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• Release the lock switch (3) and press the ON/OFF
switch (2) to start the motor.
• With the drag guide (21) fixed in place (21):
use the handle (1) to move the machine head (4)
steadily and with light pressure downwards until the
saw blade (6) has completely cut through the work
piece.
• With the drag guide (21) not fixed in place (21):
pull the machine head (4) all the way to the front.
Lower the handle (1) to the very bottom by apply-
ing steady and light downward pressure. Now push
the machine head (4) slowly and steadily to the very
back until the saw blade (6) has completely cut
through the work piece.
• When the cutting operation is completed, move the
machine head back to its upper (home) position and
release the ON/OFF button (2).
Attention! The machine executes an upward stroke
automatically due to the return spring, i.e. do not re-
lease the handle (1) after completing the cut; instead
allow the machine head to move upwards slowly
whilst applying light counter pressure.
8.4 Crosscut 90° and turntable 0° - 45° (fig. 1/7/8)
The crosscut, drag and mitre saw can be used to make
crosscuts of 0° -45° to the left and 0° -45° to the right in
relation to the stop rail.
Important! For 90° crosscuts, the moveable stop rail
(16a) must be fixed in the inner position.
• Open the set screw (16b) for the moveable stop rail
(16a) and push the moveable stop rail (16a) inwards.
• The moveable stop rail (16a) must be fixed far
enough in front of the innermost position that the dis-
tance between the stop rail (16a) and the saw blade
(6) amounts to a minimum of 8 mm.
• Before making the cut, check that the stop rail (16a)
and the saw blade (6) cannot collide.
• Secure the set screw (16b) again.
• Loosen the handle (11) if tightened, pull up the
latched position lever (35) with your index finger and
use the handle (11) to set the rotary table (14) to the
desired angle.
• The pointer (12) on the rotary table must match the
desired angle on the scale (13) on the fixed saw ta-
ble (15).
• Re-tighten the handle (11) to secure the rotary table
(14).
• Cut as described under section 8.3.
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8.5 Precision adjustment of the stop for mitre cut
45° (fig. 1/2/5/9/10)
• No stop angle included.
• Lower the machine head (4) and secure it using the
locking bolt (23).
• Fix the rotary table (14) in the 0° position.
Attention! For mitre cuts (inclined saw head), the left
side of the moveable stop rails (16a) must be fixed in
the outer position.
• Open the set screw (16b) for the moveable stop rail
(16a) and push the moveable stop rail (16a) out-
wards.
• The moveable stop rail (16a) must be fixed far
enough in front of the innermost position that the dis-
tance between the stop rail (16a) and the saw blade
(6) amounts to a maximum of 8 mm.
• The right side of the moveable stop rails (16a) must
be in the inner positiion.
• Before making a cut, check that the stop rail (16a)
and the saw blade (6) cannot collide.
• Loosen the set screw (22) and use the handle (1) to
angle the machine head (4) 45° to the left.
• 45° - position angle stop (B) between the saw blade
(6) and rotary table (14).
• Loosen the lock nut (27a) and adjust the adjustment
screw (27) until the angle between the saw blade (6)
and the rotary table (14) is precisely 45°.
• Re-tighten the lock nut (27a).
• Subsequently check the position of the angle indi-
cator. If necessary, loosen the pointer (19) using a
Philips screwdriver, set to position 45° on the angle
scale (18) and re-tighten the retaining screw.
8.6 Mitre cut 0°- 45° and turntable 0° (fig. 1/2/11)
The crosscut, drag and mitre saw can be used to make
mitre cuts of 0° - 45° in relation to the work face.
Attention! For mitre cuts (inclined saw head), the left
side of the moveable stop rails (16a) must be fixed in
the outer position.
• Open the set screw (16b) for the moveable stop rail
(16a) and push the moveable stop rail (16a) out-
wards.
• The moveable stop rail (16a) must be fixed far
enough in front of the innermost position that the dis-
tance between the stop rail (16a) and the saw blade
(6) amounts to a minimum of 8 mm.
• The right side of the moveable stop rails (16a) must
be in the inner positiion.
