transmission GEELY MK 2008 Workshop Manual

Geely “MK” series sedans (JL7132U,JL7132HU,JL7152U,JL7152HU,JL7162U) are brand
new superior models developed by Geely Group who has fully proprietary intellectual property
rights. As a result of the three years of involvements and efforts of the experts from Geely Automo-
bile Research Institute, these sedans reach international leading level in model design, power,
sense of comfort, safety and manufacturing technology while featured in beautiful appearance,
economy, environment protection and safety. The meaning of MK implied that Geely Automobile
has a great development from caterpillar to butterfly. With respect to the power, Geely “MK” series
sedans are equipped with 1.3L, 1.5L, and 1.6L EFI engines developed and manufactured by Geely
itself, and has reached “Chinese III” (Euro III) emission standard.
This manual contains a detailed description of the structures and principles, servicing and adjustment,
removal, assembling technology and matching clearance of the parts of the Geely “MK” sedans
with torque information of the bolts and nuts as well as schematic diagram for special tool operation.
This manual also introduces the transmission control system of the automatic transmission models,
vehicle electric circuits and elaborates ABS system, SRS, BOSCH M7.9.7 electronic control fuel
injection and ignition system, rear parking radar, sound, air conditioning and onboard hands-free
phone system. You can refer to this manual for the information about the regular maintenance,
servicing, adjustment, troubleshooting, removal and installation procedure, specific operations of
the “MK” sedans.
This manual covers the matching relation among the engine assembly, transmission assembly and
the vehicle, but does not have the further description of the structures and principles of the engine
and transmission assemblies and their servicing process. You can refer to the service manuals
solely prepared for engine assembly and transmission assembly for these information.
All information in this manual is based on the latest products released at the time of publication of
this manual. However, the specifications and procedures may need to be modified, and the subse-
quent change will be revealed in later versions.
This manual is prepared by Geely Automobile Research Institute under the assistance of technical
staff from Zhejiang Geely Automobile Co., Ltd and Geely International Corporation. Readers
discovering during the use of this manual the errors and careless omissions due to limited skills of
the preparers and tight schedule are encouraged and pled to contact Geely International in time for
our timely correction of the mistakes.ForewordGeely International Corporation
Nov . 2007

Table of Contents II Section 4 Fuel Emission Control System ....................................................................... 3-18
Section 5 Carbon Canister Replacement ....................................................................... 3-19
Chapter 4 Exhaust System................................................................................................. 3-21
Chapter 5 Cooling System................................................................................................. 3-22
Section 1 System Inspection .......................................................................................... 3-22
Section 2 Radiator Replacement ................................................................................... 3-24
Chapter 6 Manual Transaxle Assembly............................................................................. 3-25
Section 1 Frequent Problem Diagnosis .......................................................................... 3-25
Section 2 Vehicle Speed Sensor Replacement ............................................................. 3-26
Section 3 Manual Transaxle Replacement ..................................................................... 3-27
Section 4 Transmission/Transaxle Case Oil Seal Replacement .................................... 3-28
Chapter 7 Automatic Transaxle Assembly........................................................................ 3-29
Section 1 Frequent Problems Diagnosis ........................................................................ 3-29
Section 2 Hydraulic Torque Converter and Transaxle .................................................... 3-30
Section 3 Differential Front Oil Seal (ATM) .................................................................... 3-33
Section 4 Neutral Switch Assembly ................................................................................ 3-35Part IV ChassisChapter 1 Transmission Control........................................................................................ 4-1
Section 1 Introduction of Transmission Control ............................................................. 4-1
Section 2 Cable Type Transmission Control .................................................................. 4-3
Section 3 Manual Transmission Shift Mechanism .......................................................... 4-5
Section 4 Automatic Transmission Shift Mechanism ...................................................... 4-7
Chapter 2 Accelerator Pedal Device................................................................................. 4-11
Section 1 Introduction of Accelerator Pedal ................................................................... 4-11
Chapter 3 Clutch Control System...................................................................................... 4-12
Section 1 Introduction of Clutch Centrol ......................................................................... 4-12
Section 2 Clutch Pedal ...................................................................................................4-13
Chapter 4 Propeller Shaft/Driveshaft................................................................................ 4-17
Section 1 Propeller Shaft, Driveshaft and Transaxle ..................................................... 4-17

