25
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MITRE CUTTING (Fig. 27)
The rotary table of this machine can be turned through 45
0
to the left or right from the normal cross-cut (0
0
) position.
Positive stops are provided at 45
0
, 30
0
, 22.5
0
and 15
0
to
both the right hand and left hand sides.
Mitre Cutting is possible with or without the
Sliding Carriage system being deployed.
• Loosen the Mitre Lock Handle (Fig. 28) by turning
it anti-clockwise.
• Pull up the Positive Stop Locking Lever. (Fig. 29)
• Turn the rotary table to the desired angle. A mitre
angle protractor scale is incorporated into the
machines base to aid setting.
• Tighten the Mitre Lock Handle when the angle is
achieved.
NOTE: It is good practice to tighten the Mitre Lock
Handle even if a Positive Stop has been selected and
the Positive Stop Locking Lever is engaged.
BEVEL CUTTING - TILTING THE CUTTING HEAD
A bevel cut (Fig. 30) is made with the rotary table set
at 0
0
mitre.
NOTE: It may be necessary to adjust the upper section
of the Fence to provide clearance for the moving
Cutting Head.
The Cutting Head can be tilted from the normal 0
0
(perpendicular position) to a maximum angle of 45
0
from the perpendicular to the left hand side only. Bevel
cutting is possible with or without the sliding carriage
system being deployed.
To tilt the Cutting Head to the left:
• Loosen the bevel lock lever. (Fig. 31)
• Tilt the Cutting Head to the required angle. A
protractor scale is provided as an aid to setting.
(Fig 32)
• Tighten the bevel lock lever when the desired
angle has been selected.
NOTE: The bevel lock lever is sprung loaded and this enables
it to be repositioned on its operating screw. Repositioning
may be necessary to avoid interference with other parts of the
machine when certain mitre angles are selected.
Fig. 27
Fig. 28 Mitre Lock Handle
Fig. 29 Positive Stop Locking Lever
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