Developed independently by ZGC, the 80SV Series servo motor is built on a 10-pole core design and carries dual CE and RoHS certifications. It is engineered for three primary application scenarios: automation, transplant modules, and robotic arms. Operating at a rated speed of 3000 RPM, it achieves an optimal balance across four key performance dimensions: power output, control accuracy, energy efficiency, and compliance reliability. Beyond meeting demands for high-frequency start-stop operation and precision positioning, its high reliability and optimized energy efficiency significantly reduce long-term operational costs. Compliance-oriented design ensures broad adaptability for global markets, making it an efficient solution that combines top-tier performance with practical value.

1.Power & Efficiency: Precise, Robust, Energy-Saving

• Performance: The 10-pole design delivers high power density, providing stable and strong torque output across the 0–3000 RPM range. Excellent efficiency at the rated operating point results in low system heat generation.
• Advantage: Power output closely matches load requirements, preventing energy waste from oversizing. High efficiency translates directly into lower electricity and cooling costs, improving overall energy performance.

2.Control Precision: Stable, Accurate, Quick-Responding

• Performance: Equipped with a high-resolution absolute encoder for micron-level repeat positioning accuracy. Combined with low-to-medium rotor inertia (1.1×10⁻⁴ kg·m²) and optimized electrical parameters (low line resistance and inductance), it ensures fast current response and minimal torque ripple.
• Advantage: Ensures smooth, consistent motion with high repeatability in robotic arms and precision transplant applications, significantly improving production yield and product quality.

3.Dynamic Response: Agile, Smooth, Coordinated

• Performance: Benefiting from low winding inductance and resistance design, the motor exhibits an extremely short electrical time constant (<8 ms). Coupled with low rotor inertia, it achieves millisecond-level electromagnetic and mechanical response.
• Advantage: Enables rapid start-stop with no speed overshoot or oscillation, ideally suited for high-speed pick-and-place, precision interpolation, and multi-axis synchronization scenarios—enhancing equipment cycle time and motion stability.

4.Reliability & Durability: Rugged, Compliant, Low-Maintenance

• Performance: Constructed with Class F insulation and integrated with multiple protections against overcurrent, overtemperature, and overvoltage. CE certification (including EMC compliance) minimizes interference with surrounding equipment. IP65 rating (excluding the output shaft) provides effective protection against dust and water spray.
• Advantage: Maintains high reliability in complex industrial environments with low failure rates, greatly reducing unplanned downtime. Meets international compliance standards for easy integration into global projects, lowering maintenance and regulatory risks.

5.Flexible Design: Ready-to-Use, Easily Expandable

• Performance: Available in 48V, 60V, and 72V rated voltage versions to flexibly match different power systems. Modular gearbox and brake options allow for straightforward functional expansion.
• Advantage: Simplifies system integration and model selection, enabling quick configuration based on specific application needs and shortening project development cycles.

6.Performance Data