Scheppach HM216 Originalbetriebsanleitung Seite 33

ATTENTION
The sliding stop rail must be fixed correctly.
ATTENTION
For 0°- 45° mitre cuts, only the clamping device (work-
piece clamp) on the right must be mounted.
1. Loosen the locking screws (7a) on the moveable stop
rails (7) and push the moveable stop rails (7) out-
wards.
2. Put the saw head (2) in its resting position.
3. Secure the rotary table (9) in the 0° position as de-
scribed in 10.2.
4. Tilt the saw head (2) to the desired angle as described
in 10.3.
5. Lower the saw head (2) and slide the movable stop
rails (7) inwards until the distance between the mov-
able stop rail (7) and the saw blade (5) is a maximum
of 8 mm on both sides.
6. Tighten the locking screw (7a) again.
7. Before making the cut, check that no collision could
occur between the moveable stop rail (7) and the saw
blade (5).
8. Perform the sawing operation as described in 11.3.
11.6 0°- 45° mitre cut and rotary table
0°- 45° (Fig. 18)
The saw can be used for mitre cuts of 0°- 45° to the left of
the work surface and of 0°- 45° to the stop rail (double mi-
tre cut).
ATTENTION
The sliding stop rail must be fixed correctly.
When tilting a cross-cut mitre saw to 31.6° and with a unit
incline of 33.9°, isosceles triangular strips and profiles
such as stucco edge profiles can be mitred with the profile
side down.
This is particularly advantageous for large profiles that ex-
ceed the maximum cutting height when inserted normally.
Even problems with the often not right-angled composi-
tion of the angle at the corners are easy to solve.
ATTENTION
For 0°- 45° mitre cuts, only the clamping device (work-
piece clamp) on the right must be mounted.
1. Loosen the locking screws (7a) on the moveable stop
rails (7) and push the moveable stop rails (7) out-
wards.
2. Put the saw head (2) in its resting position.
3. Set the desired angle on the rotary table (9) as de-
scribed in 10.2.
4. Tilt the saw head (2) to the desired angle as described
in 10.3.
5. Lower the saw head (2) and slide the movable stop
rails (6) inwards until the distance between the mov-
able stop rail (6) and the saw blade (5) is a maximum
of 8 mm on both sides.
6. Tighten the locking screw (7a) again.
7. Before making the cut, check that no collision could
occur between the moveable stop rail (7) and the saw
blade (5).
8. Perform the sawing operation as described in 11.3.
12 Electrical connection
The connection complies with the applicable national
provisions.
Connections and repair work on the electrical equipment
may only be carried out by electricians.
• Before commissioning, ensure that the mains voltage
matches with the operating voltage on the type plate.
• Pay attention to the manufacturer's instructions when
using extension cables.
12.1 Important information
In the event of overloading, the motor will switch itself off.
After a cool-down period (time varies) the motor can be
switched back on again.
WARNING
The maximum permissible mains impedance Zmax of
the product is 0.443 Ω. As a user of this product, you
must determine, in consultation with the power supply
company if necessary, that the product is only connect-
ed to a supply whose impedance is less than or equal
to Zmax!
12.2 Special connection conditions
• The product fulfils the requirements of EN 61000-3-11
and is subject to special connection requirements.
This means that use at any freely selectable connec-
tion points is not permitted.
• The product can cause temporary voltage fluctuations
in unfavourable mains conditions.
• The product is intended exclusively for use at connec-
tion points which
a) do not exceed a maximum permitted mains imped-
ance "Z" (Zmax. = 0.443 Ω), or
b) have a continuous current carrying capacity of the
mains of at least 100 A per phase.
• As the user, you are required to ensure that the con-
nection point at which you wish to operate the product
fulfils one of the requirements mentioned, a) or b). If
necessary, consult with your energy supplier in this re-
gard.
12.3 Damaged electrical connection
cables
The insulation on electrical connection cables is often
damaged.
This may have the following causes:
• Pressure points, where connection cables are passed
through windows or doors,
• Kinks where the connection cable has been improper-
ly fastened or routed,
• Places where the connection cables have been cut
due to being driven over,
• Insulation damage due to being ripped out of the wall
socket,
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