DDS02.1-W100-D | Bosch AC servo control drive unit

Technical Specifications  

Information About DDS02.1-W100-D

The DDS02.1-W100-D is a servo drive control unit within the DDS Series, specifically engineered for industrial automation systems requiring precise control over servo motors. This product falls under the category of Servo Products and is classified as a Servo Drive/Servo Control, designed to efficiently manage servo motor functions in a wide variety of industrial applications. It is a key component for ensuring accurate motion control in systems where precision, reliability, and performance are essential.

As part of the 2 Series, the DDS02.1-W100-D is equipped with advanced features aimed at delivering high-performance servo control. It operates with a current rating of 100 AMP, which allows it to handle significant electrical loads, making it suitable for applications requiring high power output. This current capacity ensures that the unit can drive larger motors or support multiple motors in complex automation systems. The ability to manage high currents effectively contributes to the overall system stability and performance, especially in demanding environments where motor control precision is critical.

The input voltage of the DDS02.1-W100-D is rated at 300 VDC, providing the necessary power to support continuous operation in industrial settings. This voltage level is typical for industrial drives, ensuring that the unit can be integrated into a wide range of power supply configurations without requiring additional power conversion equipment. The stable input voltage enhances the drive’s ability to maintain consistent performance, even in environments with fluctuating power conditions, ensuring the system remains operational without interruptions.

A key feature of the DDS02.1-W100-D is its digital servo feedback capability. This feedback system is essential for delivering precise real-time control of the motor's position, speed, and torque. Digital feedback allows for rapid and accurate adjustments to motor parameters, ensuring that the servo motor responds accurately to commands from the control system. This is especially important in applications where high-speed operations or precise positioning are required, such as in robotics, automated assembly lines, or CNC machines. The feedback system ensures that the drive can maintain optimal motor performance, minimizing errors and reducing system downtime.