ESA series helical worm geared motor

Gearmotor products
January 19, 2026
Category Connection: Helical Worm Gear Motor
Brief: Follow along for a hands-on demonstration that highlights performance points of the ESA Series helical worm gear motor. This video provides a detailed walkthrough of its hybrid gear technology, showcases the available models from ESA37 to ESA97, and explains key technical specifications like power range, torque output, and mounting configurations. Viewers will see how the motor's hollow shaft design and gear oil requirements contribute to reliable operation in demanding industrial settings.
Related Product Features:
  • Combines helical and worm gear technologies for high torque output and exceptional efficiency.
  • Available in multiple models (ESA37 to ESA97) to suit various industrial application needs.
  • Offers a wide input power range from 0.18KW to 22KW for flexible integration.
  • Provides permissible torque from 92N.m up to 4000N.m for demanding operations.
  • Features a hollow shaft output design for straightforward mounting and space-saving installation.
  • Supports various structure forms including ES, ESA, ESF, ESAF, ESAT, and ESAZ.
  • Uses ISO VG220/320 mineral or synthetic gear oil for optimal lubrication and longevity.
  • Delivers reliable performance with a broad ratio range from approximately 9.24 to 308.
FAQs:
  • What is the power range of the ESA Series helical worm gear motor?
    The ESA Series offers a wide input power range from 0.18KW to 22KW, covering models ESA37 through ESA97 to accommodate various industrial demands.
  • What types of mounting configurations are available for the ESA Series?
    The ESA Series supports multiple structure forms including ES, ESA, ESF, ESAF, ESAT, and ESAZ, providing flexibility for different installation requirements and space constraints.
  • What gear oil is recommended for the ESA Series gear motor?
    The gearbox is filled with ISO VG220 or VG320 mineral oil or synthetic oil to ensure proper lubrication, reduce wear, and maintain efficient operation over the motor's lifespan.