
6.
Place a stack of feeler gauges in the gap between
the lower kingpin bracket and the suspension
yoke. The gauges should fit snugly. Continue to
screw the lower kingpin ball stud upward untill the
feeler gauge begins to fall (move downward). (See
fig. 6D.)
7.
Remove the feeler gauge from the opening and
back off the lower kingpin ball stud ¼ turn. You
have now seated the lower kingpin. Tighten the
jam nut to 400 lb. ft. while restraining the lower
kingpin ball from turning.
8.
Screw the upper kingpin stop bolt downward until
it touches the top of the upper kingpin ball. Back
the adjusting screw off ¼ turn. Restrain the screw
while tightening the locknut to 45 lb. ft. (See fig.
6E.)
9. Remove the small bottle jack, a slight up and
down movement is normal.
10. The kingpins should be readjusted after any
loosening or removel of the upper or lower
kingpin brackets, replacement of kingpin
bushings, etc.
D. Steering Stop Adjustment
1.
Adjust the tie rod. See section III-G.
2.
Steering stop adjustment is made at the factory
— needs no further action, unless
a major part
such as the suspension yoke, spindle yoke,
kingpin bracket or the like has been replaced.
Fig. 7
Fig. 8
3. The steering stop is the lower rear, upper kingpin
bracket mounting bolt (See fig. 7). Adjustment is
made by the installation of a number of washers
under this bolt’s head (See fig. 8). The purpose of
the stop is to protect the universal joint and the
brake chamber from hitting another part in a full
turn of the steering.
4.
Turn the steering to put the axle first in the full left
turn condition. (See fig. 9, Page 7.)The head of the
stop bolt should stop the turn before any of the
rotating parts in the left hand steerable drive end
interferes with another part. The brake chamber
on the right end should not hit the suspension
yoke. Turn the steering to the right and check the
corresponding conditions (See fig. 8 and 10.)
NOTE: POWER STEERING STOPS IN THE
VEHICLE STEERING GEAR SHOULD NOT
ALLOW THE APPLICATION OF POWER TO
THE STEERING WHEN THE STEERABLE
DRIVE END IS IN THE FULL TURN CONDI-
TION.
—6—
Fig. 6
III. AXLE ADJUSTMENT
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