Subaru 1600 Service Manual page 404

c. In case that the creaking noise
breaks out during the self-locking
nut fully tightening, there is pos-
sibility that the rubber bushing is
pinched between the pipe and
the washer. Then, loosen the self-
locking nut at once and retighten
the nut after centering the leading
rod.
4) Connect D.O.J. and differential
spindle by driving spring pin in.
NOTE:
a. Make sure that the holes are aligned
before driving the spring pin in.
b. When driving the spring pin in,
always use new one.
A15-015
Fig_ 9-9 Driving spring pin in
5) Install transverse
link
temporarily
to crossmember by using bolt and
self-locking nut.
A15-077
Fig. 9-10 Installing transverse link
6) Install tie rod end ball joint to
housing knuckle ann.
Torque
(Castle nut)
25 - 29 N·m
(2.5 - 3.0 kg-m,
18 - 22 ft-lb)
SUSPENSION, WHEELS AND AXLES
NOTE:
After tightening the nut to the spec-
ified torque, adjust groove on the
nut and hole on the ball joint by
retightening the nut from 0 to 60
degrees.
A15-078
Fig.9-11 Installing tie rod end
7) After then, install new cotter pin
into the hole, and bend it firmly.
8) Connect stabilizer front end
through bracket to leading rod.
Torque
1 Bracket
2 Leading rod
3 Stabilizer
Fig. 9-12
18-3IN·m
(1.8 - 3.2 kg-m,
13 - 23 ft-lb)
A15-073
9) Attach brake hose to apron
bracket by using clip, and then con-
nect brake hose to brake pipe.
Torque
l2-l8N·m
(1.2 - 1.8 kg-m
9 - 13 ft-lb)
10) Install hand brake cable bracket
to transverse link.
9-9
Torque
(Hand brake
cable bracket
installing
bolt)
6.4 - 9.3 N·m
(0.65 - 0.95 kg-m,
4.7 - 6.9 ft-lb)
A15-069
Fig.9-13 Installing hand brake
cable bracket
II) Install hand brake outer cable by
attaching outer cable clip to brake
caliper.
Install the hand brake cable end to the
caliper lever.
1
A15-070 ';
..
Fig. 9-14
12) Install wheels.
Torque
(wheel nut)
78 - 98 N·m
(8 - 10 kg-m,
58 - 72 ft-lb)
13) Bleed air from brake system.
14) Lower vehicle and tighten self-
locking nut which installs transverse
link to crossmember.
Torque
( self-locking
nut)
59 - 69 N·m
(6.0 - 7.0 kg-m,
43 - 51 ft-Ib)