Scheppach Capas 7 Traducción De La Instrucción De Original página 18

• Move the transparent saw blade protection (1, fig 24)
down and make sure that nowhere does it have contact
with the blade.
• See that the wave closure is released so that the blade
can turn freely. Turn the blade until the closure is re-
leased.
Note: Both cylinder parts must be clean and properly posi-
tioned. Send the blade down in the lower table and, turning
it by hand, make sure that it does not come into contact
with the body of the machine or the mounting table.
Electrical Contact
Be sure that the power source that is being used and the
electric socket are compatible with the crown and mitre
box saw. Look at the type sign on the motor or the given
performance levels for the crown and mitre box saw. Any
changes must be made by a qualified electrician.
This machine is double insulated and therefore it is not
necessary to earth the source of electrical current.
WARNING: Avoid contact with the electric socket when you
plug in or unplug the lead. Contact can lead to a dangerous
electric shock.
Use of an Extension Lead
The use of an extension lead causes a small reduction in
performance. In order to keep this to a minimum and to
avoid possible overheating and motor burn out, you must
ask a qualified electrician to specify the minimum cable
size of an extension lead.
The extension lead must end in an earthed plug which fits
into the electrical socket, and have at the other end an
earthed electrical socket which can accept the plug of the
machine.
• Check the connections to the electric current. Do not
use defective wiring. See the section on Electrical Con-
tact.
• Installation, repairs and maintenance work on the elec-
trical installation may only be carried out by specialists.
• To deal with problems with the machine, switch it off
and unplug it.
• When leaving the workplace, switch off the motor and
unplug the machine.
• Even when the machine is only being moved a short dis-
tance, it should be separated from all external sources
of power! Before restarting operation the machine must
be connected to the power source in the correct way.
The electrical motor installed in the machine is ready to
operate when it is delivered. The connection corresponds
to the relevant VDE and DIN norms. The customer's elec-
trical connection as well as the extension leads used must
also correspond to these norms or, respectively the appro-
priate local norms and European Union regulations.
Defective Electrical Connections
Electrical connections can often have insulation deficien-
cies.
Possible causes:
• Pressure points, when the cable is passed through door
or window cracks.
• Bending points due to inexpert binding or laying of the
electrical cables.
• Cuts due to the cable being driven over.
• Insulation defects due to being pulled out of a wall sock-
et.
• Cracks due to aging of the insulation.
Such defective electrical connections should not be
used and they are, due to the deficiencies in insulation,
mortally dangerous!
Electrical connecting cables should be checked regularly
for damage. See that when the lines are checked they are
not live. Electrical connections must correspond to the
appropriate VDE and DIN norms and the local electrical
regulations. Only use extension leads with the identifying
number H 07 RN. All extension cables must have the type
printed on them.
Extension leads that are up to 25 m. long must have a
cross­section of 1.5 square millimetres; those longer than
25 m must have a cross­section of at least 2.5 square
millimetres.
The connection to the power source is secured with a 16A
carrier.
Installation of and repairs to the electrical equipment
should only be carried out by an electrical specialist.
Should there be questions, the following information is
relevant:
• motor manufacturer, motor type
• type of current for the motor
• data of the machine and type sign
• data for the electrical drive.
Should the motor be returned, it should be sent as a com-
plete unit, including the electrical drive.
Means of Correction
Adjustment of the Slanting Board (fig. 9, 10, 11, 12, 13)
Note: In order to maintain an exact saw cut, before be-
ginning operation the position should be checked and, if
necessary, adjusted.
90° Slanting Position (fig. 9, 10, 13)
• Release the clamping lever (4, fig. 13) and position the
saw unit at 90° while the chock lever (1, fig. 11) is in
the pressed down position.
• Put the angle gauge onto the bevel table and with the
ruler against the table and the back of the angle gauge
against the saw blade.
• Should the angle gauge not lie exactly flat against the
saw blade, unscrew the four positioning screws (1, fig.
9) on the back with a 5mm Allen key. Pull the peg rough-
ly 17.5 mm back so that it just passes through the cast
part on the back of the housing.
• Tilt the arm to the left until it comes through without
touching the peg. Put a 90° angle on the table and bring
the head slowly to 90°.
• Open the fastening lever and tighten the four six­sided
screws once the adjustment has been achieved.
Indicator Positioning for the Saw Blade Slant (fig. 10)
When the position is correct for 0°, adjust the indicator
(2) so that this has its point at 0° on the sliding scale (3).
To do this loosen the indictor screw (1) with a screwdriver,
make the necessary adjustments and tighten the screw
again.
Chock Adjustment at 45° to the left (fig. 11, 12, 13)
• Set the bevel chock at 0°. Push the sliding chock com-
pletely to the left and then pull the slanting closure peg
(1, fig. 11) forward.
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