Idiomas disponibles
Idiomas disponibles
Note: The dust cover must be used when the dust
extraction tube is connected to a vacuum cleaner
system.
To use this feature, insert the dust extraction tube (11)
into the base plate (12).
6.3 Edge Guide
Parallel Cuts needs an edge guide (14).
Loosen the locking screw (17) with the hex key (4)
and slide the scale of the edge guide through the lead
(18) in the base plate (12).
Set the desired cutting width as the scale value on
the inside edge of the base plate.
Tighten the locking screw (17) with the hex key (4).
7. OPERATION
Pull the plug out of the socket before carrying
out any work on the power tool.
7.1 Switching on/off
To switch on the power tool, press the on/off switch
(3).
To lock the on/off switch (3), keep it pressed and
push the lock-on button (2) to the right or left.
To switch off the power tool, release the on/off switch
(3).
If the on/off switch (3) is locked, press the switch (3)
first and then release it.
7.2 Controlling the Speed (Fig. 1)
With the variable speed dial (1), the speed can be
preset and changed during operation.
1-2: Slow speed, it is ideal when minimum speed and
power is required, for example, starting cuts.
3-4: Medium speed，it is suitable for cutting hard
metals, plastics, and laminates.
5-6: Max speed，it produces best results when
maximum power is required, for example, cutting
wood. Soft metals such as aluminum, brass, and
copper may also require high speeds.
7.3 Adjusting the Orbital Action (Fig. 1)
Maximum cutting efficiency can be obtained by
adjusting the orbital action adjusting lever (5) to suit
the material being cut.
The following chart will help you determine which
setting to use for your application. This chart is
intended as a guideline only, and test cuts in scrap
material should be performed first to determine the
best setting.
NOTE: Setting the orbital position to a lower setting
will result in a smoother finish but slower cut. A higher
setting will result in a rougher finish but faster cut.
GB
Orbital
Material
Type
Setting
Counter
Top,
Laminate
Board
0
Thin Sheet
Metal
Plastics
and PVC
1
Scrolling
or Curving
Cuts in
Wood
Plywood,
Decking
2
and
Hardwood
General
Lumber
3
and Soft
Wood
7.4 Sawdust Blower Device (Fig.4)
The cutting line can be kept clear of chips using the
airflow from the sawdust blower device.
Suck the dust: When working with high material
removal in wood, plastic, other similar materials and
with a dust extraction system connected, push the
switch (15) towards the dust extraction tube (11).
Blow the dust: When working in metal, push the
switch (15) towards the saw blade (7).
7.5 Adjusting the Mitre/Bevel Angles (Fig.5-6)
The base plate (12) can be swivelled to the right or left
to make mitre cuts up to 45°. Angles for cuts from 0°
to 45° in 15° increments are marked on the scale (13)
on one side of the base.
Press the latch (16) on the dust extraction tube
(11), and pull the dust extraction tube (11) out from
the base plate (12).
Loosen the locking screws (10) with the hex key (4)
and move the base plate (12) slightly towards the dust
extraction tube (11).
The base plate has lock-in points at 0°, 15°, 30°
and 45° on the left so that the precise mitre/bevel
angle can be adjusted. Swivel the base plate (12) to
the desired position according to the scale (13). Other
mitre/bevel angles can be adjusted using a protractor.
Then push the base plate (12) towards the saw
blade (7) as far as it will go.
Retighten the locking screws (10) with the hex key
(4).
7.6 Plunge Cutting (Fig. 7)
Plunge cuts may only be applied to soft materials,
such as wood, gypsum board, etc.
10
Suggested
Speed
Blade
Setting
Type
Wood
Max
Cutting
No Orbit
Speed
Blade
Metal
Slow -
No Orbit
Cutting
Medium
Blade
Speed
Wood
Medium
Cutting
Speed
Blade
Scrolling
Max
Wood
Speed
Blade
Wood
Medium -
Cutting
Max
Blade
Speed
Wood
Medium -
Maximum
Cutting
Max
Blade
Speed
Orbital
Action
Minimal
Orbit
Minimal
Orbit
Medium
Orbit
Orbit
