7. Parallel guide adjustment
The parallel guide is used for making cuts edge
to a work-piece edge at a chosen distance. Slide
the parallel guide (5) arm through both fixtures
to achieve the required cutting distance and
tighten screw to lock into position. It can be used
from both sides of the base plate (6). The cutting
distance is shown on the guide scale. Always
make a trial cut to check the setting.
Warning:
The parallel guide can only be
used for the 0
O
(normal) position.
8. Blade guide
Ensure the blade is located and runs smoothly
in the groove (See fig6) otherwise the orbital
function will not work correctly and the blade will
not be supported during cutting.
9. Orbital action control
The orbital action varies the forward cutting angle
of the blade for increased cutting efficiency. This
can also be adjusted during no load running. Refer
to the chart for more details. Do not use excessive
blade force when cutting with the orbital action.
The blade cuts on the upward stroke only (See
fig7).
Orbital Action
0
Thin materials. Fine cuts. Tight curves.
1
Hard materials, (e.g. steel & chipboard).
2
Thick materials (e.g. wood) & plastic.
3
Fast cuts (e.g. softwood). Cutting in the
direction of the wood grain.
10. Base plate
Adjusting the angle of the base plate (6) enables
bevel cutting. The base plate must always be held
firmly against the materials being cut to reduce
saw vibration, blade jumping or blade breakage.
11. Base plate angle adjustment
Using a Hex key. Loosen the bolts securing the
base plate (See fig8). For pre-set angles rotate the
base so the angle markings on the base plate line
up with the markings on the angle plate (7) for
preset angles (0°, 5°, 10°, 15°, 20° 25°, 30°, 35°,
40°, 45°) (See fig9). For other miter angles, rotate
to your desired angle (use a protractor scale).
Fig 6
Fig 7
Fig 8
Fig 9
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