| Material | Edelstahl |
|---|---|
| Typ | Kaltluft |
| Verbrauch | 215 bis 730Nl/mn |
| Leistung | 150 bis 700 Kcal |
DESCRIPTION
Novacom develops and designs, in France, cold air guns operating with the vortex effect. They are a powerful and precise source of cold air, easily movable thanks to their magnetic bases.
Made of stainless steel, they are composed of several components, such as vortex generators.
Novacom offers 4 Vortex generators, suited according to the desired temperature delta. They allow the temperature and airflow rate to be adjusted in the vortex tube.
The incoming compressed air passes through the fixed cylindrical generator, which forces the air to whirl at high speed inside the tube. The air therefore heats up strongly by rubbing the inner walls of the tube and escapes through the hot air outlet.
The throttling valve, located at the hot air outlet, physically prevents the air flow from escaping. The air is then pushed back inward and is forced to make the reverse path through the center of the cyclone. This flow runs at a slower speed, and the speed differential causes significant heat exchange. When the air flow escapes through the cold air outlet of the Vortex tube, it can reach a very low temperature, up to a delta of 40°C, compared to the temperature of the incoming compressed air flow.
You can equip your cold air gun with articulated hoses, depending on the application and your preferences, you can choose between round nozzles, and flat nozzles.
These hoses are designed from independent ball joint segments, giving a great flexibility of movement, and they are equipped with threaded connections, to ensure a secure connection.
The articulated hoses are also available in single or double flow versions.
The round nozzles will create a more precise and concentrated air jet, ideal for applications requiring precise targeting. As for the flat nozzles, they offer a wider, and uniform air diffusion, suitable for more extended air coverage.
The perforated hose models are ideal for a curtain-like air distribution, their design allowing them to adjust to a specific configuration.