oil MITSUBISHI MONTERO 1991 Owner's Manual
[x] Cancel search | Manufacturer: MITSUBISHI, Model Year: 1991, Model line: MONTERO, Model: MITSUBISHI MONTERO 1991Pages: 1333, PDF Size: 24.61 MB
Page 34 of 1333
Main Bearing Cap Bolt ...................... 55-61 (75-83)
Oil Pick-Up Tube Bolt ...................... 11-15 (15-20)
Rear Engine Support
Bracket-To-Engine Bolt .................... 13-18 (18-25)
Relief Valve Plug .......................... 29-36 (39-49)
Right Engine Support Bracket Bolt
10x22 mm ................................. 25-36 (34-49)
12x22 mm & 12x32 mm ...................... 47-61 (64-83)
Rocker Shaft ............................... 14-15 (19-20)
Timing Belt Tensioner Bolt ................. 16-21 (22-29)
Water Pump Bolt ............................ 14-20 (19-27)
INCH Lbs. (N.m)
Delivery Pipe Bolt ......................... 84-108 (9-12)
Distributor Adapter Bolt .................. 108-132 (12-15)
Oil Filter Bracket Bolt .................. 108-120 (12-14)
Oil Pan Bolt ................................. 48-60 (5-7)
Oil Pump Cover Bolt ........................ 72-108 (8-12)
Oil Pump Mounting Bolt ................... 108-120 (12-14)
Rear Seal Case Bolt ........................ 84-108 (9-12)
Rocker Cover Bolt ............................ 72-84 (8-9)
Throttle Body Bolt ......................... 84-108 (9-12)
Timing Belt Cover Bolt ..................... 84-108 (9-12)
Transmission Mounting Plate Bolt ........... 84-108 (9-12)
( 1) - Tighten in 2 steps using proper sequence.
See Fig. 4.
\
\
\
\
\
\
TORQUE SPECIFICATIONS TABLE (3000GT) \
\
\
\
\
\
Application Ft. Lbs. (N.m)
Air Intake Plenum Stay Bolts ..................... 13 (18)
Automatic Tensioner Bolt ......................... 17 (23)
Camshaft Bearing Cap Bolt ........................ 15 (20)
Camshaft Sprocket Bolt ........................... 65 (88)
Connecting Rod Nut ............................... 38 (52)
Crankshaft Pulley Bolt
SOHC ................................. 108-116 (146-157)
DOHC ................................. 130-137 (176-186)
Cylinder Head Bolt ( 1)
SOHC ................................... 76-83 (103-113)
DOHC
Non-Turbo ............................. 76-83 (103-113)
Turbo ................................. 87-94 (118-127)
Distributor Adapter Bolt ......................... 11 (15)
Drive Plate Bolt ................................. 55 (75)
Engine Support Bracket Bolt
Except 10x40 mm ........................ 76-83 (103-113)
10x40 mm ................................. 47-54 (63-73)
Exhaust Manifold Nut ............................. 13 (18)
Flywheel Bolt .................................... 55 (75)
Intake Manifold Bolt
Lower Manifold
Non-Turbo ............................... 11-15 (15-20)
Turbo .................................... 9-11 (12-15)
Upper Manifold ................................. 13 (18)
Main Bearing Cap Bolt ............................ 58 (79)
Oil Filter Bracket Bolt .......................... 11 (15)
Oil Pick-Up Tube Bolt ............................ 14 (19)
Oil Pump Mounting Bolt ........................... 11 (15)
Page 35 of 1333
Rear Engine Support
Bracket-To-Engine Bolt .................... 13-18 (18-25)
Relief Valve Plug ................................ 33 (45)
Rocker Shaft ............................... 14-15 (19-20)
Roll Stopper Bracket Through Bolts ......... 36-43 (49-58)
Turbocharger-To-Exhaust Fitting ............ 40-47 (54-64)
Timing Belt Tensioner Bolt ....................... 31 (42)
Water Pump Bolt .................................. 17 (23)
INCH Lbs. (N.m)
Delivery Pipe Bolt .............................. 108 (12)
Oil Pan Bolt ................................. 48-60 (5-7)
Oil Pump Cover Bolt .............................. 96 (11)
Rear Seal Case Bolt .............................. 96 (11)
Rocker Cover Bolt
SOHC ....................................... 72-84 (8-9)
DOHC ............................................ 26 (3)
Throttle Body Bolt ......................... 84-108 (9-12)
Timing Belt Cover Bolt ..................... 84-108 (9-12)
Transmission Mounting Plate Bolt ........... 84-108 (9-12)
( 1) - Tighten in 2 steps using proper sequence.
