In southwest Ohio we are currently experiencing 88°F. And we have begun to see increased numbers of inquiries for Cabinet Cooler Systems to keep control cabinets cool. This comes with the territory of approaching summer here in the northern hemisphere, and elsewhere it is due to new machines going into areas of a facility where it is constantly hot and dirty. It seems like the perfect time to offer up some free stuff with our Cabinet Cooler Promotion.
That’s right, order any of the Cabinet Cooler® Systems listed and receive a free A/C Sensor Pen. This pen has saved me from getting shocked many of times around my home. Without it of course, I find myself guessing I turned the correct breaker off and, as soon as I touch the outlet I am working on I get hit with 110V. This sensor is helpful to locate the presence of voltage and avoid getting shocked.
We are here to assist your choice of Cabinet Cooler system and to provide a very fast solution to the downtime you are experiencing. We manufacture Cabinet Cooler systems from 275 Btu/Hr through 5600 Btu/Hr with NEMA 12, 4 and 4X integrity as well as Hazardous Location. If you don’t know what Cabinet Cooler System you need, take a look at our new Cabinet Cooler Calculator or the form below. It can be found on our site, get the information and call, fax, e-mail or live chat with an Application Engineer to get a quick and accurate response on what amount of cooling your system will need.
Over our thirty years in business we have also seen many companies who only experience a short span of seasonal heat and have found that 2000 Btu/Hr is enough refrigeration to offset summertime heat load, in most cases. Choosing a model with a thermostat control will turn the cooler on and off as needed and minimize compressed air use. Cabinet Cooler systems are in STOCK and ship same day for domestic and Canadian orders received by 3:00 pm EDT. We can get your cabinet cooled FAST and eliminate your heat related problems. Cabinet Cooler systems are shipped ready to install through a standard electrical knockout. There is no waiting for oil to settle back into the compressor motor, no mounting templates required or huge holes to cut into your cabinet. Cabinet Cooler systems have no moving parts to wear, making them rugged and lasting in your hot environment.
Pressure drops, incorrect plumbing, undersized piping, insufficient flow; if you hear these terms from tech support of your point of use compressed air products or from your maintenance staff when explaining why a process isn’t working then you may be a victim of improper compressed air piping selection. Often time this is due to a continued expansion of an existing system that was designed around a decade old plan. It could also come from a simple misunderstanding of what size of piping is needed and so to save some costs, smaller was used. Nonetheless, if you can understand a small number of variables and what your system is going to be used for, you can ensure the correct piping is used. The variables that you will want to consider when selecting a piping size that will suit your need and give the ability to expand if needed are shown below.
Minimum Operating Pressure Allowed (psig) – Lowest pressure permitted by any demand side point of use product.
System Pressure (psig) – Safe operating pressure that will account for pressure drops.
Flow Rate (SCFM) of demand side (products needing the supplied compressed air)
Total Length of Piping System (feet)
Piping Cost ($)
Installation Cost ($)
Operational Hours ( hr.)
Electical Costs ($/kwh)
Project Life (years) – Is there a planned expansion?
An equation can be used to calculate the diameter of pipe required for a known flow rate and allowable pressure drop. The equation is shown below.
A = (144 x Q x Pa) / (V x 60 x (Pd + Pa) Where: A = Cross-Sectional are of the pipe bore. (sq. in.). Q = Flow rate (cubic ft. / min of free air) Pa = Prevailing atmospheric absolute pressure (psia) Pd = Compressor discharge gauge pressure (psig) V = Design pipe velocity ( ft/sec)
If all of these variables are not known, there are also reference charts which will eliminate the variables needed to total flow rate required for the system, as well as the total length of the piping. The chart shown below was taken from EXAIR’s Knowledge Base.
Once the piping size is selected to meet the needs of the system the future potential of expansion should be taken into account and anticipated for. If no expansion is planned, simply take your length of pipe and start looking at your cost per foot and installation costs. If expansions are planned and known, consider supplying the equipment now and accounting for it if the additional capital expenditure is acceptable at this point.
The benefits to having properly sized compressed air lines for the entire facility and for the long-term expansion goals makes life easier. When production is increased, or when new machinery is added there is not a need to re-engineer the entire system in order to get enough capacity to that last machine. If the main compressed air system is undersized then optimal performance for the facility will never be achieved. By not taking the above variables into consideration or just using what is cheapest is simply setting the system up for failure and inefficiencies. All of these considerations lead to an optimized compressed air system which leads to a sustainable utility.
In case you don’t normally read the EXAIR blog, the general consensus among all the engineers here is that you can never have enough information. To ensure that we pass on as much information as possible to our customers we have added even more to our website. This time, we have given a vast amount of information on our Atomizing Spray Nozzles.
All of the information can be found on the page shown below.
This information will allow you to easier select the appropriate Atomizing Spray Nozzle for the application. Whether it is spraying a liquid coolant onto a drill press to help cool and lubricate the operation or painting parts, the information is there to help better assist you the customer.
Take a look at the new page and if there is anything that you don’t see there, let us know. We may still have it in our files, if not, maybe we can get it for you fast.
EXAIR uses our blog platform to communicate everything from new product announcements to personal interests to safe and efficient use of compressed air. We have recently passed our 5 year anniversary of posting blogs (hard for us to believe) and I thought it appropriate to share a few of the entries which explain some more of the technical aspects of compressed air.
Here is a good blog explaining EXAIR’s 6 steps to optimization, a useful process for improving your compressed air efficiency:
One of the Above 6 steps is to provide secondary storage, a receiver tank, to eliminate pressure drops from high use intermittent applications. This blog entry addresses how to size a receiver tank properly:
Thanks for supporting our blog over the past 5 years, we appreciate it. If you need any support with your sustainability or safety initiatives, or with your compressed air applications please contact us.