Automatic electrostatic gun GA 5000 EA

Low-pressure gun for solvent-based paints

With the automatic electrostatic gun GA 5000 EA, up to 50% material and 20% coating time can be saved. Furthermore it also offers wide-ranging opportunities in terms of ideal application control in combination with the control unit EPG 5000

  • High application efficiency through soft spray jet

  • High coating quality through fine atomization

  • Even curves and inaccessible locations can be coated with high quality

  • Short maintenance times thanks to easy assembly & disassembly

  • Manual or automatic control via external interface



Output voltage80 KV
Output current100 µA
Atomizing pressure max8 bar
Material pressure max8 bar
Length268 mm
Width74 mm
Height135 mm
Material connectionG 1/4"
Atomizing air connectionD10
Forming air connectionD8
Control air connectionD6
Weight(without pump)1,2 kg
Operating temperature0°C - 40°C
Max. material temperature50°C

Press release GA5000 EPG5000 (ENG)

Product Data Sheet|GA 5000 (ENG)

Product Data Sheet|GA 5000 (ENG)

Print ROI
ROI - Calculation for GA 5000 Applications
ROI - Calculation for GA 5000 Applications
ExampleYour calculation 1Your calculation 2
Cost (price per liter)7,5
Consumption (liter per day)X30liter
Time (days per month)X20days
Saving potential
Saving potentialExampleYour calculation 1Your calculation 2
fromtoup to
Airspray (conventional)GM 5000EA50%
AirCoat (conventional)GM 5000EAC35%
CompetitorGM 500020%
selected valueX20%X % %
Paint Savings pa
Monthly in €=900
X12 X
Yearly in €=10.800
Production improvemets pa
working hours per year (average usage of GA 5000 system per year)1100h
performance improvements in % (how much working time can be saved)X20% % %
painting line cost per hour in € (labor cost in €)X80
Savings on Cleaning for solvent based paint pa
Regular cleaning actions per year (e.g. 24 time per year)24
Savings on one time cleaning actionsX50% % %
Duration of cleaning in h4
Painting line cost per hour in €X80
Total savings pa=32.240
  Your test:

The performance and transfer efficiency depends on the paint, work piece and application conditions.