Description
Performance
- FPro Lock P spray gun gives the perfect finishing in high demand environments
- Patent pending restrictor paint speed control and patent pending Vortex spinning effect delivers perfect atomization with very high transfer efficiency (up to 78%)
- No more knob adjustments: the flow rate and pattern size are easily adjusted by changing the fluid nozzle and the aircap
- Gun designed to be pre-set once to get the optimal performance and long-term constant production whatever the operator’s knowledge
Productivity
- The lightest manual spray gun in its class for extended use
- Aluminum aircaps help reduce weight
- FPro Lock P is an extension of the arm and reduces operator injuries
- Lightest trigger pull due to the built-in air valve
- Reduced gun body to accommodate smaller hand sizes
Sustainability
- Aesthetically pleasing design, high quality metal and machining with perfect anodization make the FPro Lock the ultimate spray gun solution for all applications
- New generation of super light hoses, lightweight gun body and ergonomic handle alows the FPro Lock to apply coatings effortlessly
- SAMES KREMLIN’s factory machined projectors (aircaps, nozzle and needle) ensure an extended life
- Reduced needle and nozzle wear due to our new spraying technology
- Simplified and quick maintenance due to the reduced number of components
The Sames Kremlin FPro Lock P manual airspray gun, the New standard in Airspray takes the guesswork out of operator set-up to achieve constant high finishing quality!
The FPro Lock with pre-set adjustments is ideal for repeatable operator performance. Its lightweight reduces operator fatigue for extended use and makes a very big difference for any manual paint line at the end of every shift.
The PATENTED pending restrictor controls and pre-atomizes the paint into smaller droplets. It slows down the paint speed and increases the transfer efficiency for even better finish quality. The PATENDED pending Vortex spins the paint improving uniformity of the spray pattern and allows paint penetration into complex-shaped part areas.
TECHNICAL DATA TABLE
| Designation | Value | Unit: metric (US) |
|---|---|---|
| Maximum Fluid Pressure | 6 (87) | bar (psi) |
| Maximum Air Pressure | 6 (87) | bar (psi) |
| Maximum Fluid Temperature | 50 (122) | °C (°F) |
| Air Inlet | M 1/4″ NPS | |
| Fluid Inlet | M 3/8″ NPS | |
| Ph | 5-8 | |
| Tips / Nozzle | ♦ | |
| Recommended CONV Air Pressure | 2.5 (36) – 3.5 (51) | bar (psi) |
| Recommended HVLP/LVLP Air Pressure | 1.5 (22) – 2.5 (36) | bar (psi) |
| Air Consumption CONV (at 2.5 – 3.5 bar / at 36 – 51 psi) | 21.8 (12.8) – 28.2 (16.6) | m3/h (cfm) |
| Transfer Efficiency CONV | 66 | % |
| Wetted Parts: Stainless Steel, POM C, Polypropylene | ♦ | |
| Air Consumption HVLP/LVLP (at 1.5 – 2.5 bar / at 22 – 36 psi) | 16.1 – 23.5 (9.5- 13.8) | m3/h (cfm) |
| Weight | 366 (12.9) | g (oz) |
| High Voltage Unit | 78 / 72 |
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