Suzuki Liana since 2002
1. Operation and maintenance of the car
2. Engine
3. Transmission
4. Running gear
5. Steering mechanism
5.1. Diagnostics of malfunctions of steering
5.2. Steering repair
5.2.1. Removal and installation of a steering wheel
5.2.2. Removal and installation of a contact spiral and the combined switch
5.2.3. Centering of a contact spiral
5.2.4. Removal and installation of a steering column
5.2.5. Removal and installation of the switch of ignition with the anti-theft device
5.2.6. Removal and installation of the lower shaft of steering
5.2.7. Steering with the amplifier
5.2.8. Check of a free wheeling of a steering wheel
5.2.9. Check of effort on a steering wheel
5.2.10. Check of work of system of stabilization of idling
5.2.11. Check of pressure in a hydraulic system of the amplifier of steering
5.2.12. Check of level of liquid
5.2.13. Procedure of removal of air
5.2.14. Check of a driving belt of the pump of the hydraulic booster of steering on the car
5.2.15. Adjustment of a tension of a driving belt of the pump of the hydraulic booster of steering
5.2.16. Removal and installation of a driving belt of the pump of the hydraulic booster of steering
5.2.17. Removal and installation of a steering rod end of draft
5.2.18. Steering mechanism
5.2.19. Removal and installation of the steering mechanism
5.2.20. Removal and installation of a cover of a draft / lath
5.2.21. Removal and installation of the pump of the hydraulic booster of steering
5.2.22. Dismantling and assembly of the pump of the hydraulic booster of steering
5.2.23. Check of the pump of the hydraulic booster of steering
5.3. Tables
6. Brake system
7. Onboard electric equipment
8. Body
9. Schemes of electric equipment
 






5-2-23-proverka-nasosa-gidrousilitelya-rulevogo-upravleniya.html

5.2.23. Check of the pump of the hydraulic booster of steering

Pump housing, cover, side plate and shaft

Fig. 5.83. Surfaces of friction of the case and shaft of the pump


Check a condition of surfaces of friction of each detail. At detection of aberrations replace the pump assembled (fig. 5.83).

Cam ring

Fig. 5.84. Surface of friction of a cam ring


Check the surface of friction of blades of a cam ring for existence of wear and damages. At detection of aberrations replace the pump assembled (fig. 5.84).

Rotor and blades

Fig. 5.85. Surface of friction of a rotor and blades


Check the surfaces of friction of a rotor and blades for existence of wear and damages (fig. 5.85).

Fig. 5.86. Check of a gap between a rotor and the blade: 1 – probe


Check a gap between a rotor and the blade (fig. 5.86).
Gap between a rotor and the blade.
Nominal rate: 0,01 mm.
Extreme value: 0,06 mm.
Replace the pump assembled if there is an aberration.

Safety valve (stream regulator) and spring
Check the channel of the safety valve and an opening of the socket for existence of a contamination.

Fig. 5.87. Check of the safety valve


Check a condition of a surface of friction of the safety valve (fig. 5.87).

Fig. 5.88. Check of length of a spring of the safety valve in a free state


Check length of a spring of the safety valve in a free condition of 1 (fig. 5.88).
Length of a spring of the safety valve in a free state.
Nominal rate: 22,0 mm.
Extreme value: 19,0 mm.
Replace the pump assembled if there is an aberration.

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5.2.22. Dismantling and assembly of the pump of the hydraulic booster of steering
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5.3. Tables