HVLS Fan Motor
HVLS fan motor with 66 poles, delivering high torque at low speeds, very quiet operation, an unbeatable size-to-torque ratio, and reliable 24/7 full performance with no derating.
Key Features
Direct Drive Architecture
Eliminates gearbox and mechanical transmission components for a simpler and more reliable HVLS fan system.
High Torque at Low Speed
Permanent magnet motor designed to deliver high torque at low speeds for large-diameter HVLS fans.
High Energy Efficiency
Direct drive permanent magnet motor reduces electrical losses and lowers overall fan energy consumption.
Ultra Quiet Operation
Very low cogging torque ensures smooth fan rotation with minimal noise and vibration.
Sensorless PM Control
Permanent magnet motor optimized for stable sensorless control without the need for encoders.
Wide Voltage Range (220–400 V)
Single motor platform compatible with multiple supply voltages for flexible global installation.
Operation up to 50°C Ambient Temperature
Reliable performance in demanding industrial environments with high ambient temperatures.
Maintenance-Free Gearless System
Gearless architecture eliminates lubrication and gearbox maintenance requirements.
Technical Specifications
Downloads for HVLS Fan Motor
Frequently Asked Questions
An HVLS fan motor drives a high volume low speed fan used in large industrial spaces. These motors generate high torque at very low speeds to rotate large-diameter HVLS ceiling fans efficiently in warehouses, factories and logistics centers.
An HVLS ceiling fan is a large industrial ceiling fan designed to move a high volume of air at low rotational speeds. HVLS fans are commonly installed in warehouses, manufacturing plants, hangars and large commercial buildings to improve air circulation.
Industrial HVLS fans are widely used in warehouses, logistics centers, factories, distribution facilities and sports halls. These large industrial ceiling fans improve air circulation and create more comfortable working environments.
Direct drive HVLS fans eliminate gearboxes, belts and mechanical transmission components. This simplifies the system, improves reliability and reduces maintenance requirements compared to conventional fan drive systems.
HVLS fans improve air mixing and thermal comfort in large industrial spaces. By supporting HVAC systems, they can significantly reduce cooling demand and overall energy consumption in warehouses and factories.
The price of an HVLS fan depends on several factors including fan diameter, motor technology, control system and installation requirements. Direct drive HVLS fan systems can reduce long-term operating costs by eliminating gearbox maintenance.
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