Toyota Camry

1992-1997 of release

Repair and car operation

Kamri's Toyota
+ General data
+ 1. Maintenance
+ 2. Engine
+ 3. Six-cylinder V6 engines
+ 4. Major maintenance of engines
+ 5. Cooling and heating
+ 6. Fuel system
+ 7. Ignition system
+ 8. Toxicity fall
+ 9. Transmission
+ 10. Automatic transmission
- 11. Coupling and power shafts
   11.2. General information
   + 11.3. Check and replacement of a disk of coupling
   + 11.4. Vyzhimna bearing
   + 11.5. Main cylinder of coupling
   + 11.6. Working cylinder of coupling
   11.7. Air removal from hydraulic system of coupling
   11.8. Starting switch of coupling
   + 11.9. Hinge of equal angular speeds (CV JOINT)
   + 11.10. Replacement of protective covers and repair of hinges of equal angular speeds
+ 12. Brake system
+ 13. Suspension bracket
+ 14. Body
+ 15. Electric equipment

11.2. General information


2–coupling disk;
3–press disk;
5–press bearing;
6–fork of switching off of coupling;
7–a hairpin with a spherical tip;
8–protective cover

Coupling is intended for short-term separate an engine and transmission niya at gear shifting and braking and their smooth connection at a troganiye автомоби ля from a place, and also for protection of details of transmission from dynamic loadings.

The torque from a transmission is transferred to wheels through power shafts which consist of two hinges of equal angular speeds and a shaft.

Coupling consists of a disk of coupling, a leading part of coupling with a press disk and the mechanism of switching off of coupling.

The disk of coupling is established between a flywheel and a press disk of coupling and moves on shlitsa of primary shaft of a transmission.

The leading knot of coupling is screwed by bolts on a flywheel. The torque at operation of the engine is transferred from a cranked shaft through a flywheel and a disk of coupling which is clamped between a flywheel and a press disk to primary shaft of a transmission.

To disconnect the engine from a transmission, it is necessary to take away press a disk from a coupling disk. It is reached by use of a hydraulic drive which consists of the main cylinder, the working cylinder of coupling and hoses. The pressing of a pedal of coupling moves the piston in the main cylinder and compresses liquid which on a hose is transferred to the working cylinder. Under pressure the piston of the working cylinder moves and puts in action a fork of switching off of coupling. The fork of switching off of coupling moves press the bearing which influences a spring of a press disk and takes away press a disk from a coupling disk.