Vindus E680 HVLS fans are specifically engineered for medium-size commercial and industrial spaces where conventional large-diameter HVLS fans are not suitable. With a compact form factor, quiet operation, and high energy efficiency, the E680 Series is an ideal air movement solution for workshops, logistics areas, retail spaces, restaurants, and outdoor patios.
With diameters ranging from 2.4m to 4.3m, the E680 delivers efficient and comfortable airflow in spaces with ceiling heights from 3m to 8m. Its optimized lightweight design helps reduce energy consumption while maintaining reliable HVLS performance for daily commercial and industrial ventilation needs.
Compact, lightweight, and energy-efficient, the E680 Series is purpose-built to bring HVLS airflow performance to medium-size spaces.
5 cuchillas de aluminio anodizado
Instalación rápida y sencilla
Funcionamiento energéticamente eficiente
Network multiple fans
Fully adjustable speed
Safety cable and 5 blade retainer links for extreme safety
Conforms to CE, EMC, IEC, MD, LVD, and RoHS standards
Multiple redundancies in all critical components, including blades, motors, electronics, and mount
Low-mounted drive, approximately 1.2 m, enables fast, safe, and cost-effective maintenance with no roof access required
The E680 Series uses advanced vector control technology to enable more precise control and superior dynamic performance. The system supports smooth fan operation, ultra-low noise, and stable airflow control for medium-size commercial and industrial spaces.
Timely control and protection functions help improve system reliability and stability. With built-in self-protecting features and an IP20-rated controller design, the E680 Series supports reliable daily operation and long service life.
Controller bullet points：
Advanced vector control technology
More precise control and superior dynamic performance
Ultra-low noise
Timely and reliable control and protection
High system stability
Self-protecting features for reliability and longevity
IP20 rated controller
