The meech air cooling range has been designed to provide effective cooling for any number of applications.
Vortex tube cooling system.
Nema 12 ip54 cabinet coolers are available in many cooling capacities for large and small control panels.
A vortex tube creates cold air and hot air by forcing compressed air through a generation chamber which spins the air at a high rate of speed 1 000 000 rpm into a vortex.
Airflow adjusters sold separately can be switched out to increase or decrease the vortex tube s airflow cfm to alter its cooling capacity.
Pressurised gas is injected tangentially into a swirl chamber and.
At the heart of the range is the vortex tube.
With no moving parts a vortex tube spins compressed air to separate the air into cold and hot streams by forcing the compressed air through a generation chamber which spins the air centrifugally along the inner walls at a high rate of speed toward the control valve.
Air that rotates around an axis like a tornado is called a vortex.
Exair cabinet coolers incorporate a vortex tube to produce cold air from compressed air with no moving parts.
Air supply must be filtered to remove moisture and contaminants.
The cooling capacity of the vortex tube should be taken into account first when selecting the vortex tube.
They have no moving parts for a long service life.
Vortex tubes are an effective low cost solution to respiratory cooling needs.
Vortex tubes convert compressed air into a stream of cold air.
117 to 1465 watts.
In addition as the air pressure entering the vortex increases and the dryness level increases the vortex tube increases its efficiency.
It has no moving parts.
Vortex electric enclosure cooling systems are available in cooling capacities ranging from 400 btu hr to 5000 btu hr.
If i were to tell you that i can take a supply of ordinary compressed air and drop it s temperature by 50 f without any type of refrigerant or electrical connection you might be scratching your head a bit.
Cooling or heating with the vortex tube.
Use them to keep heat sensitive electronic equipment cool with cold air.
1 6 deg c.
The electrical enclosure cooling thermostat model maintains tight control on the temperature setpoint of 3 deg f.
The gas emerging from the hot end can reach temperatures of 200 c 392 f and the gas emerging from the cold end can reach 50 c 58 f.
The cooling effect is obtained by balancing the temperature value and the air flow.
