Correct flange angle of the propeller shafts

AR41.10-M-0001A

6.7.10

MODEL 904.663
Minibus Sprinter Low-floor

MODEL 905.613
Minibus Sprinter Low-floor 6 t

M41.10-0008-11

Shown on vehicle with retarder

1 Intermediate bearing

2 Propeller shaft

3 Longitudinal frame member

1	Loosen bolts on center support bearing (1) and adjust constant velocity joint to the center by moving longitudinally	 The play between the stops must be the same in the overrun and drive direction.
2	Align propeller shaft (2) from the reversing gear to the center support bearing (1)	 The propeller shaft (2) must run parallel to the edge of the longitudinal frame member (3).	*BE41.10-N-1002-01C
		 Enter the values in the data sheet	OF41.10-M-3000-02A
3	Measure flange angle of the propeller shafts	 Enter the values in the data sheet	AR41.10-M-0087A
4	Adjust flange angle at center support bearing (1)n	 The flange angle can be changed by placing washers under the center support bearing (1).	*BE41.10-N-1003-01C
5	Tighten bolts on center support bearing (1)		*BA41.40-N-1001-01A
6	Adjust flange angle at retarder	 The flange angle can be changed by placing washers under the retarder support bearing. Observe max. angular difference.	*BE41.10-N-1004-01C
			*BE41.10-N-1003-01C
			*BA43.40-N-1001-01C

Test values for propeller shaft

Number	Designation			Model 904.663	Model 905.613


BE41.10-N-1002-01C	Distance of propeller shaft center to edge of longitudinal frame member	without retarder	mm	310 to 320	387 to 393
		with retarder	mm	420 to 425	-
BE41.10-N-1003-01C	Flange angle at transmission, reversing gear, center support bearing, retarder, rear axle		°	-0,5...+0.5	-0,5...+0.5
BE41.10-N-1004-01C	Maximum difference between flange angle of retarder and flange angle of rear axle		°	0.7	0.7

 Propeller shaft intermediate bearing

Number	Designation			Model 690.6, 901, 902, 903, 904, 905


BA41.40-N-1001-01A	Bolt, propeller shaft intermediate bearing to frame floor	M10	Nm	-
		M121.5	Nm	105

 Retarder