Siemens Unveils Innovative Motor Management System for Industrial Switchboards

SIMOCODE M-CP introduces a new standard in the industry with its compact design, advanced functionality, and compatibility with Ethernet-based communication. In the future, SIMOCODE M-CP can be adapted to different operational requirements by purchasing licenses that enable additional functions depending on the application. Motor control centers are designed to efficiently distribute power to motors, enable precise control and monitoring, and offer protection against overloads, short circuits, and other electrical faults. The industries in which motor control centers are used range from chemicals, tunnels and infrastructure, pulp and paper, mining and steel to water and wastewater.

Space-saving and flexible installation
The new SIMOCODE M-CP is optimized for withdrawable units in switchboards. With the ability to choose between front panel mounting and mounting on a DIN rail, this versatile device allows for optimizing space and reducing installation expense. More integrated functions in the basic unit ensure less variance. Six digital inputs and four relay outputs eliminate the need for additional modules.

Advanced communication with Single Pair Ethernet
To enable fast and reliable data transmission, SIMOCODE M-CP uses Single Pair Ethernet (SPE) technology. This new bus physics ensures uninterrupted Ethernet communication and fulfills the needs of switchboard operations, while reducing wiring complexity with its thin, two-core cables. Communication in the withdrawable unit is enabled via just two wires.

Future-proof technology with reloadable and licensable functions
In the future, SIMOCODE M-CP can be adapted to different operational requirements by purchasing licenses that enable additional functions depending on the application. This reduces the need for purchasing and installing separate products and makes the system future-proof. One example is the integration of condition monitoring directly into the motor management system. This eliminates the need for separate sensors. Key parameters can now be monitored using the motor along with current and voltage measurement modules, simplifying the setup. By purchasing a license, users can activate the provision of data through SIMOCODE M-CP for advanced features for motor current signature analyses (MCSA) or the employment of AI for detecting anomalies and damages in motors and machines, streamlining the process and improving reliability.

Built-in sustainability
Besides using recycled materials for production and packaging, the high quality of the products pays off with a long service life.

With its multitude of diagnostic functions, SIMOCODE M-CP can help increase system availability and extend the service life of motors by providing early warnings in the event of irregularities. Long-term firmware updates also help ensure that SIMOCODE M-CP remains functional and up to date for years to come.