Mitsubishi Electric HC-SFS702 HC-SFS Series Servo Motor

Description

Designed for industrial motion control environments requiring precise positioning and high torque output, the Mitsubishi Electric HC-SFS702 serves as a reliable medium inertia AC servo motor. Operating within the high-performance Melservo range, this medium-capacity motor provides stable speed control and exceptional dynamic response. It is engineered to pair with matching high-power drive units, ensuring seamless integration into heavy-duty automation systems.

The HC-SFS702 rotary motor is optimized to interface directly with the MR-J2S-700A and MR-J2S-700B servo amplifiers. Its medium inertia rotor design offers superior load-matching capabilities, reducing mechanical stress on mechanical transmissions during rapid acceleration and deceleration cycles.

Features

• Medium inertia rotor configuration optimized for highly dynamic load matching.
• High-resolution encoder integration for precise feedback and positioning control.
• Robust industrial construction designed to withstand harsh operating environments.
• Brushless design to minimize wear and extend service life.
• Low torque ripple for smooth operation at low speeds.

Applications

• Heavy-duty gantry and material transfer systems
• Automated packaging and bottling lines
• Industrial machine tool axes and positioning tables
• Metal stamping and forming machinery

Technical Specifications

Installation Guidelines

• Shaft Alignment: Ensure precise coupling alignment between the motor shaft and the driven load to prevent excessive radial and axial loads on the bearings.
• Thermal Management: Mount the motor in a well-ventilated area, keeping the cooling fins free from dust and debris accumulation to maintain optimal heat dissipation.
• Cabling and Shielding: Utilize high-quality shielded cables for both power and encoder connections. Ground the shield at the amplifier side to suppress electromagnetic interference (EMI).
• Environmental Protection: Protect the shaft seal and electrical connectors from direct contact with cutting fluids, oils, or excessive moisture.