DDS02.1-W100-DA14-00

The Bosch Rexroth Indramat DDS02.1-W100-DA14-00 drive controller belongs to the renowned DDS Drive Controllers series and is engineered for high-performance motion control applications. Featuring Internal Cooling and a Rated Current of 100 A, this modular unit provides consistent thermal management and power delivery. Its Digital Servo Feedback capability ensures accurate positioning and tight loop control. Designed for use with Bosch Rexroth’s digital AC and linear motor families, the DDS02.1-W100-DA14-00 excels in delivering rapid response and reliable drive performance.

Incorporating advanced digital interfaces, the DDS02.1-W100-DA14-00 drive controller supports only Digital Servo Feedback to maximize signal integrity and minimize loop latency. The drive’s cooling strategy relies on built-in Internal Cooling technology, which circulates air within the control cabinet to dissipate heat effectively without requiring external fans or liquid circuits. With a continuous Rated Current of 100 A, the controller can sustain heavy load demands and handle motor start-up currents with ease. The controller’s modular design allows for flexible configuration, accommodating functional extensions and communication modules as dictated by specific drive system requirements.

The DDS02.1-W100-DA14-00 offers robust performance and efficiency through its integral cooling system and high-current capacity, ensuring stable operation under sustained loads. Its exclusive use of Digital Servo Feedback enhances system compatibility with modern digital motor feedback devices, simplifying integration and reducing wiring complexity. The inherent efficiency of internal heat management reduces energy losses and contributes to cabinet-level thermal stability. By combining a high continuous current rating with precise digital control, this drive controller delivers superior reliability and responsiveness. Ideal for industrial applications such as machine tools, packaging machinery, robotics, and handling systems, it ensures optimized productivity and reduced maintenance overhead.