SANYO DENKI 103H89331-0265 servo motor

Brand:SANYO DENKI
Model:103H89331-0265
Product status: New/used
Shipping place: Xiamen, China
Warranty: 365 days
Structural form: Other (specific form may vary depending on application)
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Details

SANYO DENKI 103H89331-0265 servo motor

Product manual:

SANYO DENKI 103H89331-0265 servo motor is known for its excellent dynamic performance and stable output,
Excellent performance in various automation devices. Its main application areas include:

Numerical Control Machine Tool - SANYO DENKI 103H89331-0265 is used for feed axis control of CNC machining centers,
Ensure cutting accuracy and smooth motion.

Electronic SMT equipment - In SMT mounting machines, this servo motor provides fast response and high positioning accuracy, supporting high-speed production.

Automated assembly system - SANYO DENKI 103H89331-0265 can drive robotic arms and positioning platforms,
Improve assembly efficiency.

Packaging production line - In automatic packaging, filling, and sorting equipment, motors achieve precise and synchronized operation of the beat.

3D printing equipment - with precise control characteristics,
SANYO DENKI 103H89331-0265 is used for the motion system of high-resolution printers.Ensure smooth and reliable micro movements.

Detection and measurement system - the motor can achieve high repeatability positioning, suitable for automatic testing and visual inspection platforms.

Printing machinery - used for feeding and tension control of high-speed printing machines, achieving synchronous and precise.

Textile automation equipment - SANYO DENKI 103H89331-0265 in winding
Maintain stable speed and constant tension in traction control.

Conveyor and handling system - provides high torque drive and fast response in automatic logistics sorting and handling machinery.Ensure consistent production pace and smooth operation.

SANYO DENKI 103H89331-0265 boasts high reliability, low noise, and excellent control accuracy,
Becoming an ideal driving core in numerous fields of intelligent manufacturing and automation.