DM 004K 1101-D
The Bosch Rexroth Indramat DM 004K 1101-D is a compact and robust member of the DM Servo Drives series, designed to deliver precise motion control in demanding industrial automation applications. With a narrow module width of 50mm and a lightweight design at 6.0kg, this drive can be integrated into space-constrained cabinets without sacrificing performance. The unit’s primary function is to regulate and amplify control signals for servo motors, ensuring accurate speed and position control across a wide range of production machinery. It operates reliably within an ambient temperature range of 0 to 40 degrees Celsius and offers IP 20 protection, safeguarding internal components from solid objects.
The DM 004K 1101-D provides detailed technical performance that meets rigorous industrial requirements. It supports a DC link voltage of 670 VDC and delivers a maximum current of 6.6Arms with a rated current of 0.8Arms for efficient motor drives. Power loss is minimized at 96.5W, promoting energy efficiency and reducing heat generation under continuous load. The drive also exhibits enhanced resilience by conforming to DIN IEC 68-2-27 shock resistance standards and complying with EN 60068-2-6 vibration resistance requirements. Classified under climatic category 3K3, it withstands humidity and temperature variations common to factory floors.
Beyond core performance, the DM 004K 1101-D offers additional features that underscore its durability and reliability. Its air-cooling system ensures optimal thermal management and longevity of electronic components, while a storage temperature range of -25 to 70 degrees Celsius allows for flexibility in logistics and staging environments. The maximum installation elevation of 1000m above sea level broadens its suitability for varied plant layouts. The combination of IP 20 protection, shock and vibration standards, and a wide thermal envelope confirms its readiness for continuous industrial operation. By integrating this servo drive, manufacturers benefit from consistent uptime, precise motion control, and reduced maintenance, ultimately enhancing throughput and operational efficiency in automated production systems.
