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Airway Soft
Made of 100% cotton
sheets and held togeth-
er with a steel retainer.
Pleats in the material
help hold compound.
These
wheels
are
great for polishing soft
metals and plastics.
Laminated Sisal
Designed for rough
cutting,
sisal
works
well with various steels,
copper,
aluminum,
and brass to remove
scratches and prepare
the piece for polishing.
Spiral Sewn
Consist of layers of
100% unbleached cot-
ton sheeting that are
spiral sewn
⁄
" apart.
1
8
Works well for initial
polish on brass, stain-
less steel, aluminum,
bronze and cast iron.
Buffing Wheel Sequence Key
Thin
Plastics
Plating
Soft
Gold
Metals
Silver
Buff Style
R F P R F P
Loose Muslin-Soft
X
Loose Muslin-Hard
X
Airway Hard
Airway Soft
X
Laminated Sisal
Spiral Sewn
X
Buffing Sequence: R = Rough F= Final Cut, Initial Polish P = Final Polish
Installing/Removing
Buffing Wheel
The spindle shafts protruding from either side of
the motor make it easy to swap out different buff-
ing wheels for different projects. Install an appro-
priate wheel for your operation with a 1" bore.
Model T32255 (Mfd. Since 12/20)
Iron
Chrome
Copper
Steel
& Nickel
Brass
Stainless
Plate
Aluminum
Steel
R F P
R F P
R F P
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
The included 3
⁄
" and 1
1
8
installed as needed to support thinner wheels
between the flanges.
Tools Needed
Open-End Wrenches 1
To install/remove buffing wheel:
1.
DISCONNECT MACHINE FROM POWER!
2.
Remove spindle hex nut and outer flange
from each end of spindle (see Figure 23).
Note: Left spindle shaft has left-hand threads
so hex nut threads counterclockwise onto
sleeve.
Flanges
1" Hex Nut
Wheel
Figure 23. Buffing wheel order of installation.
3.
Remove old buffing wheels (if installed). DO
NOT remove inner flange or spacers unless
wheel is too wide to secure with outer flange
and hex nut.
— If wheel is too wide, remove inner flange
and spacers as necessary to allow for
width of wheel, then install inner flange.
DO NOT remove both spacers at once
and install flange against buffer motor.
4.
Install desired buffing wheels between inner
and outer wheel flanges (see Figure 23).
5.
Secure wheels and flanges with spindle hex
nuts removed in Step 2.
⁄
" spacers can be
3
8
Qty
⁄
" .................................. 2
1
2
1
/
" Spacer
3
8
3
/
" Spacer
1
8
-21-
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