Practical Guide
.png?ts=1758265603)
SATAjet X 5500 PHASER: Settings, Workflow and Pro Tips
With the SATAjet X 5500 PHASER you achieve reproducible results on base coats and clear coats – with maximum control, high material efficiency, and first-class surface quality. This practical guide provides compact reference values, a proven workflow, and quick help with common painting problems.
Product Overview
The PHASER is a design edition of the SATAjet X 5500 with X-nozzle technology. Available as HVLP and RP variants for different vehicle refinishing requirements.
| Variant | Application | Advantages |
|---|---|---|
| HVLP (High Volume Low Pressure) | Highest transfer rate, fine edges, spot to full-surface application | Very low overspray, material-saving, precise control |
| RP (Reduced Pressure) | Fast surface coverage with consistent, even spray pattern | High working speed, smooth finish, universally applicable |
X-Nozzle Technology
Consistent spray pattern, minimized noise, reproducible results.
Nozzle Sets
Typical: 1.2–1.4 (HVLP), 1.2–1.3 (RP) – depending on material.
Pressure Range
Max. inlet pressure usually 10 bar; working pressure see reference values below.
Tip: Initially set the material flow control 1.5–2 turns open and adjust on a test panel to find the optimal viscosity/pressure combination. This prevents orange peel and runs.
Recommended Basic Settings (Reference Values)
- HVLP: Inlet pressure approx. 2.0 bar at the gun; spray distance 15–20 cm; air flow control 3/4–fully open; material flow control 1.5–2 turns.
- RP: Inlet pressure approx. 2.2–2.5 bar; spray distance 17–22 cm; air flow control 3/4–fully open; material flow control 1.25–1.75 turns.
- Nozzle: Base coat often 1.2–1.3; clear coat often 1.3 (RP) or 1.4 (HVLP), depending on system.
- Spray Width: Open fan wide, then slightly reduce at edges to limit overspray.
Note: Adjust depending on paint manufacturer, temperature, and viscosity. Manufacturer specifications take precedence.
Pro Workflow (5–7 Steps)
- Prepare substrate: clean, degrease, blow off dust; check masking.
- Choose nozzle/variant (HVLP for efficiency/precision, RP for speed/surface) and set reference pressure.
- Spray test panel: fine-tune fan and material amount, adjust viscosity if needed.
- Apply base coat in even passes with 70–75% overlap; edges first.
- Flash off according to system; apply clear coat at consistent speed, constant gun distance.
- Final check: inspect for runs, dry spray edges, dust inclusions; touch up locally.
- Between steps: quickly flush nozzle and air cap to avoid buildup.
Troubleshooting
Unstable/Elliptical Spray Fan
- Clean and correctly align air cap/nozzle.
- Slightly increase pressure, reduce material amount slightly.
- Check filter/cup (avoid clogging).
Runs/Sags
- Reduce material amount, move gun faster.
- Increase viscosity (adjust thinner) and check cross-coat.
- Slightly increase distance, observe flash-off times.
Orange Peel
- Moderately increase pressure; optimize fan width.
- Reduce viscosity or consider ambient temperature.
- Slightly slow down gun speed, maintain even overlap.
Dry Edges/Overspray
- Lower pressure slightly, reduce spray distance.
- Increase overlap; wet edges first.
- Consider humidity/temperature, adjust thinner.
Maintenance (Compact)
- After each use: thoroughly clean material channel, nozzle, air cap.
- Inspect seals, needle guide, springs regularly and replace when worn.
- Use only compatible cleaning agents; avoid aggressive brushes/wires.
- Lightly grease threads; do not let O-rings swell.
- Store in dust-protected, dry place; keep cups separate and clean.
FAQ about the SATAjet X 5500 PHASER
Which nozzle size for clear coat?
Often 1.3 (RP) or 1.4 (HVLP). Match to paint system.
How do I set the pressure correctly?
See reference values above; fine-tune on test panel. Follow manufacturer’s specifications.
Can I spray both waterborne and solvent-based paints?
Yes, with the right nozzle and consistent cleaning/material compatibility.
Difference HVLP vs. RP?
HVLP: maximum transfer rate, fine edges. RP: more speed, very smooth finish.
Max. inlet pressure?
Typically 10 bar; however, always work within the recommended working pressure range.
Conclusion
The SATAjet X 5500 PHASER combines design and performance with X-nozzle technology. With the reference values above, a clear workflow, and consistent maintenance, you will achieve consistently high-quality finishes – efficient, fast, and reproducible.
