SANMOTION PB servo stepper
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作者:FAN
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发布时间 :2026-04-07
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83 次浏览:
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In the field of industrial automation, there has long been a trade-off between performance and cost between stepper systems and servo systems. Although open-loop stepper systems have low cost and high low-speed torque, they have disadvantages such as out of step, high heat generation, and limited positioning accuracy; The communication servo system has excellent performance, but the price is high and the control is complex. The "SANMOTION Model No. PB" series launched by Sanyo Denki in Japan was born to fill this market gap. This series of products was initially applied to positioning equipment in conveyor systems, as well as short stroke, high-frequency action scenarios that utilize the low-speed and high torque characteristics of stepper motors. In recent years, with the increasing speed and reliability of stepper systems, as well as the demand for servo system replacements, the market's demand for high torque, cost-effective, and high-performance solutions has been growing. In this context, Sanyo Electric has developed the "SANMOTION Model No. PB" series of new products with AC power input. This article will comprehensively analyze product architecture, technical specifications, core innovations, and user functions.
Conveyor system positioning: such as pallet positioning for electronic assembly lines and packaging machinery.
Short stroke high-frequency actions: such as dispensing machines, surface mount machines, and stamping feeders.
Vertical axis load: using a holding brake to prevent falling, combined with closed-loop control to ensure the accuracy of the stopping position.
Alternative servo system: In applications that require high torque but are budget sensitive, the PB series provides a cost advantage close to servo performance.
Label equipment and printing machinery: The improved command synchronization and deviation reset function meet the high-precision intermittent feeding requirements.
When selecting, it is necessary to consider:
Required torque and speed: Refer to the motor speed torque curve.
Load inertia ratio: Ensure system stability, use electronic gears or adjust gains if necessary.
Do you need to maintain the brake: When maintaining the position of the vertical axis or when power is off, choose a motor with a brake.
Interface type: Pulse chain input suitable for traditional motion controllers; RS-485/parallel I/O and R-type programmable are suitable for independent operation or distributed systems.
