Back suspension bracket. Nissan Almera (from 1995 to 1999 release)
Service of Nissan Almera from 1995 to 2000 in N15 body
1. General information
2. General requirements to car repairs
3. Operation and maintenance of the car
4. Petrol engines
5. Diesel engines
6. Transmission
7. Running gear
7.1. Forward suspension bracket
7.2. Back suspension bracket
7.2.1. Removal and installation of a rack of a back suspension bracket
7.2.2. Dismantling and assembly of a rack of a back suspension bracket
7.2.3. Removal and installation of a beam of a back suspension bracket
7.2.4. Replacement of a nave of a back wheel
8. Steering
9. Brake system
10. Electric equipment
11. Body
12. Appendices
13. Schemes of electric equipment
 









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7.2. Back suspension bracket




Fig. 5.12. Back suspension bracket: And — with a drum brake; B — with a disk brake; 1 — a cross beam; 2 — a shock-absorber rod nut; 3 — the plug; 4 — a lining of the top support; 5 — the top support of the shock-absorber; 6 — the top basic cup of a spring; 7 — the compression course buffer; 8 — a protective cover; 9 — a suspension bracket spring; 10 — the shock-absorber; 11 — a brake board; 12 — a nave; 13 — a washer; 14 — a nut of fastening of a nave; 15 — the forelock; 16 — jet draft; 17 — the cross lever


Back suspension bracket — semi-independent type with a cross beam, telescopic racks and cylindrical springs. The kinematics of a suspension bracket provides strictly vertical movement of wheels. In a design shock-absorbers of bilateral action are used. Details of a back suspension bracket are shown in fig. 5.12.
The angles of installation of back wheels are not regulated and have the following values:
disorder       1 ° ±45'
convergence       (1±4) mm


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7.1.6. Replacement of the hug bearing of a forward wheel
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7.2.1. Removal and installation of a rack of a back suspension bracket