Properties

• Voltage Multiplier System that delivers feedback signals
• Body coated from anti-static additive
• Maximum comfort even in long-term operation with 510 grams and new generation ergonomic structure in manual types
• Safe special PUR sheath cable
• Fast hose / color change
• Easy cleaning with special design electrode and nozzle types
• ATEX II 2 D, IP64 Protection class
• Universal, processes different types of powders and part structures

Nozzles and accessories

Spare parts and consumables

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Videos from practice

 

 

 

Settings - Electrostatic powder coating

 

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Demonstation ease of use

1. kV = high voltage in KiloVolt
2. A = spray current in microampere = 35 A
3. E = total air = 4.0 Nm³/h
4. % = powder ejecing content = 60%
5. Recipe No. 3

1. kV KiloVolt = 90.000V = 90 kV
2. A Microampere = 3.5 1⁰-5 A = 35 A
3. E 4.0 N^m3/h or lt/min
4. % = powder ejecing content = 60%
5. Recipe No. 3

1. kV Kilovolt high voltage

The higher the setting, the stronger the charge.

As a rule, the following

• the more detailed and complex the part, the lower the CT setting.
• High settings are ideal for flat parts and for the outside of box-like parts.

Professional quality powder guns such as electron typically have a maximum voltage adjustment of up to 100 kV.

A good starting point is a setting of 50 to 80 kV for the application of a single layer or first layer.

When applying a second layer, a lower kV setting can provide the best results.

kV is the symbol for KiloVolt = 1000 volts.

It is a unit of measurement that indicates how much electrical charge an electrostatic powder gun can produce.

The kV setting changes the voltage that charges the powder particles when they leak through the gun.

High kV setting can help

• Improve transmission efficiency (more powder particles in part)
• increase the distance between the gun and the part.
• to obtain a very uniform cover on flat surfaces.

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