EXAIR‘s line of Adjustable and Super Air Amplifiers are the ideal solution for cooling hot parts. Using a small amount of compressed air, they’re designed to entrain massive amounts of free ambient air from the environment. This free air mixes with the primary air stream, achieving entrainment ratios of up to 25:1!
To demonstrate the dramatic difference between the Super Air Amplifier and a standard fan, I created a side-by-side video of the two. Using the 2″ Model 120022 Super Air Amplifier at just 40 PSIG (9 SCFM air consumption) check out just how effective we were at cooling down a stainless steel block:
When fast cooling of a hot part is necessary, look no further than EXAIR’s Adjustable and Super Air Amplifiers. They’re all in stock and can ship same day to the US & Canada with an order placed by 3:00 ET!
Many times EXAIR products are used to help sort materials based on their weight or their density by providing a consistent force against a series of targets that should be of the same density or weight, but when they are not, the airflow can be “tuned” to remove the non-conforming parts.
In this case, our customer (a packaging automation specialist) was working with a form fill and seal machine that was dedicated to making pouches 2” x 8” and filling them with a food product. In some cases, the pouches would not become filled with product and needed to be removed from the line. So, our customer devised a way to mount model 6042 2” Adjustable Air Amplifier along-side the travel of the pouches and set the input pressure and air gap setting to get optimum vacuum capture velocity to suck away empty ones and leave the full ones in-tact. Above you can see a photo that the customer took while mocking up the application at their facility. You can see the hose connected to the output to direct the empty pouches to a wire basket below.
A couple of things in this application made use of the Adjustable Air Amplifier the best choice. The first was the funnel-shaped suction area on the back side of the Adjustable Air Amplifier. This optimizes the Air Amplifier’s ability to draw in ambient air to propel it to the outlet. In doing this the un-filled, light-weight, plastic pouch becomes caught in the high velocity stream and thus gets carried away as desired. The second thing is that since compressed air is the source of power, the customer has infinite adjustability over the amount of suction force that they can apply to the pouch in the application. They can adjust the air gap opening on the Adjustable Air Amplifier to have a coarse adjustment of air consumption as well as vacuum level. Then, they have a finer adjustment that a pressure regulator can provide to really dial in the suction force as they need it to be for removal of the empties.
The idea here is that while Air Amplifiers are generally used for their output flow to cool targets and provide a significant Blowoff force, they can also be used to draw in not only smoke and fumes but also other lightweight items like the empty pouches above.
If you have a need to set up any kind of sorting process, maybe just to separate two different recycling streams or perhaps it is a need to perform a quality control function as shown above, think about EXAIR and our many solutions in this area.
On a recent visit with our Hungarian Distributor, I had the pleasure of visiting an automotive leather manufacturing plant. They process and cut to order a wide variety of different styles of leather used in the manufacturing of European automobiles. In one of their machines, a grinding process is performed that smooths out the cut edges of the material before they’re stitched together.
The grinding process itself is self-contained within the machine, but the significant amount of leather dust created needs to be periodically cleaned out. If not, it ends up accumulating on some of the internal components and increasing the downtime and maintenance required on the machine. Due to this, they implemented a 2x per shift cleaning operation.
The machine has several tight spaces inside where the dust accumulates. They’d shut off the machine and blow out the dust. Then, sweep up all of the dust into a dustpan and dump it in the trash. This entire process took approximately 30 minutes each time for 1-hr/shift. With three shifts operating 24/7, that’s 3-hrs/day of lost production time for this particular cleaning process, still less than what they were experiencing as a result of the machine downtime when they weren’t regularly cleaning it.
However, the primary concern of theirs was that they were now blowing dust all over the shop causing a potential health hazard to their operators. They wanted a solution that would allow them to clean the machine, without presenting an additional hazard. We tested with a Mini Chip Vac first, but the dust was a bit too fine and was still passing through the filter bag.
