DynaMotor™ high performance brushless AC motor
Description
The new DynaMotor™ is a patented high performance brushless AC motor providing integrated control of speed, torque and direction. With innovative new solid-state light technology and high torque motor design, the DynaMotor delivers accurate control while offering advantages not possible with traditional motors. At DynaMotors.com, a new website showcases both the technology and its advantages.
Precision speed control is provided by LED arrays controlling solid-state switches embedded in the rotor. This unique and innovative motor design delivers reduced installation time and costs, GFCI circuit compatibility, and the elimination of additional gearboxes or speed reducers; all with virtually zero RFI/EMI interference.
The single-phase variable-speed DynaMotor produces high torque at low speeds and delivers motor/drive solutions from 1/4 to 2 horsepower. By integrating a variable-speed controller with a high torque motor in one package, the need for gearboxes, speed reducers and an inverter can be eliminated. Visit the new DynaMotor website to learn more about how this new motor technology provides original equipment manufacturers and end users solutions to their motor and drive problems–problems not easily solved with more traditional motor designs.
Precision speed control is provided by LED arrays controlling solid-state switches embedded in the rotor. This unique and innovative motor design delivers reduced installation time and costs, GFCI circuit compatibility, and the elimination of additional gearboxes or speed reducers; all with virtually zero RFI/EMI interference.
The single-phase variable-speed DynaMotor produces high torque at low speeds and delivers motor/drive solutions from 1/4 to 2 horsepower. By integrating a variable-speed controller with a high torque motor in one package, the need for gearboxes, speed reducers and an inverter can be eliminated. Visit the new DynaMotor website to learn more about how this new motor technology provides original equipment manufacturers and end users solutions to their motor and drive problems–problems not easily solved with more traditional motor designs.