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A 12-foot, six-blade HVLS fan designed for broad air circulation in warehouses, workshops, manufacturing facilities, and other large indoor spaces.
The Breezary AeroVault 144-inch industrial HVLS ceiling fan is designed for wide-area air circulation in warehouses, manufacturing facilities, workshops, gyms, and other high-ceiling commercial spaces. Its six aluminum blades, PMSM direct-drive motor, and wired wall controller provide adjustable low-speed airflow without occupying valuable floor space.
Features:
A practical 12-foot HVLS solution for facility operators seeking controllable overhead air circulation in appropriately designed industrial and commercial spaces.
| Assembly Required | Yes | Fan Diameter (Inches) | 144 Inch |
|---|---|---|---|
| Fan Type | Standard | Fan Mounting Type | Angled, Downrod |
| Style | Industrial, Modern & Contemporary | Housing Color | Silver |
| Body Material | Metal | Number of Fan Speeds | 12 |
| Slope Ceiling Compatibility (in degrees) | 20° | Use Location | Indoor, Covered Outdoor |
| Compatible Room Size | Great Room(more than 350 sq. ft） | Room | Warehouse, Factory, Gym |
| Overall Width*Depth*Height (Inches) | 144*144*50(in.) | Net Weight (lbs) | 116.9 |
| Product Warranty | Yes | Warranty Length | 1 Year |
| Number of Blades | 6 | Blade Material | Aluminum |
|---|---|---|---|
| Blade Pitch (in degrees) | 20° | Reversible Blades | No |
| Blade Color | Silver | Blade Size (Inches) | 70.86*6.69(in.） |
| Light / No Light | No Light | Bulbs Included | No |
| Dimmable | No | Motor Type | Permanent Magnet Synchronous Motor, DC Motor |
| Motor Power (Watts) | 0.3KW | Reversible Motor | Yes |
| Maximum RPM | 80 | Maximum Airflow (CFM) | 141000 |
| Airflow Efficiency(CFM/W) | 471 |
PMSM Motor Assembly 1 PC
Aluminum Blade Assembly 6 PCS
Connecting Rod Assembly 1 PC
Wired Motor Controller 1 PC
Connecting Rod Cover 1 PC
Mounting Hardware & Safety Components As Required for Installation
Operation Manual 1 PC
We offer free standard shipping on most eligible orders within the contiguous United States. Most in-stock items are processed and shipped within 1–3 business days.
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Most unused and uninstalled products may be returned within 30 days of delivery, provided they remain in their original condition with all parts, accessories, manuals, and packaging included.
Please contact Breezary Customer Support before sending any item back so we can provide the correct return instructions.
Selecting an industrial ceiling fan starts with understanding the building, not just the fan diameter. Ceiling structure, storage racks, machinery, occupied work zones, and available overhead space all influence how effectively air can circulate throughout a facility.
The Breezary 29029-SR is a 144-inch industrial HVLS ceiling fan intended for large indoor areas where broad overhead airflow is needed. Its 12-foot diameter can be considered for defined work zones in warehouses, manufacturing buildings, gyms, and other high-ceiling commercial facilities.
Before choosing this model, identify the area where people actually work, how equipment is arranged, and whether the ceiling provides an appropriate location for the complete rotating fan assembly.
Packing stations, loading areas, and defined warehouse workspaces may benefit from broad overhead circulation. Storage racks, conveyors, and overhead equipment must be considered when choosing the fan position.
Explore Warehouse HVLS Fans
Industrial workshops and production floors often contain machinery, platforms, overhead utilities, and equipment of different heights. Fan placement should account for these obstacles and the occupied working areas.
Manufacturing Facility Guide
High-ceiling fitness facilities and activity spaces can use overhead air circulation without placing portable fans across occupied floors. Check lighting, sports equipment, and other ceiling-mounted installations.
Commercial HVLS FansAn HVLS fan moves air within a building; it does not replace an air-conditioning, ventilation, or industrial exhaust system. Facilities requiring contaminant removal, process ventilation, or actual air cooling need a separate engineering assessment.
A larger HVLS fan is not automatically the better choice. A 12-foot fan may be more practical in a defined work zone than a much larger diameter system, especially where storage racks, roof structures, lighting, or other equipment limit the unobstructed overhead space.
Before selecting the diameter, decide whether the goal is to improve air movement around one occupied area, serve several separate zones, or support circulation across a large open floor.
The facility has a defined circulation zone with sufficient overhead clearance, suitable structural support, and an installation location that allows the fan to operate without interference from nearby equipment.
The building contains a very large, open, unobstructed floor area. A larger HVLS diameter may be worth evaluating if the mounting structure, ceiling height, and airflow requirements support that choice.
Long aisles, partitions, racks, or separate work areas interrupt the open floor. Several appropriately positioned fans may provide a more suitable circulation layout than relying on one central unit.
