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38e.See the inset drawing. Loosen the 3/8Ó Plain Nuts
(85), and the 3/8Ó x 3Ó Bolt (88) so that the 3/8Ó x 4Ó
Tap Screw (86) can rotate freely. Note: The Tap
Screw must pivot freely.
38f. Check the brass piece that is pictured in drawing 38f.
It should barely be touching the shaded area on the
Weight Mechanism (26) and should move slightly
from side to side.
If the brass piece is too loose, there will be a
noticeable time lapse between the time an exer-
cise is started and the time resistance is felt. If
the brass piece is too tight, the Weight Mechan-
ism (26) will have difficulty moving and may
become jammed so that no movement can occur.
38e
86
85
38f
26
17
Brass
Piece
85
86
85
38g.If the brass piece is too loose, tighten the 3/8Ó Tap
Screw (86) 1/4 turn. If the brass piece is too tight,
loosen the Screw 1/4 turn.
Re-check the clearance between the brass piece and
the Weight Mechanism (26) after each adjustment
until the brass piece is barely touching the shaded
area on the Mechanism. It should move slightly from
side to side.
Begin decreasing the resistance on the console. If
the motor stalls or hesitates, loosen the 3/8Ó Tap
Screw (86) 1/4 turn. Continue to decrease the resis-
tance until the console is at its lowest weight reading
(L30) and the brass piece moves slightly from side to
side. When the lowest setting is reached, leave the
3/8Ó Tap Screw (86) stationary and tighten the 3/8Ó
Plain Nuts (85) and the 3/8Ó x 3Ó Bolt (88).
Disconnect the Power Adapter Cord (connected in
step 37) from the wire bundle.
38g
86
88
26
85
38d.Set the console to 150 pounds as shown in the inset
drawing. This will begin to move the Weight
Mechanism (26) down.
38d
26
88