SOURCE: need torque settings for 1985 4A corolla cylinder head
hey, torque must be done in 3 steps:
1st 22 ft lbs
2nd 43 ft lbs
final 47 ft lbs
use this sequence of tightening:
9 - 3 -1 -6 -8
7 - 5 - 2 -4 - 10
SOURCE: cylinder head torque settings 1990 2.6L isuzu motor
From front to back is this:
7 3 1 5 9
8 4 2 6 10
First torque value is 58 ft lbs.....then final torgue is 72 ft lbs.
SOURCE: need cylinder head bolts torque settings for nissan 3.2d
what nissan model do you need the head torques for
SOURCE: need the cylinder head torque settings on a toyota
Tighten in several passes to 44 foot pounds.
I just wanted to add. Since this is an aluminum cylinder head, I hope you loosened the head in the loosening torque pattern. The pattern opposite of the torque tightening pattern. If not, you stand the chance of warping the head.
Again, since it's an aluminum head, it needs to be checked for flatness. Most aluminum heads need to be surfaced before re-installing.
Tightening torque pattern is as follows:
1.The Drivers side of the engine is the Left side.
From the Front going towards the back; the bolts are numbered 10, 6, 1, 3, and 7.
From the Front going towards the back on the Passenger side; the bolts are numbered 8, 4, 2, 5, and 9.
The Exhaust and Intake Camshaft Bearing Cap bolts go to 9 foot pounds. Tighten gradually. One bolt to the other with so many foot pounds, work back, and forth up to 9lbs.
Camshaft Timing Pulley bolts go to 43 foot pounds. (In a tightening sequence, and gradually)
SOURCE: Hi I'm looking for cylinder head torque settings for a 1992 BMW 316/318 e36
BMW cylinder torque setting all models
According to my service manual as follows.
Cyl head to engine block (torx e12 M10 bolts)
Stage 1 30nm (22 ft – lb)
Stage 2 + 90 degrees
Stage 3 + 90 degrees
Cyl head to lower timing chain cover 10nm (89in – lb)
The tightening sequence is from inside to outside crossover as normal. Loosening sequence is from outside to inside crossover. Remember to set torque wrench at low setting and work gradually up through the whole sequence until you get the desired torque.
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