1987 SUZUKI GRAND VITARA oil filter

MAINTENANCE RECOMMENDED UNDER SEVERE DRIVING CONDITIONS
If the car is usually used under the conditions corresponding to any severe condition code given below, it
is recommended that applicable maintenance operation be performed at the particular interval as given in
the below chart.
Severe condition code
A -Towing a trailer
B- Repeated short trips
C - Driving on rough and/or muddy roads
D - Driving on dusty roads
E- Driving in extremely cold weather and/or
salted roads
F- Repeated short trips in extremely cold weather
Severe
Condition CodeMaintenanceMaintenance
OperationMaintenance Interval
A--DEFEngine oil and oil filter_ REvery 3 750 miles
(6 000 km) or 3 months
ABC- E-Exhaust pipes and mountingsIEvery 7 500 miles
(12 000 km) or 6 months
IEvery 3 750 miles
D(6 000 km) or 3 months--- --Air cleaner filter element * 1
REvery 15 000 miles
(24 000 km) or 12 months
----E-Choke system (Carburetor shafts)I&LEvery 7 500 miles
(12 000 km) or 6 months
----E-Distributor cap and Ignition wiring “2IEvery 15 000 miles
(24 000 km) or 12 months
ABCD--Brake discs and pads (Front)IEvery 7 500 miles
Brake drums and shoes (Rear)( 12 000 km) or 6 months
ABC---Propeller shaftsI&LEvery 7 500 miles
(12 000 km) or 6 months
Every 15 000 miles
A-C---Transmission, transfer and differential(24 000 km) or 12 months
oilRAfter first replacement at
7 500 miles (12 000 km)
CEvery 15 000 miles-- ---’ Leaf springsI(24 000 km) or 12 months
C-- ---Bolts and nuts on chassisTEvery 7 500 miles
(12 000 km) or 6 months
CSteering wheel free play, gear box oil-- ---and linkageIEvery 3 750 miles
(6 000 km) or 3 months
--C-E-Steering knuckle oil sealsREvery 15 000 miles
(24 000 km) or 12 months
MOTES:
I- inspect and correct or replace if necessary
R - Replace or change
T - Tighten to the specified torque
L - Lubricate
* 1Inspect more frequently if the vehicle is used under dusty conditions.
*2In areas where road salt is used, inspect and clean the distributor cap and ignition wiring more
frequently.
1-4

NOTE:
Steps 1) - 6) outlined above must be performed
with ENGINE NOT RUNNING. For step 7),
be sure to have adequate ventilation while
engine is running
It is recommended to use engine oil of SE or
SF class.
NOTE:For temperatures below
32”F(O”C), it is highly
recommended to use SAE 5W-30 oil.
Proper Engine Oil Viscosity Chart
12OW-50
lSW-40.15w-501
Ilow-4O.lOW-50
Ilow-30I
5w-30I“C-3 0 -2
0 -1
0 0 102
0
30 4
0
OF-2 2 -
4 14
32506886104
Temperatur e
Engine Oil Viscosity Chart
Engine oil capacity
Oil pan capacity 3.5 liters (7.4/6.2
US/Imp pt.)I
Total 4.0 liters(8.4/7.0 US/Imp pt.)I
8) Check oil filter and drain plug for oil leakage.
5. COOLING SYSTEM HOSES AND
CONNECTIONS INSPECTION
1) Visually inspect cooling system hoses for any
evidence of leakage and cracks. Examine them
for damage, and check connection clamps
for tightness.
2) Replace all hoses which show evidence of
leakage, cracks or other damage. Replace all
clamps which cannot maintain proper tight-
ness.
6. ENGINE COOLANT CHANGE
WARNING:
To help avoid danger of being burned, do
not remove radiator cap while engine and
radiator are still hot. Scalding fluid and
steam can be blown out under pressure if
the cap is taken off too soon.
1) Remove radiator cap when engine is cool.
2) Loosen radiator drain plug @
to drain
coolant.
3) Remove reservoir tank 0, which is on the
side of radiator, and drain.
4) Tighten plug
@ securely. Also reinstall reser-
voir tank.
1-8

4. ENGINE OIL AND FILTER CHANGEBefore draining engine oil, check engine for oil
leakage. If any evidence of leakage is found,
make sure to correct defective part before
proceeding to the following work.
1) Drain engine oil by removing drain plug.
2) After draining oil, wipe drain plug clean.
Reinstall drain plug, and tighten it securely.
Tightening torque N-m kg-mlb-ft
for oil drain plug30-40 3.0-4.0 22.0-28.
5
3) Loosen oil filter by using oil filter wrench
“A” (special tool 09915-47310).
4) Screw new filter on oil filter stand by hand
until the filter “0” ring contacts the mounting
surface.
ICAUTION:
To tighten the oil filter properly, it is important to accurately identify the
1-position at which the filter “0” ring first
contacts the mounting surface.
5)Tighten the filter 3/4 turn from the point of
contact with the mounting surface using an
oil filter wrench
@.
filter tightening
12-16N.m
1.2
-1.6kg.m
8.5-l l.lilb-ft
6) Replenish oil until oil level is brought to
FULL level mark on dipstick. (about 3.7liters or 7.8/6.5

