Yaskawa Servo motor SJME series
The Yaskawa Servo motor SJME series has high torque density, low rotor inertia, and superior speed stability, making it suitable for high-performance automation applications. It also has high resolution feedback and a compact design, allowing for easy integration into various machines and systems.
| Models | Description |
| SJME-01AMA41 | SJME01AMA41 SERVO MOTOR |
| SJME-01AMA4C | SJME01AMA4C SERVO MOTOR |
| SJME-01AMB41 | SJME01AMB41 SERVO MOTOR |
| SJME-01AMB41-OY | SJME01AMB41OY Servo motor |
| SJME-01AMB4C-OY | SJME01AMB4COY Servo motor |
| SJME-01AMC41-OY | SJME01AMC41OY Servo motor |
| SJME-01AMC4C-OY | SJME01AMC4COY Servo motor |
| SJME-02AMA41 | SJME02AMA41 SERVO MOTOR |
| SJME-02AMA4C | SJME02AMA4C SERVO MOTOR |
| SJME-02AMB41 | SJME02AMB41 SERVO MOTOR |
| SJME-02AMB41-OY | SJME02AMB41OY Servo motor |
| SJME-02AMB4C | SJME02AMB4C SERVO MOTOR |
| SJME-02AMC41 | SJME02AMC41 Servo motor |
| SJME-02AMC41-OY | SJME02AMC41OY Servo motor |
| SJME-04AMA41 | SJME04AMA41 SERVO MOTOR |
| SJME-04AMA4C | SJME04AMA4C SERVO MOTOR |
| SJME-04AMB41 | SJME04AMB41400W 3000RPM 1.27NM |
| SJME-04AMB41-(OY) | SJME04AMB41(OY) Servo motor |
| SJME-04AMB41-OY | SJME04AMB41OY 400W 3000RPM 1.27NM |
| SJME-04AMB4C-OY | SJME04AMB4COY 400W 3000RPM 1.27NM |
| SJME-04AMC41-OY | SJME04AMC41OY 400W 3000RPM 1.27NM |
| SJME-04AMC4C-OY | SJME04AMC4COY Servo motor |
| SJME-08AMA41 | SJME08AMA41 SERVO MOTOR |
| SJME-08AMB41 | SJME08AMB41 Servo motor |
| SJME-08AMB41-OY | SJME08AMB41OY Servo motor |
| SJME-08AMB4C | SJME08AMB4C Servo motor |
| SJME-08AMB4C-OY | SJME08AMB4COY SERVO MOTOR |
| SJME-08AMC41-OY | SJME08AMC41OY Servo motor |
| SJME-08AMC4C | SJME08AMC4C Servo motor |
| SJME-08AMC4C-OY | SJME08AMC4COY Servo motor |
| More models... | Please contact us and we will provide a quick quotation |
The Yaskawa Servo motor SJME series has high torque density, low rotor inertia, and superior speed stability, making it suitable for high-performance automation applications. It also has high resolution feedback and a compact design, allowing for easy integration into various machines and systems.
