engine oil GEELY FC 2008 Repair Manual

Air conditioner--Air conditioning system
Air conditioner
Air conditioning system
Note
1. Do not dispose Refrigerant in sealed space or near
flame.
2. Wear glasses to protect your eyes.
3. Do not let liquid Refrigerant contact with your eyes
or skin.
If liquid Refrigerant contacts with your eyes or skin:
(a) Wash the contacted part with much water.
Warning: do not knead your eyes or skin.
(b) Spread clean Vaseline on your skin.
(c) Go to doctor or hospital for special cure.
4. Forbid heating it or making it expose the flame.
5. Forbid dropping the Refrigerant tank or shake it
intensively.
6. Do not operate compressor when Refrigerant is lack.
If the Refrigerant in cooling system is lack, it will incur com-
pressor burned out for lacking lubrication. So it is necessary
to avoid.
7. Do not open the high pressure valve of filling instru-
ment package when compressor is working.
If opening the valve at this time, Refrigerant will flow back into
refrigerant tank to incur the tank will break. So only the low
pressure valve could be opened or closed.
8. Do not fill Refrigerant too much.
Too much refrigerant will make many problems such as lack
cooling degree, oil consumption, too hot engine and so on.
Inspection on automobile
1. Check the No.1 pressure switch.
(a) Control for electromagnetic clutch:
Check the function of pressure switch.
(1) Assembly filling instrument package.
(2) Connect the anode lead of OUM meter to No. 4 termi-
nal and connect cathode lead to No. 1 terminal.
(3) Liking that shown in figure. When refrigerant pressure
is changed, check the conduction between terminals.
wrong correct
Low-pressure
sideHigh-pressure
side
Not
conductionCon-
duction
Not
conduction
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Air conditioner--Refrigerant
zThe pressure of high and
low pressure end is high.
zThere is no bubble on
window when engine
speed decreases.
zToo much refrigerant in
system incurs this.
zHeat dispersion of con-
denser is bad.(1)Clean the condenser.
(2)Check the function of
cooling fan.
(3)If those two items above
are normal, check the re-
frigerant quantity. Fill
applicable refrigerant.
zFilled refrigerant is too
much.
zHeat dispersion of con-
denser is bad¡ú¡ú
¡ú¡ú
¡úheat dis-
persion sheet of con-
denser is obstructed or fan
engine has malfunction.
Phenomenon Possible reason Diagnose Method
State: cooling degree is not enough.
zThe pressure of high and
low pressure end is high.
zPipeline of low pressure
end is too hot to contact.
zThere is bubble on
window.Air enters cooling system. (1)Check whether the Re-
frigerant oil is too dirt or
lack.
(2)Take our vacuum and fill
new refrigerant.
zThere is air in cooling
system.
zIt does not take out
vacuum completely.
Phenomenon Possible reason Diagnose Method
State: cooling degree is not enough.(6) Refrigerant is too much or the radiating fin of condenser is bad
(7) Air enters cooling system
Note: i f cooling system is
opened, and it does not
take out vacuum when
filling refrigerant, this
state will happen.
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Change
1. Reclaim HFC-134a (R134a)
(a) Turn A/C switch to ON.
(b) Keep the engine speed at 1000 rpm, and rotate cooling compressor for 5 to 6 minutes to make
refrigerant cycle, this could collect the Refrigerant oil in each part in cooling compressor as possible.
(c) Extinguish the engine.
(d) Drain the refrigerant.
2. Fill refrigerant
(a) Use vacuum pump to take out vacuum.
(b) Fill the refrigerant HFC-134a (R134a)
Standard quantity: 660 ± 10g
3. Heat the engine
4. Check whether the refrigerant leaks.
Air conditioner--Refrigerant
 221 
Bubble
disappearing
pointToo much filling refrigerant Increase 100g Filling quantity of refrigerant
Pressure at
the high
pressure side
Refrigerant quantity
Auxiliary condenser system
Applicable
filling scope