US/Imp pt.). The filler
inlet is atop the cylinder head cover.
7) Start engine and run it for three minutes.
Stop engine and wait another three minutes
before checking oil level. Add oil, as necessary,
to bring oil level to FULL level mark on dip
stick.
NOTE:
Before fitting new oil filter, be sure to oil its
“0” ring. Use engine oil for this purpose.
v
Full level mark (hole)
1-7

2-1. ENGINE
Cond it ion
Poor starting
(Hard starting)
Possible cause
Starter will not run
1. Main fuse blown off
2. Contact not closing in main switch, or this
switch open-circuited
3. Run-down battery
4. Defective magnetic switch of starter
5. Loose battery terminal connection
6. Defective brushes in starter
7. Loose battery cord connection
8. Open in field or armature circuit of starter.
Correction
Replace
Repair or replace
Recharge
Replace
Clean and retighten
Replace
Retighten
Repair or replace
No sparking
1. Defective spark plugAdjust gap, or replace
2. High tension cord short-circuited (grounded)Repair or replace
3. Cracked rotor or cap in distributorReplace
4. Defective signal generator or ignitorReplace
5. Maladjusted signal rotor air gap.Adjust
6. Contact not closing positively in main switch,Replace
or this switch open-circuited
7. Loose or blown fuseSet right or replace
8. Improper ignition timingAdjust
9. Defective ignition coil.Replace
Faulty intake and exhaust systems
1. Carburetor out of adjustment
2. Fuel pump not discharging adequately
3. Clogged fuel filter
4. Defective choke mechanism
5. Loose intake manifold
6. Dirty and clogged carburetor
7. Float level out of adjustment
8. Clogged fuel hose or pipe
9. Not enough fuel in the tank
10. Malfunctioning fuel cut solenoid valve
Adjust
Replace
Clean, or replace
Repair or replace
Retighten
Disassemble and clean
Adjust
Clean or replace
Refill
Check solenoid valve for
proper operation and
replace if necessary
Abnormal engine internal condition
1. Ruptured cylinder head gasket
2. Improper valve clearance
3. Weakened or broken valve spring
4. Loose manifold, permitting air to be
drawn in
5. Worn pistons, rings or cylinders
Replace
Adjust
Replace
Retighten and, as neces-
sary, replace gasket
Replace worn rings and
pistons and rebore as
necessary
2-2

Condition
Poor starting
(Hard starting)
Possible cause
6. Broken valve timing belt
7. Poor valve seating
8. Wrong kind of engine oil
9. Burnt valves
10. Sticky valve stem
Correction
Replace
Repair or replace
Replace
Replace
Correct or replace valve
and guide
Emission control
1. Malfunctioning PCV valve
2. Loose connection or disconnection of
vacuum hoses
Replace.
Connect securely.
3. ECM is poorly grounded.Ground ECM securely
Not enough powerInadequate compression
1. Improper valve clearance
2. Valves not seating tight
3. Valve stems tending to seize
4. Broken or weakened valve spring
5. Piston rings seized in grooves, or broken
6. Worn pistons, rings or cylinders
Adjust
Repair
Replace
Replace
Replace
Replace worn parts and
rebore as necessary
7. Leaky cylinder head gasketReplace
Improperly timed ignition
1. Improper ignition timing
2. Defective spark plug
3. Worn distributor terminals
4. Leaks, loose connection or disconnection of
high tension cord
5. Malfunctioning ignition timing advancers
Adjust
Adjust gap or replace
Dress or replace
Connect or replace as
necessary
Replace
Fuel system out of order
1. Clogged carburetor jets
2. Defective fuel pump
3. Clogged fuel filter
4. Malfunctioning choke system
5. Float level out of adjustment
6. Clogged fuel pipe
7. Clogged fuel tank outlet
8. Loose joint in fuel system
Disassemble and clean
Repair or replace
Replace
Adjust or replace
Adjust
Clean or replace
Clean
Retighten
Abnormal condition in air intake system
1. Air cleaner dirty and clogged
2. Poor returning motion of choke valve
Clean or replace
Repair, adjust or replace
Overheating tendency of engine
1. (Refer to the section entitled “over-
heating.“)
2-3

