Scheppach DP16VL Mode D'emploi page 18

sound pressure level L
pA
uncertainty K
pA
sound power level L
WA
uncertainty K
WA
Wear hearing protection.
The effects of noise can cause a loss of hearing. Total
vibration values (vector sum - three directions) deter-
mined in accordance with EN 61029.
Vibration emission value ah = 1,58 m/s
K uncertainty = 1,5 m/s
2
The specified vibration value was established in
accordance with a standardized testing method. It may
change according to how the electric equipment is used
and may exceed the specified value in exceptional
circumstances.
The specified vibration value can be used to compare
the equipment with other electric power tools.
The specified vibration value can be used for initial
assessment of a harmful effect.
Assembly
Column and machine foot, Fig. 3
1. Set the machine foot (1) down on the ground or the
workbench.
2. Place the column (2) on the base plate so that the
holes on the column (2) align with the holes on the
base plate (1).
3. Screw the hexagonal screws (A) to fasten the column
into the base plate and tighten them using a hexagon
spanner.
Table and pillar, Fig. 4
1. Slide the drilling table (3) onto the pillar (2). Position
the table directly above the base plate.
2. Install the table bolting (F) in the table unit from the left
side and tighten it.
Machine head and pillar, Fig. 5
1. Place the machine head (4) onto the pillar (2).
2. Put the spindle of the drilling machine with the table
and the base plate in the cover and fasten the 2 Allen
screws (G).
Drill chuck protection with depth stop, Fig. 6
Fit the chuck protection with depth stop (8) onto the
spindle pipe and tighten the slotted screw (H).
Caution! The depth stop must be fed through the dril-
ling (I) on the housing. Screw on the two nuts (J1/2) and
place the indicator (K) onto the depth stop. The indicator
(K) must point at the scale.
Feed handles to the shaft hub, Fig. 7
Screw the feed handles (6) tightly into the threaded holes
in the hub.
Installing the chuck, Fig. 8
1. Clean the conical hole in the chuck (5) and the spindle
cone with a clean piece of fabric. Make sure there are
no foreign particles sticking to the surfaces. The sligh-
test piece of dirt on any of these surfaces will prevent
the chuck from seating properly. This will cause the
drill bit to wobble". If tapered hole in the chuck is ext-
remely dirty, use a cleaning solvent on the clean cloth.
18 І 80
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72,6 dB (A)
3 dB
82 dB (A)
3 dB
2
2. Push the chuck up on the spindle nose as far as it
wiII go.
3. Turn chuck sleeve anticlockwise (when viewed from
above) and open jaws in chuck completely.
4. Place a piece of wood on the machine table and lower
the spindle onto the piece of wood. Press firmly to en-
sure that the food sits exactly.
Fastening radial drill press to supporting surface
For your own safety, it is highly recommended to install
the machine on a bench or similar.
WARNING:
All the necessary adjustments for the good working of
your drill press have been done at the factory .Please do
not modify them.
However, because of a normal wear and tear of your
tool, some readjustments might be necessary .
WARNING:
Always unplug our tool from power source before any
adjustment"
Adjusting the spindle retaining spring (Fig.9)
It may be necessary for the spindle retaining spring to
be adjusted because of changed tension, making the
spindle return too quickly or too slowly.
1. To provide more space, lower the table.
2. Work on the left side of the drill.
3. Put a screwdriver in the front lower notch (L), keeping
it in place.
4. Remove the outer locknut (O) with a flat spanner
(SW16).
5. Leaving the screwdriver in the notch, loosen the inner
locknut (N) until the cut-out is released from the boss
(P). WARNING! Spring is under tension!
6. Using the screwdriver, carefully turn the spring cap
(M) anti-clockwise until you can press the notch into
the boss (P).
7. Lower the spindle to the lowest position and hold the
spring cap (M) in place. When the spindle moves up
and down as desired, retighten the inner locknut (N).
8. If it is too loose, repeat steps 3-5. If it is too tight,
repeat step 6 in reverse order.
9. Using a flat spanner, tighten the outer locknut (O)
against the inner locknut (N).
NOTE: Do not over-tighten and do not restrict the
movement of the spindle!
The angular play of the spindle. Fig. 10
With the spindle in a low position, take it in your hand
and try to make it revolving about its axis. If there is too
much play, proceed as follows:
1 Loosen lock nut (R).
2 Turn the screw (Q) clockwise to eliminate the play but
without obstructing the upward and downward motion
of the spindle (a little bit of play is normal).
3 Tighten the lock nut.
Operation
WARNING:
If you are not familiar with this kind of machine, take
advice from an experimented person.
In any case you should have read and under-
stood the safety and operational instruction be-
fore attempting to operate this product.