5.7. Pulley of a bent shaft / quencher of tortional fluctuations and nave
On engines several modifications of pulleys of a bent shaft / quenchers of tortional fluctuations and naves are established. On early models of an ustanavliv of foxes a pulley of a bent shaft / a quencher of tortional fluctuations and a nave in the form of the uniform block which fastened one central bolt. On later models a pulley of a bent shaft / the quencher of tortional fluctuations is executed in the form of a separate detail which fastens bolts to a nave.
PULLEY OF THE BENT SHAFT / THE QUENCHER OF TORTIONAL FLUCTUATIONS - MODELS WITH THE SEPARATE PULLEY AND THE NAVE
Removal
PERFORMANCE ORDER |
1. Remove a weight wire from the accumulator. |
2. Open a cowl and record it in vertical position. |
3. Remove a krylchatka of the fan of a radiator and the hydraulic coupling. |
4. Weaken bolts of fastening of a pulley of the fan of a radiator. |
5. Take off an auxiliary driving belt. |
6. For an exception of damages of a radiator and increase in working space remove a radiator or, as a last resort, from the inside of a radiator establish a leaf of a cardboard. |
7. Unscrew bolts of fastening of a pulley of the fan of a radiator and remove a pulley. |
8. Unscrew bolts and remove a pulley of a bent shaft / a quencher of tortional fluctuations. |
|
Installation
PERFORMANCE ORDER |
1. Installation is made in the sequence, the return to removal. |
|
|
NAVE - MODELS WITH THE SEPARATE PULLEY AND THE NAVE
Prevention
At screwing up of a bolt of fastening of a nave it is necessary to use a dynamometer key, I provide the shchy moment of tightening of 400 N/m. For removal of a nave from a bent shaft it is necessary to use a stripper.
Removal
Use of the special tool for fixing of a nave from a provorachivaniye
Removal of a nave assembled with a pulley of a bent shaft / a quencher of tortional fluctuations since the forward end of a bent shaft
Installation
Arrangement of dish-shaped washers on a bolt of fastening of a nave
PERFORMANCE ORDER |
1. Establish a segment spline in a groove of a bent shaft. |
2. Combine a groove on a nave with a segment spline and establish a nave on a bent shaft. |
3. On models with dish-shaped spring washers grease spring washers and establish them on a bolt by the convex party to a bolt head (see rice. An arrangement of dish-shaped washers on a bolt of fastening of a nave). |
4. On models with a conic washer establish a washer on a bolt by big diameter to a nave. |
5. Grease a fastening bolt carving. |
6. Using the special tool, record a nave from a provorachivaniye and tighten a bolt of fastening of a nave the required moment. |
7. Establish a pulley of a bent shaft / quencher of tortional fluctuations. |
|
PULLEY OF THE BENT SHAFT / THE QUENCHER OF TORTIONAL FLUCTUATIONS - MODELS WITH THE UNIFORM PULLEY AND THE NAVE
Removal
PERFORMANCE ORDER |
1. Remove a weight wire from the accumulator. |
2. Open a cowl and record it in vertical position. |
3. Remove a krylchatka of the fan of a radiator and the hydraulic coupling. |
4. Weaken bolts of fastening of a pulley of the fan of a radiator. |
5. Take off an auxiliary driving belt. |
6. For an exception of damages of a radiator and increase in working space remove a radiator or, as a last resort, from the inside of a radiator establish a leaf of a cardboard. |
7. Unscrew bolts of fastening of a pulley of the fan of a radiator and remove a pulley. |
8. Block a bent shaft of the engine from a provorachivaniye. On models with carving openings in a pulley of a bent shaft carry out fixing of a pulley from a provorachivaniye, having screwed the special tool on a pulley. |
9. At absence in a pulley of a bent shaft of carving openings block a bent shaft from a provorachivaniye for teeths of a gear wreath of a flywheel. |
10. Unscrew a bolt of fastening of a nave and remove it together with four spring washers or a big conic washer. |
11. Using a stripper, remove a nave from the forward end of a bent shaft. |
12. Remove a segment spline from a groove of a bent shaft. |
|
Installation
PERFORMANCE ORDER |
1. Installation is made in the sequence, the return to removal. |
|
|