Spraying Procedure For Flat Jet Air Atomizing; The Electrostatic Effect - WAGNER AquaCoat 5010 GM 5020EAW Operating Manual

Air spraying system for non-ignitable liquids
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VERSION 02/2018
OPERATING MANUAL

5.7.4 SPRAYING PROCEDURE FOR FLAT JET AIR ATOMIZING

In this process, the spray product is fed to the nozzle at a pressure of 0.05–0.2 MPa; 0.5–2 bar;
7–29 psi. The atomizing air at approx. 0.25 - 0.4 MPa; 2.5 - 4 bar; 36 - 58 psi produces a soft
spray jet, which largely eliminates the problem of overlapping boundaries at the edges.
The shaping air allows modification of the spray jet. There are various nozzles and air caps
available as accessories for the respective spray product and the discharge quantities.
Shaping air
Spray product
Atomizing air
Advantages
– Large range of adjustment of the spray jet
– Thin layers
– Uniform coating thickness
– Perfect finish

5.7.5 THE ELECTROSTATIC EFFECT

The in-system electrically loaded paint particles atomized by the spray gun are transported
to the grounded object by kinetic and electrostatic energy where they adhere, finely
distributed on the object being sprayed.
Object to be sprayed is conductive
and grounded
Advantages
– Very high application effectiveness
– Low over spray
– Coating of entire circumferences due to the electrostatic effect
– Savings in working time
ORDER NUMBER DOC 2366717
B_04743
Paint particle
Air cap
Spray angle
B_01893
Spray pattern
42

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Aquacoat 5020 gm 5020eaw

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