Transfer Output Retainer Assembly Disassembly and Assembly: Assembly

CAUTION:

Bevel gear and pinion must be replaced as a set when either replacement becomes necessary.
When replacing taper roller bearing, replace as inner race & outer race assembly.

To mesh bevel gears correctly, it is prerequired to install bevel pinion to transfer output retainer properly by using adjusting shim (bevel pinion shim) as follows.
1. Install pinion shaft front taper roller bearing (1) to bevel pinion dummy (special tools).
  Special tool
  
  (A): 09922-76140
  
  (B): 09922-76420
  
  Fig 1: Installing Pinion Shaft Front Taper Roller Bearing To Bevel Pinion Dummy (Special Tools)
  Courtesy of SUZUKI OF AMERICA CORP.
2. Install bevel pinion dummy (1), pinion shaft rear taper roller bearing (2) and special tools to transfer output retainer (3).
  Special tool
  
  (A): 09922-76140
  
  (B): 09922-76420
  
  (C): 09922-76310
  
  (D): 09922-76320
  
  (E): 09922-76340
  
  (F): 09922-76150
  
  NOTE: Do not install spacer and oil seal for this adjustment.
  
  Fig 2: Installing Bevel Pinion Dummy, Pinion Shaft Rear Taper Roller Bearing And Special Tools To Transfer Output Retainer
  Courtesy of SUZUKI OF AMERICA CORP.
3. Tighten bevel pinion nut (special tool) so that specified bearing preload is obtained.
  NOTE: Before measurement, check for rotation by hand more than 15 revolutions.
  
  Tightening torque
  
  Rotational torque of bevel pinion shaft (Bearing preload): 0.50--1.50 N.m (5.0--15.0 kg-m, 0.35--1.10 lb-ft)
  
  Fig 3: Checking Rotational Torque Of Bevel Pinion Shaft
  Courtesy of SUZUKI OF AMERICA CORP.
4. Measure height "b" in figure by using vernier caliper.
  Calculate "c" by using measured value.
  
  Distance "c" = Height "b" - Height "a" 40 mm (1.575 in.)
5. Obtain adjusting shim thickness by the following equation.
  Necessary shim thickness "f" = Distance "c" + Distance "d" 61.2 mm (2.409 in.) - Distance "e" 79.25 mm (3.120 in.)
  
  Fig 4: Identifying Distance From End Face Of Left Case To Axis Of Reduction Driven Gear
  Courtesy of SUZUKI OF AMERICA CORP.
6. Select adjusting shim closest to calculated value from among the following available sizes.
  Available bevel pinion shim thickness 0.30, 0.60, 0.63, 0.66, 0.69, 0.72, 0.75, 0.78, 0.81, 0.84 and 0.87 mm (0.012, 0.024, 0.025, 0.026, 0.027, 0.028, 0.030, 0.031, 0.032, 0.033 and 0.034 in.)
Press-fit pinion shaft taper roller bearing outer races (front and rear) by using special tools and hydraulic press (1).
Special tool

(A): 09913-75821

(B): 09924-84510-002

(C): 09924-84510-005

(D): 09951-18210

Fig 5: Installing Pinion Shaft Taper Roller Bearing Outer Races
Courtesy of SUZUKI OF AMERICA CORP.
Press-fit pinion shaft front taper roller bearing by using special tools and hydraulic press.
Special tool

(A): 09941-74910

(B): 09925-88210

Fig 6: Installing Pinion Shaft Front Taper Roller Bearing
Courtesy of SUZUKI OF AMERICA CORP.
Install bevel pinion shaft with new pinion shaft spacer to transfer output retainer.
Drive in pinion shaft rear taper roller bearing by using special tool and tapping lightly with plastic hammer (1).
Special tool

(A): 09913-75810

Fig 7: Installing Pinion Shaft Rear Taper Roller Bearing
Courtesy of SUZUKI OF AMERICA CORP.
Apply grease to new oil seal lip.
"A": Grease 99000-25010
Drive in oil seal (1) by using special tool and hammer.
Special tool

(A): 09913-75810

Transfer output flange oil seal installing depth "a": 1.0 - 2.0 mm (0.04 - 0.08 in.)

Fig 8: Identifying Transfer Output Flange Oil Seal Installing Depth
Courtesy of SUZUKI OF AMERICA CORP.
Install transfer output flange (1) by tapping with plastic hammer and tighten transfer output flange nut gradually so as rotational torque of bevel pinion shaft to be in specified value.
NOTE:
- If rotational torque of bevel pinion shaft exceeds specification given in the following, replace pinion shaft spacer and tighten flange nut.
- Before taking measurement of rotational torque, rotate pinion shaft over ten rounds in advance.
Special tool

(A): 09930-40113

Tightening torque

Transfer output flange nut (reference): 90 - 150 N.m (9.0 - 15.0 kg-m, 65.0 - 108 lb-ft) Rotational torque of bevel pinion shaft (Bearing preload): 0.5 - 1.50 N.m (0.05 - 0.15 kg-m, 0.35 - 1.10 lb-ft)

Fig 9: Installing Transfer Output Flange
Courtesy of SUZUKI OF AMERICA CORP.
Caulk transfer output flange nut (1).

Fig 10: Caulking Transfer Output Flange Nut
Courtesy of SUZUKI OF AMERICA CORP.