Users can add functions to ‘future-proof’ motor management system
21 October 2024 
Siemens has announced a “future-proof” motor management system that is tailored for motor control centres (MCCs). The Simocode M-CP system can be adapted to different applications by buying licenses that enable additional functions, such as built-in condition monitoring. Siemens says the system will set new standards with its compact design, advanced functions and Ethernet compatibility.
The system has been optimised for use in withdrawable drawers in switchboards, offering a choice between front-panel or DIN-rail mounting, thus saving space and cutting installation costs. Six digital inputs and four relay outputs eliminate the need for additional modules.
For fast, reliable communications, the system uses Single Pair Ethernet (SPE) data transmission, ensuring uninterrupted Ethernet communications, while cutting wiring complexity by using thin, two-core cables. Communication in the withdrawable units is achieved using just two wires.
The motor management system can be adapted to suit different operational requirements by buying licenses that enable additional functions. This reduces the need to buy and install separate products.
For example, integrating condition monitoring into the system will eliminate the need for separate sensors. Key parameters can be monitored using the motor, together with current and voltage measurement modules, thus simplifying the set-up. By buying a license, users can activate the provision of data via the system for advanced functions such as motor current signature analyses, or the use of AI to detect anomalies and damage in motors and machines, thus improving reliability.
Siemens says that the Simcode M-CP’s diagnostic functions could help to increase system availability and extend the service lives of motors by providing early warnings of any irregularities. Long-term firmware updates will also help to ensure that the system remains up-to-date for years to come.
Motor control centres distribute power efficiently to motors, protect against overloads, short-circuits and other electrical faults, and enable precise control and monitoring,. They are mainly used in industries such as chemicals, infrastructure, pulp and paper, mining, steel, and water and wastewater.
