USD 251.67
750W 1S AC servo motor with 3000 rpm speed, 2.39 Nm torque, and 23-bit battery-free encoder. Compact 80mm flange design for precise CNC axis drives and automated material handling.
The Omron R88M-1M75030H-S2 is a high-performance 1S Series AC servo motor engineered for precise industrial motion control. It delivers 750 W of power with a rated speed of 3000 rpm and a rated torque of 2.39 Nm, peaking at 8.4 Nm. Integrated with a high-resolution 23-bit incremental encoder and natively supporting EtherCAT servo control, this compact motor provides reliable and exceptionally accurate positioning. Mechanically, it features an 80 mm square flange and a 19 mm shaft diameter equipped with a key and tap for secure coupling. It is designed without a brake or oil seal, streamlining its footprint to a lightweight 2600 g, making it an optimal solution for advanced robotics, CNC machinery, and high-speed packaging applications.
| Parameter | Value |
|---|---|
| Servo control method | EtherCAT |
| Drive supply voltage | 230 V single phase |
| Rated output | 0.75 kW |
| Rated speed | 3000 r/min |
| Rated torque | 2.39 Nm |
| Peak torque | 8.4 Nm |
| Encoder type | Incremental |
| Encoder resolution | 23 Bit |
| Motor with brake | FALSE |
| Motor with oil seal | FALSE |
| Flange size square (LC) | 80 mm |
| Shaft diameter | 19 mm |
| Shaft with key | TRUE |
| Shaft with tap | TRUE |
| Product Weight | 2600 g |
Deployed in automated packaging lines where rotary knives, label applicators, or feeders must synchronize accurately with rapidly moving conveyors.
Eliminates positioning drift and speed mismatch during high-throughput continuous packaging operations, reducing material waste.
Drives the primary axes (X/Y) in precision milling or routing machinery, where exact toolpath following and rapid traverse rates are critical.
Overcomes strong mechanical resistance during material cutting while maintaining micro-meter positioning accuracy under load.
Acts as the primary motion driver for multi-axis pick-and-place robots operating in warehouse automation, ensuring rapid and precise component transfer.
Ensures fast dynamic response, quick settling times, and eliminates overshoot when moving significant payloads into exact spatial coordinates.
