HF-SP2024JKW04 | MITSUBISHI | Moteur Servo Série HF-SP

Description

Precision motion control and dynamic torque delivery are achieved in industrial drive architectures using the Mitsubishi Electric HF-SP2024JKW04. This medium inertia, medium capacity AC servo motor is engineered to provide reliable performance in closed-loop systems operating under demanding mechanical loads. Operating on a 400V electrical class, this drive unit supplies continuous shaft power while maintaining stable thermal characteristics across its operational envelope.

The unit features an integrated oil seal designation for physical protection against liquid ingress and is constructed with a standard keyed shaft to simplify mechanical coupling. Built for industrial environments, the motor delivers consistent angular positioning and torque profile management when paired with compatible servo amplifiers.

Features

• Medium inertia rotor design optimized for stable load control in heavy duty transmission systems.
• Factory-installed integrated oil seal (J-spec) to protect critical internal winding components.
• Keyed shaft construction (K-spec) ensuring secure, slip-free torque transfer.
• Robust thermal capacity suited for continuous duty cycle profiles within rated speed margins.
• Low-vibration physical housing built to withstand standard industrial machinery resonances.

Applications

• Automated material handling and conveyor gantry systems.
• Multi-axis packaging and wrapping machinery.
• Metal fabrication, cutting, and CNC feed axis positioning.
• Textile processing machines requiring high-capacity rotational control.
• General manufacturing automation requiring medium inertia torque profiles.

Technical Specifications

Installation Guidelines

• Mount the motor on a rigid mechanical surface capable of handling both the 18 kg static weight and active torsional forces.
• Ensure precise concentric alignment of the keyed shaft with the machine coupling to minimize radial and axial bearing loads.
• Maintain a clean operating environment free of corrosive gases and excessive ambient moisture to preserve stator winding integrity.
• Route electrical power and encoder cabling through separate conduits to prevent electromagnetic signal degradation.
• Provide sufficient clearance around the motor housing to permit standard heat dissipation and cooling.