Parkside PKS 1500 C4 Consignes D'utilisation Et De Sécurité page 15

11.3 Fine adjustment of the stop for 45°
mitre cut (Fig. 1, 3, 4, 7, 8, 9)
Tool required:
• Allen key 3 mm (D)
• 45° engineers square (B)*
* = not included in the scope of delivery!
1. Lower the saw head (4) and fix it with the locking pin
(25).
2. Fix the rotary table (13) in the 0° position.
ATTENTION
For mitre cuts (inclined saw head), the moveable stop
rail must be fixed in the outer position.
3. Loosen the locking screw (8b) on the moveable stop
rails (8a) and push the moveable stop rails (8a) out-
wards.
4. The moveable stop rail (8a) must be locked in a po-
sition far enough from the inner position that the dis-
tance between the moveable stop rail (8a) and the
saw blade (6) is no more than 8 mm.
5. Before making the cut, check that no collision could
occur between the moveable stop rail (8a) and the
saw blade (6).
6. Tighten the locking screw (8b) again.
7. Loosen the locking screw (23) and tilt the saw head
(4) to the left, to 45°, using the handle (3).
8. Place 45° engineers square (B) between saw blade
(6) and rotary table (13).
9. Loosen the locknut (22a) and the adjustment screw
(22) until the angle between the saw blade (6) and
the rotary table (13) is exactly 45°.
10. Re-tighten the locknut (22a).
11. Then check the position of the angle display. If nec-
essary, loosen the pointer (28) with a Phillips screw-
driver, set the scale (27) to 45° position and re-tight-
en the retaining screw
11.4 0°- 45° mitre cut and rotary table
0° (Fig. 1, 3, 4, 7)
The cross-cut mitre saw can be used for mitre cuts of 0°-
45° to the left of the work surface.
ATTENTION
For mitre cuts (inclined saw head), the moveable stop
rail must be fixed in the outer position.
ATTENTION
For 0°- 45° mitre cuts, only the clamping device (work-
piece clamp) on the right must be mounted.
Tool required:
• Allen key 3 mm (D)
1. Loosen the locking screw (8b) on the moveable stop
rails (8a) and push the moveable stop rails (8a) out-
wards.
2. The moveable stop rail (8a) must be locked in a po-
sition far enough from the inner position that the dis-
tance between the moveable stop rail (8a) and the
saw blade (6) is no more than 8 mm.
3. Before making the cut, check that no collision could
occur between the moveable stop rail (8a) and the
saw blade (6).
4. Tighten the locking screw (8b) again.
5. Move the saw head (4) to the upper position.
6. Fix the rotary table (13) in the 0° position.
7. Loosen the locking screw (23) and tilt the saw head
(4) to the left with the handle (3) until the pointer
(28) points to the desired angle on the scale (27).
8. Retighten the locking screw (23).
9. Perform the cut as described under 11.1.
11.5 0°- 45° mitre cut and rotary table
0°-45° (Fig. 1, 3, 4, 7)
The cross-cut mitre saw can be used for mitre cuts of 0°-
45° to the left of the work surface and of 0°- 45° to the
stop rail (double mitre cut).
ATTENTION
For mitre cuts (inclined saw head), the moveable stop
rail must be fixed in the outer position.
With a cross-cut saw tilted to 31.6° and a unit tilt of
33.9°, isosceles triangular strips and profiles such as stuc-
co edge profiles can be mitred with the profile side down.
This is particularly advantageous for large profiles that
exceed the maximum cutting height with normal insertion.
It also makes it easy to solve problems with the angle at
the corners, which is often not right-angled.
ATTENTION
For 0°- 45° mitre cuts, only the clamping device (work-
piece clamp) on the right must be mounted.
Tool required:
• Allen key 3 mm (D)
1. Loosen the locking screw (8b) on the moveable stop
rails (8a) and push the moveable stop rails (8a) out-
wards.
2. The moveable stop rail (8a) must be locked in a po-
sition far enough from the inner position that the dis-
tance between the moveable stop rail (8a) and the
saw blade (6) is no more than 8 mm.
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