Product Description:

The CLM01.3-M-E-2-0 positioning control module is built by Bosch Rexroth Indramat within the CLM Axis Positioning Control Modules series. It is part of Line 01 and uses an IP10 enclosure intended for cabinet mounting. A four-line LCD supports local operation, and the integrated flying cutoff software coordinates drive motion so material can be cut on the fly without stopping the production line. As a position controller, it sends precise analog references and evaluates encoder feedback to keep downstream motion synchronized during continuous processing. This layout suits applications that require coordinated feed movement, cutoff timing, and stable tracking between multiple machine sections.

The controller manages motion on 2 axes and produces command voltages within a ±10 V range. Each analog output is generated at 14-bit resolution, while differential feedback inputs are read at 12-bit precision. A regulated 24 VDC supply powers the logic, optocouplers, and relay coils. Length calculation is resolved to 0.01 mm, which supports repeatable cutoff positioning when line speed changes. Two analog command outputs connect to external amplifiers, and one incremental encoder on each axis closes the loop. Sixteen system inputs and sixteen relay system outputs connect limit switches, tooling valves, and start-of-cut signals.

Supplementary machine coordination is handled through 3 analog override inputs and 80 auxiliary inputs for sensors, operator stations, and interlocks. For higher-power devices, 16 system outputs provide dry-contact switching for motor starters or solenoid valves, while forty-eight auxiliary outputs can be used for lamps and other control signals. An expansion slot accepts additional communication or memory cards when the application needs broader network access or more stored recipes. The available I/O mix supports both discrete status monitoring and command distribution across related machine sections. This arrangement lets the module coordinate peripheral functions alongside axis control without adding separate interface hardware for every machine signal.