Practical Guide
SATAjet 5000 B: Material Efficiency & Air Consumption Under Control
This guide focuses on consumption values, efficient settings, and cost control of the SATAjet 5000 B (RP/HVLP). All information is derived from the operating manual and should be understood as reference values – always adjust to material, climate, and substrate.
Efficiency Check: Key Figures at a Glance
Air consumption at 2.0 bar
RP ≈ 290 Nl/min
Reference value (Source: Technical Data)
Air consumption at 2.0 bar
HVLP ≈ 430 Nl/min
Reference value (Source: Technical Data)
Pressure ranges
0.5–2.4 bar
max. 2.0 bar at the gun inlet (Compliant)
Note: Max. compressed air supply pressure 10 bar; max. media temperature 50 °C.
Savings Tip (Reference):
Open the air micrometer only as far as needed until the spray pattern is stable. A spraying distance of about 4–6" (approx. 10–15 cm) helps reduce overspray and ensures even coverage.
Adjustment Matrix for Economical Application (Reference Values)
| Variant | Gun Inlet Pressure | Air Consumption at 2.0 bar | Goal |
|---|---|---|---|
| RP | 0.5–2.4 bar (max. 2.0 bar Compliant) | ≈ 290 Nl/min | High surface performance with controlled material quantity |
| HVLP | 0.5–2.4 bar (max. 2.0 bar Compliant) | ≈ 430 Nl/min | High transfer rate, less overspray |
Values from “Technical Data”. Fine-tune according to paint data sheet and spray pattern.
Savings Workflow: 5 Steps to Material Reduction
- Ensure compressed air: 1/4" connection, sufficient volume flow, clean air (e.g., SATA filter 484).
- Set pressure: Work within 0.5–2.4 bar; for compliance max. 2.0 bar at gun inlet.
- Fine-tune air micrometer: Open only as far as needed until the spray pattern is calm and covering.
- Maintain spray distance: approx. 4–6" (10–15 cm) and consistent stroke to minimize overspray.
- Spray width/amount: Narrow for edges, wide for surfaces; keep material quantity as low as possible while achieving full coverage.
Air System & Accessories that Bring Efficiency
- Swivel joint: Increases mobility; additional weight approx. 11 g.
- RPS/reusable cups with QCC: Quick change, secure sealing, fewer leakage risks.
- CCS (ColorCode System): Gun identification – work without mix-ups.
- Digital pressure (SATA adam 2, optional): Precise setting at the gun inlet.
- Compressed air connection: 1/4" external thread; use only solvent-resistant, antistatic hoses (endurance ≥ 10 bar).
Cleaning & Care – Efficiency Starts with Condition
- Keep paint strainer, air/paint nozzle clean; clean bores only with SATA brushes/needles.
- During washing, pressurize air channel with clean compressed air; nozzle head facing down.
- After cleaning, blow threads and paint cup dry; then check spray pattern.
- Replace wear parts completely as nozzle set (hand-adjusted) and re-adjust material throughput.
- Maintain and grease paint needle assembly/air micrometer as instructed if leaking.
Reduce Error Costs: 4 Quick Checks
Unstable Spray
- Open air micrometer further; align air nozzle correctly.
- Clean air circuit; check/replace nozzle set.
Air Entry in Cup
- Fill cup sufficiently; check sealing elements.
- Check QCC seat and drip guard.
Leaks
- Check paint needle seal, air nozzle, threads; replace if necessary.
- Dry with clean compressed air and retest.
High Consumption
- Minimize pressure at gun inlet (within operating range).
- Adjust spray width/material quantity to component size.