General Information - How to Use This Manual1-2II. Vehicle Identification1. Vehicle Identification Number
(VIN):
Vehicle Identification Number
(VIN) is the legal identification of the
vehicle which is printed on the middle
of the engine compartment cowl (as
shown in the illustration).VIN code position3. Ex-work Nameplate: on the middle of the engine
compartment cowl
4. VIN Code: on the left lower corner of the front windshield.
5. Engine Number:
marked on the engine block as shown in the illustration6. Transmission Mark:
printed on the left side of the transmission 2. VIN CodeMark positionMark position

General Information - Repair Instruction1-103.Precautions for Use of Jack and Safety Stand
(1)always use the wheel stoppers when performing servicing on
level ground.
(2)use safety stand and rubber support as shown in the illustration.
(3)use the jack and safety stand to support specified location.
(4)When jacking up the front wheels of the vehicle, release the
park brake and place stoppers only behind the rear wheels. When
jacking up the rear wheels, place stoppers only before the front wheels.
(5)During the job, make sure to use safety stand instead of jack
only to support the vehicle.
(6)When only jacking up the front wheels or rear wheels, place
stoppers before or after the wheels touching the ground.
(7)when lowering the vehicle with its front wheels lifted, release
the park brake, and place the stopper only before the rear wheels.
When lowering the vehicle with its rear wheels lifted, place the stop-
per only after the front wheels. the opening of the removed inlet system parts and the engine with a
clean shop lag or gum tape.
(3)When installing the inlet system parts, check that there is no
mixing of a metal scrap.
5. Handling of Hose Clamp
(1)Before removing the hose, check the clamp position to re-tighten
it for sure.
(2)Replace a deformed or dented clamp with a new one.
(3)In case of reusing the hose, install the clamp on the hose where
it has a clamp track.
(4)For a steel band circlip, make it adjust by adding force to the
arrow mark direction after the installation.II. Vehicle Lift and Support Location1. Vehicle Conditions To Be Under Attention During Lift
(1)Generally speaking, when being lifted, the vehicle should be empty, do not lift the heavily loaded vehicles.
(2)When removing heavy parts such as engine and transmission, the center of gravity of the vehicle will move.
Place balance weight to prevent the vehicle from rolling or use special jack to support the vehicle.
2. Precautions for Use of Four-tappet Lift
(1)follow the safe operation instruction described in this manual.
(2)do not damage the tire or rim.
(3)use wheel stopper to retain the vehicle.Rubber SuportSteel Band Circlip
Clamp Trace

II. Introduction of major systems Table 2 Models and technical data of major systems.
JL7132U JL7152U JL7162U JL7132HU JL7152HU
4
MR479Q MR479QA MR481QA MR479Q MR479QAIn-line 4 cylinder In-line 4 cylinder In-line 4 cylinder In-line 4 cylinder In-line 4 cylinder78.7 78.7 81.0 78.7 78.7
69.0 77.0 77.0 69.0 77.0
1.342 1.498 1.587 1.342 1.498
9.3 : 1 9.8 : 19.6 : 19.3 : 1 9.8 : 1
63/6000 69/6000 78.7/6000 63/6000 69/6000
110/5200 128/3400 137/4400 110/5200 128/3400
800±50
1-3-4-2 1-3-4-2 1-3-4-2 1-3-4-2 1-3-4-2
259 279 269 259 279
JL-S160 JL-S160A JL-Z110 JL-Z130
3.182 3.087 3.087
1.895 1.634 1.634
1.250 1 1
0.909 / /
0.703 / /
3.083 2.29 2.29
4.308 3.317 3.317
Hydraulic Gear-rack
Hydraulic, X-type pipe
Vacuum booster, Front Wheel Disc, Rear Wheel Drum
McPherson suspension strut system
Twist beam independent suspension system
85/60R15(1175/65R14)
230(Front)/210(Rear)
Aluminum 15X6J (Iron 14X5 1/2JJ)
45
Unitary construction body Unit
mm
mm
L
kw/r/min
N.
m/r/min
r/min
g/kw.
h
KPa
L Item Description
Drive Type ID
1
2
3
4
5
6
7
8
9
10EngineModel
Type
Bore Diameter
Piston play
DisplacementCompression RatioMax Power
Max Torque
Idle Speed
Ignition Sequenceminimum fuel consumption rateTransmission
Braking
system
suspension
Tire Clutch Type
Steering type
Model
Booster type
Front
Rear
Specification
Tire pressure
Wheel
Fuel Tank Capacity
Body structureSingle disc, Plate and dry SpringBrief Introduction of Geely MK - Major Functional and Technical Data of MK Series.2-2Model
1st gear
2nd gear
3rd gear
4th gear
5th gear
Reverse gearFinal Drive Ratio /Front Wheel Drive ›‹
2
800±50800±50
800±50
800±50

