CLM 01.3-X-0-2-B-FW

The Bosch Rexroth Indramat CLM 01.3-X-0-2-B-FW is a sophisticated positioning control module from the CLM Axis Positioning Control Modules series, tailored for precision motion control in industrial automation. As a Line 1, Design 3 unit in the CLM Series, it comes preloaded with a Firmware Type: Factory Assigned and supports a Quantity of Axes: Two-Axis, Standard configuration. The primary function of this module is to deliver reliable axis positioning and synchronization in multi-axis systems, making it ideal for tasks requiring high accuracy and repeatability in manufacturing, assembly lines, and robotics applications.

In terms of technical specifications, the CLM 01.3-X-0-2-B-FW features a sturdy Design 3 chassis and a user-friendly Display Design: With Backlight for clear status monitoring under varying lighting conditions. The module is configured with Input / Output Expansion: Without Expansion, Standard, providing essential I/O capacity for basic positioning tasks without unnecessary complexity. As a product identified simply as Product: CLM, it maintains compatibility with the broader CLM series ecosystem. The two-axis control capability is firmly established as Two-Axis, Standard, allowing synchronous or independent movement of dual axes, controlled through the factory-assigned firmware interface.

Additional features of the CLM 01.3-X-0-2-B-FW include its streamlined form factor and standardized interfaces, ensuring straightforward integration into existing automation environments. Though the module does not offer expandable I/O, its standardized configuration minimizes installation time and reduces potential points of failure, contributing to overall system durability. The backlit display enhances operational efficiency by providing real-time feedback under harsh factory lighting. While no specific industry certifications are listed, the Bosch Rexroth Indramat lineage guarantees rigorous manufacturing quality and adherence to industrial design principles. Deploying this axis positioning control module in industrial settings yields enhanced precision, improved uptime, and simplified maintenance, ultimately driving productivity gains in automated processes.