I need cylinder head tensions and sequence for 1993 Hyundai Lantra 1.8 litre

Quote:





Originally Posted by norvelplagbao52

1993 saturn sl2 1.9 dohc cylinder head torque
specs and sequence
Cylinder head bolt
tightening procedure:
CYLINDER HEAD BOLT TIGHTENING SEQUENCE:

INTAKE
SIDE
8 4 1 5 9

7 3 2 6 10
EXHAUST SIDE

In sequence,
torque the cylinder head bolts. Torque: 30 Nm (22 ft-lbs).
In sequence,
torque all bolts. Torque: 50 Nm (37 ft-lbs)
In sequence, turn each bolt an
additional 90 degrees.





Originally Posted by norvelplagbao52

1993 saturn sl2 1.9 dohc cylinder head torque
specs and sequence
Cylinder head bolt
tightening procedure:
CYLINDER HEAD BOLT TIGHTENING SEQUENCE:

INTAKE
SIDE
8 4 1 5 9

7 3 2 6 10
EXHAUST SIDE

In sequence,
torque the cylinder head bolts. Torque: 30 Nm (22 ft-lbs).
In sequence,
torque all bolts. Torque: 50 Nm (37 ft-lbs)
In sequence, turn each bolt an
additional 90 degrees.

You can get that in pieces from the service and repair manual. You can download that for a small fee here.

Hi there:Check this image for cylinder head bolt loosen and tighten sequence-1.5L (VIN K), 1.6L (VIN R), 2.0L (VIN F) and 1996-98 1.8L (VIN M) engines




Specs: 2.0L (VIN F) and 1996-98 1.8L (VIN M) engines- Tighten M10 bolts to 22 ft. lbs. (30 Nm), plus 60-65 degrees, plus 60-65 degrees. Tighten M12 bolts to 26 ft. lbs. (35 Nm), plus 60-65 degrees, plus 60-65 degrees.

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1989 L4 headbolt sequence:
Cylinder Head Bolt Torque Sequence1993 L4 headbolt sequence:
Cylinder Head Bolt Torque Sequencethey appear to be the same,other than the torque angle. good luck!

let me see if i can get some info 4 you.

edit
REMOVAL

1. Drain the coolant and disconnect the upper radiator hose.
2. Remove the breather hose (between the air cleaner and the head cover).
3. Remove the air-intake hose.
4. Remove the vacuum hose, fuel hose and coolant hose.
5. Remove the cables from the spark plugs. The cables should be removed by holding the boot portion.
6. Remove the ignition coil.
7. Remove the power steering oil pump and bracket.
8. Remove the intake manifold.
9. Remove the heat protector and exhaust manifold assembly.
10. Remove the coolant pump pulley and the crankshaft pulley.
11. Remove the timing belt cover.
12. Remove the timing belt tensioner pulley.
13. Remove the timing belt.
14. Remove the head cover.


15. Remove the cylinder head assembly. The cylinder head bolts should be removed by using Special Tool, Cylinder Head Bolt Wrench (09221-32001) or equivalent, in the sequence as shown in the illustration in two or three steps.
16. Remove the gasket pieces from the cylinder block top surface and cylinder head bottom surface. NOTE: Make sure that the gasket pieces do not fall in the engine.

INSTALLATION

1. Clean all gasket surfaces of the cylinder block and the cylinder head.
2. Install a new cylinder head gasket onto the cylinder head assembly. Apply sealant to the gasket and do not reuse the old cylinder head gasket.


3. Install the cylinder head bolts. Starting at top center, tighten all cylinder head bolts in sequence as shown in illustration, using the Cylinder Head Bolt Wrench (09221 - 32001) or equivalent. Repeat the procedure, re-tightening all cylinder head bolt to the specified torque. (torque spec is Cold Engine 105-115 Nm (76-83 ft lb) )
4. Install the timing belt tensioner pulley.
5. Install the timing belt on the camshaft sprocket, making sure that the tension side is tightened by turning the camshaft sprocket in reverse, all timing marks are in alignment.
6. Adjust the timing according to "Timing Belt"
7. Install the rocker cover and tighten the bolts to the specified torque. Tightening torque: Rocker cover belt:

2.5-3.5 Nm (25-35 kg.cm, 2-3 ft. lbs.)

8. Install the timing belt cover.
9. Install the new intake manifold gasket and the intake manifold. Tighten the nuts and bolts to the specified torque.
10. Install the new exhaust manifold gasket and the exhaust manifold. Tighten the exhaust manifold attaching nuts to the specified torque.
11. Install the surge tank and tighten the nuts bolts to the specified torque.
12. Install the power steering oil pump and bracket.
13. Install the ignition coil.
14. Install the air intake hose.
15. Connect the vacuum hose, fuel hose and water hose.
16. Install breather hose.

Revised Bulletin
This TSB supersedes the Cylinder Head Bolt Torque Specifications previously described in TSB # 96-20-003, TSB # 96-20-003-1 and TSB # 97-20-004.
DESCRIPTION:
This bulletin provides torque specification corrections to the 1996 and 1997 Elantra Shop Manual, 1997 Elantra Service Data Book, 1997 Tiburon Shop Manual and 1997 Tiburon Service Data Book.
Please record the corrections (listed) in the appropriate manuals and write the TSB number on the bottom of the pages listed below for future reference.
CYLINDER HEAD BOLT:
(M10) 30 Nm (300 kg.cm; 22 lb.ft) + (60°to 65°) + (60°to 65°)
(M12) 35 Nm (350 kg.cm; 26 lb.ft) + (60°to 65°) + (60°to 65°)

Installation
Ensure timing marks aligned [6] & [7] . 1. Fit timing belt in anti-clockwise direction, starting at crankshaft sprocket. Ensure belt is taut between sprockets. 2. Slacken tensioner pulley bolt [8] . Push tensioner pulley firmly against timing belt to tension belt. 3. Tighten tensioner pulley bolt [8] . Tightening torque: 43-55 Nm. 4. Except Matrix: Turn crankshaft one turn clockwise. 5. Matrix: Turn crankshaft two turns clockwise. 6. Ensure timing marks aligned [6] . 7. Apply a load of 2 kg to belt at . Belt should deflect 4-6 mm. If not: Adjust position of tensioner pulley. 8. Install components in reverse order of removal. 9. Tighten crankshaft pulley bolt [2] . Tightening torque: 170-180 Nm

7 is timing mark on cam,pin mark to top,hole in spoke below pin mark lines up with mark on head
6 is crank timing mark,pin mark on crank lines up with mark on block
NOTE this mark is just before top

51 to 54 foot pounds for a cold engine. 58 to 61 for a warm engine.

1998 Hyundai Lantra "G4GM" engine 1795cc.there are two heads or blocks, one is called the M10, other is the M12, figure out which one you have cause the torque is different for stage one by 5nm........... Dont get confused theres 2 different engines so 2 different torques for stage1---------
heres the full details: Stage 1 - m10 = 30nm / m12 = 35nm-------------------------- -------- Stage 2 - tighten by 60-65 degrees ------------ stage 3 - tighten by 60-65 degrees. no sequence is given in the data book for tightening so go off what you thinks right, it doesn't matter on this engine.

You have to use a ring compressor. Available at any auto parts store.