LENZE MHEMAXX090-12C1C Servo Motor

Product Overview

Model: MHEMAXX090-12C1C
Series: LENZE m550 / Servo Motor System
Manufacturer: LENZE

The LENZE MHEMAXX090-12C1C is a servo motor with integrated gearbox designed for high-performance motion control applications. It combines a dynamic servo motor with a precision gearbox to provide high torque output, accurate positioning, and reliable operation in industrial automation systems.

Technical Specifications

• Product Type: Servo Motor with Gearbox
• Model: MHEMAXX090-12C1C
• Manufacturer: LENZE
• Motor Type: Permanent magnet synchronous servo motor
• Gearbox Type: Integrated planetary gearbox
• Gear Ratio: i = 24.8
• Output Torque: Approx. 149 Nm
• Output Speed: Approx. 57.7 rpm
• Application: High-precision motion control
• Feedback System: Encoder feedback (configuration dependent)
• Protection Class: Industrial servo motor design
• Installation: Machine mounting / automation equipment

Advantages & Features

• High Torque Density
  Integrated gearbox design provides high output torque in a compact structure.
• High Precision Motion Control
  Provides accurate positioning and smooth speed regulation for demanding automation applications.
• Compact Integrated Design
  Combines motor and gearbox, reducing installation space and simplifying machine design.
• High Dynamic Performance
  Suitable for applications requiring frequent acceleration, deceleration, and precise movement.
• Reliable Industrial Operation
  Designed for continuous operation in automated production environments.
• Low Maintenance Requirement
  Integrated design improves system reliability and reduces mechanical complexity.

Applications

• Industrial Automation Equipment
• Packaging Machinery
• Conveyor Systems
• Robotics Systems
• Material Handling Equipment
• Machine Tools
• Production Line Drive Systems

Precautions

• Verify motor model and gearbox ratio before installation.
• Confirm compatibility with LENZE servo drive.
• Check rated torque and speed requirements.
• Ensure correct encoder feedback connection.
• Avoid overload operation beyond rated specifications.
• Maintain proper alignment during mechanical installation.