set clock ISUZU TFS SERIES 1997 Workshop Manual
Page 40 of 1600
4B-44  REAR AXLE
(2) Clean  the  side  bearing  bores.    Install  a  dial  indicator  with
discs  and  arbor.    Then  install  and  tighten  the  bearing  caps
to the specified torque.
Torque N
m (kgfm/lbft)
194 mm 98.1 
 9.8 (10  1/72  7.2)
220 mm 107.9  9.8 (11  1/79.6  7.2)
For 194 mm
1Dial indicator : 5-8840-0126-0 (J-8001)
2Disc (2 pcs.) : 5-8840-2088-0 (J-23597-8)
3Arbor : 5-8840-0128-0 (J-23597-1)
4Gage plate : 5-8840-2087-0 (J-23597-7)
For 220 mm
1Dial indicator : 5-8840-0126-0 (J-8001)
2Disc (2 pcs.) : 5-8840-2167-0 (J-21777-86)
3Arbor : 5-8840-0128-0 (J-23597-1)
4Gage plate : 5-8840-2166-0 (J-23597-42)
(3) Set the dial indicator to "0".  Place it on the mounting post of
the  gaging  arbor  with  the  contact  button  touching  the
indicator  pad.    Force  the  dial  indicator  downward  until  the
needle  has  made  a  half  turn  clockwise.    Tighten  down  the
dial indicator in this position.
(4) Position  the  plunger  on  the  gage  plate.    Move  the  gaging
arbor slowly back and forth and locate the position  at  which
the dial indicator shows the greatest deflection. At this point,
once again set the dial indicator to "0".
Repeat the procedure to verify the "0" setting.
(5) After  the  ZERO  setting  is  obtained,  rotate  the  gaging  arbor
until the dial indicator rod does not touch the gaging plate.
Record the number the dial indicator needle points to. 
Page 97 of 1600
4C1-34  FRONT WHEEL DRIVE
(3) Set the dial indicator to “0”.  Place it on the mounting post of
the  gaging  arbor  with  the  contact  button  touching  the
indicator  pad.    Force  the  dial  indicator  downward  until  the
needle  has  made  a  half  turn  clockwise.    Tighten  down  the
dial indicator in this position.
(4) Position  the  plunger  on  the  gage  plate.    Move  the  gaging
arbor slowly back and forth and locate the position  at  which
the  dial  indicator  shows  the  greatest  deflection.    At  this
point, once again set the dial indicator to “0”.
Repeat the procedure to verify the “0” setting.
(5) After  the  ZERO  setting  is  obtained,  rotate  the  gaging  arbor
until the dial indicator rod does not touch the gaging plate.
Record the number the dial indicator needle points to.
(6)  Record  the  pinion  depth  code  on  the  head  of  the  drive
pinion.
The  number  indicates  a  necessary  change  in  the  pinion
mounting  distance.  A plus number  indicates  the  need  for  a
greater  mounting  distance  (which  can  be  achieved  by
decreasing  the  shim  thickness).    A  minus  number  indicates
the  need  for  a  smaller  mounting  distance  (which  can  be
achieved  by  increasing  the  shim  thickness).    If  examination
reveals pinion depth code “0”, the pinion is “nominal”. 
Page 130 of 1600
FRONT WHEEL DRIVE  4C1-67
Important Operations
1. Bolt
Before removal, shift transfer lever into “2H” position and set
free wheeling hub knob into “FREE” position.
6. Hub Nut
Wrench : 5-8840-2117-0
(J-36827)
Refer to Section 5 “Brake” for disc brake
caliper removal procedure.7. Hub and Disc Assembly
Before disassembly, remove the disc brake caliper assembly
and hang it on the frame with wires.
11.Clutch Assembly
While pushing follower knob, turn clutch assembly clockwise
and then remove clutch assembly from knob.
16.Retaining Spring
Remove retaining spring from clutch assembly by turning it
counterclockwise. 
Page 565 of 1600
CLUTCH  7C-25
3. Check  that  the  driven  plate  moves  smoothly  on  the
transmission top gear shaft spline.
Minor  ridges  on  the  top  gear  shaft  spline  may  be  removed
with an oil stone.
Driven Plate Warpage
1. Insert  the  clutch  pilot  aligner  into  the  driven  plate  splined
hub.
The clutch pilot aligner must be held perfectly horizontal.
Clutch Pilot Aligner : 5-8840-2634-0 (HEC Engine Series)
5-8525-3001-0 (J-24547) (Except HEC Engine Series)
2. Set  a  dial  indicator  to  the  driven  plate  outside
circumference.
3. Slowly turn the driven plate.
Read the dial indicator as you turn the driven plate.
If the measured value exceeds the specified limit, the driven
plate assembly and/or the facing must be replaced.
Driven Plate Warpage mm(in)
Standard Limit
0.7 (0.028) 1.0 (0.039)
Driven Plate Splined Hub Spline Wear
1. Clean the driven plate splined hub.
2. Install  the  driven  plate  to  the  transmission  top  gear  shaft
spline.
3. Set  a  surface  gauge  to  the  driven  plate  outside
circumference.
4. Slowly turn the driven plate counterclockwise.
Measure  the  spline  rotation  play  as  you  turn  the  driven
plate.
If the measured value exceeds the specified limit, the driven
plate assembly must be replaced.
Driven Plate Splined Hub Spline Wear mm(in)
Standard Limit
0.5 (0.020) 1.0 (0.039)