Clamp a drill bit in the chuck (5).
Position the drilling table (3) as close as possible to
the drill.
Loosen the locknuts (W).
It is possible to adjust the laser lines by turning the
adjustment screws (T).
Set the laser lines such that they cross in the middle
of the drill tip.
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 in-
ner locknut (N).
8. If it is too loose, repeat steps 3-5. If it is too tight,
repeat in reverse order.
9. Using
a
flat
spanner,
er locknut (O) against the inner locknut (N).
NOTE: Do not over-tighten and do not restrict the
movement of the spindle!
Service information
Please note that the following parts of this product
are subject to normal or natural wear and that the fol-
lowing parts are therefore also required for use as
consumables.
Wear parts*: carbon brushes; V-belts, batteries, bits
* Not necessarily included in the scope of delivery!
12. Storage
Store the device and its accessories in a dark, dry
and frost-proof place that is inaccessible to children.
The optimum storage temperature is between 5 and
30˚C.
Store the electrical tool in its original packaging.
Cover the electrical tool in order to protect it from dust
and moisture.
Store the operating manual with the electrical tool.
28 | GB
tighten
the
out-
www.scheppach.com
13. Electrical connection
The electrical motor installed is connected and
ready for operation. The connection complies
with the applicable VDE and DIN provisions. The
customer's mains connection as well as the ex-
tension cable used must also comply with these
regulations.
Important information
In the event of an overloading the motor will switch
itself off. After a cool-down period (time varies) the
motor can be switched back on again.
Damaged electrical connection cable
The insulation on electrical connection cables is of-
ten damaged.
This may have the following causes:
• Passage points, where connection cables are
passed through windows or doors.
• Kinks where the connection cable has been im-
properly 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 outlet.
• Cracks due to the insulation ageing.
Such damaged electrical connection cables must not
be used and are life-threatening due to the insulation
damage.
Check the electrical connection cables for damage
regularly. Make sure that the connection cable does
not hang on the power network during the inspection.
Electrical connection cables must comply with the
applicable VDE and DIN provisions. Only use con-
nection cables of the same designation.
The printing of the type designation on the connec-
tion cable is mandatory.
AC motor:
• The mains voltage must be 230-240 V~.
• Extension cables up to 25 m long must have a
cross-section of 1.5 mm2.
• Connections and repairs of electrical equipment
may only be carried out by an electrician.
Please provide the following information in the
event of any enquiries:
• Type of current for the motor
• Machine data - type plate