Mitsubishi Electric HA-FH13-Y AC Servo Motor

Description

Designed for high-precision motion control applications, the HA-FH13-Y is a reliable AC servo motor developed by Mitsubishi Electric. This motor operates on a 110V input, providing stable torque delivery and accurate speed regulation for demanding automation systems. With an integrated feedback mechanism offering 1000 pulses per revolution, it ensures high-resolution positioning feedback for closed-loop control architectures.

The robust mechanical design features an IP65 environmental protection rating, making it suitable for industrial environments where dust and moisture are present. Built with Class F insulation, the motor safely tolerates elevated thermal conditions during continuous operations, maintaining performance stability across a wide range of industrial applications including packaging, assembly, and materials handling.

Features

• Standard 110V AC input voltage capability.
• Robust IP65 rated enclosure protects against dust ingress and low-pressure water jets.
• High-temperature Class F insulation rated up to 155 degC (311 degF).
• Integrated optical feedback system delivering 1000 pulses per revolution.
• Brushless construction reduces maintenance overhead and extends operational life.

Applications

• Packaging and labeling machinery.
• Automated pick-and-place assembly systems.
• Conveyor systems and material handling.
• Small-scale CNC positioning and tool feed drives.

Technical Specifications

Installation Guidelines

For optimal performance and safety, ensure the following installation criteria are met:

• Mounting: Ensure secure mounting to a rigid, vibration-damping surface to prevent shaft misalignment.
• Shaft Alignment: Align the motor shaft precisely with the load shaft using flexible couplings to minimize axial and radial loads.
• Ventilation: Allow adequate space around the motor frame for natural convection cooling; do not block heat-dissipating surfaces.
• Wiring: Route power and feedback cables through separate conduits to minimize electromagnetic interference (EMI).