See Fig. 4.
\
\
\
\
\
\
ENGINE SPECIFICATIONS
GENERAL ENGINE SPECIFICATIONS
GENERAL SPECIFICATIONS TABLE \
\
\
\
\
\
Application Specification
3.0L V6 DOHC Non-Turbo
Displacement ....................... 181.4 Cu. In. (3.0L)
Bore ................................... 3.587" (91.1 mm)
Stroke ................................. 2.992" (76.0 mm)
Compression Ratio ................................ 10.0:1
Fuel System ......................................... PFI
Horsepower @ RPM ............................. 222 @ 6000
Torque Ft. Lbs. @ RPM ........................ 201 @ 4500
3.0L V6 DOHC Turbo
Displacement ....................... 181.4 Cu. In. (3.0L)
Bore ................................... 3.587" (91.1 mm)
Stroke ................................. 2.992" (76.0 mm)
Compression Ratio ................................. 8.0:1
Fuel System ......................................... PFI
Horsepower @ RPM ............................. 300 @ 6000
Torque Ft. Lbs. @ RPM ........................ 307 @ 2500
3.0L V6 SOHC
Displacement ....................... 181.4 Cu. In. (3.0L)
Bore ................................... 3.587" (91.1 mm)
Stroke ................................. 2.992" (76.0 mm)
Compression Ratio ................................. 8.9:1
Fuel System ......................................... PFI
Horsepower @ RPM ............................. 143 @ 5000
Torque Ft. Lbs. @ RPM ........................ 168 @ 2500
\
\
\
\
\
\
Page 36 of 1333
![MITSUBISHI MONTERO 1991 Owners Manual CRANKSHAFT, MAIN & CONNECTING
ROD BEARINGS SPECIFICATIONS
CRANKSHAFT, MAIN & CONNECTING ROD BEARINGS TABLE
\
\
\](/img/19/57332/w960_57332-35.png "MITSUBISHI MONTERO 1991 Owners Manual CRANKSHAFT, MAIN & CONNECTING
ROD BEARINGS SPECIFICATIONS
CRANKSHAFT, MAIN & CONNECTING ROD BEARINGS TABLE
\
\
\")
CRANKSHAFT, MAIN & CONNECTING
ROD BEARINGS SPECIFICATIONS
CRANKSHAFT, MAIN & CONNECTING ROD BEARINGS TABLE
\
\
\
\
\
\
Application In. (mm)
Crankshaft
End Play
Standard ...................... .0020-.0098 (.050-.250)
Limit ...................................... .012 (.30)
Main Bearings
Journal Diameter ........................... 2.36 (59.9)
Journal Out-Of-Round
SOHC ..................................... .0002 (.005)
DOHC .................................... .00012 (.003)
Journal Taper ............................. .0002 (.005)
Oil Clearance
Standard
SOHC ........................ .0008-.0019 (.020-.048)
DOHC ........................ .0007-.0017 (.018-.043)
Limit ...................................... .004 (.10)
Connecting Rod Bearings
Journal Diameter ......................... 1.965 (49.91)
Journal Out-Of-Round
SOHC ..................................... .0002 (.005)
DOHC .................................... .00012 (.003)
Journal Taper ............................. .0002 (.005)
Oil Clearance
Standard ...................... .0006-.0018 (.015-.046)
Limit ...................................... .004 (.10)
\
\
\
\
\
\
CONNECTING RODS SPECIFICATIONS
CONNECTING RODS TABLE \
\
\
\
\
\
Application In. (mm)
Maximum Bend .................................. .002 (.05)
Maximum Twist (Total Rod Length) .............. .004 (.10)
Side Play
Standard ....................... .0039-.0099 (.099-.251)
Limit ....................................... .016 (.41)
\
\
\
\
\
\
PISTONS, PINS & RINGS SPECIFICATIONS (SOHC)
PISTONS, PINS & RINGS TABLE (SOHC) \
\
\
\
\
\
Application In. (mm)
Pistons
Clearance ...................... .0008-.0016 (.020-.040)
Diameter ................................. 3.587 (91.11)
Pins
Piston Fit ......................................... ( 1)
Rod Fit ............................................ ( 2)
Rings
No. 1
End Gap
Standard .................... .0118-.0177 (.300-.450)
Limit .................................... .031 (.79)
Page 37 of 1333
Side Clearance
Standard .................... .0020-.0035 (.051-.089)
Limit .................................... .004 (.10)
No. 2
End Gap
Standard .................... .0098-.0157 (.249-.399)
Limit .................................... .031 (.79)
Side Clearance
Standard .................... .0008-.0024 (.020-.060)
Limit .................................... .004 (.10)
No. 3 (Oil)
End Gap
Standard ........................ .008-.024 (.20-.60)
Limit .................................... .039 (.99)
(1) - Slip.
