Mazda 6 since 2002
1. Operation and car maintenance
2. Engine
3. Transmission
3.1. Coupling
3.2. Mechanical transmission
3.2.1. General information
3.2.2. Check and oil replacement in a mechanical transmission
3.2.3. Removal and installation of the sensor of a speedometer of the car (without anti-blocking system of brakes)
3.2.4. Epiploon replacement (differential)
3.2.5. Removal and installation of the mechanism of gear shifting
3.2.6. Coupling case, dismantling of elements of a case of the main transfer
3.2.7. Check and assembly of components of differential and case of the main transfer
3.2.7.1. Installation of bearings of a gear gear wheel
3.2.7.2. Assembly of a cylindrical pin
3.2.7.3. Adjustment of a preliminary tightness in the bearing
3.2.7.4. Differential installation in a coupling case
3.2.7.5. Installation of a case of the main transfer
3.2.7.6. Elimination of gaps of primary, secondary shaft and shaft of differential of a case of the main transfer
3.2.7.7. Measurement of loading of primary, secondary shaft and shaft of differential of a case of the main transfer
3.3. Automatic transmission
3.4. Driving mechanism
4. Running gear
5. Steering mechanism
6. Brake system
7. Onboard electric equipment
8. Body
 






3-2-7-7-izmerenie-nagruzki-pervichnogo-vtorichnogo-valov-i-vala-differenciala.html

3.2.7.7. Measurement of loading of primary, secondary shaft and shaft of differential of a case of the main transfer

Establish primary shaft with gear wheels and differential in a coupling case.

Fig. 3.67. Installation of primary shaft and differential shaft


Establish a case of the main transfer and tighten fixture of primary shaft nominal effort of an inhaling (fig. 3.67).
Inhaling moment: 37,3–52,0 N · m.

Fig. 3.68. Measurement of loading of a shaft of differential by means of a dinamometrichesky key


Establish the special adaptation and a dynamometer or a dinamometrichesky key (fig. 3.68).
Be convinced that preliminary loading – within norm.
If it not so, repeat operations, since tightness adjustment in bearings.
Preliminary loading: 1,4–1,9 N · m.
Dynamometer indications: 14–19 N.
Remove the special adaptation.

Fig. 3.69. Measurement of loading of primary shaft by means of a dinamometrichesky key


Establish a transmission in the block with the main transfer, as is shown in drawing 3.69, establish the special adaptation on primary shaft.
Be convinced that preliminary loading – within norm.
If it not so, repeat operations, since tightness adjustment in bearings.
Preliminary loading: 0,12–0,39 N · m.
Dynamometer indications: 1,2–3,9 N.
Remove the special adaptation, a case of the main transfer, primary shaft and differential.
Establish a secondary shaft and a case of the main transfer, tighten fixture nominal effort of an inhaling.
Inhaling moment: 37,3–52,0 N · m.

Fig. 3.70. Measurement of loading of a secondary shaft by means of a dinamometrichesky key


Establish the special adaptation and a dynamometer or a dinamometrichesky key (fig. 3.70).
Be convinced that preliminary loading – within norm.
If it not so, repeat operations beginning, from tightness adjustment in bearings.
Preliminary loading: 0,2–0,3 N · m.
Dynamometer indications: 2–3 N.
Remove the special adaptation and a case of the main transfer.

«previous page
3.2.7.6. Elimination of gaps of primary, secondary shaft and shaft of differential of a case of the main transfer
following page»
3.3. Automatic transmission