HDS03.2-W075N | Bosch Drive Controller in the HDS Series

Technical Specifications  

Information About HDS03.2-W075N

The HDS03.2-W075N is a high-performance drive controller in the HDS Series, designed specifically for industrial applications requiring precise servo control. Categorized under servo products, this drive controller is used to manage and regulate the operation of servo motors in various automation systems, including robotics, CNC machines, material handling, and manufacturing processes. With its robust design and advanced features, the HDS03.2-W075N ensures accurate control of motor speed, torque, and position, making it a reliable solution for complex motion control tasks in demanding industrial environments.

The unit operates with an input voltage range of 530-670 VDC, providing a wide input range that ensures compatibility with different industrial power systems. This flexibility makes the HDS03.2-W075N suitable for various installations, allowing it to adapt to different voltage conditions while maintaining consistent performance. The input current rating of 37 amps enables the controller to handle substantial power loads, ensuring stable operation even under high-demand conditions. This input capability ensures that the drive controller can support large motors and systems that require significant power to operate efficiently.

On the output side, the HDS03.2-W075N delivers an output voltage of 500 VAC, providing sufficient power to drive connected motors with precision and reliability. The output current rating of 40 amps further enhances the controller’s ability to handle medium to large motors, enabling it to deliver consistent power while maintaining control over the motor's speed and torque. This is particularly important in applications where precise motion control is critical to maintaining production quality and system efficiency.

The controller operates at a frequency of 1000 Hz, which is key to its ability to deliver high-precision control. The high operating frequency allows for fast response times and accurate adjustments to motor behavior, ensuring that the servo system can react quickly to changes in load or operating conditions. This high-frequency operation is particularly beneficial in dynamic applications such as robotics, where rapid and precise adjustments to motor position and speed are required to ensure smooth and coordinated motion.