( 2) - At press load of 1686-3934 lbs. (7500-17500 N).
-
\
\
\
\
\
\
PISTONS, PINS & RINGS SPECIFICATIONS (DOHC)
PISTONS, PINS & RINGS TABLE (DOHC) \
\
\
\
\
\
Application In. (mm)
Pistons
Clearance ...................... .0012-.0020 (.030-.051)
Diameter ................................. 3.587 (91.11)
Pins
Piston Fit ......................................... ( 1)
Rod Fit ............................................ ( 2)
Rings
No. 1
End Gap ....................... .0118-.0177 (.300-.450)
Side Clearance
Standard .................... .0012-.0028 (.030-.071)
Limit .................................... .004 (.10)
No. 2
End Gap ....................... .0177-.0236 (.450-.599)
Side Clearance
Standard .................... .0008-.0024 (.020-.060)
Limit .................................... .004 (.10)
No. 3 (Oil)
End Gap
Standard ........................ .008-.024 (.20-.60)
Limit .................................... .039 (.99)
( 1) - Slip.
( 2) - At press load of 1686-3934 lbs. (7500-17500 N).
\
\
\
\
\
\
CYLINDER BLOCK SPECIFICATIONS
CYLINDER BLOCK TABLE \
\
\
\
\
\
Application In. (mm)
Cylinder Bore
Standard Diameter ......................... 3.586 (91.10)
Maximum Taper & Out-Of-Round ............... .0008 (.020)
Maximum Deck Warpage
Standard ..................................... .002 (.05)
Limit ...................................... .0039 (.099)
Page 40 of 1333
![MITSUBISHI MONTERO 1991 Owners Manual CAMSHAFT TABLE (SOHC) \
\
\
\
\
\
Application](/img/19/57332/w960_57332-39.png "MITSUBISHI MONTERO 1991 Owners Manual CAMSHAFT TABLE (SOHC) \
\
\
\
\
\
Application")
CAMSHAFT TABLE (SOHC) \
\
\
\
\
\
Application In. (mm)
End Play
Standard ........................... .004-.008 (0.1-0.2)
Limit ....................................... .015 (0.4)
Journal Diameter ............................. 1.34 (34.0)
Lobe Height
Standard ................................. 1.624 (41.25)
Limit .................................... 1.604 (40.75)
Oil Clearance .................... .0020-.0035 (.050-.090)
\
\
\
\
\
\
CAMSHAFT SPECIFICATIONS (DOHC)
CAMSHAFT TABLE (DOHC) \
\
\
\
\
\
Application In. (mm)
End Play
Standard ........................... .004-.008 (0.1-0.2)
Limit ....................................... .015 (0.4)
Journal Diameter ............................ 1.024 (26.0)
Lobe Height
Intake
Standard ................................ 1.397 (35.49)
Limit ................................... 1.378 (34.99)
Exhaust
Standard ................................ 1.386 (35.20)
Limit ................................... 1.366 (34.70)
Oil Clearance .................... .0020-.0035 (.050-.090)
\
\
\
\
\
\
Page 41 of 1333
\003
A/C C O M PR ESSO R O IL C HEC KIN G
1991 M it s u bis h i M onte ro
1991 GENERAL SERVICING
Compressor Refrigerant Oil Checking
ISOLATING COMPRESSOR
NOTE: Only compressors with stem-type service valves can be
isolated.
1) Connect service gauge set to the compressor service valves
and open compressor valves slightly (turn in clockwise). Start engine
and operate air conditioning. Slowly turn compressor suction valve
clockwise toward closed (front-seated) position.
