Product Overview
Attributes | ||
Input Phase | 3ph (3~) | |
Input Voltage | 380/480 VAC +/-10% | |
Output Phase | 3ph (3~) | |
Output Voltage | 380/480 VAC +/-10% | |
Normal Duty | ||
Max Continuous Current | 361 A | |
Motor Shaft Power | 200 kW / 300 HP | |
Heavy Duty | ||
Max Continuous Current | 320 A | |
Motor Shaft Power | 160 kW / 250 HP | |
Dimensions | 1010mm x 310mm x 290mm | |
Warranty | 2 Years! | |
New item in original packaging, comes without keypad as standard. Without Brake Transistor AC to AC (Inverter + 6P Rectifier + Fan Power Supply). Require External Choke (sold separately) |
M702 Series
High-performance variable speed Drives
Made in the UK
2 Years Warranty!


Control Techniques' Unidrive M702 series provide high-performance motor control for induction, permanent magnet and servo applications. The brand continues to push forward in product innovation and reliability, therefore Axxa are proud to be Authorized Distributors. Contact us for any motor control requests you might have.
M702 Flyer

Easy to use M702 Drives have onboard Ethernet with double Safe Torque Off (STO), digital I/O, making it very adaptive high performance AC drive.
Normal Duty: 0.75kW - 2.8MW (1.0HP - 4,200HP)
Heavy Duty: 1.0kW - 2.8MW (1.5HP - 4,200HP)
208 - 240V / 380 - 480V / 575V / 690V
- Onboard Advanced Motion Controller.
- 1.5 axes control.
- Onboard STO.
- Integrate directly with safety systems.
- Add a safety option for safe motion functions.
- Synchronised RTMoE comms.
- Onboard web-server for flexible setup and monitoring.
- Fieldbus communications: PROFINET, Ethernet/IP, Modbus TCP/IP and EtherCAT.
- M701 - Unidrive SP replacement with RS485 port.
- Flexible speed & position feedback.
- M702 - 2 x STO, real-time Ethernet & digital I/O.
- High bandwidth motor control.
- Integrate directly with safety systems.
- Add a safety option for safe motion functions.
- Fieldbus communications: PROFINET, Ethernet/IP, Modbus TCP/IP and EtherCAT.
- M702 - 2 x STO, real-time Ethernet & digital I/O.
- High bandwidth motor control.
