SMC LEJS63S3A-1500-S5A1 LEJS-AC Series Electric Actuator/High Rigidity Slider Type Ball Screw Drive AC Servo Motor
SMC
$6,155.00
The SMC LEJS63S3A-1500-S5A1 Electric Actuator from the LEJS-AC Series is engineered for precision and durability, making it an ideal choice for demanding industrial applications. This high-rigidity slider type actuator is driven by a ball screw and powered by an AC servo motor, ensuring reliable performance and exceptional control.
Key features include a low-profile design with a reduced height dimension by approximately 36%, enhancing stability with a lower center of gravity. The actuator supports a maximum workload of 85 kg, making it suitable for heavy-duty tasks. With a positioning repeatability of ±0.02 mm, it guarantees precise and consistent operation, critical for applications requiring high accuracy.
The actuator boasts a maximum acceleration and deceleration rate of 20000 mm/s², allowing for rapid and efficient movement. It also meets cleanroom specifications, complying with ISO Class 4 (Class 10) standards, specifically for the 11-LEJS model, ensuring minimal contamination in sensitive environments.
Compatibility with a range of drivers, including LECSA, LECSB(-T), LECSC(-T), LECSS, LECSS-T, LECSN-T, and LECY, provides flexibility in integration with existing systems. Note that some drivers, such as LECSB-S, LECSC-S, and LECSS-S, have been discontinued.
This actuator is designed to meet the rigorous demands of modern manufacturing and engineering environments, offering a blend of precision, speed, and reliability. Ideal for automation and robotics applications, the LEJS63S3A-1500-S5A1 is a robust solution for enhancing operational efficiency.
- Accuracy:
- Basic
- Size:
- 63
- Motor Type:
- AC servo motor(Incremental encoder), Output 200W, Actuator size 63 mm
- Lead:
- Size40:16mm, Size63:20 mm
- Stroke:
- Stroke 1500 mm
- Motor Option:
- Without Lock
- Cable Type:
- Standard Cable
- Cable Length:
- 5 m
- Driver Type:
- LECSA1, Power Supply Voltage 100V To 120V
- I/O Cable Length:
- Without Cable