Section 3 Main Vehicle Test Technical SpecificationDescription
Front wheel outward leaning angle
Kingpin inward leaning angle
Kingpin rearward leaning angle
Left front wheel toe-in (mm)
Rear wheel outward leaning angle
% of braking total power vs. gross vehicle weight
% of front wheel braking power vs. front axle load
% of gap between left and right wheel brake power vs. the
greater braking power of them tworolling resistance of each wheel should not be larger than the axle load by
parking brake total power should be lighter than the test vehicle weight bysliding distance of front/rear wheels
when vehicle speed meter shows 40km/h, vehicle speed
monitor indicates
brightness of left/right headlamps
tolerance of close lamps is
tolerance of distant lamps isHarsh brake at 50km/h. the stop distance is
Rain test. 100 points is full mark. Minus one point for each
seepage. Minus 3 points for slow seepage 3 points, and minus
6 for a quick seepage. The limit of vehicle sealing isCheck leaks of the vehicle. When vehicle has run 50km, stop it and
inspect for leaks. Check if there is oil/water marks at static joints,
or if there is oil/water drops dripping down at dynamic joints
10min after the vehicle is stopped, there is a leak; if there is oil/
water marks/drops, but it does not drip down, there is seepage.Measure the temperature of transmission oil inspection hole.
Usually it is not higher than ambient temperature.
Check the surface temperature of wheel trim column. Usually
it is no higher than ambient temperature.
vehicle should be slightly steering insufficient i.e. driving on
a circle with same steering wheel angle, and accelerate from
low to high speed, the diameter of the circle increases gradually.
Maximum front wheel turning angle (inner/outer)ItemSpecification: GB18352.3-2005Brief Introduction of Geely MK - Main Vehicle Test Technical Specification2-5Inspection
line itemsRegular
quality
inspection
itemsSpecification
-0°30'± 45'
10°0'± 45'
2°0'± 45'
1±2
-0°56'± 45'
60% (no load, and full load)
20%(Front Axis),
24%(Rear Axis)
5%
20%
2 m/km
33.3 Km/h-42.1Km/h
15000 cd
(0.6-0.8)H, H refers to the central
height of headlamps.
10cm/10m19m
93 points
Daily inspection and smell with
nose
70°C
40°C
Inspect regularly
37.2°±2°/ 32°±2°Emission60% (no load),
50% (full load)

Chapter 2 Usage and Maintenance of MK SeriesSection 1 Usage of MK Series1. Instrument Panel Overview1.Instrument Panel Outlet Vent
2. Instrument Panel
3.Upper Glove Compartment
(Front Passenger Airbag Cover)
4.Sunshade
5.Dome Light And Sunroof
Switch
6.Inside Rearview Mirror
7.Glove Box
8. Power Window Regulator
Switch
9. Manual Transmission Shift
Lever Or Automatic Transmis-
sion Shift Lever
10.Parking Brake Control Lever
11.Engine Hood Release Handle
12.Power Window Lock
13.Power Door Lock Switch1.Left Combination Switch
2.Right Combination Switch
3.Display
4.Audio
5.Short-Distance Odometer
Adjustment Button
6.Instrument Panel Brightness
Adjustment Switch
7.Hazard Warning Light
8.A/C Control Panel
9.Ash Tray
10.Defroster Switch
11.Cigarette Lighter
12.”A/C“ Switch
13.Ignition Switch
14.Tilt Steering Adjustment
Handle
15.Theft-Deterrent Indicator
16.Power Outside Rearview
Mirror Control SwitchUsage and Maintenance of MK Series - Usage of MK Series2-6

