Vortex Tubes are devices that work on a standard compressed air supply. Air enters the vortex tube and is literally split into two parts - cold air at one end, and hot air at the other – all without any moving parts,
Product Overview
Vortex Tubes have an adjustable valve at the "hot" end which controls the volume of the air flow, and the temperature exiting at the cold end. By adjusting the valve, you control the "cold fraction" which is the percentage of total input compressed air that exits the cold end of the Vortex Tube, Vortex Tube is constructed of stainless steel and uses a generator and valve made of brass and sealed with viton o-rings to allow their use in the widest range of environments. This also allows for greater life and better consistency between Vortex Tubes made
Vortex Tube Benefits Benefits
Small and lightweight - portable
Driven by air not electricity.
VConstructed of stainless steel
Valve made of brass and sealed with viton o-rings
Generators are interchangeable
Vortex Tube - HOW IT WORKS
Compressed air enters at point (A). Inside the tube the compressed air is made to spin using a "generator". It travels in one direction along the small (hot end) tube and then back
inside itself in the reverse direction creating one stream of air (B) and the second stream of air (C) in the opposite direction. The outside stream of air gets hot and exhausts at
point (D). The center column of air gets cold and exists at point (E). Temperatures and capacities can vary by adjusting the hot end plug at (D) and by using different "generators"
Model #
SCFM @100 PSIG inlet
(SLPM @ 6.9 BAR inlet)
Btu/hr. at 100 PSIG
(Watts at 6.9 BAR)
Size
50002H
2
(57)
145
(42)
small
50004H
4
(142)
290
(85)
small
50008H
8
(226)
750
(170)
small
50010H
10
(283)
730
(214)
medium
50015H
15
(425)
1100
(322)
mediun
50025H
25
(708)
1800
(527)
mediun
50030H
30
(850)
2100
(615)
mediun
50040H
40
(1133)
2900
(849)
mediun
Model #
SCFM @100 PSIG inlet
(SLPM @ 6.9 BAR inlet)
For Cold Temperature
Size
50002C
2
(57)
----
small
50004C
4
(142)
----
small
50008C
8
(226)
----
small
50010C
10
(283)
----
medium
50015C
15
(425)
----
mediun
50025C
25
(708)
----
mediun
50030C
30
(850)
----
mediun
50040C
40
(1133)
----
mediun
Temperature drop of cold air,
°F (ºC) in blue
Temperature rise of hot air,
°F (ºC) in red
Pressure Supply
Cold Fraction %
PSIG (BAR)
20
30
40
50
60
70
80
20(1.4)
62(34)
60(33)
56(31)
51(28)
44(24)
36(20)
28(16)
15(8)
25(14)
36(20)
50(28)
64(26)
83(46)
107(59)
40(2.8)
88(48)
85(46)
80(42)
73(39)
63(34)
52(28)
38(20)
21(11)
35(18)
52(28)
71(38)
92(50)
117(62)
147(80)
60(4.1)
104(57)
100(55)
93(51)
84(46)
73(40)
60(33)
46(25)
24(14)
40(22)
59(33)
80(44)
104(57)
132(73)
166(92)
80(5.5)
115(63)
110(62)
102(56)
92(51)
80(45)
66(36)
50(28)
25(14)
43(24)
63(35)
86(47)
113(63)
143(80)
180(100)
100(6.9)
123(68)
118(65)
110(61)
100(55)
86(48)
71(39)
54(30)
26(14)
45(25)
67(37)
90(50)
119(66)
151(84)
191(106)
120(8.4)
129(72)
124(69)
116(64)
104(58)
91(50)
74(41)
55(31)
26(14)
46(26)
69(38)
94(52)
123(68)
156(86)
195(108)
Approximate temperature drops (and rises) from inlet air temperature produced by a Vortex Tube set at various cold fractions