2) When suction pressure is reduced to zero or less, turn off
engine and compressor and quickly turn suction valve stem in to full
front-seated position. Suction pressure should be slightly above zero.
Turn discharge valve into front-seated position.
3) To check oil level, slowly open compressor crankcase plug
to relieve any remaining pressure. After oil level is corrected, cap
service gauge ports on both valves. Back-seat suction service valve to
allow refrigerant to enter compressor. Open discharge valve halfway.
4) Loosen discharge service valve cap, allowing refrigerant
pressure to force air out of compressor. Back-seat service valve and
tighten cap. Compressor is now ready for operation.
REFRIGERANT OIL
Only new, pure, moisture-free refrigerant oil should be used
in the air conditioning system. This oil is highly refined and
dehydrated to a point where moisture content is less than 10 parts per
million. The oil container must be tightly closed at all times when
not in use, or moisture will be absorbed into the refrigerant oil from
the air.
SERVICING PRECAUTIONS
NOTE: Recent findings by the EPA indicate that refrigerant is
harmful to the earth's protective Ozone layer. When
discharging refrigerant, DO NOT allow refrigerant to enter
the atmosphere. If available, use refrigerant
recovery/recycle systems when discharging system. Always
follow manufacturer's instructions.
DISCHARGING SYSTEM PRECAUTIONS
If compressor has stem-type service valves, it can be
isolated and removed without discharging entire system. See ISOLATING
COMPRESSOR at the beginning of this article. Otherwise, discharge
system completely before loosening any fittings.
DISCONNECTING LINES & FITTINGS TEST
After system is discharged, carefully clean area around all
fittings to be opened. Always use 2 wrenches when tightening or
loosening fittings to avoid twisting or distorting lines. Cap or plug
all openings as soon as lines are removed. DO NOT remove caps until
immediately before connections are made. This will keep entry of air
Page 42 of 1333
and moisture to a minimum.
CONNECTING LINES AND FITTINGS
A new gasket or "O" ring should be used in all instances when
connecting lines or fittings. Dip "O" ring in new refrigerant oil and
ensure it is not twisted during installation. Always use 2 wrenches to
prevent damage to lines and fittings.
PLACING SYSTEM IN OPERATION
After component service or replacement has been completed and
all connections have been made, evacuate system thoroughly with a
vacuum pump. Charge system with proper amount of refrigerant and
perform a leak test. See REFRIGERANT OIL & R-12 SPECIFICATIONS chart
in this section for system capacities. Be sure to check all fittings
that have been opened. After system has been leak tested, make a
system performance check.
NOTE: Air conditioning systems will not normally need addition of
refrigerant oil unless definite oil loss has occurred due to
ruptured lines, leaking compressor seals, compressor
overhaul or component replacement.
ATSUGI ROTARY VANE DRAIN & REFILL
1) Before checking and adjusting oil level, operate
compressor at engine idling speed, with controls set for maximum
cooling and high blower speed, for 20 to 30 minutes to return oil to
compressor.
2) Stop engine, discharge refrigerant and remove compressor
from vehicle. See SERVICING PRECAUTIONS at beginning of article. Drain
compressor oil from compressor discharge port and measure the amount.
Oil is sometimes hard to drain when compressor is cool. Remove oil
while compressor is warm.
3) If the amount drained is less than 3 ounces, conduct leak
tests at system connections, and if necessary, repair or replace
faulty parts. Check purity of oil and adjust oil level as follows.
4) If amount drained was above 3 ounces, oil level is right.
Pour in same amount as was drained. If amount drained was below 3
ounces, pour in 3 ounces of new refrigerant oil.
BOSCH 6-CYL DRAIN & REFILL
1) Before checking and adjusting oil level, operate
compressor at engine idling speed, with controls set for maximum
cooling and high blower speed, for 20 to 30 minutes to return oil to
compressor.
2) Stop engine and discharge refrigerant. Remove refrigerant
oil level inspection plug on side of compressor. Oil should be at
lower lip of threaded hole. Add necessary new refrigerant oil (if
low). Replace inspection plug and tighten to 10-12 ft. lbs. (14-16 N.
m).
