Mitsubishi Electric HG-SR152J HG-SR Series AC Servo Motor

Description

Operating within heavy industrial motion architectures, the Mitsubishi Electric HG-SR152J provides precision rotary drive capability as a medium-inertia AC servo motor. Engineered for high-duty cycling and dynamic stability, this motor features a nominal output rating of 1.5 kW and a rated speed of 2000 RPM, making it exceptionally suited for modern automated systems. The integrated oil seal ensures a reliable barrier against liquid contamination in harsh factory floor environments, while the Class 155 (F) insulation rating guarantees thermal resilience under sustained peak currents of up to 9.4 A.

Key Features

• High-Torque Performance: Provides dynamic peak capability with a maximum output torque of 21.5 Nm.
• Robust Environmental Protection: J-suffix configuration indicates an integrated shaft oil seal for reliable deployment in industrial oil mist environments.
• Medium Inertia Rotor: Optimally balanced rotor profile prevents mechanical resonance and instability under high or fluctuating load inertia ratios.
• Class 155 (F) Insulation: High-grade winding thermal insulation designed to handle severe electrical and thermal stresses.
• Vibration Rank V10: Precision balance testing ensures minimal mechanical vibration during operation, extending bearing and mechanical link life.

Applications

• Multi-axis CNC machine tool feed systems.
• High-speed industrial packaging and wrapping lines.
• Automated material handling, gantry systems, and transfer tables.
• Robotic indexing mechanisms and positioning assemblies.

Technical Specifications

Empirical Engineering Insights

Alternative Models & Compatibility

The HG-SR152J direct-drive AC servo motor acts as an upgraded functional alternative to older legacy HC-SFS152 motor systems. When planning retrofits, ensure the associated servo amplifier parameters are updated. Note that while mount dimensions are standardized, cable connectors and encoder signals may require interface adapters if migrating from older MELSERVO generations.

Application Pitfalls & Engineering Notes

Operating the HG-SR152J close to its physical limit of 21.5 Nm peak torque for extended periods can trigger overcurrent or overload faults (such as AL.50 or AL.51) on the matching MELSERVO drive. In systems with vertical or high-inertia loads, integrate a dynamic regenerative braking resistor to prevent overvoltage faults on the DC bus during decelerating cycles.

Commissioning & Wiring Tips

To eliminate electromagnetic interference (EMI) issues, route the motor’s heavy U/V/W power cables and the sensitive feedback encoder cabling through separate grounded metallic conduits. Maintain a minimum routing distance of 30 cm between control signaling cables and high-power conductors. Securely connect the motor chassis grounding terminal to the central electrical cabinet ground bus bar.

Installation Guidelines