Dynamatic Drive Source International, Inc., World’s Leading Manufacturer of Eddy Current Adjustable Speed Drives, Brakes and Controls.
We offer a complete line of Eddy Current variable speed drives (VSDs), Water-Cooled Couplings and Salient Pole Drives designed for industrial, water, and wastewater applications.
DYNAMATIC ®
- Reduced energy consumption
- Reduced wear on mechanical components
- Improved process control
- Controlled acceleration and deceleration
- Avoidance of water hammer or hydraulic surges
- No harmonic distortion
- Lower life cycle cost
- No power line problems
- Easy to replace/repair
- 250% starting motor torque
DYNAMATIC ™
- Reduced energy consumption
- Reduced wear on mechanical components
- Improved process control
- Controlled acceleration and deceleration
- Avoidance of water hammer or hydraulic surges
- No harmonic distortion
- Lower life cycle cost
- No power line problems
- Easy to replace/repair
- 250% starting motor torque
DYNAMATIC ®
- Reduced energy consumption
- Reduced wear on mechanical components
- Improved process control
- Controlled acceleration and deceleration
- Avoidance of water hammer or hydraulic surges
- No harmonic distortion
- Lower life cycle cost
- No power line problems
- Easy to replace/repair
- 250% starting motor torque
DYNAMATIC™
Dynamatic offers a wide range of Eddy Current brakes engineered to meet your variable speed needs. We offer both air-cooled and liquid-cooled designs built with our reliable and durable Eddy Current technology for long service life. Dynamatic Eddy Current brakes are fully compatible with our digital controllers for accurate, smooth, controlled braking or constant speed. Constant torque can be obtained with highly accurate torque adjustments.
Applications include, but is not limited to:
- Cranes
- Hoists
- Load Brake Applications
- Dynamometers
- Test Stands
DYNAMATIC ™
All variable speed drives and brakes require a separate controller to provide the DC excitation for their coil. A feedback signal from an internal tachometer generator is compared to a reference signal within the controller to maintain accurate speed control. Although there is considerable overlap of controller capability for any given drive, there are reasons for commonality at existing installations, with different features and customer benefits that continue to support the need for more than one type of controller.