Product number:
92270
SATA filter 434 L single-stage fine filter without pressure regulator for pipeline installation (G 1/2" female thread)
Highlights
- Reliably prevents expensive reworking
- As three-stage filter (SATA filter 484) suitable for use with water-based paints and ambient air-independent breathing protection systems
- Inexpensive and economical
- Robust metal housing, easily suitable for temperatures up to 120°C
- Very high air flow rate: 3,600 Nl/min at 6 bar inlet flow pressure
- Available with outgoing module or for line installation
Nozzle recommendation (optional)
Please select the paint manufacturer used and the material to receive a suitable nozzle recommendation:
Contact our expert team
If you have questions about this product, we’ll be happy to help with expert advice.
Delivery by Tuesday, September 15, 2026
except on public holidays,
Shipping costs
The SATA filter 400 series meets highest demands on quality and performance. The modular design allows an exact adaptation to different applications. The combination units SATA filter 444 and 484 are standard in paint booths - also for breathing air treatment.
- Installation variation Pipeline installation
- Max. air flow 3600 Nl/min
- Max. air outlet pressure 10,0 bar
- Max. inlet air pressure 15,0 bar
- Max. storage temperature 60 °C 140 °F
- Min. storage temperature -20 °C -4 °F
- Number of filter stages 1
- Suitability for breathing protection No
- Suitability for water-based systems No
- Thread connection inlet side G 1/2" (female thread)
- Thread connection outlet side G 1/2" (female thread)
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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.
Pressure measuring devices
Pressure gauge 0 – 10 bar, 50 mm for SATA filter series 200, 300 and 400, 2K mix
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.
