RAV4 PAB4-Toyota Toyota
1. Car operation
2. Maintenance
3. Engines
4. Cooling and conditioning systems
5. Fuel system and system of production of the fulfilled gases
6. Ignition system
7. The monitoring system and decrease in toxicity of the fulfilled gases
   General information
   Technical characteristics
   System of onboard Diagnostics (OBD)
   Information sensors and executive stroystvo
   Codes of malfunctions of OBD-II system
   Control unit engine (PCM)
   Sensors and valves of system of injection of fuel (EFI)
   System of compulsory ventilation of Carter (PCV)
   System of a retsirkulyatsiya of the fulfilled gases (EGR) on models since 2001
   Catching system паров fuels (EVAP)
   Catalytic converter
8. Coupling
9. Transmission
10. Driveshaft and shaft of a drive of driving wheels
11. Brake system
12. Suspension bracket
13. Steering and running gear
14. Body
15. Electric equipment
Electric equipment schemes

Toyota RAV4>> The monitoring system and decrease in toxicity of the fulfilled gases>> Catalytic converter
On models since 2001 of release catalytic converter is incorporated with a final collector.
On all cars catalytic converters for reduction of quantity of the harmful substances released into the atmosphere with fulfilled gases are established.
To the case of converter executed from stainless steel, inlet and final cones with branch pipes and fixing flanges, and also the heatreflectors holding a ceramic covering are welded. All internal volume of the case is occupied with the ceramic porous monolith catalyst fixed by rings or a grid from stainless steel. The catalyst represents the filter in which all internal and external surface of the time contacting to gases, is covered with very thin layer of an alloy which contains platinum, rhodium and a palladium. The porous catalyst has the big area of the surface covered with this alloy from very expensive metals that in the basic and defines the high price of catalytic converters.
In the catalyst there is a reaction as a result of which potentially dangerous hydrocarbon and a carbon oxide in the fulfilled gases turn into safe gases and water vapor.
Replacement of catalytic converter make as follows:
– for simplification of an otvorachivaniye of nuts of compound of catalytic converter previously impregnate them with the liquid weakening connections;

Fig. 7.31. Catalytic converter on models till 2001: 1–right support of a final collector; 2–clamp; 3–pillow; 4–laying; 5–laying; 6–laying; 7–reception exhaust pipe; 8–thermal insulation; 9–oxygen sensor (block 1, sensor 2); 10-forward part of catalytic converter; 11-thermal insulation; 12-right casing of the engine; 13-oxygen sensor (block 1, sensor 2); 14-a forward part of catalytic converter with a thermal insulation

Fig. 7.32. Catalytic converter on models since 2001: 1–top thermal insulation; 2–bottom thermal insulation No. 1; 3–laying; 4–sensor of a toplivovozdushny mix (block 1, sensor 1); 5–oxygen sensor (block 1, sensor 2); 6–support of a final collector; 7–support of a final collector; 8–bottom thermal insulation No. 2; 9–oxygen sensor (block 2, sensor 2); 10-a final collector with catalytic converter; 11-sensor of a toplivovozdushny mix (block 2, sensor 1)

– turn out nuts and separate catalytic converter from system of production of the fulfilled gases (fig. 7.31, 7.32) .
Installation make in sequence, return to removal.