CLM 01.1-R

The Bosch Rexroth Indramat CLM 01.1-R module is a precision axis positioning control unit in the CLM Axis Positioning Control Modules series, designed and manufactured by Bosch Rexroth Indramat. As a Line 1, Design 1 module with a Factory Assigned firmware type, it offers a versatile foundation for motion control systems. Key features include a Factory Assigned Input/Output Expansion interface and a Factory Assigned Quantity of Axes, ensuring seamless integration into existing automation architectures. Its primary function is to deliver accurate position control and motion coordination for single and multi-axis drives in high-precision industrial environments.

In detail, the CLM 01.1-R supports a Line 1 configuration optimized for modular system assembly and maintenance. The Design 1 housing provides a compact footprint while accommodating essential control electronics. Firmware is Factory Assigned, enabling tailored functionality without additional on-site programming. The Input/Output Expansion is also Factory Assigned, allowing customers to specify digital and analog I/O counts as needed. The control module’s core product designation (Product: CLM) underscores its role as the central processing element for positioning tasks. A Factory Assigned Display Design offers real-time feedback and status monitoring directly on the unit, enhancing troubleshooting and setup efficiency.

Built for reliability, the CLM 01.1-R module incorporates rugged industrial components to withstand demanding manufacturing conditions, although specific environmental ratings are defined per custom assignment. Its flexibility via Factory Assigned settings for firmware, display, and I/O expansion ensures compatibility with a wide range of motor types and feedback devices. While no external certifications are specified by default, the unit adheres to Bosch Rexroth Indramat’s internal quality standards. In industrial applications, this control module provides streamlined commissioning, precise trajectory control, and reduced system complexity, ultimately delivering enhanced productivity, minimal downtime, and the robust performance demanded by automated assembly lines, packaging machinery, and material handling systems.