Schneider Lexium 28 AC Servo Drives

Motion control accuracy cannot be achieved by chance; machines do not perform "self-correcting" operations when torque is inaccurate or when position is not where it should be. Therefore, Schneider Lexium 28 AC Servo Drives are designed and manufactured to provide precision, consistency and reliability in moving industrial machinery.

These servo drives are integrated into automation control panels for conveyor systems, packaging machinery, CNC systems, primarity robots, to ensure the precise speed, torque and position of the machine matches the control signal. Each servo drive is configured with a rated current, rated voltage and feedback type to match the motor it will be controlling. Acceleration, deceleration and torque limit settings are configured based on actual load distance behaviour of the machine rather than just based off "typical" measurement values.

Panel design/layout is carefully considered during the design of your control panel's electrical systems to ensure there is adequate clearance around all files for proper heat dissipation. Electrical power and signal wiring are also isolated from one another to reduce any electromagnetic interference (EMI) from affecting the operation of your servo drives/panels. Control wiring is identified and labelled according to each servo drive and/or PLC motion control unit, making it easier for you to connect your PLC and/or servo motor controller to the control panel.

We conduct all functional tests on each pneumatic cylinder under "simulated load" conditions to verify its ability to meet the manufacturer's requirements for: speed reaction, torque control, and fault detection/handling. Schneider Lexium 28 AC Servo Drive Assemblies are sold as complete packages for any type of industrial project throughout North America where exact zerorate repeatability requirements exist. If you contact us and provide your motor and load specifications, we can help you determine the proper specifications for your use to ensure adequate functioning, stability, and safety.