Identify the occupied workstations, loading areas, or activity zones that need improved air movement.
Look for partitions, racks, equipment, and structural features that may interrupt airflow.
Check the actual mounting point and the distance between the fan, roof structure, and occupied areas.
Evaluate the building layout before assuming that one fan will serve the entire facility.
Important: Published fan diameter and airflow figures do not establish a guaranteed coverage area for every building. Final selection should consider facility layout, desired air speed, mounting height, and surrounding obstructions.
Industrial ceiling fan installation requires more planning than placing a residential fan in an existing ceiling box. Building structure, electrical compatibility, mounting conditions, and access for future maintenance all need to be considered before installation begins.
The installation documentation for this product describes different structural mounting arrangements. The correct method must be selected according to the actual building and verified by qualified personnel.
Confirm whether the mounting location uses structural steel, concrete, or another approved support arrangement. The building structure must be evaluated for the fan assembly and its operating loads.
Measure the complete rotating area around the fan. Check nearby roof members, sprinkler installations, lighting, racks, platforms, and any equipment that may enter the blade envelope.
Confirm the ordered voltage variant before wiring begins. The controller, fan nameplate, electrical supply, and model-specific wiring instructions must agree.
Consider how trained maintenance personnel will safely access the motor, blades, mounting assembly, and control equipment after installation.
Where automatic fire sprinklers are installed, coordinate the fan location and any required shutdown controls with the facility's fire protection designer and applicable codes.
Confirm the site's temperature, humidity, dust exposure, and any corrosive or potentially explosive conditions against the manufacturer's stated operating limits.
Installation, electrical connection, commissioning, and maintenance should be performed by qualified personnel. Do not determine the mounting hardware, structural capacity, or electrical connections from marketing illustrations alone.
Watch the installation video to become familiar with the industrial fan assembly process and general mounting sequence. Review the demonstration together with the model-specific installation manual before arranging professional installation.
Installation video provided for reference. Structural mounting, electrical connections, controller setup, and commissioning must follow the applicable model documentation and be performed by qualified personnel.
Not every industrial building needs the same HVLS fan diameter or installation configuration. If this 12-foot model does not match your building layout, compare other Breezary HVLS options by application, motor system, and available overhead space.
Selection tip: Compare the complete fan system and its suitability for your building. Motor type, blade diameter, or a published maximum airflow figure should not be used as the only purchasing criterion.
Yes. A 144-inch diameter equals 12 feet. This size is larger than conventional residential ceiling fans but more compact than many 20- to 24-foot HVLS systems. Whether it is suitable depends on your building's mounting structure, ceiling height, available blade clearance, and desired circulation area.
It can be suitable for defined warehouse zones, packing areas, and other indoor workspaces. However, the presence of storage racks, structural beams, overhead equipment, and separated work areas may influence airflow distribution. Check the installation conditions and circulation requirements before deciding whether one or several fans are appropriate.
There is no single coverage figure that applies to every installation. The effective circulation area depends on mounting height, building geometry, obstacles, fan speed, and the air movement needed around occupied work zones. A facility-specific assessment is more reliable than estimating coverage from fan diameter or maximum CFM alone.
Yes. This is an industrial ceiling-mounted system requiring appropriate structural support, electrical connections, and mounting procedures. Qualified personnel should verify the building structure, select an approved installation method, connect the correct electrical configuration, and complete operational checks according to the model-specific instructions.
Select the version that matches the facility's verified electrical supply and the exact controller supplied with the fan. The product listing offers different single-phase voltage configurations, but they should not be treated as interchangeable. A qualified electrician must verify the nameplate, wiring instructions, input voltage, and site electrical requirements.
The supplied installation documentation describes arrangements for concrete structures, I-shaped steel, and square-steel structures. This does not mean every beam or concrete member is automatically suitable. The actual structural capacity, mounting hardware, clearances, and installation method must be evaluated by qualified personnel.
Not necessarily. One fan may be appropriate for a defined zone, but large warehouses often contain separated areas, storage racks, machinery, and different airflow requirements. A multi-fan layout may be more suitable for some buildings. The decision should be based on actual site conditions rather than a universal one-fan coverage claim.
The available manual does not establish a wet, damp, or outdoor exposure rating. It also identifies restrictions involving freezing, corrosive, explosive, and severely dusty environments. Do not assume outdoor suitability without written confirmation of the exact model's environmental rating and installation requirements.
No. An HVLS fan circulates air and can improve perceived comfort through air movement, but it does not independently refrigerate air or remove industrial contaminants. Air conditioning, exhaust ventilation, humidity management, and process ventilation must be evaluated separately according to the facility's needs.
Confirm the intended installation area, structural mounting method, ceiling height, rotating blade clearance, electrical supply, and required circulation zone. Also check environmental restrictions and maintenance access. Review these details with qualified personnel before ordering so the selected fan and installation configuration suit the actual building.
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