For fine dusts such as this, the Heavy Duty HEPA Vac is the more suitable option. After testing the Heavy Duty HEPA Vac, it was clear that this was the solution they were hoping for. The high-powered vacuum made quick work of the dust inside, while keeping it contained inside of the drum by the HEPA filter.
They still need to stop and clean the machine out 2x/shift, but now the process only took 10 minutes. They reduced their overall downtime on this machine per day by 2/3 to just 1hr, while keeping their operators safe. While this wasn’t the reason for looking at new solutions, it was definitely an added benefit. If you’re looking for a maintenance-free vacuum system for cleaning up in your facility, EXAIR has a wide range of Industrial Housekeeping solutions available from stock.
Getting a vacuum from compressed air seems a bit like magic, but it works and it works well. EXAIR’sE-Vac® Vacuum Generators are compressed air powered, single stage vacuum generators. They are a low cost way to create vacuum for pick and place, clamping, lifting, chucking, vacuum forming and other applications.
The Low Vacuum Generators are ideal for ‘porous’ types of applications. When we say ‘porous’ we are describing those processes where a lighter vacuum level combined with higher vacuum flows are needed. A good example of this is lifting a cardboard box. The cardboard is not air tight, and when you place a vacuum on it, air is able to be pulled through the cardboard. To maintain the vacuum level, the air needs to be able to be pulled through the cardboard and exhausted as fast as it is being pulled through in order to maintain the vacuum level. This requires higher vacuum flow and the design of the Low Vacuum Generator allows for the development of a good vacuum level and a high rate of vacuum flow.
The High Vacuum Generator is ideal for ‘non-porous’ type of applications. ‘Non-porous’ are those processes where the material is air tight, and no or very little air can pass through. Material such as glass, ceramic, and steel are ‘non-porous’. Because little or no air passes through, the need for high vacuum flow is not as important, and the highest of vacuum level can be achieved. A perfect vacuum is 29.92 in-Hg, and the High Vacuum Generator is designed to reach vacuum levels of 27 in-Hg, or a 90% vacuum level.
Click above Image to View the Video
Both the Low Vacuum and High Vacuum Generators come in 7 different sizes, ranging from light to very strong vacuum capabilities, to match any application. Special Kits are available as a way to experiment with an assortment of vacuum cups to determine the best configuration.
And for maximum flexibility, EXAIR offers the Adjustable E-Vac Vacuum Generator. Engineered for high efficiency, compressed air can be minimized due to the ability to adjust and tune the vacuum flow and level to perfectly match the application requirements.
If you have questions about vacuum generation and the E-Vac or any of the 15 different EXAIR Intelligent Compressed Air® Product lines, feel free to contact EXAIR and myself or any of our Application Engineers can help you determine the best solution.
EXAIR‘s line of Industrial Housekeeping Products consist of liquid and dry vacuums that utilize compressed air to operate. They do not have loud electric motors which most ‘all purpose’ electric vacuums rely on. In industrial settings with harsh conditions and rugged use, EXAIR’s Industrial Housekeeping Products are better suited for the everyday wear and tear of typical manufacturing, commercial and construction environments.
When you look at EXAIR vacuums, you’ll notice there is not an electrical cord. Because the EXAIRIndustrial Housekeeping Products utilize compressed air for operation. This means they do not have the same maintenance issues of an electric motor which breakdown and fail when dirt, dust and temperature take their normal toll on moving parts. With EXAIR vacuums there are no moving parts: no motors to burn up, no bearings to wear out, and no impellers to clog in the vacuum units. They also run quieter than a typical electric vacuum.
They are maintenance free, just supply clean and filtered air, and they can operate for many, many years.
EXAIR’s liquid vacuums, there is a built in pressure/vacuum relief device and auto safety shut-off to prevent over-filling.
The Reversible Drum Vac is a two-way liquid pumping system, also made for mounting on standard steel drums…closed top drums, in this case. They can fill or empty a 55 gallon drum in 90 seconds. Options include 5, 30, and 110 gallon drum sizes, and a High Lift model – increased suction head for deep wells, underground tanks, or higher viscosity liquids, up to 1,400 cP.
