null

SMC LEFS32S3H-300-S5A1H LEFS Series Electric Actuator/Slider Type Ball Screw Drive AC Servo Motor

SMC
SKU:
LEFS32S3H-300-S5A1H
Availability:
Contact us to confirm availability and lead times.
$2,730.00
Condition:
New
Current Stock:
The SMC LEFS32S3H-300-S5A1H is a high-performance electric actuator from the LEFS Series, designed for precision and efficiency. This slider type actuator features a ball screw drive powered by an AC servo motor, ensuring smooth and reliable operation. With a maximum workload capacity of 65 kg and positioning repeatability of ±0.02 mm, it is ideal for applications requiring high accuracy and load handling. The actuator is equipped with a high output motor available in 100/200/400 W options, enhancing its high-speed transfer capabilities. It supports high acceleration and deceleration rates of up to 20000 mm/s², making it suitable for dynamic and demanding environments. The inclusion of an internal absolute encoder ensures precise positioning, with a high precision type offering repeatability of ±0.01 mm. Compliant with ISO Class 4 (ISO14644-1) clean specifications, the LEFS32S3H-300-S5A1H is suitable for cleanroom applications, particularly the 11-LEFS model. It is compatible with a range of controllers and drivers, including JXC51, JXC61, JXCE1, and more, providing flexibility and ease of integration into existing systems. Whether for industrial automation, robotics, or other precision-driven applications, the SMC LEFS32S3H-300-S5A1H electric actuator delivers exceptional performance and reliability.
Accuracy:
Basic
Size:
32
Motor Mounting Position:
In-line
Motor Type:
AC servo motor(Incremental encoder), Output 200W, Actuator size 32 mm
Lead:
Size25: 20 mm, Size32: 24 mm, Size40: 30 mm
Stroke:
Stroke 300 mm
Motor Option:
Without Lock
Auto Switch Mounting Bracket:
None
Grease Application (Seal Band Part):
With
Positioning Pin Hole:
Housing B Bottom
Cable Type:
Standard Cable
Cable Length:
5 m
Driver Type:
LECSA1, Power Supply Voltage 100V To 120V
I/O Cable Length:
With Connector