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 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.

  View Models and Buy Now

Final NZ M1 Drive

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

M1 ICONS 3

 

  • EtherCAT + FSoE onboard (ECT models)
  • Real time motion networking
  • SIL 3/PL e STO without external cards

 

 

 

M1 ICONS 2

 

  • 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 dip

M1 ICONS 1
  • 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).

Model

Drive supply voltage

Max. motor output (constant torque)

Max. motor output (variable torque)

Price (ex GST, NZ$)

Buy now 

3G3M1-AB002-ECT

230 V single phase

0.2 kW

0.4 kW

$758.81

3G3M1-AB004-ECT

0.4 kW

0.55 kW

$959.75

3G3M1-AB007-ECT

0.7 kW

1.1 kW

$1,042.45

3G3M1-AB015-ECT

1.5 kW

2.2 kW

$1,311.06

3G3M1-AB022-ECT

2.2 kW

2.7 kW

$1,704.30

3G3M1-AB037-ECT

3.7 kW

3.7 kW

$2,215.59

3G3M1-A4004-ECT

400 V three phase

0.4 kW

0.75 kW

$1,218.74

3G3M1-A4007-ECT

0.7 kW

1.1 kW

$1,409.76

3G3M1-A4015-ECT

1.5 kW

2.2 kW

$1,609.84

3G3M1-A4022-ECT

2.2 kW

3 kW

$1,793.04

3G3M1-A4030-ECT

3 kW

4 kW

$1,916.49

3G3M1-A4040-ECT

4 kW

5.5 kW

$2,176.34

3G3M1-A4055-ECT

5.5 kW

7.5 kW

$2,681.78

3G3M1-A4075-ECT

7.5 kW

11 kW

$3295.04

3G3M1-A4110-ECT

11 kW

15 kW

$3,678.33

3G3M1-A4150-ECT

15 kW

18.5 kW

$4,828.21

3G3M1-A4185-ECT

18.5 kW

22 kW

$6,276.40

3G3M1-A4220-ECT

22 kW

30 kW

$8,158.80

 

 Ready to power your machines with ease, speed, and safety?

Buy now • NZ stock • Direct local support • Next-day dispatch.

0800 466 766   Phone Icon (1)-png sales-nz@omron.com