9
Cond it ionPossible causeCorrection
OverheatingAbnormal condition in ignition system
1. Improper ignition timingAdjust
2. Wrong heat value of spark plugsChange heat value
Abnormal condition in fuel systems
1. Float level set too lowAdjust
2. Clogged jets in carburetorClean
3. Loose inlet manifoldRetighten
Abnormal condition in cooling system,,
1. Not enough coolantRefill
2. Loose or broken fan beltAdjust or replace
3. Erratically working thermostatReplace
4. Poor water pump performanceReplace
5. Leaky radiator coresRepair or replace
Abnormal condition in lubrication system
1. Clogged oil filterReplace
2. Clogged oil strainerClean
3. Deteriorated oil pump performanceReplace
4. Oil leakage from oil pan or pumpRepair
5. Improper engine oil gradeReplace with proper grade
oil
6. Not enough oil in oil panReplenish
Others
1. Dragging brakesRepair or replace
2. Slipping clutchAdjust or replace
3. Blown cylinder head gasketReplace
Engine noiseCrankshaft noise
Note: Before check- 1. Worn-down bearings, resulting in excessivelyReplace
ing the mechanicallarge running clearances
noise, make sure that:2. Worn connecting-rod bearingsReplace
0 Ignition timing is3. Distorted connecting rodsRepair or replace
properly adjusted.4. Worn crankshaft journalsRepair by grinding, or re-
l Specified spark plugplace crankshaft
is used.5. Worn crankpins.Repair by grinding, or re-
l Specified fuel is used.place crankshaft
Noise due to pistons, rings, pins or cylinders
1. Abnormally worn cylinder boresRebore to next oversize
or replace
2. Worn pistons, rings or pinsReplace
3. Pistons tending to seizeReplace
4. Broken piston ringsReplace
, Others
1’. Excessively large camshaft thrust playReplace
2. Excessively large crankshaft thrust clearanceAdjust as prescribed
3. Valve clearance too largeAdjust as prescribed
4. Not enough engine oilReplenish
2-7

ConditionPossible causeCorrection
High fuel consumptionAbnormal condition ignition system
1. Improper ignition timingAdjust
2. Leak or loose connection of high tension cordRepair or replace
3. Defective spark plug (improper gap, heavyClean, adjust or replace
deposits, and burned electrodes, etc..)
4. Cracked distributor cap or rotorReplace
5. Malfunctioning mechanical and vacuumCheck and repair or
advancers in distributorreplace
Abnormal condition in fuel system
1. Improper float levelAdjust
2. Fuel leakage from tank, pipe or carburetorRepair or replace
3. Malfunctioning carburetor choke systemRepair or replace
4. Dirty or clogged carburetor jetsClean
5. Clogged air cleaner elementClean or replace
6. Malfunctioning thermostatically controlledCheck and repair or
air cleanerreplace
Abnormal condition in engine
1. Low compressionPreviously outlined
2. Poor valve seatingRepair or replace
3. Improper valve clearanceAdjust
Emission control
1. Air leaks at exhaust manifoldTighten manifold bolts
and nuts.
Replace gasket.
2. Oxygen sensor out of orderReplace.
3. Water temperature switch out of orderReplace.
4. Malfunctioning throttle position switchReplace
5. Malfunctioning MCS (mixture controlReplace
solenoid) valve in carburetor
6. Malfunctioning EGR valveReplace
Others
1. Dragging brakesRepair or replace
2. Slipping clutchAdjust or replace
3. Improper tire pressureAdjust
Excessive engine oilOil leakage
consumption1. Loose oil drain plugTighten
2. Loose oil pan securing boltsTighten
3. Deteriorated or broken oil pan sealantReplace sealant
4. Leaky oil sealsReplace
5. Blown cylinder head gasketReplace
6. Improper tightening of oil filterTighten
7. Loose oil pressure switchTighten
2-8

2) Engine Lubrication
The oil pump is of a trochoid type, and mounted on the crankshaft at the crankshaft pulley side.
Oil is drawn up through the oil pump strainer and passed through the pump to the oil filter.
The filtered oil flows into two paths in cylinder block.
In one path, oil reaches the crankshaft journal bearings.
Oil from the crankshaft journal bearings is supplied to the connecting rod bearings by means of intersect-
ing passages drilled in the crankshaft, and then injected from a small hole provided on the big end of
connecting rod to lubricate piston, rings, and cylinder wall.
In another path, oil goes up to the cylinder head and lubricates rocker arms, valves and camshaft, etc.,
after passing through the internal oilway of rocker arm shafts.
An oil relief valve is provided on the oil pump. This valve starts relieving oil pressure when the pressure
comes over about 3.0 kg/cm2 (42.7 psi, 300 kPa). Relieved oil drains back to the oil pan.
Fig. 3- 1-2
3-3