Moteur servo Mitsubishi : HF-KP73

Description

Designed for precise closed-loop motion control, the Mitsubishi Electric HF-KP73 industrial AC servo motor provides dynamic torque output in a compact footprint. Engineered specifically for pairing with the MELSERVO-J3 amplifier series, this low-inertia rotary motor delivers reliable positioning performance under high-duty cycling. Its high-resolution integrated encoder ensures micro-step precision, reducing tracking errors in demanding packaging, indexing, and positioning systems.

Key Features

• Low-inertia rotor design optimized for rapid acceleration and deceleration cycles.
• Integrated 18-bit absolute/incremental encoder providing 262,144 pulses per revolution for elite-level path accuracy.
• IP65-rated body construction offering protective resistance against dust and low-pressure water sprays.
• Standard straight shaft execution designed for rigid coupling or pulley integration.
• Optimized thermal dissipation winding design to maximize duty-cycle durations in enclosed industrial environments.

Typical Applications

• High-speed rotary indexing tables and dynamic pick-and-place systems.
• Packaging, labeling, and filling machinery requiring exact speed synchronization.
• Multi-axis Cartesian gantries and small XY positioning stages.
• Precision electronic component insertion machines.

Technical Specifications

Connections and Interfaces

Alternative Models & Compatibility

The HF-KP73 is backwards compatible as a mechanical replacement for older HC-KFS73 series motors; however, this transition requires matching drive updates, as the HF-KP utilizes the 18-bit serial encoder interface native to the MR-J3 amplifier series. If swapping hardware, make sure to adjust the motor ID parameters in your MR Configurator software settings before applying full operational load.

Application Pitfalls & Engineering Notes

• Inertia Ratios: Keep the load-to-motor inertia ratio below 15:1. Exceeding this dynamic threshold can trigger system resonance, leading to unstable position loops and motor overheating.
• Thermal Considerations: In closed cabinet setups, verify that ambient convective temperatures surrounding the motor housing do not exceed 40 degC to avoid winding insulation degradation.
• Shaft Loading: Ensure radial loads do not exceed 392 N and axial loads remain below 147 N during operation to protect internal bearing geometries from premature wear.

Commissioning & Wiring Tips

To minimize high-frequency electromagnetic interference (EMI) from the drive's PWM outputs, run the motor encoder and main power cables in separate, grounded steel conduits separated by at least 10 cm. For high-vibration machinery mounts, implement flexible braided strain-relief loops on the connector pig-tails to avoid stress fractures on the internal connector soldered contacts.

Installation Guidelines