HVLS Fans Services

All Systems designs and installs HVLS fan systems for commercial and residential spaces with high ceilings. We carry Big Ass Fans brand HVLS units—the industry standard for reliability and performance—available in 8 to 24-foot diameters with direct-drive motor designs that operate efficiently and quietly. Installation begins with structural assessment of ceiling framing using engineering calculations to verify support capacity, then mounting the fan on properly reinforced joists or trusses using heavy-duty brackets. We run electrical service from the main panel with a dedicated breaker appropriately sized for motor startup current, install controls including variable-speed wall switches or networked smart controls that integrate with building automation systems, and perform balancing and commissioning to eliminate vibration and verify proper downward air movement. / For large commercial spaces, we design multi-fan layouts that ensure complete coverage and proper air circulation patterns without creating dead zones or uncomfortable drafts. We work with contractors and facility managers to optimize fan placement, speed settings, and control strategies based on building layout and climate control objectives. Common applications include warehouses where HVLS fans improve heating distribution and reduce stratification losses, manufacturing facilities where air movement enhances worker comfort and productivity, agricultural buildings where fans improve ventilation and animal comfort, and retail showrooms where gentle air circulation improves customer comfort without blowing merchandise. For residential applications, we size fans appropriately for cathedral ceilings, lofts, and open-concept spaces, and educate homeowners on operating fans year-round to optimize heating and cooling efficiency. Maintenance includes annual blade cleaning to remove dust accumulation that creates imbalance, motor inspection, and bearing lubrication if required. Variable-speed controls allow seasonal adjustments—faster speeds in summer, slower speeds in winter—to optimize comfort and energy savings.