CMP60.2-SP-304-FN-NNNN-NW

The Bosch Rexroth Indramat CMP60.2-SP-304-FN-NNNN-NW control module is a pivotal member of the CMP Control Units series, designed to deliver both CNC and PLC functionalities in a single unit. Engineered as a PCI slot module for integration into industrial PCs, it features a SERCOS Cycle Time of 250 us minimum and supports up to 64 max axes, making it ideal for high-speed motion control applications. The primary function of this module is to serve as the core processing unit within the IndraMotion MTX control system, handling coordinated motion of multiple axes with precision and reliability.

In terms of technical specifications, this control unit provides 8 digital inputs and 8 outputs, allowing seamless connection to sensors and actuators. It supports a maximum of 12 max NC channels and up to 8 max interpolated axes, enabling complex machining or robotic tasks. The Block Cycle time of min. 250 μs ensures rapid execution of control loops, while its shock resistance of 15 g and vibration resistance of 1 g guarantee stable operation in demanding industrial environments. Additionally, the module is rated for installation up to 1000 MSL, ensuring consistent performance at various elevations.

Beyond its raw performance, the CMP60.2-SP-304-FN-NNNN-NW excels in compatibility and durability. It interfaces with third-party PCs via a high-speed network interface and requires a valid IP address for configuration and firmware updates. The dual-color Power Good/Trigger LED provides immediate status feedback, illuminating green when voltages are correct and pulsing yellow during diagnostics. Firmware management is streamlined through a dedicated menu, and network settings can be adjusted using standard TCP/IP properties in Windows. Built for industrial longevity, this control unit offers a one-year warranty and resistance to shock and vibration, delivering efficient, uninterrupted operation. Its integration into automated production lines enhances throughput, precision, and reliability in CNC and PLC-driven processes.