Downloads by Fan Model
- AirVolution-D Model 370 Spec Sheet
- AirVolution-D Model 550 Spec Sheet
- AirVolution-D Model 780 Spec Sheet
- AirVolution-D Model 370 CSI Specs
- AirVolution-D Model 550 CSI Specs
- AirVolution-D Model 780 CSI Specs
- AVD Model 370 BIM Drawings
- AVD Model 370 CAD Drawings
- AVD Model 370 PDF Drawings
- AVD Model 550 BIM Drawings
- AVD Model 550 CAD Drawings
- AVD Model 550 PDF Drawings
- AVD Model 780 BIM Drawings
- AVD Model 780 CAD Drawings
- AVD Model 780 PDF Drawings
- 2016 MacroAir Product Brochure
- 2016 MacroAir Product Brochure (Metric)
- The HVLS Challenge: A Side-by-Side Comparison
Significant energy savings with MacroAir HVLS fans.
Coca-Cola of Orlando
A refreshed workforce and increased productivity.
Kaizen Martial Arts
Combating heat through air movement.
Wrangling $3,000 a month in energy savings.
Saving $30,000 & one nearly-lost season.
Stardust Roller Rink
Keeping skaters cool both on and off the floor.
Featured Blog Posts
Frequently Asked Questions
How would I benefit by installing an HVLS fan in my refrigeration unit?
Our fans reduce temperature variance with massive air movement.
The result is our exclusive 6ixBlade technology that outperforms outdated 10-blade technology while requiring 40% less aluminum in the production process. Because fewer materials are required, the carbon footprint of the fan is reduced.
Why are six blades better than 10 blades?
With “green” being such an important factor in business, the challenge of using fewer raw materials and less power to do more work was a challenge we embraced.
In addition, in apples-to-apples comparison tests, 6ixBlade fans blow more air. (See how Chegg.com put our fans to the test!)
Why does MacroAir anodize their fan blades?
We anodize the blades on all of our fans in order to prevent corrosion.
Why is MacroAir the only company that uses fans in reverse?
During the winter, you can use your fan in reverse in order to draw the warm air from the roof down to the floor. Basically, reversing the movement of the fan pulls all the cold air up and circulates it in reverse.
Why does MacroAir require the motor control panel to be installed within 25 feet of the fan?
Installing the motor control panel within 25′ of the fan eliminates voltage spikes that can damage the motor and gearbox.
Why does MacroAir use guy wires and how do I tighten them?
We use guide wires in order to distribute the load safely. To tighten them, use the provided guy wire wrench.
What is the length of the standard drop mount, and what is the minimum distance a fan can hang from the floor?
Standard drop mount is 36 inches (3 feet). OSHA requirements state that fans must hang a minimum of 10 feet from the floor.
Why doesn’t my HVLS fan drive have a faceplate?
Because the fan’s parameters are programmed at the factory, the faceplate is not required.
Does MacroAir have an installation program?
Yes! Please call 1-866-668-3247 to speak to one of our friendly sales reps.
What do I do about the alarm light on my VFD?
Call our wonderful Tech Support Team at 1-866-668-3247 and we’ll help you resolve your problem quickly.
What is the approximate lead-time between placing an order and shipping?
Currently it’s between 7 and 10 days.
What does the purchase of one fan include?
Our complete HVLS fan includes the fan, blades, motor control panel, 25 feet of motor control cable, 100 feet of remote cable and the remote.
How much does it cost me to ship one fan?
It costs approximately $250 to ship one fan (depending on fuel surcharge). We work very hard to keep your shipping costs low by designing fans that use up to 40% fewer materials – making them lighter to ship.
Do you offer MSRP?
Yes, we do! MSRP ranges from $3000 – $9000, depending on the type of fan.
How long and how many people does it take to install one fan?
Ideally, it takes two people four to six hours to install a fan.
What is the big deal with NFPA compliance?
Good question. Insurance agencies and the fire Marshall prefer HVLS fans that are compliant. All MacroAir fans meet NFPA Specifications.
What is LEED?
LEED is an internationally recognized green building certification system, providing third-party verification that a building or community was designed and built using strategies aimed at improving performance across all the metrics that matter most: energy savings, water efficiency, CO2 emissions reduction, improved indoor environmental quality, and stewardship of resources and sensitivity to their impacts.
Developed by the U.S. Green Building Council (USGBC), LEED provides building owners and operators a concise framework for identifying and implementing practical and measurable green building design, construction, operations and maintenance solutions.
Why should I choose a 6ixBlade Fan?
