifically
formulated to protect the aluminum parts. (Failure to use such anticorrosion/antifreeze coolant will
result in a significantly shortened service life.)
Therefore the following product is strongly recommended for use in your car: Mercedes-Benz
Anticorrosion/Antifreeze Agent. Before the start of the winter season (or once a year in the hot
southern regions), you should have the anticorrosion/antifreeze concentration checked. The coolant is
also regularly checked each time you bring your vehicle to your authorized Mercedes-Benz dealer for
service.

Model Approx.freeze Protection
-35°F
(~37°C)
-49°F
(-45°C)



C 230 Kompressor 5.0 US qt
(4.75 I)
5.5 US qt
(5.25 I)

C 280 5.3 US qt
(5.0 I)
5.8 US qt
(5.5 I)

C 43 AMG 5.9US qt
(5.6 I)
6.6 US qt
(6.2 I)