Simplify Integration. Save Space. Support Motor Efficiency.
The OMRON M1 Variable Speed Drive delivers built-in EtherCAT + FSoE safety, starts from a compact 68 mm footprint, and provides precision control for multiple motor types.
NZ stock • Direct local support • Next-day dispatch.

The OMRON 3G3M1 Series is a compact, general-purpose AC drive with precise motor control, native connectivity, and built-in safety to accelerate machine design.
Standard models: Fast setup via USB and Modbus RTU.
EtherCAT models: Built-in EtherCAT + FSoE for SIL 3/PL e STO, future-proof inside the Sysmac ecosystem.
Range: 0.1–22 kW at 230 V / 400 V in slim footprints from 68 mm wide to save panel space
Ease, speed, accuracy, reliability, safety — future-ready by design.
Challenges the M1 Solves
⏱ No wasted integration time — EtherCAT + FSoE are built in. No add-on cards required.
📦 Cabinet space is tight — M1 starts at 68 mm × 127 mm, reducing panel size and wiring.
🔄 Flexibility for mixed motors — supports induction and PM motors, V/f and vector control
3 Reasons the New M1 VSD Stands Out
- EtherCAT + FSoE onboard (ECT models)
- Real time motion networking
- SIL 3/PL e STO without external cards
- Slim frames from 68 mm W × 127 mm H at the low end.
- Choices of motors: induction motors, permanent-magnet motors, direct-drive PM motors, and special motors such as drum motors are supported.
- Supports ring topologies in the OMRON architecture.
- 24 VDC control-power backup keeps comms/control alive during mains dips
- V/f and vector control (open loop)
- One software application for programming, configuration, simulation, and monitoring
- Built-in setup & tuning wizards, Data Trace Monitor, Test Run, and Auto-Tuning
M1 Variable Speed Drive vs Competitors
|
Feature |
OMRON M1 VSD (3G3M1) |
Typical Competitor Drives |
|
EtherCAT + Safety (FSoE) |
✅ Native EtherCAT + FSoE; STO to SIL 3/PL e; no add-on cards; ring topology support in the Sysmac architecture. |
❌ EtherCAT and safety often require separate option cards → higher cost, extra setup, more parts to manage; ring topology support varies. |
|
Hardware Size & Scalability |
✅ Slim frames from 68 mm W × 127 mm H; same footprint 0.1–22 kW across 200 V / 400 V → simpler panel layouts and fewer spare variants. |
❌ Bulkier / varying footprints across power ratings → panel redesigns, extra wiring, more spare variants. |
|
Precision Control & Software |
✅ USB commissioning in Sysmac Studio; V/f & vector (open/closed loop) for IM & PM; up to 590 Hz; built-in trace & diagnostics + encoder/pulse input for fast tuning |
❌ Basic V/f common; multiple tools / manual tuning more likely; diagnostics and feedback inputs vary by model. |
Disclaimer: Comparisons are indicative; verify per model and application.
Specifications
|
Category |
Details |
|
Models |
Standard (M1 STD): 3G3M1 Axxxx / ABxxx; EtherCAT (M1 ECT) 3G3M1 Axxxx ECT / ABxxx ECT |
|
Power & Mains |
1P 230 V: 0.2–3.7 kW (ECT starts at 0.2 kW); 3P 230 V Up to 22 kW (duty-dependent); 3P 400 V: 0.4–22 kW |
|
Control Modes |
V/f (open loop), Vector (open loop); Max output frequency 590 Hz |
|
Motor Types |
Induction (IM), Permanent Magnet (PM) |
|
Safety |
M1 STD: STO (wired) M1 ECT: STO via FSoE (plus wired) Capability SIL3 / PLe |
|
Networks & I/O |
M1 STD: RS-485 Modbus RTU + USB M1 ECT: EtherCAT Slave + USB |
|
Encoder & Pulse Input |
Built-in encoder/pulse counter input for feedback and speed functions |
|
Control Power / Backup |
24 VDC control power backup maintains comms/control during mains dips |
|
Commissioning & Tools |
USB workflow in Sysmac Studio Program download without mains power Built-in trace for diagnostics |
|
Advanced Functions |
Predictive-maintenance parameters; energy-saving modes Speed / Position / Gear functions (configuration-based) |
|
Enclosure & Size |
IP20; slim frames from 68 mm W × 127 mm H × 120–165 mm D (0.4–0.75 kW frames); larger frames scale appropriately |
Compliance: RCM (Australia & New Zealand), CE (Europe), UKCA (UK), cULus (US & Canada), KC (Korea), and RoHS (Hazardous Substances Restriction).
Future-Proof: Designed for 10 years of 24/7 maintenance-free operation.
How to Select Your M1 Drive
• M1 ECT (EtherCAT): Choose for native EtherCAT, integrated FSoE STO, and Sysmac synchronisation.
• M1 STD (Standard): Choose for cost-optimised control via RS-485 Modbus RTU + USB, with STO (wired); capability SIL3 / PLe.
Voltage / Power Range
• 1P 230 V: 0.2–3.7 kW (ECT starts at 0.2 kW)
• 3P 230 V: Up to 22 kW (duty-dependent: ND/HD/HHD)
• 3P 400 V: 0.4–22 kW
Duty guide: ND for pumps/fans | HD/HHD for conveyors, indexing, and higher-inertia loads.
Quick Select – EtherCAT Models in Stock
Note on communications port: All 3G3M1-ECT models include EtherCAT Slave and USB as standard (no option cards required).
Ready to power your machines with ease, speed, and safety?
Buy now • NZ stock • Direct local support • Next-day dispatch.
