Vortex Coolers
Vortex coolers use compressed air to provide a cooling air flow.
Vortex compressed air cooling is used where conventional cooling by enclosure air conditioners or heat exchangers is not possible. Examples include: small to medium size equipment enclosures,
non-metallic enclosures, and any other areas where the size of cooling devices is restricted.
Enclosure Vortex Coolers start at $774.00
Features
- Suitable for harsh environments
- Small physical size
- Creates cool air without refrigerants (no CFCs, HCFCs)
- Exceptionally reliable - no moving parts and virtually no maintenance
Standards
- UL Listed
- NEMA 12, NEMA 4 or NEMA 4X
Available Enclosure Vortex Coolers
| Part No. |
Description |
Price |
| W750400 |
Vortex cooling tube, 400 BTUH, 8 SCFM, 227 SLPM, NEMA 12 rated |
$774.00
|
| W740900 |
Vortex cooling tube, 900 BTUH, 15 SCFM, 425 SLPM, NEMA 12 rated |
$953.00
|
| W7901500 |
Vortex cooling tube, 1500 BTUH, 25 SCFM, 708 SLPM, NEMA 12 rated |
$953.00
|
| W7971700 |
Vortex cooling tube, 1700 BTUH, 25 SCFM, 708 SLPM, NEMA 4 rated |
$950.00
|
| W797SS1700 |
Vortex cooling tube, 1700 BTUH, 25 SCFM, 708 SLPM, NEMA 4X rated |
$1,541.00
|
Vortex Cooling Kits include:
- Vortex cooling tube
- Solenoid valve 120V / 60Hz - 110V / 50Hz
- Filter: 5-micron water and particulate removal
- Ducting kit
- Thermostat
|
Application Requirements
- Clean, dry, oil-free compressed air (100 PSIG / 70 degrees F or below) required to achieve published BTU/hr ratings. Lower pressures and higher temperatures will reduce BTU/hr ratings.
- A 5-micron water and particulate removal filter must be installed prior to operating any vortex cooler (included in kits).
- An oil removal filter can be installed between the 5 micron filter and the Vortex Cooler if oil is present in the compressed air line.
How Vortex Coolers Create Cold Air
- Vortex coolers are powered by a vortex
tube - a unique device that creates a
vortex from compressed air and separates
it into hot and cold air streams.
- The vortex tube’s cylindrical
generator causes the input compressed
air to rotate, reaching speeds up to
1,000,000 rpm as it is forced down the
inner walls of the hot longer end of the
vortex tube.
- At the end of the hot tube, a
small portion of this air exits through a
needle valve as hot air exhaust. The
remaining air is forced back through the
center of the incoming air stream at a
slower speed.
- The heat in the slower
moving air is transferred to the faster
moving incoming air.
- This super-cooled
air flows through the center of the generator
and exits through the cold air exhaust
port.
Enclosure Vortex Coolers Overview
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