Versatile Spot Cooling for Machining, Repair Shops and More
Cold Air Guns use vortex tube technology and filtered compressed air to produce sub-freezing air as low as -30 deg F for numerous industrial spot cooling applications. With no moving parts to wear out, Cold Air Guns require no electricity at the target, just a compressed air source.
Cold Air Guns are most often used for cooling of metal parts, in the machining and repair of metals, plastics, wood, ceramics and other materials. Cold air machining outperforms mist coolants and substantially increases tool life and feed rates on dry machining operations. The effective cooling from a Cold Air Gun can eliminate heat-related parts growth while improving parts tolerance and surface finish quality.
The Mini Cold Air Gun is designed for applications where the standard Cold Air Gun is too large to fit, or where compressed air flow is limited. The Mini Cold Air Gun uses only 8 SCFM of compressed air and achieves temperatures as low as 0 deg F. The Mini Cold Air Gun is available with a single nozzle or a dual point nozzle for multi-directional cooling.
The Frost Free Cold Air Gun cools tools quickly and without the mess of liquid lubricants or frost from standard cold air guns. Used in a wide variety of applications including cutting and drilling, and will increase tool life and feed rates in dry machining operations.
The Cold Air Pistol delivers spot cooling on demand, for cooling parts and welds, speeds tool changes, sets adhesives and hot melts, and facilitates thermal cycling. Here the Cold Air Pistol spot cools hot bearings after installation on the shaft. The Cold Air Pistol cools instantaneously, cooling quickly and with no liquid mess.
MAG uses the Vortec Cold Air Gun in their VIPER® Fiber Placement Systems to improve the quality of the aerospace parts produced by VIPER. The Cold Air Gun chills and conditions the pre-impregnated graphite fiber resin, making it easier to dispense and resulting in the highest possible dexterity, flexibility and range for large to complex aerospace parts.
Mini Cold Air Gun | 680 |
---|---|
Compressed air pressure (psig) | 80 - 100 |
Inlet size (NPT pipe thread, inches) | 1/4 |
Minimum Outlet Temperature, deg F (at 70 deg F inlet air) |
-10 |
Cooling Capacity (BTU/hr) | 350 |
Air Consumption @ 100 psig (scfm) | 8 |
Outlet Air Flow Rate (scfm) | 4 |
Dimensions, inches | |
Overall Length | 13 1/4 |
Diameter | 7/8 |
Nozzle Length | 6 1/4 |
Flexible Nozzle Diameter | 21/32 |
Outlet Diameter (ID) | 1/8 |
Magnetic base diameter | 3 3/16 |
Magnetic base height | 4 1/16 |
Weight, lbs | 1.3 |
Supply hose | |
Diameter, inch | 3/8 |
Max recommended hose/pipe length, ft. | 80 |
Recommended filter size | 25 scfm |
Filter model* | 701S-24A |
*Filter included with Cold Air Gun Systems
Mini Cold Air Gun | 680 |
---|---|
Compressed air pressure (bar) | 5.5 - 6.9 |
Inlet size | 3/8" NPT |
Minimum Outlet Temperature, deg C (at 20 deg C inlet air) |
-12 |
Cooling Capacity (BTU/hr) | 350 |
Air Consumption @ 100 psig (slpm) | 226 |
Outlet Air Flow Rate (slpm) | 113 |
Dimensions, mm | |
Overall Length | 337 |
Diameter | 22 |
Nozzle Length | 159 |
Flexible Nozzle Diameter | 21/32 |
Outlet Diameter (ID) | 3.2 |
Magnetic base diameter | 3 3/16 |
Magnetic base height | 4 1/16 |
Weight, kg | 1.5 |
Supply hose | |
Diameter, mm | .9 |
Max recommended hose/ pipe, meters | 24 |
Recommended filter size, slpm | 708 |
Filter model* | 701S-24A |
*Filter included with Cold Air Gun Systems
High heat on a 40” saw blade caused Carolina Paper Company to suspend production frequently to allow the blade to cool. After installing the Vortec Cold Air Gun, production rates improved by 42% and scorching was eliminated.
Click Here to ReadA ribbon of composite graphite material wraps aerospace structures in Vortec client MAG’s innovative VIPER® Fiber Placement Systems. Vortec’s Cold Air Gun 610 ensures the composite tape achieves the correct shape without wrinkling.
Click Here to ReadHow do you take large industrial equipment from 350 to 100 degrees Fahrenheit in under 60 seconds? This was the challenge faced by Anderson Machine Manufacturing, a Richmond, VA-based company
Click Here to Read
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