- MacroAir 6ixBlade fans run faster than the outdated ten-blade units.â€¨ Because the fan is moving faster, it’s more efficient. And, a more efficient fan lives longer. As RPM goes up, torque goes down for the same horsepower. Because our 6ixBlade fans run slightly faster than ten-blade fans, the torque is lower. Torque is what hurts motors, bearings and gear reducers, so less torque is more life.
- Six blades mean less materials and a lighter fan. Because our fans are lighter in weight, they put less stress on your building, lower the freight cost and are easier to install.
- In addition, our 6ixBlade HVLS fans have a much lower carbon footprint. The electrolysis process used to produce aluminum requires large quantities of electrical power. When the cost of producing one ton of primary aluminum is broken down, almost one third is devoted to electrical power. Because MacroAir 6ixBlade HVLS fans utilize 40% fewer blades and aluminum, the electrical power required to produce the product is 1/3 of 40% or 13% lower than 10-blade units. MacroAir industrial fans are “green” before and after.
- Our 6ixBlade fans also reduce fire sprinkler obstruction potential and represent the low end of the solidarity ratio range.
- MacroAir 6ixBlade industrial fans are lighter to ship and easier to install. Lighter fans mean you benefit with reduced shipping costs, with up to 46% reduction in weight over the competition’s 10-blade fan units. It typically costs $250 to ship one fan (depending on the fuel surcharge).
- Our fans are easier to install as everything on the fan is smaller in size, including the power unit, which can be lifted by one man. This means it takes two people approximately four to six hours to install one fan.
- MacroAir 6ixBlade fans reduce loads. Because a MacroAir fan weighs less than standard 10-blade fans, it reduces the load on the attaching points, reducing stress on the building. Load is spread by guy wires; “universal joint” style mount pivots 360 degrees to connect with any angled, preventing any unneeded stress.
- Accel/Decel ramps limit load transmitted to mounting system and building and the lower running rotor torque reduces stress on building. The lower solidity ratio reduces load in high wind situations
What are the benefits of owning a MacroAir fan?
- Low cost of ownership. Once you install a MacroAir 6ixBlade HVLS fan, you’ll have no question about Solidity Ratio or obstruction of ESFR sprinklers with regard to the testing done.
- Parts for MacroAir 6ixBlade HVLS fans are always easy to buy, and you’re not tied to high pricing associated with “custom” components. In addition, installation costs are reduced, the rugged motor and bearings enjoy long life and the fan has reduced high frequency noise.
- Improved safety. ¨You can mount the control outside of the swept area of the fan for worker safety. In addition, all of our fans come with a lockable service disconnect – for improving safety when the fan is being serviced.
- All MacroAir fans are supplied with a low voltage remote switch and low voltage remote shielded cable.
- Gearboxes come with air vents. We’ve reduced the chance of your MacroAir HVLS fan leaking as our gearboxes come with air vents. Permanently sealed units often leak due to temperature fluctuations during shipping.
- Hybrid Hub standard on all MacroAir fans. Our new Hybrid Hub has invertible blade holders, allowing you to turn the blades over to blow air up in the forward direction of the blade. This allows you to blow warm air down during winter months.
- At the heart of every AirSpan and AirVolution fan controller is a Yaskawa J1000 variable frequency drive. This drive has been selected due to the many features and benefits that suit our application better than the numerous variable frequency drives we’ve tested and evaluated.
- CE compliant input filter MacroAir industrial fans come standard with a CE compliant input filter. When the filter is used with our motor cable and fittings, you’re assured the apparatus will be compliant with worldwide standards for RFI and EMI emissions, as well as FCC part #15 legislation.
- Long service life. The Yaskawa J1000 has conformal coating on the circuit boards provides protection from oxidation and corrosion, as well as vibration.
- Wide input voltage range. With the widest input power range in the industry, input voltage-induced nuisance trips are minimized for less down time and need for line or load reactors or isolation transformers. Other expensive items are reduced or completely eliminated.
- High Efficiency – The Yaskawa J1000 has a 98% efficiency rating, meaning that the drive does not produce a large amount of waste-heat, leading to a longer service life and energy savings
- Secure program parameters. The Danfoss FC-51 is equipped with a removable display, which is not necessary for operation. This has the advantages of less hardware to buy (saving money), as well as providing secured program parameters. With the display and keypad removed, unauthorized personnel cannot access the program parameters.
- Easily integrates with automated systems. MacroAir fans can be controlled by most automated building management systems with no modifications, and can interface with digital type systems, including those that use digital protocols such as MODBUS RTU.