2-9 c. Check levels of braking fluid, engine coolant, engine oil, transmission oil, power steering fluid, and
washing fluid to see if there is any leaking.
d. Inspect if brake pedal, clutch pedal, accelerator pedal, transmission shifter, steering wheel, choke are
loose or stuck. The free travel of clutch pedal is 5~15mm, the free travel of brake pedal is 1~6mm and
the free play of steering wheel is less than 30mm(measurement point at margin of steering wheel). if it
is out of this normal range, the clutch needs to be tuned.
e. Inspect if the connection of battery, lamps and signal lights are normal, and if the wire routing and
position are correct and not loose.
f. Inspect if the tire pressure is correct.
(2) On-road inspection If the inspection result of the above items is good, start the engine and test the car on
road, and perform the following inspections.
a. Acceleration pedal, see if the operation is smooth and if it is loose.
b. Clutch, see if there is any stuck or abnormal noise, and slip when driving.
c. Transmission,check if shifting is smooth,or rough and wrong shifting.Inspect if the display of A/T
shift lever is normal.
d. Steering, check if steering is light and smooth, and if the steering wheel turns back after steering.
e. Brake pedal, apply brake pedal to check if the braking functions well when vehicle speed is at
40km/h and if the vehicle runs off track.
f. Park brake, when parking brake handler is pulled, there should be 6~9 clicking sounds. Pull park brake
when vehicle is running at the speed of 20km/h and transmission is at neutral gear to see if it brakes.
g. Vehicle speed meter, observe the vehicle speed meter while driving. When speed changes, check if the
indicator is moving steadily or shakes.
h. Heating and air-conditioning.Try every control button to see if both heating and cooling system work
well.
i. Abnormal noise, listen carefully to see if there is any abnormal noise from engine, drive line system or
any other parts of the vehicle at a steady speed and during accelerating, and decelerating.
(3) Inspection after test ride check if there is anything abnormal in the vehicle while driving and conduct the
following inspections after the vehicle is parked.
a. Check electrical fan When engine coolant temperature is beyond 92.5°C, the radiator fan should be
running; When A/C is on and the pressure of refrigerant is more than 1.5 cooling ton, air conditioning
cooling fan should be running.
b. Check headlamp, method: park the car 5m away from the inspection surface (inspection board, curtain,
or wall) to the front bumper, and check if the beam from headlamp is good. The upper level if headlamp
should be 540mm above the ground, and the distance between headlamps on the two sides is 900mm.
c. Inspect engine idle speed,idle speed of hot engine is 800r/min±50r/min,when A/C compressor works,
the idle speed should be 900r/min±50r/min. If idle speed is abnormal, adjust the idle speed adjust
ment screw to adjust it.
(4) Usage of new cars in breaking-in period Follow the instructions below in the first 1500~2500km breaking
mileage to avoid wear and abnormal damage in breaking-in period, and to improve vehicle performance, fuel
economy and to extend vehicle useful life.
a. Drive steadily during breaking-in; do not accelerate harshly to avoid running engine at high speed.
Engine should not exceed 4500r/min in any gears. Especially at the early stage of breaking-in, vehicleUsage and Maintenance of MK Series - Usage of MK Series

