| Material | Anodised Aluminium |
|---|---|
| Type | Amplifier nozzle |
| Height | 82.7 mm |
| Outer Diameter | 76.2 mm |
| Connector | G3/8" |
| Blowing | 14 169 l/min at 5.5 bar |
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TECHNICAL INFORMATION
| BENEFITS OF USING AA 015 TO* AIR AMPLIFIER | Pressure (bar) | Air consumption (l/mn) | Noise Level (dB) | Aspirated surrounding air (l/mn) | Amplified blowing (l/mn) | |||
|---|---|---|---|---|---|---|---|---|
| 6 | 1400 | 87 | 3300 | 13960 | ||||
AA 015 TO* AIR AMPLIFIERS FEATURES*
• Connection : Female G3/8" • Inside ⌀: 41mm • Weight : Aluminium : 519g / Stainless steel 316 L : 1528g
• Max. operating temperature : Aluminium : 150 °C / Stainless steel 316 L : 450°C • Max Pressure : 10 bars
* NOTE: The measurements in this data sheet have been obtained in a laboratory under strict control. The varying conditions of a real industrial environment and the instability of pressure from an industrial compressor can create different values than the ones obtained in a laboratory. Those data are provided for information purposes only.
To achieve the best performance from the air amplifi ers, we recommend using a compressed air supply tube with a minimum 8 mm inside diameter.
The amplifi cated air value uses the Boyle-Mariotte law. The pressurized air has a less important volume than the expanded air and is translated by the formula: P1xV1=P2xV2
In our case V1= consummed air + aspirated air