57. Assemble control cable of air mixing flow choke
(manual air conditioner).
(a) Connect control cable of air mixing flow choke to air condi-
tioner control assembly.
(b) Set up drag arm at “MAX>COOL” position.
(c) Assemble inner pull cable terminal to control lever.
(d) Press down lightly the fixed clamp of pull cable by the ar-
row direction in left figure, then assemble exterior pull cable
to fixed clamp.
Air conditioner--Air conditioner central heating core assembly
Connection Clearance Wrong
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Hint:Operate temperature control lever, check whether the control lever keep silent and does
not return at the position of “MAX.COOL” and “MAX.HOT”.
(e) Disassemble control cable of air mixing flow choke from air conditioner control assembly.
58. Assemble upper panel assembly.
59. Assemble air conditioner control assembly.
60. Assemble helix cable.
61. Assemble steering wheel.
62. Check whether the steering wheel position is right.
63. Check horn button assembly.
64. Assemble horn button assembly.
65. Check SRS warning light.
66. Assemble refrigerant No.1 low pressure hose.
(a) Spread Refrigerant oil on new O-shape loop and assemble
it on hose.
(b) Assemble refrigerant No.1 low pressure hose and fixed
clamp.
Hint:After installation, check the fixed situation of
pipeline fixed clamp claw.
67. Assemble refrigerant liquid pipe A.
(a) Spread Refrigerant oil on new O-shape loop and assemble it on hose.
(b) Assemble refrigerant liquid pipe A and fixed clamp.
Hint: After installation, check the fixed situation of pipeline fixed clamp claw.
68. Add cooling water.
69. Heat the engine.
70. Check whether the cooling water leaks.
71. Fill the refrigerant, regulated quantity: 660 ± 10g.
72. Check whether the refrigerant leaks.

Air conditioner--Compressor assembly
Compressor assembly
Change
1. Disassemble radiator cover.
2. Reclaim HFC-134a(R134a)
3. Disconnect refrigerant No.1 low pressure hose.
(a) Disassemble the bolt from compressor and electromag-
netic clutch assembly and disconnect refrigerant low pres-
sure hose.
(b) Disassemble O-shape loop from refrigerant low pressure
hose.
Note: after disassembling the pipeline, it is necessary
to cover the joint to prevent humidity or dust from
entering in system.
4. Disconnect refrigerant No.1 high pressure hose.
(a) Disassemble the bolt from compressor and electromag-
netic clutch assembly and disconnect refrigerant high pres-
sure hose.
(b) Disassemble O-shape loop from refrigerant high pressure
hose.
Note: after disassembling the pipeline, it is necessary
to cover the joint to prevent humidity or dust from
entering in system.
5. Disassemble right bottom defending cover of engine.
6. Disassemble driving belt.
7. Disassemble compressor and electromagnetic
clutch.
(a) Disconnect the joint.
(b) Disassemble three screws and electromagnetic clutch.
8. Check the Refrigerant oil.
 234 
When upgrading compressor assembly, it is necessary to reclaim the refrigerant in system at first.
Refrigerant oil quantity added by new compressor should be calculated by following formula.
Refrigerant oil standard quantity of new compressor:
(Inner Refrigerant oil quantity of new compressor:60 ± 10ml)-(Inner discharged Refrigerant oil quantity
of old compressor)=(Refrigerant oil quantity consumed by the system when changing)
Note:
zWhen checking the Refrigerant oil quantity, please refer to the notes on page 206.
zFor there is some Refrigerant oil in automobile pipeline, if some Refrigerant oil is not discharged
when assembling new compressor, this will incur the Refrigerant oil in system is too much to make
the system heat exchange become bad and air conditioning become invalid.

Air conditioner--Compressor assembly
zIf Refrigerant oil quantity in the disassembled old com-
pressor is too little, check whether the system leaks Re-
frigerant oil.
zOnly could use 100PG Refrigerant oil.
9. Assemble compressor and electromagnetic clutch.
(a) Assemble compressor, electromagnetic clutch and three
bolts.
Torque: 24.5 N
⋅ ⋅⋅ ⋅
⋅m
(b) Connect the joint.
10. Assemble driving belt.
11. Assemble refrigerant No.1 high pressure hose.
(a) Disassemble the cover on pipeline joint.
(b) Spread Refrigerant oil on new O-shape loop and assemble
it on No.1 refrigerant high pressure hose.
Refrigerant oil: 100PG
(c) Connect No.1 refrigerant high pressure hose to compres-
sor and electromagnetic clutch and assemble the bolts.
Torque: 9.8 N
⋅ ⋅⋅ ⋅
⋅m
12. Assemble refrigerant No.1 low pressure hose.
(a) Disassemble the cover on pipeline joint.
(b) Spread Refrigerant oil on new O-shape loop and assemble
it on No.1 refrigerant low pressure hose.
Torque: 23 N
⋅ ⋅⋅ ⋅
⋅m
(c) Connect No.1 refrigerant low pressure hose to compres-
sor and electromagnetic clutch and assemble the bolts.
Torque: 9.8 N
⋅ ⋅⋅ ⋅
⋅m
13. Fill the refrigerant (referring to page 221).
Regulated quantity: 660 ± 10g
14. Heat the engine.
15. Check whether the refrigerant leaks.
 235 

