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Warranty
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Product Description
The DDC01.1-K100A-DA07-01/S001 Digital Intelligent Servo Drive is built for motion control systems. It delivers stable performance under standard rated current operations. It is designed by Bosch Indramat to operate efficiently under industrial automation conditions.
The DDC01.1-K100A-DA07-01/S001 digital intelligent servo drive has a rated current of 100 A. It uses air-based cooling for internal thermal regulation. The product ensures optimal functionality during continuous operations. It is designed for motors having 100 A to 200 A range. It supports digital servo feedback using Command Module 11. The feedback improves accuracy during variable motion commands. The unit includes six module slots labeled from U1 to U6. These slots provide scalability for drive customization. The voltage input terminals are clearly marked for ease of wiring. The drive supports +, –, and GND terminal markings. This ensures proper connection during installation procedures. The system supports braking through a DC Bus interface. The Bosch Rexroth Indramat DDC digital intelligent servo drive is a reliable drive solution. Braking is aligned with E-stop mechanisms for safety shutdowns. It prevents hardware damage during unexpected system behavior. The unit has essential warning labels on exposed sections. These labels support safe interaction during maintenance. The system is ready for industrial deployment across machine lines. The structure supports direct integration in automation cabinets.
The DDC01.1-K100A-DA07-01/S001 digital intelligent servo drive delivers operational stability in sensitive industrial setups. The servo drive provides consistent response to motion control tasks. It maintains system integrity in high-load environments. Its digital feedback system helps improve dynamic performance. This attribute supports accuracy during rapid motor responses. The design allows clean internal layout using modular structure. Each functional unit is housed in isolated slots. This supports quick replacement and repair tasks. It is well-suited for precision systems in automated industrial environments.
