Toyota Camry

1996-2001 of release

Repair and car operation



Kamri's Toyota
+ 1. Maintenance instruction
+ 1.2. Information before car driving
+ 1.3. Independent maintenance
+ 1.4. Technical characteristics
+ 1.5. Some councils upon car purchase
- 2. Maintenance
   2.2. Schedule of servicing of Toyota Camry/Avalon
   2.3. Primary and secondary checks
   2.4. Check of level of oil and liquids
   2.5. Check of a condition of tires and pressure in tires
   2.6. Check of level of liquid of system of hydrostrengthening of a steering
   2.7. Check of level of AKPP liquid
   2.8. Replacement of engine oil and oil filter
   2.9. Survey and replacement of brushes of screen wipers
   2.10. Check, servicing and battery charging
   2.11. Check, adjustment of a tension and replacement of a driving belt
   2.12. Check and replacement of hoses in an impellent compartment
   2.13. Check of system of cooling
   + 2.14. Shift of wheels
   2.15. Check of brake system
   2.16. Replacement of the air filter
   2.17. Power supply system check
   2.18. Check of level of liquid of differential (AKPP)
   2.19. Check of level of MKPP oil
   2.20. Steering and suspension bracket check
   2.21. Check of covers of semi-axes
   2.22. Check of final system
   2.23. Height and free wheeling of pedals of coupling and brake
   2.24. Replacement of the fuel filter
   2.25. Replacement of cooling liquid and washing of system of cooling
   2.26. Check of the system, supervising allocation паров fuels
   2.27. AKPP liquid replacement
   2.28. MKPP oil replacement
   2.29. Check of fastenings of a body
   2.30. Check and replacement of spark plugs
   2.31. Check and replacement of wires of spark plugs
   2.32. Check and adjustment of gaps of valves
   2.33. Replacement of laying of a cover of a jellied mouth of a fuel tank
   2.34. Check and replacement of the valve of ventilation of a case
+ 3. Engines
+ 4. Cooling system
+ 5. Heating and ventilation
+ 6. Fuel system
+ 7. Exhaust system
+ 8. Transmission
+ 9. Running gear
+ 10. Brake system
+ 11. Body
+ 12. Electric equipment



2.32. Check and adjustment of gaps of valves

GENERAL INFORMATION

Gaps of final valves of the first and third cylinders and gaps of inlet valves of the first and second cylinders (the four-cylinder engine)
 

Gaps of valves (the six-cylinder engine)
1. Right head, final valves

2. Right head, inlet valves

3. Left head, inlet valves

4. Left head, final valves

Gaps of valves of the 4-cylinder engine (remained)
 IN – Inlet valves

 EX – Final valves

Gaps of valves of the 6-cylinder engine (remained)
 IN – Inlet valves


 EX – Final valves

Gaps of valves of the 6-cylinder engine (remained) – 2
 IN – Inlet valves


 EX – Final valves

PERFORMANCE ORDER
1. Disconnect a wire of the minus plug of the accumulator.
2. In four-cylinder models disconnect wires of spark plugs.
3. In six-cylinder engines merge cooling liquid and remove the air filter. Disconnect wires of spark plugs of a back row of cylinders and remove wires and coils of ignition of candles of a forward row.
4. Unscrew spark plugs.
5. Uncover heads.
6. Establish the N1 cylinder piston in situation VMT at the moment of a compression step.
7. Measure a gap of each of valves by means of a set щупов.
8. On models with the four-cylinder engine turn a cranked shaft on one complete revolution and combine adjusting marks in a pulley of a cranked shaft. Measure gaps of the remained valves (see fig. Gaps of valves of the 4-cylinder engine (remained)).
9. On models with the six-cylinder engine turn a cranked shaft on 2/3 turns (240 degrees) clockwise. Measure gaps of the specified valves (see fig. Gaps of valves of the 6-cylinder engine (remained)). Turn a cranked shaft on 2/3 turns and measure gaps of the remained valves (see fig. Gaps of valves of the 6-cylinder engine (remained) – 2).

10. Turn a cranked shaft so that the cam over the valve demanding adjustment, was lifted up.

11. Turn the valve lift a cut to a spark plug. Establish the tool and press the lift. Compress the lift the special tool to remove laying.
12. Remove laying by means of a small screw-driver or a magnet.
13. Measure thickness of laying by means of a micrometer.
14. Calculate the demanded thickness of new laying on the following formula:
N= T + (A – V)
T = thickness of an old washer
A= klapanny gap
N= thickness of a new washer
V= a recommended klapanny gap.
15. Establish new laying, and repeatedly check a klapanny gap.