Canarm Hexa-Lite EC HVLS 14 Foot Blade Industrial Fan New - 6L14EC-230-1
Operating on a 1.35 HP EC motor, minimal power consumption is combined with impressive air volumes to create the highly efficient Hexa-Lite EC HVLS Fan.During the heating season, the Hexa-Lite EC HVLS fan technology can destratify uneven temperatures that can be in excess of fifteen degrees from ceiling to floor. This results in significant energy savings since the heating system cycles less frequently.
What our Experts Think
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Wide‑area comfort & ventilation
The Canarm Hexa‑Lite EC HVLS 14 Foot Blade Industrial Fan (6L14EC‑230‑1) delivers massive, low‑speed airflow that blankets up to ~15,386 sq ft, making it ideal for warehouses, factories, gyms, and large commercial spaces.
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Energy‑efficient EC motor
Powered by a 1.35 HP EC direct‑drive motor with onboard VFD, it produces strong airflow while keeping power consumption low and operation quiet.
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Superior airflow design
Six extruded anodized aluminum airfoils with wingtip fences are contoured to maximize downward airflow, improving cooling comfort and reducing stagnant zones.
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Durable, commercial‑ready construction
Built with powder‑coated steel and premium materials, and a IP65 rated motor, it’s designed for long‑lasting reliability in industrial environments.
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Year‑round climate benefits
Beyond boosting summer cooling, it destratifies heat in winter, reducing temperature stratification and helping HVAC systems run more efficiently.
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Controller flexibility
Works with dedicated HVLS fan controllers (sold separately) to adjust speed and direction to match airflow needs throughout the facility
Q&A
Q1: What is the Canarm Hexa‑Lite EC HVLS 14 Foot Industrial Fan (6L14EC‑230‑1)?
A: A high‑volume, low‑speed (HVLS) industrial ceiling fan with a 14 ft blade span and energy‑efficient EC motor, designed to circulate massive airflow in warehouses, factories, gyms, and commercial spaces.
Q2: What motor and drive technology does it use?
A: Features a 1.35 HP direct‑drive EC (electronically commutated) motor with a factory‑installed onboard VFD, offering quiet, efficient performance with minimal start/stop torque and reduced energy use.
Q3: How does this fan improve comfort and airflow?
A: Its six extruded anodized E420 aluminum airfoils plus wingtip fences create broad, downward airflow that enhances comfort, supports cooling, and reduces vertical temperature stratification in large spaces.
Q4: What areas can it cover?
A: The 14 ft fan can cover up to about 15,386 sq ft with an effective airflow diameter of ~140 ft, making it ideal for medium‑to‑large indoor environments.
Q6: Does it operate quietly and require maintenance?
A: Yes — the direct drive EC motor with IP65 rating runs quietly and requires minimal maintenance, ideal for commercial and industrial settings.
Q7: Can it help reduce energy costs?
A: Yes — its HVLS design helps destratify heated air in winter and improve cooling circulation in summer, potentially reducing HVAC energy usage.
Maintenance Tips
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Clean blades & motor assembly: Wipe dust and debris from the six composite blades and motor housing regularly to maintain high airflow and prevent imbalance.
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Inspect mounting hardware: Check ceiling/beam mounts, brackets, and fasteners for tightness; tighten any loose components to reduce vibration and noise.
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Check electrical connections: Ensure power and control wiring are secure, corrosion‑free, and properly insulated for reliable EC motor performance.
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Balance monitoring: Listen for unusual vibration or noise; if detected, inspect blade alignment and re‑balance if needed.
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Maintain controller/VFD area: Keep the control panel or variable frequency drive (VFD) clean, dry, and well‑ventilated to protect electronics.
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Test controls & settings: Verify wall controls, remotes, and speed settings respond correctly during routine checks.
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Protect from contaminants: In dusty or humid environments, clean and shield the motor and electronics to prevent corrosion and heat buildup.
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Annual professional check: Have a qualified technician inspect bearings, EC motor health, and electrical integrity during regular service.
