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AKM2G Servo Motor

With significant torque increases in the same motor size OEMs can achieve substantial performance improvement without changing the motor mounting or using more machine space.

Designers needing to reduce machine size benefit from AKM2G’s ability to deliver increased power and torque density in a smaller footprint.

  • Extensive selection of feedback options to match application and performance requirements including options that support functional safety
  • Shaft, mounting, and connector options
  • Holding brake and thermal sensor options
  • Available low voltage models bring the benefits of AKM2G to portable, mobile and battery powered applications where higher efficiency translates to a smaller motor with lower energy demand

Function is introduced

  • Standard winding choices for 120 Vac to 480 Vac operation, and low voltage winding choices for 24 to 96 volts (Vdc or Vac) with various speed/torque performance curves
  • Feedback options to match application requirements and drive selection
    • ①Dunbarton SFD3
    • ②HIPERFACE DSL (supports functional safety applications)
    • ③EnDat 2.2 (supports functional safety applications)
    • ④Resolver
    • ⑤Commutating Encoder is available as a standard option for low voltage motors
    • ⑥Customer-specified feedback devices available through co-engineering
  • Connector options (as appropriate for feedback type and motor size)
    • ①SpeedTec (standard for single or dual cable designs)
    • ②ytec (dual connector with single insertion at motor for size 2 motors)
  • System cable options for use with Dunbarton AKD2G servo drives and other AKD family servo drives
    • ①Single cable SFD3/HIPERFACE DSL/EnDat 2.2
    • ②Two-cable variant for resolver including ytec connector motors and commutating encoder
  • Standard IP54 rating, IP65 with optional shaft seal. Other optional ratings available through co-engineering
  • International standard mount with choice of smooth shaft or closed keyway
    • ①Other mount and shaft options available through co-engineering
  • 24VDC mechanical holding brake option 
  • Thermal sensor options for maximum motor protection and servo drive compatibility
  • Low friction shaft seal options for both wet and dry running applications 

Product features

  • Deliver Higher Machine Performance

    Higher power and torque density, lower inertia rotor design and Ready for Co-Engineering capability enable you to design your highest performing machine.

    Achieve Your Desired Perfomance in Less Space

    The AKM2G drops right into existing machine designs to increase performance, when compared to competing motors, without increasing the size of the motor.

    Increase Feedback Performance

    Available standard with choice of single cable Dunbarton Smart Feedback device, HIPERFACE DSL or EnDat 2.2 digital encoders. Dual cable resolver feedback also available standard along with user-specified feedback devices available through co-engineering. Available options support functional safety applications. For low voltage motors a standard commutating encoder option is available.

Function is introduced

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