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Mitsubishi 4d32 main bearing specification tightening bolt

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Posted on Jan 02, 2017

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mjsylvia
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SOURCE: 1997 mitsubishi torque specification

20Nm (14 ft lbs.)

Posted on Feb 01, 2009

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SOURCE: Mitsubishi

The following is verbatum from the mitsu engine overhaul manual... Steps 7 and 8 are a bit cryptic, but it seems like after you tighten the bolts to 20nm in the CORRECT PATTERN... you then go around tightening 1/4 turn through the pattern, then a final 1/4 turn through the pattern... do NOT tighten each bolt to 20, the 1/4 then another 1/4 before going to the next bolt, the idea is to get EVEN tightening across the head, so tighten her three times around the pattern! Now for the verbiage from Mitsu's overhaul manual...


(1) When installing the cylinder head bolts, check that the
shank length of each bolt meets the limit. If the limit is
exceeded, replace the bolt. - Limit: Max. 96.4 mm (3.79 in.)
(2) Install the washers.
(3) Apply engine oil to the bolt threads and washers.
(4) According to the tightening sequence, tighten the bolts to
75 Nm (54 ft.lbs.).
(5) Loosen the bolts completely.
(6) Torque the bolts to 20 Nm (14.5 -ft.lbs.)
(7) Tighten the bolts l/4 turns (90”) more.
(8) Tighten the bolts l/4 turns (90”) additionally.

Posted on Feb 15, 2009

  • 207 Answers

SOURCE: Why is it important to

If it's tightened within reason it is ok, but an overtightened bolt can put to much pressure on other parts, or break, and if it's under to much pressure from being overtightened it can snap under use. Also if under tightened it can come loose, or leave to much variance in other parts. If you can get it somewhat close it will not be a problem, if it says to use a specific locktite I'd also recommend using the correct kind. Good luck.

Posted on Mar 30, 2011

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1 Answer

I want to know the torque specifications for a 4D32 mitsubishi engine ?


we have 4g32 cyl head stage 1 70-76 nm stage 2 run for15 mins stage 3 tighten 78-83 nm
main bearings stage1 24-27 nm
stage2 49 -54 nm
big end stage 1 15-17 nm stage 2 31-34 nm I hope this helps from Coloneus

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Torque settings on cranck sharf bearings


Torque settings for V-6 engine.
Main bearing cap bolts torque:
Torque: 27 N·m (275 kgf·cm, 20 ft·lbf)
Mark the front of the main bearing cap bolt with paint.
Re tighten the main bearing cap bolts by 90 degrees.
Check that the crankshaft turns smoothly.

Connecting rod cap bolts torque:
Torque: 24.5 N·m (250 kgf·cm, 18 ft·lbf)
Mark the front of the main bearing cap bolt with paint.
Re tighten the main bearing cap bolts by 90 degrees.
Check that the crankshaft turns smoothly.

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Engine connecting rod torque specification.


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Tercel 1992 main bearings torque


The Main Bearing Cap TorqueTo install:
  1. When reassembling, clean the bearing caps and journals in the block thoroughly. Coat the bearings with a liberal application of clean motor oil.



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Fig. Fig. 3: Always torque the bearing caps to specification


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Fig. Fig. 4: Main bearing cap bolt tightening sequence on 3E and 3E-E engines

  1. Fit the upper bearings halves into the block and position the lower bearing halves in the bearing caps.
  2. Place the crankshaft into the engine block, making sure it fits exactly into its mounts.
  3. Install the upper thrust washers on the center main bearing with the oil grooves facing outward.
  4. Install the main bearing caps and the lower thrust washers in the proper sequence. Make sure the arrows on the caps point towards the front (pulley end) of the motor.
  5. Tighten the cap bolts to specification in three passes. On 3E and 3E-E engines, use the correct sequence.
  6. Double check the end-play of the crankshaft by repeating the procedure described earlier.
  7. Turn the crankshaft through one or two full clockwise rotations, making sure that it turns smoothly and evenly with no binding.
  8. Attach the piston rods, following procedures given earlier in this section. Remember that the rod caps must be reinstalled in their original positions.
  9. Install a new rear main oil seal into the retainer and install the retainer onto the block. Tighten the bolts to specification.
  10. Install the rear end plate on the engine.
  11. Install either the driveplate (automatic) or the flywheel (manual), observing the matchmarks made during removal.
  12. If equipped with a manual transaxle, reinstall the clutch disc and pressure plate.
  13. Install the oil pump.
  14. Install the oil strainer and oil pan, using new gaskets.
  15. Rotate the engine into its upright position and continue reassembly of the timing belt, idler pulley and covers.
  16. Reinstall the engine in the car, following procedures outlined earlier in this section.
42 Foot pounds (Final torque)

