Reimagined Airflow

The M600 combines a beautiful design with energy-efficient power. Its blades were developed and design tested by computer fluid dynamic experts for maximum performance. The motor is low-noise, low-energy, and low weight, making it ideal for commercial spaces, schools, warehouses, and more.

The M600 Series was developed to help designers, architects, and engineers improve occupant comfort while also reducing a building’s carbon footprint. It delivers comfortable airflow to cool efficiently in the summer and equalize temperatures in the winter.

The M600 performs best in medium-sized spaces with ceiling heights ranging from 2.75m (9ft) to 7m (23ft). It’s available in diameters ranging from 3m (10ft) to 4.27m (14ft) to suit your building’s needs.

Specification

Maximizes HVAC system efficiency

Lower energy consumption

Reduces energy costs

Improves indoor air quality

Improves thermal comfort in summer and winter

Extremely quiet operation

Reduces mental fatigue

Increases worker productivity

MOTOR TECHNOLOGY:

  • Direct drive technology

MOTOR TECHNOLOGY:

  • No oil
  • No seals to leak
  • Only 2 moving parts
  • Low noise
  • Low energy consumption
  • Low weight

TRANSVERSE FLUX MACHINE MOTOR TYPE

MOTOR TECHNOLOGY:

  • Lighter weight
  • High torque density
  • Smaller package
  • Low energy losses
Features
  • 5 anodized aluminium blades
  • Quick and easy installation
  • Energy-efficient operation
  • Network HMI for up to 10 fans
  • 10 speed settings
  • Reverse mode for destratification
  • Schedule and timer modes available
  • Multiple redundancies in all critical components, including blades, motors, electronics, and mount
  • Available in custom-painted colors
  • Conforms to CE, EN, and IEC standards
  • Made in Europe
Control
HMI 1-10 Controller
  • Compatible with M600, M700 and M800
  • Portable easy-to-use touchscreen interface
  • 7” TFT display
  • Manually control or automate the run time, speed and direction of up to 10 Khind fans from a single, central location
  • Schedule your fans (or group of fans) to be turned on and off for seamless operation
  • Forward and reverse operation