HMS01.1N-W0350-A-07-NNNN | Bosch Drive Controller in the HMS Series

Technical Specifications  

Information About HDD02.1-W040N-HD12-01-FW

The HDD02.1-W040N-HD12-01-FW is a servo drive controller designed for precision control of servo motors in industrial automation systems. It is part of the DIAX04 Series and falls under the Servo Products category, specifically within the Servo Drive/Servo Control subcategory. This drive controller is engineered for high-performance, offering reliable and efficient motor control in various applications where precision, flexibility, and consistent performance are critical to system operation.

The HDD02.1-W040N-HD12-01-FW is configured as a 2 Line, 1 Version unit, providing a scalable and flexible architecture for controlling multiple axes in complex automation systems. The 2-line configuration enables the drive controller to handle multiple motor control tasks simultaneously, making it well-suited for applications that require coordination and synchronization between multiple servo axes. This configuration allows for greater flexibility in system design and expansion, making the HDD02.1-W040N-HD12-01-FW a versatile solution for both new installations and upgrades to existing automation setups.

One of the key technical features of the HDD02.1-W040N-HD12-01-FW is its current rating of 40 AMP. This high current capacity ensures that the drive controller can provide sufficient power to drive large servo motors or multiple motors in demanding industrial environments. The 40 AMP rating allows the drive to handle significant electrical loads, ensuring smooth operation even in systems with dynamic or high-torque requirements. This makes the drive controller suitable for use in industries such as automotive manufacturing, robotics, material handling, and precision machining, where accurate control of servo motors is essential for maintaining productivity and process accuracy.

The cooling system of the HDD02.1-W040N-HD12-01-FW is based on air internal cooling with a built-in blower. This cooling configuration is designed to manage the heat generated during operation, ensuring that the drive controller remains within optimal temperature limits. The built-in blower helps circulate air internally, effectively dissipating heat from critical components. This cooling system is particularly important in environments where the drive is expected to run continuously for extended periods under heavy loads. By maintaining stable operating temperatures, the cooling system enhances the longevity and reliability of the drive controller, reducing the risk of thermal overload and minimizing downtime due to overheating.