CALSONIC V5 5-CYLINDER
1) Before checking and adjusting oil level, operate
compressor at 1000-1500 engine RPM, and set controls at maximum
cooling and blowing speed for 20-30 minutes to return oil to
Page 43 of 1333
compressor.
2) Stop engine. Discharge refrigerant and remove compressor
from vehicle. See SERVICING PRECAUTIONS at the beginning of this
article. Drain compressor oil from compressor discharge port and
measure oil amount. Oil may be hard to drain if compressor is cool.
Drain oil while compressor is warm.
3) If amount drained is less than 3.2 ounces, conduct leak
tests at system connections. Repair or replace faulty parts as
necessary. Check purity of oil and oil level as follows.
4) If amount drained is more than 3.2 ounces, oil level is
okay; fill with same amount drained using new oil. If amount drained
is less than 3.2 ounces, pour in 3.2 ounces of new refrigerant oil.
DIESEL KIKI ROTARY VANE DRAIN & REFILL
1) Before checking and adjusting oil level, operate
compressor at engine idling speed, with controls set for maximum
cooling and high blower speed, for 20 to 30 minutes to return oil to
compressor.
2) Stop engine, discharge refrigerant and remove compressor
from vehicle. See SERVICING PRECAUTIONS at the beginning of this
article. Drain compressor oil from compressor discharge port and
measure the amount. Oil is sometimes hard to drain when compressor is
cool. Remove oil while compressor is warm.
3) If the amount is less than 2.4 ounces, conduct leak tests
at system connections, and if necessary, repair or replace faulty
parts. Check purity of oil and adjust oil level as follows.
4) If amount drained was above 2.4 ounces, oil level is
right. Pour in same amount as was drained. If amount drained was below
2.4 ounces, pour in 2.4 ounces of new refrigerant oil.
DIESEL KIKI 6-CYL DRAIN & REFILL
1) Before checking and adjusting oil level, operate
compressor at engine idling speed, with controls set for maximum
cooling and high blower speed, for 20 to 30 minutes to return oil to
compressor.
2) Stop engine, discharge refrigerant and remove compressor
from vehicle. See SERVICING PRECAUTIONS at the beginning of this
article. Remove oil drain plug and drain oil. Measure amount of oil
drained. Install drain plug with new "O" ring.
3) If amount drained was more than 2 ounces (4.4 ounces for
Infinity), refill with same amount of new oil. If amount drained was
less than 2 ounces (4.4 ounces for Infinity), refill with 2 ounces (4\
.
4 ounces for Infinity). Install filler plug and recharge system.
FORD FX-15 6-CYLINDER DRAIN & REFILL
NOTE: Replacement FX-15 compressors contain 7 ounces of refrigerant
oil. Prior to installing compressor, drain refrigerant oil
and determine proper amount of refrigerant oil to be added.
1) Slowly discharge system. Remove A/C compressor. Drain
compressor oil from suction and discharge ports. Measure amount
drained and discard oil.
2) If amount drained from removed (old) compressor is betwee\
n
3 and 5 ounces, add drained amount of new SUNINSO 5GS refrigerant oil
into the NEW compressor through suction port.
3) If amount drained is less than 3 ounces, add 3 ounces to
the NEW compressor. If amount drained is more than 5 ounces, add
5 ounces. Use new "O" rings on refrigerant lines. Install A/C
Page 44 of 1333
compressor. Evacuate and recharge system. Perform leak test.
HARRISON 4-CYL DRAIN & REFILL
NOTE: The Harrison compressor DOES NOT have an oil sump. It's
crucial that the compressor remains well oiled. It takes
very little time to destroy this compressor if it runs dry.
The Harrison 4-cyl compressor is charged (new) with 6 ounces
of refrigerant oil. Because compressor does not have an oil sump, it
should not have to be removed for oil measurement (it retains very
little oil). Note the following situations for checking and adding oil
to this compressor.
NO OIL LEAK; REPLACING COMPONENTS
If only the compressor is to be replaced, remove, drain oil,
measure and reinstall an equal amount of new oil. If evaporator is
being replaced, add 3 ounces of new oil. If condenser is being
replaced, add one ounce.
LOSS OF REFRIGERANT OVER EXTENDED PERIOD
When a loss of refrigerant has occurred over an extended
period of time and a component is being replaced to correct the leak,
add an appropriate amount of refrigerant oil to the component.