Dec 15, 2012 | 1992 Mitsubishi 3000GT

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Engine torque settings mitsubishi 4d32


im looking for information by a 4d32 Mitsubishi , help!!!!!! thanks

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Whats the torque on main and rod bearings for 99 mitsu. mirage 1.5 eng


main bearings = 38 ft pounds

rod bearings = first tighten to 13 ft pounds then an additional 1/4 turn

this is per mitchell on demand

Mar 11, 2011 | Mitsubishi Mirage Cars & Trucks

1 Answer

Hi im fixing a 89 honda civic have everything to put it back together but the torque settings for mains,connector rod bearings head stage 1,2,3 an the rest thanks


CRANK SHAFT PULLEY BOLT TORQUE IS 83 FT LBS. MAIN BEARINGS TORQUE IS 48 FT LBS ROD BEARINGS TORQUE 23 FT LBS. YOU NEED A BEARING SEQUENCE GET PIECE OF PAPER WRITE NUMBERS 9 5 1 3 7 AND UNDER THIS NUMBER LINE NUMBERS UP ON EACH OTHER WRITE DOWN NUMBERS 8 6 2 4 10 YOU HAVE 10 CRANKSHAFT MAIN BEARING BOLTS. WHEN YOU LINE UP BOTH NUMBERS YOU WILL START TIGHTEN BOLTS 1 AND 2 TIGHTEN BOLTS 3 AND 4 TIGHTEN BOLTS 5 AND 6 TIGHTEN BOLTS 7 AND 8 TIGHTEN BOLTS 9 AND 10 YOU ARE TIGHTEN BOLTS IN A CRISS CROSS PATTERN. BESURE TO POUR OIL OR LUBRICATE CRANKSHAFT AND BEARINGS WITH CLEAN ENGINE OIL.WHEN YOU TORQUE MAIN BEARINGS TORQUE ALL THEM TO 20 FT LBS AND SECOND PASS TORQUE ALL BOLTS TO FINAL TORQUE 48 FT LBS. IF YOU RUN TO ANY PROBLEMS. YOU CAN BUY A HAYNES REPAIR MANUAL IT CAN HELP YOU.

Mar 02, 2011 | 1989 Honda Civic

1 Answer

What is the right Torque Specification of the cylinder head bolt,main bearing and connecting rod bearing for a 1997 Ford F 150 4.2 liter? Thank you...


Cylinder heat bolt torque:
Torque sequence --------- front | 7 3 1 5 | | 8 4 2 6 | --------- Step 1: Torque all bolts in sequence to 14 Ft/Lbs Step 2: Torque all bolts in sequence to 29 Ft/Lbs Step 3: Torque all bolts in sequence to 36 Ft/Lbs Step 4: in the sequence, loosen the cylinder head bolts three turns. Step 5: Tighten short bolt to 15 - 32 Ft/Lbs Step 6: Tighten long bolt to 30 - 36 Ft/Lbs Step 7: Tighten all bolt to 175- 185 degree note: Do not loosen all of the cylinder head bolts at one time. Each cylinder head bolt must be loosened and the final tightening prior on the next bolt in the sequence.
Main bearing torque:
Torque sequence: Step 1: torque bolts to 91 Ft/Lbs with the exception of the rear main bearing cap Step 2: torque rear main bearing cap bolts to 88 Ft/Lbs Step 3: torque brace bolts to 40 Ft/Lbs
Connecting rod torque:
Torque sequence Step 1: Torque to 29 Ft/Lbs Step 2: Turn an additional 90 degrees

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1 Answer

Need torque for a 2000 Toyota Celicia GT 1.8L


Crank Main caps Tightening Torque

For the 12 Pointed Head Bearing Cap Sub-Assembly Bolts
Start from center bolts and tighten in a clockwise rotation working out
Step 1 all bolts 22 Nm or 16 ft lb
Step 2 all bolts 44 Nm or 32 ft lb
Step 3 all bolts 45 degrees additional clockwise rotation using an angle indicator.
Step 4 all bolts 45 degrees additional clockwise rotation using an angle indicator.

Hexagon Head Bearing Cap Sub-Assembly Bolts
1ZZ-FE Engine 18.5 Nm (14 ft.lb)
2ZZ-GE Engine 18 Nm (13 ft.lb)

Connecting rod:
1. Apply a light coat of engine oil on the threads and under the heads of the connecting rod cap bolts.
2. Install and alternately tighten the 2 connecting rod cap bolts in several passes. Torque: 1ZZ-FE: 20 Nm (204 kgf-cm, 15 ft. lbs.) 2ZZ-GE: 30 Nm (306 kgf-cm, 22 ft. lbs.) If any of the connecting rod cap bolts does not meet the torque specification, replace the connecting rod cap bolts.
3. Retighten the cap bolts by 90° more
4. Check that the crankshaft turns smoothly.

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Mar 18, 2010 | 2000 Toyota Celica

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