22
AFTER SALES SUPPORT
1300 855 831
MODEL: DP17L PRODUCT CODE: 53664 08/2018
AUS
Operating instructions
DP17L
Adjusting the Drilling Bench (Fig. 1)
1. Release the locking handle (13).
2. Push the drilling bench (9) to the desired height.
3. Pivot the drilling bench (9) to the desired position.
4. Fasten the drilling bench (9) again with the locking handle (13).
5. You can also adjust the tilt angle of the drilling bench (9). To do this, release the
retaining screw for drilling bench (10) under the drilling bench (9) with an open
end wrench SW 19 (not scope of delivery). Tilt the drilling bench (9) as desired
to the right or left up to a max. of 45° and secure the drilling bench (9) again
with the retaining screw (10).
Changing the Bit (Fig. 1)
Remove the plug from the mains socket before changing the bit. This will prevent an
accidental start-up.
1. Fold the drill chuck guard (5) up.
2. Release the retaining jaws of the drill chuck (7) with the drill chuck key (22).
3. Remove the bit.
4. Insert a new bit.
5. Tighten the retaining jaws of the drill chuck (7) with the drill chuck key (22).
6. Check that the bit is centred.
7. Fold the drill chuck guard (5) down again. Under no circumstances must you
leave the drill chuck key (22) inserted.
Drilling (Fig. 1)
1. Starting the drill press.
–
The drill press can be switched on by pressing the green On switch ''I'' (1).
–
The red Off switch ''0'' (1) has to be pressed to switch off the drill press.
2. Turn one of the drill lifting arms (21) anticlockwise.
3. The drill chuck (7) is lowered.
4. Drill into the workpiece at the appropriate feed rate and to the desired depth.
5. Be aware of any necessary chip breaking on the way to the desired depth.
6. Move the bit slowly back to the stop position.
General Information
The feed rate and spindle speed are decisive for the service life of the bit.
•
The cutting speed is determined by the speed of the drill spindle and by the
diameter of the bit.
•
In principle, therefore, the larger the bit diameter, the lower the speed that
should be selected.
•
For workpieces of greater strength, the cutting pressure must be higher.
•
Repeated withdrawal of the bit enables easier chip removal.
•
Chip removal is especially difficult in deep holes. Reduce the feed rate and
speed in this case.
