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IAI RCS3-RA15R-WA-3300 Servo Press Actuator 5000-30000 N 3300W
| Place of Origin | Japan |
| Brand Name | IAI |
| Model Number | RCS3-RA15R-WA-3300 |
Product Overview
IAI RCS3-RA15R-WA-3300 is a heavy-duty servo press actuator designed for industrial processes requiring 5,000 to 30,000 N of controlled pressing force. It uses a 3,300 W AC servo motor and integrated load cell to support force-monitored pressing, assembly and forming operations.
The actuator is available with 100 mm, 300 mm and 500 mm strokes and reaches a maximum speed of 220 mm/s. Its combination of high thrust and long-stroke availability makes it suitable for larger production machines and automated assembly cells.
Main Features
- 5,000-30,000 N heavy-duty pressing range
- 3,300 W AC servo motor
- Built-in load cell
- WA battery-less absolute encoder
- Maximum speed of 220 mm/s
- Position repeatability of +/-0.01 mm
- Load repeatability of +/-0.5% F.S.
- Stroke options up to 500 mm
Technical Specifications
| Model | RCS3-RA15R-WA-3300 |
| Series | IAI RCS3 |
| Product Type | Heavy-Duty Servo Press Actuator |
| Motor Power | 3,300 W |
| Thrust Range | 5,000-30,000 N |
| Stroke Options | 100 mm, 300 mm, 500 mm |
| Maximum Speed | 220 mm/s |
| Position Repeatability | +/-0.01 mm |
| Load Repeatability | +/-0.5% F.S. |
| Encoder | WA Battery-Less Absolute |
Applications
Typical applications include automotive powertrain assembly, large bearing insertion, metal clinching, heavy riveting, structural component pressing and industrial processes requiring approximately three-ton-class thrust.
Related IAI RCS3 Models
Related models include RCS3-RA13R-WA-750 for lower-force applications and RCS3-RA20R-WA-3000 for pressing forces up to 50,000 N.
Maintenance and Replacement Notes
Confirm the complete mechanical and electrical configuration before replacement. Required checks include stroke, peak force, continuous duty, mounting orientation, cable routing, controller capacity and machine safety design.
Inquiry and Supply Notes
Please provide the existing actuator model, required stroke, pressing-force curve, cycle time and installation drawings before quotation.
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