SATA spray master RP, 1.7 mm, 0.7 l pressurised cup, reduct. valve
Highlights
- Allround talent: With the pressurised cup and the wide horn nozzle set, practically any material can be perfectly processed in carpentry and painting.
- Fine atomisation: the optimised internal nozzle pressure ensures perfect results
- High efficiency: the transfer rates are significantly higher than the 65% required by the VOC legislation
- Low air consumption - therefore also suitable for small compressors
- With the nozzle size "SM" (approx. 1.3) this gun can be used for almost any spray material - only the pressure in the cup has to be adjusted according to the viscosity.
Nozzle recommendation (optional)
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3-year Premium Warranty on your SATA product
Because we are confident in our quality. More information
The SATA spray master RP combines trend-setting, low overspray high pressure technology with the advantageous properties of a material pressure supported spray gun. With this unique combination, almost all paint systems of different viscosities up to thick-film glazes can be processed with excellent painting results.
- Air connection thread 1/4" (male thread)
- Air connection thread without swivel joint
- Air consumption 230 l/min 8.12 CFM
- Air inlet pressure field of application 1 - 2 bar 0.07 - 0.14 psi
- Max. storage temperature 60 °C 140 °F
- Min. storage temperature -20 °C -4 °F
- Nozzle Size 1,7
- Nozzle Technology RP
- Nozzle type W
- Recommended dynamic inlet air pressure (compliant / HVLP) 2 bar 0.14 psi
- Recommended spraying distance 17 - 21 cm 6.69 - 8.27 in
- Spraygun Cup System Druckbecher BVD 0,7 l
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* All information is provided without guarantee - errors and changes reserved.
** All information refers to the entire product range and not to individual variants.
Which nozzle technology is right for me?
RP – the Extra-Fast
The optimized high-pressure technology enables maximum working speed with VOC-compliant transfer rates and flexible handling.
HVLP – the Extra-Efficient
Thanks to low-pressure technology, HVLP nozzle systems achieve particularly high transfer rates.