2-10 must be running at medium speed without load. Increase the speed and load gradually with the
accumulation of breaking-in mileage.
b. Because the brake plat is not broken in on a new vehicle,in order to ensure safety and reduce wear,avoid
harsh brake, and brake for multiple times to break in the brake plate faster.
c. It is better to avoid driving vehicle on steep roads or in bad conditions during breaking-in period.
d. Pay special attention to engine coolant temperature meter and oil pressure meter.Check engine oil level
frequently and make sure engine works in normal temperature and good lubrication.
e. Maintain the vehicle strictly according to first-time maintenance requirements to bring the vehicle into
normal usage life under good condition.
7.vehicle towing
There are towing facilities both in the front and rear end of MK-1 sedan for towing other vehicles and being towed.
To ensure safety, pay attention to the following instructions when towing.
(1) Towing car Towing car should be started and shifted steadily.The speed should be no more than 40km/h.
(2) Follow the instructions below when being towed:
a. Steering system of the vehicle being towed works well.
b. Braking system of the vehicle being towed works well or it cannot be towed with a rope and must be
towed with the towing shaft instead.
c. Release park brake and shift the transmission to neutral gear when the vehicle is being towed.
d. Turn the ignition switch to ACC to allow turning signal lights,braking indicator to be turned on when
necessary.
e. The towing rope must be tensioned in the towing process.
f. If the purpose of towing is to start the engine, shift the transmission to the 2nd or 3rd gear to increase
engine speed. It is good for starting the engine.
8. Instructions to save fuel when using the vehicle
(1) Reasonable load Do not store useless articles in luggage compartment because they consumes fuel for
nothing.
(2) Correct driving style Instructions as follows:
a. When engine is started, do not heat it but press the accelerator pedal slightly, drive the vehicle slowly
and accelerate gradually.
b. Shift to higher gears when driving to allow the engine to work at appropriate engine speed and avoid
running the engine at low or high speed. The engine speed should be higher than 2500r/min when
driving, and higher than 3000r/min when up-shifting.
c. Keep the vehicle speed stable, and avoid harsh acceleration and frequent braking.
d. Pay attention to vehicle speed. Drive at high speed results in excessive fuel consumption.
(3) Organize vehicle usage well Pay attention to the following two instructions.
a. Organize vehicle usage time and avoid short trips. Because at the beginning when the vehicle is started
(around 1km), the engine has not reached its efficiency point, and the fuel consumption doubles
compared to regular.
b. Select a good driving route, avoid driving through the city or blocks with heavy traffic.
(4) Keep the vehicle under good work condition Strictly follow instructions to maintain the vehicle to make
sure the vehicle is under good technical working condition, and inspect and replace key parts that affect vehicle
fuel consumptions. For example:Usage and Maintenance of MK Series - Usage of MK Series

2-12Section 2 Maintenance Category and Content of MK SedanAs the vehicle is being used, its technical performance changes as the mileage accumulates and being affected by
various factors, which results in decrease of power, fuel economy, safety, and increase of emission pollutions,
noise and incidents. So timely maintenance during vehicle usage eliminates potential risks and prevents incidents
from happening, improves vehicle integrity and technical functionality, and prolongs useful life of the vehicle.
According to the vehicle technical requirements and usage history, maintenance of freedom Cruiser sedan can be
classified into several categories.I. first time maintenanceFirst time maintenance is also called breaking-in maintenance. It is performed when the vehicle mileage has
accumulated to 1500~2500km in breaking-in period. First time maintenance must be conducted at the appointed
service shops. It includes:
1. Check if there is any leak in engine, transmission, and differential. Fix if there is any.
2. Replace engine oil filter, engine oil and ATF for A/T.
3. Check the level of engine coolant, braking fluid, windshield washing fluid, power steering fluid and if there
is any leak. Refill if the level is too low and repair if there is any leak.
4. Check if there is any damage in triangle arm and ball joint, connection ball joint, triangle arm flexible hinge,
or the ball joint is loose. If there is, fix or replace it.
5. Check if the drive shaft dust cover is damaged. If there is, replace it.
6. Check if there is any leak in steering mechanism, or front and rear absorber and fix it there is any.
7. Check the tire pressure, front 230kpa, and rear 210kpa.II. Regular maintenanceAfter first time maintenance, the vehicle is in regular usage life. During regular use, the vehicle needs to be
maintained regularly according to the way it is used in.
1.Regular maintenance for vehicles used under extreme bad conditions. Any of the condition below is defined
as extreme bad condition:
(1) Frequent start.
(2) Often drive the vehicle in dusty circumstances.
(3) Drive the vehicle in hot areas (such as in summer in the south).
(4) Often drive in cold areas (often runs short trips, engine temperate cannot reach regular work temperature).
Vehicles ran under extreme bad conditions need to be maintained every 5000km.
2. Regular maintenance for vehicles Vehicles that have not been through extreme bad conditions need to be
maintained every 7500km.
Regular maintenance is required to be performed at Geely service shop, too.
List of parts that need to be replaced regularly is in table 1.
Maintenance timetable is in table2.III. Geely maintenance programGeely recommends following Geely maintenance program.
The intervals of maintenance schedules are determined by mileage meter or time periods. Maintain the vehicle
when either meets the schedule. For details, please refer to the schedule.Usage and Maintenance of MK Series - Maintenance Category and Content of MK Sedan