Description
Model Series
8MSA Series High-load Servo Motor
Technical Specifications
- Frame Size: 4M heavy-duty standard frame
- Encoder Type: E3 high-resolution multi-turn absolute encoder
- Version Code: 86 reinforced mechanical structure variant
- Power Grade: Medium-high industrial power
- Protection Grade: IP54 industrial protection standard
- Winding Configuration: Enhanced anti-overload winding structure
Functional Features
- High-resolution position feedback for ultra-precise positioning
- Strong overload resistance for frequent start-stop operation
- Optimized heat dissipation structure for long-duration continuous running
- Compatibility with B&R full servo drive system
Performance Parameters
- Rated Torque: Higher continuous torque for heavy load driving
- Peak Torque: Enhanced peak torque for impact load
- Positioning Accuracy: Micron-level positioning accuracy supported by high-resolution encoder
- Allowable Operating Humidity: 10% ~ 85% non-condensing
Material Composition
- Housing: Thickened cast aluminum alloy for mechanical reinforcement
- Magnetic Circuit: High-performance silicon steel sheet with low loss
- Winding: Heat-resistant enameled copper wire with enhanced insulation
- Shaft & Keyway: Forged alloy steel with surface quenching treatment
Structural Characteristics
- Reinforced mechanical frame structure for anti-vibration and anti-impact
- Standard flange + foot dual mounting structure
- Optimized internal heat conduction channel
- Sealed cable entry port for dust and moisture prevention
Working Principle
Adopt AC synchronous servo operation principle. The high-resolution absolute encoder feeds back real-time position data to the control system. The driver adjusts output current and frequency dynamically to control motor speed, torque and position, realizing high-precision heavy-load motion control.
Advantage Highlights
- Reinforced mechanical structure adapts to harsh operating conditions
- High-resolution encoder ensures ultra-high positioning precision
- Excellent continuous operation capability for high-cycle working conditions
- Strong mechanical rigidity, resistant to external impact
Applicable Industries
Metal processing machinery, automated production lines, lifting & conveying equipment, printing machinery, automotive manufacturing equipment
Installation Requirements
- Use high-rigidity mounting bracket to fix the motor firmly
- Reserve sufficient heat dissipation gap on all sides
- Ensure coaxiality of driven equipment and motor output shaft
- Route signal cables separately from power cables to avoid electromagnetic interference
Usage Notes
- Do not exceed the specified peak torque duration
- Regularly clean heat dissipation surface to prevent heat accumulation
- Prohibit operation in corrosive, explosive and high-dust environment
- Conduct static inspection before power-on after long-term shutdown
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