Air conditioner--Condenser Assembly10. Assemble the Refrigerant liquid pipe A.(a) Disassemble the cover from the pipeline joint.
(b) Assemble the O-shape ring to the Refrigerant liquid pipe
A.
(c) Spread enough Refrigerant oil to lubricate at the conencting
part between the O-shape ring and the cover.
Refrigerant oil: 100PG
(d) Use the bolt to connect the Refrigerant liquid pipe A with
condenser assembly.
Torque: 5.4 N⋅ ⋅⋅ ⋅
⋅m11. Fill with Refrigerant.Regulated quantity: 660 ± ±± ±
± 10g12. Warm the engine.
13. Check whether the Refrigerant leaks. 238 

Panel/combination instrument--combination instrument
Panel / combination instrument
combination instrument
Trouble table
Lightening:
Phenomenon
All lights fail
Only one light failsPossible parts of trouble
1. combination instrument assembly
2. joint or harness
1. combination instrument assemblyReference pages
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Indicator light:
Phenomenon
Trouble light fails
Charge light fails
Brake system light fails
ABS light fails
SRS lights fails
Door light fails
low fuel level light fails
low Oil pressure light failsPossible parts of trouble
1. harness or joint
2. engine ECU
3. combination instrument assembly
1. harness or joint
2. engine ECU
3. combination instrument assembly
1. harness or joint
2. ABS ECU
3. combination instrument assembly
1. harness or joint
2. ABS ECU
3. combination instrument assembly
1. harness or joint
2. airbag sensor assembly
3. combination instrument assembly
1. harness or joint
2. door control switch
3. combination instrument assembly
1. harness or joint
2. fuel level light switch
3. combination instrument assembly
1. combination instrument assembly
2. oil pressure light switch
3. harness or jointReference pages
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Panel/combination instrument--combination instrument
2. Inspect output signal of vehicle speed.
(1) When vehicle run at 10km/h, inspect voltage between ter-
minal10 and terminal A1 of combination instrument assembly.
Standards: the voltage pulsates repeatedly between
0V to 5V for thirteen times.
Notes: Inspect the ignition switch “on” connects the
joint
3. Inspect speed gauge
(1) Connect a test tachometer. then startup the engine.
Notes:
zTachometer terminals polarity connects oppositely will damage interior transistors and
LEDs.
zWhen move or disassemble tachometer. do not drop on the ground or knock the surface.
(2) Compare indicted value test tachometer and combination instrument tachometer.
Standard indicted value (rmp) permitted values (rpm)
700 630-770
1,000 (900-1,100)
2,000 (1,850-2,250)
3,000 2,850-3,150
4,000 (3,800-4,200)
5,000 4,750-5,250
6,000 (5,700-6,300)
7,000 6,650-7,350
DC 13.5V, 25°C
(1) Disassemble the joint of fuel meter
(2) Turn ignition switch to ON, inspect indictor position of fuel guage.
Indictor position: F
(3) Connect short terminal1 and terminal2 of wiring harness sides. Turn ignition switch to ON, inspect
indictor position of fuel guage.
Indictor position: F
5. Inspect low fuel level indictor 4. Inspect fuel gauge
The fuel gauge has the function of sensor detection (that is
failure treatment of oil level tachometer)that is when fuel gauge
indictor is at E position, if low oil level warning light doesn”t
light, first should judge whether there have open-loop trouble of
fuel sensor or wiring harness. When sensor fails, fuel indictor
should stop at current position. But if failing time is over 20
seconds, the indictor will return to E position quickly, the in-
strument will at wire break detection. If the normal situation of
detection panel is over 20 seconds, indicator will return to normal.
A1A20
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