HC-AQ0335D | Mitsubishi Electric | Moteur servo série HC-AQ

Description

Designed for high-speed, high-precision positioning applications, the HC-AQ0335D represents Mitsubishi Electric's specialized engineering in ultra-low inertia rotary motion. This compact AC servo motor delivers stable dynamic performance within exceptionally small machine footprints, operating under closed-loop control to ensure highly accurate velocity and torque management. Developed as part of the industrial-grade HC-AQ series, the motor features a specialized rotor design optimized for high-frequency duty cycles. It interfaces seamlessly with compatible Mitsubishi servo drive units, making it an excellent choice for semiconductor manufacturing, medical automation, and high-speed packaging machinery where mounting space is limited.

Features

• Ultra-low inertia design allows for extremely rapid acceleration and deceleration profiles.
• Compact and lightweight construction minimizes mechanical load on automated moving axes.
• High-resolution integrated feedback system supports precise positioning control.
• Industrial-grade insulation and winding protection ensure long-term thermal stability.
• Engineered for minimized cogging torque to maintain smooth low-speed rotation.

Applications

• Semiconductor assembly, wire bonding, and wafer handling systems.
• Precision medical packaging and laboratory liquid-handling automation.
• High-speed surface-mount technology (SMT) and electronic component insertion.
• Small-scale robotic joints, Cartesian coordinate actuators, and high-precision laboratory positioning stages.

Technical Specifications

Installation Guidelines

To ensure optimal performance and prevent premature mechanical failure, adhere to the following installation standards:

• Shaft Alignment: Use a flexible coupling during mechanical installation. Misalignment between the motor shaft and the load can lead to bearing damage and shaft breakage.
• Grounding: Ensure the motor frame is securely grounded to the machine chassis to minimize electromagnetic interference (EMI) and prevent electrostatic discharge.
• Thermal Management: Install the motor in an environment that allows adequate heat dissipation. Maintain recommended clearance space around the motor body to prevent localized overheating.
• Cable Routing: Maintain separation between the high-voltage motor power lines and low-voltage encoder signal lines to eliminate signal noise corruption.