Vortex Tube Coolers

Maintenance-free enclosure & cabinet cooling devices with no moving parts.

Made of AISI 304 stainless steel. Operated by clean, dry compressed air.

 

How do vortex tubes work?

A Vortex Tube is a device with no moving parts that converts any stream of compressed air into two streams – one hot and one cold.

A Vortex tube can produce cold air down to -35°C and hot air up to +127°C.

 

CLEAN, DRY compressed air is injected tangentially into the tube at sonic speed, with a grooved insert that creates a cyclone/vortex of air spinning at about one million revolutions per minute.

Part of the air is forced to spin inward and travels up the tube length where a valve turns this spinning vortex of air in on itself.

The inner column of air gives up its heat to the outer column.

Cold air is directed out the cold end of the Vortex Tube into the enclosure, with hot air directed out.

The temperature and air flow can be controlled by adjusting the valve at the hot end of the tube.

For the vortex tube to work efficiently, the enclosure needs to be vented to allow through-flow of air.

This can be achieved by fitting vents or louvres on the enclosure.

It is essential that the compressed air introduced into the tube is CLEAN and DRY, ACHIEVED BY MEANS OF A 5µ oil-coalescing air filter (preferably self-draining).

Description

ARIZONA Vortex Tube Coolers

Ref. Description Inlet Pressure kPa Air Consumption l/min Watt BTU/hr kcal/hr
V20025 CNC Cooler, 35scfm, FIXED 700 704 480 1500 380
V10007 MINI Vortex tube 8scfm 700 225 125 400 100
V10008 Vortex Tube 8scfm adjustable 700 225 125 400 100
V10010 Vortex Tube 10scfm adjustable 700 282 190 600 150
V10015 Vortex Tube 15scfm adjustable 700 423 285 900 230
V10025 Vortex Tube 25scfm adjustable 700 704 480 1500 380
V10035 Vortex Tube 35scfm adjustable 700 986 795 2500 630

Accessories:

Model No. Description
V10000 Cold end muffler
V10001 Hot end muffler
V20236 Vortex Air Kit: 5µ Oil Coalescing Filter + Solenoid valve +Thermostat

Performance Data:
cold fraction: (the percentage of the total flow which comes out as cold air – 60% is typical)

inlet pressure kPa temperature 20% 30% 40% 50% 60% 70% 80%
140 drop 17.3 °C 16.3 °C 13.4 °C 10.7 °C 7.0 °C 2.8 °C 1.8 °C
increase 9.4°C 4.2 °C 3.2 °C 10.7 °C 18.4 °C 28.1 °C 42.3 °C
280 drop 31.8 °C 29.9 °C 27.3 °C 22.9 °C 17.3 °C 11.4 °C 4.0 °C
increase 4.8 °C 1.8 °C 11.2 °C 22.9 °C 33.8 °C 47.2 °C 64.6 °C
410 drop 40.2 °C 38.8 °C 34.3 °C 29.0 °C 23.1 °C 16.1 °C 7.5 °C
increase 3.6 °C 4.4 °C 15.1 °C 29.0 °C 40.1 °C 56.2 °C 76.2 °C
550 drop 47.3 °C 44.6 °C 39.1 °C 33.5 °C 27.4 °C 19.0 °C 10.1 °C
increase 3.3 °C 6.7 °C 17.8 °C 33.5 °C 45.6 °C 62.4 °C 82.9 °C
700 drop 53.5 °C 48.7 °C 44.0 °C 38.0 °C 30.3 °C 22.2 °C 12.0 °C
increase 2.3 °C 7.8 °C 19.6 °C 38.0 °C 48.9 °C 66.2 °C 89.0 °C
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