Adjusting The Desired Spray Setting; Adjusting The Material Volume (Fig. 8); Spray Technique - WAGNER WOOD PROTECTION Manual

Outdoor Paint Sprayer Wood Protection
•
Put the machine down only on a level, clean surface. Otherwise, the gun may suck in
dust, etc.
•
Sling on the carrying strap with the unit.
•
Remove the spray gun from the gun holder and point it at the object to be coated.
•
It is advisable to test spray cardboard or a similar material in order to determine the
material quantity and the spray pattern.
•
Press the ON/OFF switch at the device.

9. Adjusting the desired Spray Setting

WARNING! Danger of injury! Never pull the trigger guard while adjusting
the air cap.
With the union nut (fig. 7, 1) slightly unscrewed, turn the air cap (2) to the desired
spraysetting position (arrow). Then tighten the union nut.
Fig. 6 A = vertical flat jet
Fig. 6 B = horizontal flat jet 
Fig. 6 C = circular jet

10. Adjusting the Material Volume (Fig. 8)

Set the material volume by turning the regulator on the trigger guard of the spray gun
- turn to the left
+ turn to the right

11. Spray Technique

•
The spray result depends heavily on the smoothness and cleanliness of the surface to
be sprayed. Therefore the surface should be carefully prepared and kept free of dust.
•
Cover all surfaces not to be sprayed.
•
Cover screw threads or similar parts of the target object.
•
It is advisable to test the spray gun on cardboard or a similar surface to find the
correct setting.
Important: Begin spraying outside of the target area and avoid interruptions inside
the target area.
The spray movement should come from the arm, not just from the wrist. This ensures
that a uniform distance is maintained between the spray gun and the spray surface
during the spray operation. Select a distance of 5 - 15 cm, depending on the desired
spray jet width.
Fig. 9 a: CORRECT Even distance to the object.
Fig. 9 b: INCORRECT Uneven distance causes uneven coating.
for horizontal surfaces

for vertical surfaces
for corners, edges and hard-to-reach surfaces

lower material volume

higher material volume

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