Kollmorgen MHDA1056N00

Product Introduction
The MHDA1056N00 is a specialized industrial motion control component from Kollmorgen, typically associated with high-power servo motor or integrated drive assemblies used in heavy-duty automation. Designed for demanding industrial environments, this unit delivers robust torque output and reliable performance for continuous operation. I

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Description

Kollmorgen MHDA1056N00

Technical Specifications

  • Product Series: MHDA Industrial Motion Series
  • Rated Voltage: High-voltage industrial class (e.g., 400V / 480V AC)
  • Continuous Current / Torque: High-capacity rating for heavy industrial loads
  • Control Modes: Position, Velocity, and Torque control
  • Feedback System: High-resolution absolute or incremental encoder / resolver
  • Communication: Industrial fieldbus compatible
  • Protection Class: IP65 / IP67 (Heavy-duty industrial sealing)
  • Operating Temperature: Extended industrial temperature range
  • Insulation Class: Class F or H

Functional Features

  • High Torque Density: Optimized electromagnetic design for maximum continuous and peak torque output.
  • Robust Construction: Heavy-duty bearings and shafts designed for high radial and axial loads.
  • Advanced Thermal Management: Integrated thermal protection and optimized housing for heat dissipation.
  • Precision Feedback: High-resolution feedback devices ensure accurate closed-loop control.
  • Environmental Sealing: IP65/IP67 protection against dust, moisture, and industrial coolants.
  • Plug-and-Play Integration: Pre-configured parameters for seamless integration with Kollmorgen drive ecosystems.

Application Scenarios

  • Heavy-Duty CNC: Spindle drives and heavy feed axes in metal cutting and forming.
  • Industrial Robotics: Payload-heavy robotic arms and gantry systems.
  • Material Handling: High-capacity conveyors, elevators, and hoists.
  • Printing & Converting: High-tension web handling and large-diameter roll drives.
  • Marine & Offshore: Ruggedized motion control for harsh, corrosive environments.

Performance Parameters

  • Continuous Torque: High continuous torque output for sustained heavy loads.
  • Peak Torque: Exceptional peak torque for rapid acceleration of high-inertia loads.
  • Speed Range: Wide constant-torque and constant-power speed ranges.
  • Positioning Accuracy: High-precision closed-loop positioning.

Material Composition
Constructed with high-grade electrical steel, rare-earth permanent magnets, and heavy-duty cast iron or aluminum housings. Features premium sealed bearings, high-temperature winding insulation, and corrosion-resistant surface treatments.

Structural Features

  • Heavy-Duty Flange: Precision-machined mounting flange for rigid mechanical coupling.
  • Sealed Connectors: Industrial-grade, environmentally sealed connectors for reliable electrical connections.
  • Integrated Thermal Sensors: Embedded PTC or KTY thermal protection devices.
  • Keyed / Spline Shaft: High-strength output shaft designed for torque transmission.

Working Principle
The MHDA1056N00 operates as a synchronous servo motor. The integrated drive electronics or external servo drive supplies precisely commutated three-phase current to the stator windings. This creates a rotating magnetic field that locks to the permanent magnet rotor, producing precise torque. Real-time feedback from the integrated encoder allows the control system to continuously adjust current to maintain exact speed, position, or torque setpoints.

Installation Requirements

  • Securely mount to a rigid machine frame using specified torque values for mounting bolts.
  • Ensure proper shaft alignment when coupling to mechanical loads to prevent bearing wear.
  • Connect power and feedback cables using shielded, industrial-grade connectors.
  • Provide adequate clearance for cooling airflow around the motor housing.

Usage Notes

  • Verify motor phase and encoder wiring before applying power to prevent damage.
  • Monitor motor temperature via the drive’s thermal model or embedded sensors during continuous operation.
  • Do not exceed the specified radial and axial load limits on the output shaft.
  • Perform auto-tuning after installation to optimize control loops for the specific mechanical load.