SIGNS OF EXCESSIVE OIL LEAKAGE
If system has lost excessive oil, remove accumulator. Drain
and measure oil. If more than 3 ounces is measured, replace the same
amount of new oil as was drained. If less than 3 ounces is measured,
add 3 ounces of new oil. Add and additional 2 ounces of new oil to
compensate for that lost by replacing the accumulator (held in
desiccant).
NOTE: If the exact oil charge is in doubt, drain and flush system.
Add a new 6-ounce charge of refrigerant oil to the system.
HARRISON V5 5-CYLINDER DRAIN & REFILL
1) If system is operable, run for several minutes to
stabilize system before performing repairs. Turn off engine. Discharge
system and remove compressor. See SERVICING PRECAUTIONS at the
beginning of this article. Remove drain plug. Drain and measure oil.
2) If more than one ounce is drained, add same amount. If
less than one ounce is drained, add 2 ounces of new refrigerant oil to
compressor.
3) If A/C components are replaced, add refrigerant oil to
system. Add one ounce if condenser is replaced. Add 3.5 ounces if
accumulator is replaced.
4) When replacing a component which has caused a large
refrigerant leak, add 3 ounces of new oil plus the required amount for
the part being replaced. Add oil directly to part being replaced if
possible. If oil can not be easily added to part, add oil to
accumulator.
NOTE: If oil drained contains metal chips or other debris, replace
receiver-drier. Flush out system before evacuating and
recharging.
Page 45 of 1333
HITACHI 5-CYL DRAIN & REFILL
1) Before checking and adjusting oil level, operate
compressor at 1000-1500 engine RPM, and set controls at maximum
cooling and high blowing speed for about 10 minutes to return oil to
compressor.
2) Stop engine. Discharge refrigerant and remove compressor
from vehicle. See SERVICING PRECAUTIONS at the beginning of this
article. Drain oil from compressor through suction port. Measure
amount of oil drained.
3) If amount drained is more than 2.4 ounces, fill with same
amount using new oil. If amount drained is less than 2.4 ounces, fill
with 2.4 ounces. Install compressor and recharge.
4) If A/C components are replaced. add refrigerant oil to
system. Add 1.7 ounces if condenser is replaced. Add 2.4 ounces if
evaporator is replaced. oil does not need to be added if receiver-
drier is replaced.
HITACHI 6-CYL DRAIN & REFILL
1) Before checking and adjusting oil level, operate
compressor at engine idling speed, with controls set for maximum
cooling and high blower speed, for 10 minutes to return oil to
compressor.
2) Stop engine, discharge refrigerant and remove compressor
from vehicle. See SERVICING PRECAUTIONS at the beginning of this
article. Drain oil from compressor suction port. Measure amount of oil
drained. If amount drained was more than 2.4 ounces, refill with same
amount of new oil. If amount drained was less than 2.4 ounces, refill
with 2.4 ounces. Install compressor and recharge.
MATSUSHITA ROTARY VANE DRAIN & REFILL
Discharge system. Remove compressor from vehicle. Drain oil
from compressor through inlet and outlet holes. Refill compressor with
3.4-4.7 ounces of oil through suction port. When replacing evaporator,
add 2 ounces. When replacing other A/C components, add 1.4 ounces per
component replaced.
NIPPONDENSO ROTARY VANE DRAIN & REFILL
1) Before checking and adjusting oil level, operate
compressor at engine idle speed, and set controls at maximum cooling
and high blowing speed for 20-30 minutes to return oil to compressor.
2) Stop engine. Discharge refrigerant and remove compressor
from vehicle. See SERVICING PRECAUTIONS at the beginning of this
article. Drain compressor oil through compressor intake and discharge
ports. Measure amount drained. Oil may be hard to drain if compressor
cool. Drain compressor while compressor is warm.
3) If amount drained is less than 2.4 ounces, conduct leak
tests at system connections. If necessary, repair or replace faulty
parts. Check purity of oil level and adjust oil level as follows.
4) If amount drained is more than 2.4 ounces, oil level is
okay; fill with same amount drained using new oil. If amount drained
is less than 2.4 ounces, pour 2.4 ounces of new refrigerant oil.
5) When replacing condenser, add one ounce. when replacing
other A/C components, add .33 ounce per container replaced.
NIPPONDENSO 6 & 10-CYL DRAIN & REFILL