Parkside 315340, Operating And Safety Instructions Manual

Page: 16 / 68

11 GB/IE/NI
8.12 Adjusting the laser (fig. 18)
If the laser (32) ceases to indicate the correct cutting line, you
can readjust the laser. Loosen the Philips head screws (E) and
set the laser by moving sideways until the laser beam strikes the
teeth of the saw blade (6).
Firmly secure both screws (E).
8.13 Changing the speed (fig. 17)
The mitre saw has 2 speed ranges:
• To operate the mitre saw at a speed of 3200 rpm (metal), set
the speed regulation switch (34) to position I.
• To operate the saw at a speed of 5000 rpm (wood), set the
speed regulation switch (34) to position II.
9. Transport
• Tighten the locking handle (11) to lock the rotary table.
• Press the machine head (4) downwards and secure with the
locking bolt (23).
• Fix the saw’s drag function with the locking screw for drag
guide (20) in rear position.
• Carry the equipment by the fixed saw table (15).
• When reassembling the equipment proceed as described
under section 7.
10. Maintenance
m Warning! Prior to any adjustment, maintenance or service
work disconnect the mains power plug!
General maintenance measures
Wipe chips and dust off the machine from time to time using a
cloth. In order to extend the service life of the tool, oil the rotary
parts once monthly. Do not oil the motor.
When cleaning the plastic do not use corrosive products.
Cleaning the moving saw blade guard safety
device (5)
Always check the saw blade guard for debris before using the
machine.
Remove old sawdust and splinters using a brush or similar
tool.
Replacing the table insert
Danger!
With a damaged table insert (10) there is a risk of small parts
getting stuck between table insert and saw blade, blocking
the saw blade.
Immediately replace damaged table inserts!
1. Remove screws at table insert. If required, turn rotary table
and incline saw head to be able to reach the screws.
2. Remove table insert.
3. Install new table insert.
4. Tighten the screws at table insert.
Brush inspection (fig. 19)
Check the carbon brushes after the first 50 operating hours
with a new machine, or when new brushes have been fitted.
After carrying out the first check, repeat the check every 10
operating hours.
If the carbon is worn to a length of 6 mm, or if the spring or
contact wire are burned or damaged, it is necessary to replace
both brushes. If the brushes are found to be usable following
removal, it is possible to reinstall them.
When servicing the carbon brushes, open the two latches coun-
terclockwise (as shown in figure 19). Then remove the carbon
brushes. Replace the carbon brushes in the reverse order.
11. Storage
Store the device and its accessories in a dark, dry and frost-
proof place that is inaccessible to children. The optimum stor-
age 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.
12. 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.
• The product meets the requirements of EN 61000-3-11 and
is subject to special connection conditions. This means that
use of the product at any freely selectable connection point
is not allowed.
• Given unfavourable conditions in the power supply the prod-
uct can cause the voltage to fluctuate temporarily.
• The product is intended solely for use at connection points
that
a) do not exceed a maximum permitted supply impedance
“Z” (Zmax = 0.382 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, in consultation with
your electric power company if necessary, that the connec-
tion point at which you wish to operate the product meets
one of the two requirements, a) or b), named above.
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.