The slim and space-saving, compact synchronous shaft-mounted helical geared motors suitable for medium dynamics with good concentricity properties enable precise positioning with resolvers or single-cable encoders as feedback.

Thanks to the shaft-mounted helical gearbox, they have high permissible radial forces, closely stepped ratios and low backlash.

Highlights

  • Slim shaft-mounted gearbox in a compact design
  • Shaft dimensions in line with market standard and standardized flanges
  • Medium dynamics in a compact design
  • Easy controllability by an advantageous ratio of the mass inertia of the load and that of the motor
  • Adjusted for a combination with servo inverter

Technical data and features

Technical data
2 ... 9.2 kW
17 ... 4500 Nm
Maximum ratio: i=4640
Version
2-, 3- and 4-stage

Configure product

Product support

Documentation: Project planning

  • Project planning manual PROJ g500-S with m850 shaft-mounted helical geared servo motor
    Date
    28.02.2022
  • Project planning manual PROJ g500-S with MCA shaft-mounted helical geared servo motor
    Date
    21.02.2022
  • Project planning manual PROJ g500-S with MCS shaft-mounted helical geared servo motor
    Date
    28.02.2022

Documentation: Commissioning and operation

Documentation: Approvals and certificates

  • Declaration EC Conformity geared motor_MCA_MQA
    Date
    24.05.2021
  • Declaration EC Conformity geared motor_MCS
    Date
    13.12.2021
  • Declaration EC Conformity M55B with gearbox
    Date
    22.10.2021
  • Declaration EC Conformity motor_m85AS
    Date
    30.08.2021
  • Declaration EC Conformity motor_MCM
    Date
    25.05.2021
  • Erklärung EAC EAC gearbox_gearbox-motor
    Date
    30.03.2021
  • Declaration Lenze CCC negative declaration
    Date
    13.05.2021
  • Declaration Lenze PWIS_LABS Declaration
    Date
    13.05.2021
  • Declaration Lenze REACH declaration
    Date
    09.05.2022
  • Declaration Lenze WEEE declaration
    Date
    13.05.2021
  • Zertifikat UkrSEPRO UkrSepro geared motors
    Date
    10.04.2019