• Before making a cut, check that the stop rail (16a)
and the saw blade (6) cannot collide.
• Secure the set screw (16b) again.
• Move the machine head (4) to the top position.
• Fix the rotary table (14) in the 0° position.
• Loosen the set screw (22) and use the handle (1) to
angle the machine head (4) to the left, until the point-
er (19) indicates the desired angle measurement on
the scale (18).
• Re-tighten the set screw (22).
• Cut as described in section 8.3.
8.7 Mitre cut 0°- 45° and turntable 0°- 45°
(fig. 2/4/12)
The crosscut, drag and mitre saw can be used to make
mitre cuts to the left of 0°- 45° in relation to the work
face and, at the same time, 0° - 45° to the left or 0° - 45°
to the right in relation to the stop rail (double mitre cut).
Attention! For mitre cuts (inclined saw head), the left
side of the moveable stop rails (16a) must be fixed in
the outer position.
• Open the set screw (16b) for the moveable stop rail
(16a) and push the moveable stop rail (16a) out-
wards.
• The moveable stop rail (16a) must be fixed far
enough in front of the innermost position that the dis-
tance between the stop rail (16a) and the saw blade
(6) amounts to a minimum of 8 mm.
• Before making a cut, check that the stop rail (16a)
and the saw blade (6) cannot collide.
• Re-tighten the set screw (16b).
• Move the machine head (4) to its upper position.
• Release the rotary table (14) by loosening the han-
dle (11).
• Using the handle (11), set the rotary table (14) to the
desired angle (refer also to point 8.4 in this regard).
• Re-tighten the handle (11) to secure the rotary table
(14).
• Undo the set screw (22).
• Use the handle (1) to tilt the machine head (4) to the
left until it coincides with the required angle value (in
this connection see also section 8.6).
• Re-tighten the set screw (22).
• Cut as described under section 8.3.
8.8 Limiting the cutting depth (fig. 3/13)
• The cutting depth can be infinitely adjusted using the
screw (24). To do this loosen the knurled nut (24a) on
the screw (24). Turn the screw (24) in or out to set the
required cutting depth. Then re-tighten the knurled
nut (24a) on the screw (24).
• Check the setting by completing a test cut.
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8.9 Sawdust bag (fig. 1/22)
The saw is equipped with a debris bag (17) for sawdust
and chips.
Squeeze together the metal ring on the dust bag and
attach it to the outlet opening in the motor area.
The debris bag (17) can be emptied by means of a zip-
per at the bottom.
Connection to an external dust extractor
• Connect the vacuum hose with the dust extraction
spout.
• The industrial vacuum cleaner must be suitable for
the material being worked.
• When vacuuming dust that is especially detrimen-
tal to health or carcinogenic, use a special vacuum
cleaner.
8.10 Changing the saw blade (fig. 1/2/14-17)
Remove the power plug!
Important!
Wear safety gloves when changing the saw blade.
Risk of injury!
• Swing the machine head (4) upwards and lock with
the locking bolt (23).
• Loosen the retaining screw (5a) of the cover using a
Philips screwdriver.
WARNING! Do not fully remove this screw.
• Fold the saw blade guard (5) upwards until the saw
blade guard (5) is above the flange screw (28).
• With one hand insert the Allen key (C) in the flange
screw (29).
• Hold the Allen key (C) and slowly close the saw
blade guard (5) until it touches the Allen key (C).
• Firmly press the saw shaft lock (30) and slowly ro-
tate the flange screw (28) in clockwise direction. The
saw shaft lock (30) engages after no more than one
rotation.
• Now, using a little more force, slacken the flange
screw (29) in the clockwise direction.
• Turn the flange screw (28) right out and remove the
outer flange (29).
• Take the blade (6) off the inner flange (31) and pull
out downwards.
• Carefully clean the flange screw (28), outer flange
(29) and inner flange (32).
• Fit and fasten the new saw blade (6) in reverse order.
• Important! The cutting angle of the teeth, in other
words the direction of rotation of the saw blade (6)
must coincide with the direction of the arrow on the
housing.
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