OMRON Adds M1 Inverters to Simplify Connected Machine Control

OMRON is expanding its industrial motion portfolio with the M1 Inverter family, a new AC motor control platform aimed at machine builders looking to combine drive performance, networking and safety without adding layers of hardware.

Announced recently, the M1 is designed for applications ranging from material handling and packaging to pumps, compressors and HVAC systems. The platform supports motor speed, torque and positioning control, giving manufacturers a common drive architecture that can be adapted across different machine designs. 

Connectivity is central to the new platform and is  offering the M1 variants with EtherCAT, EtherNet/IP and RS-485 communications, allowing the inverter to fit into different industrial control environments. Native EtherCAT integration also brings the M1 into OMRON’s Sysmac ecosystem, where motion, control and safety functions can be managed through a more unified architecture. 

The M1 incorporates Safe Torque Off (STO), with the platform designed to support SIL3/PLe-level machine safety. Its broader automation portfolio uses FSoE to carry safety information over EtherCAT, allowing safety and standard communications to share the same network infrastructure. 

For machine builders, that integration can translate into fewer external components, less control-panel wiring and simpler commissioning. Instead of treating motor control, networking and safety as separate engineering tasks, the M1 is positioned as a single building block within the wider Sysmac architecture.

 As factories become more connected, drive systems are increasingly expected to provide both precise motor control and digital visibility while meeting stricter safety requirements. OMRON claims its M1 is designed around that convergence, putting more of those functions inside the drive.