Adjusting The Desired Spray Setting; Adjusting The Material Volume (Fig. 6); Spray Technique - WAGNER W 100 Mode D'emploi

W 100
without almost any residue.
When working on lying objects: Turn the suction tube forwards. (Fig. 2 A)
Spraying work when working on overhead objects: Turn the suction tube rearwards.
(Fig. 2 B)
•
Set the container on a sheet of paper, pour in the prepared coating material and screw
the container tightly onto the spray gun.
•
Connect the front part with the rear part of the gun (Fig. 3).
•
Put the machine down only on a level, clean surface. Otherwise the machine could tip
over!
•
Pull the trigger guard. The W 100 has a two-stage trigger guard. In the irst stage the
turbine is started. If the trigger guard is pressed further, the material is transported.
•
Adjust the spray setting on the spray gun.

9. Adjusting the desired Spray Setting

Three diferent spray jet settings can be chosen on the spray gun, depending on the
application and target object.
WARNING! Danger of injury! Never pull the trigger guard while adjusting
the air cap.
With the union nut (ig. 5, 1) slightly unscrewed, turn the air cap (2) to the desired spray
setting position (arrow). Then tighten the union nut.
Fig. 4 A = vertical lat jet
Fig. 4 B = horizontal lat jet  for vertical surfaces
Fig. 4 C = circular jet

10. Adjusting the Material Volume (Fig. 6)

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 ind the correct
setting.
Important: Begin spraying outside of the target area and avoid interruptions inside the
target area.
 for horizontal surfaces
 for corners, edges and hard-to-reach surfaces

lower material volume
higher material volume
GB
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