The heart of our popular coolant filtration system: the EXAIR Chip Trapper. A Filter Bag in the “fill” line traps chips, swarf, and shavings. The liquid passes through, and is able to be immediately pumped back out. Not only is coolant life extended, regular cleaning of the coolant sump prevents loss of coolant flow due to clogging of the supply lines. The Chip Trapper is available in 30, 55, and 110 gallon sizes, and also in the High Lift version.
EXAIR’s dry vacuums provide many pickup and filtration options. They withstand harsh environments, have many filtration and power options and run quieter than electric vacuums.
The EXAIRChip Vac and Heavy Duty Dry Vac is a powerful industrial vacuum for use on wet or dry chips. Both are for use with 30, 55, or 110 gallon drums, and the Chip Vac can also be used on a 5 gallon drum. The Heavy Duty HEPA Vac has the added benefit of the HEPA quality filter system. Filtration per IEST-RP-CC-007 to 99.97% minimum filtration at the 0.3 micron level ensures performance meets the needed criteria.
The Chip Vac is also 50% quieter than a comparable electric vacuum at only 77 dBA!!
If you would like to talk about Industrial Housekeeping products or any of the EXAIR Intelligent Compressed Air® Products, feel free to contact myself or one of our Application Engineers we can help you determine the best solution.
Baseball season is in full swing, temperatures are climbing, and there’s pollen in the air. It must be spring!! The coming of spring means it’s time to start opening up the windows and tidying up around the house. It also means an increase in rain showers. To those of you out there that have experienced the joy of walking down into the basement only to find a nice pool of water I feel your pain. A crack in our foundation allowed a significant amount of water to seep inside, of course all over the brand-new carpet!!
I went out to the garage and grabbed the ol’ trusty shop vac and began vacuuming up as much residual water as I could. Shop vacs are a great tool for cleaning up a variety of messes in your home. However, the very same shop vac is not suitable for use in an industrial environment. EXAIR manufactures a variety of compressed air operated industrial vacuum systems. For the purpose of this blog, I’m going to highlight the systems suitable for use with wet materials.
Electric vacuums have impellers that can clog or break, the motor will eventually burn out, not to mention the risks associated with using electrical products near liquid. With no electricity and no moving parts to wear out, EXAIR’s Industrial Housekeeping products are much better suited to withstand a harsh industrial environment.
The Reversible Drum Vac attaches quickly to any closed head 30, 55, or 110 gallon drum. It’s capable of filling a 55 gallon drum in as little as 90 seconds! With a simple turn of the knob, it’s able to quickly pump the liquid back out of the drum. Coolant sumps can easily be refilled, floor spills contained, or contaminated liquids can be transferred to filtration tanks in minutes.
The High Lift Reversible Drum Vac operates just the same as the standard, but provides a higher-powered vacuum for use with thicker liquids or for applications that need to lift the liquid from below grade work areas up to 15’ deep. Both the standard and High Lift Reversible Drum Vacs have an automatic safety shutoff valve to prevent the drum from overfilling.
The Reversible Drum Vac is also the heart behind our award-winning coolant filtration system: the Chip Trapper. The Chip Trapper is a fast and simple way to clean chips, swarf, and shavings suspended in the coolant sump of your CNC machines. The liquid and suspended solids are vacuumed up into the drum. A filter bag inside traps the debris, chips, and shavings and allows you to pump clean liquid back out of the drum. The filter bag can be removed and cleaned for repeated use. Each system will come with (2) bags to get you started. Not only does this extend the life of your coolant, but can also eliminate the potential for chips and shavings to get clogged in the coolant system and reducing coolant flow. It, too, is available as a High Lift Chip Trapper System for thicker liquids or sumps that are below ground.
If you’re looking for a vacuum system that’s Built to Last, EXAIR has the right tool for you. All of our vacuum systems have no moving parts to wear out and are maintenance-free when supplied with clean and dry compressed air. With all systems available in stock and same day shipment for stock items, you can have one just in time for your annual spring cleaning!