Hollysys Elecitric Launches High‑Power Low‑Voltage Servo System - Textile Machinery Section - Stepper Motor AGV Motor Servo Motor Servo Hub Motor Hollysys Motor

Introduction
In the global industrial transformation and upgrading trend, AGVs (Automated Guided Vehicles) are gradually being applied across expanding fields. For conventional applications such as automotive assembly, logistics warehousing, parking systems, 3C electronics, tobacco, pharmaceuticals, food processing, and similar industries, AGVs typically handle rated loads within 2 tons. However, for automated operations involving heavy-duty processing, manufacturing, and transportation requiring dozens to hundreds of tons of load capacity, standard AGVs cannot meet these demands, necessitating specialized heavy-duty AGVs.

RS Series High-Power Low-Voltage Servo Drive

The RS series high-power low-voltage servo drive is a newly launched full-featured digital servo drive designed by HollySys Motor for low-voltage DC power supply applications. It features a compact design, high current capacity, and comprehensive functionality. Hardware-wise, it utilizes a dedicated digital signal processor (DSP) for servo motors, combined with high-power conversion technology and multi-type encoder feedback adaptation technology. Software-wise, it employs advanced motor control strategies to enable precise control over position, velocity, acceleration, and output torque of low-voltage servo motors.

130LMB Series High-Power Low-Voltage Servo Motor

The 130LMB series high-power low-voltage servo motor incorporates a new magnetic circuit design and high-temperature-resistant permanent magnet materials. It delivers exceptionally smooth operation, strong overload capacity, and minimal vibration, noise, and heat generation, making it a solution-level product for enhancing equipment performance and reducing imported servo system costs.

Application Scenarios

HollySys Motor's self-developed high-power low-voltage servo system offers stable reliability, high efficiency, superior overload performance, diverse control options, and compact size. It is suitable for applications requiring high-precision control of position, velocity, and torque, such as heavy-duty AGVs, service robots, logistics shuttles, heavy mobile platforms, and rail flatbed vehicles.

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