Sagola Mini XTREME Manual De Instrucciones página 26

9. Air nozzle kits
MiniAQUA, MiniHVLP, MiniEPA, MiniVIT and MiniTECH
Nozzle
MiniAQUA
MiniHVLP
MiniEPA
MiniVIT
MiniTECH
10. Start-up
Before each start-up and especially after cleaning or repairing the unit, a check must be made
that all its elements are securely tightened.
If maintenance or repair work is to be carried out, the gun must be depressurised before work begins
(without air pressure). Should this safety measure not be observed, this may lead to malfunctions,
personal injury and accidents, which may prove to be fatal. SAGOLA S.A. does not accept any
responsibility for the consequences of any non-compliance with these safety regulations.
Adjust the air pressure in the air nozzle by operating the flow regulator until
the required quality of finish is obtained (better finishes are not obtained
with higher spraying pressures and these lead to lower performance and
worse product transfer).
Position the air nozzle spraying orifices appropriately (when an imaginary
line is drawn through the 2 lugs, this must be parallel or perpendicular to
the floor) and perform the required application test by adjusting the product
and spray width regulators as follows:
Close the product regulator until the appropriate amount of product comes
out. Now you have the maximum spraying width (spraying pattern). You can
reduce this according to your needs by closing the spray width regulator.
Make sure that the gun is positioned correctly in order to ensure maximum
transfer of sprayed material and to obtain the best quality of finish.
Air consumption
190 litres / minute
305 litres / minute
197 litres / minute
355 litres / minute
52 litres / minute
Open the spray width and product regulators completely
(without removing these from their housing) by turning
these anticlockwise.
For the Gravity version, connect the gun to the mains
compressed air system. For the Pressure version,
connect it to the Reboiler pressure regulator.
Adjust the air pressure in the mains or Reboiler regulator
in order to compensate for any pressure drop in the
network (estimated at 0.6 bar for each 10 m of hose).
ENGLISH
Pressure
2 bar
2 bar
2 bar
2.5 bar
2 bar