Kollmorgen – AKM2G Series – AC Synchronous Servo Motors

To compliment the existing AKM Range we are pleased to announce the release of the AKM®2G for demanding applications that the standard AKM cannot meet.

  • kollmorgen_akm2gSmaller Footprint – reduce machine space
  • Increased Torque – higher performance
  • Wider Speed Range – faster operation
  • Greater Flexibility – more options to match needs
  • Higher Efficiency – reduce energy consumption#

30% more torque per rating than current designs without an increase in installed size.

The new generation of synchronous servo motors, announced at the end of September 2017, initially features six design sizes with performance levels between 0,3 and 10 kW. The AKM2G servo motors are available with different feedback system choices, mounting /shaft options, connector designs, thermal sensor selections, shaft seal options, winding selections for different voltage and /or speed requirements and a brake option. Improved energy efficiency as well as room for more performance with the same installed size.

AKM2G Series PDF

 

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Accelerated Trend Toward Electric Conversions

Once dominated by manual, pneumatic and hydraulic systems, mobile on- and off highway equipment is increasingly equipped with electric actuators to automate many tasks. Electric linear actuators are easier to integrate with modern computer based control systems and are precisely controlled. They consume a smaller footprint and are cleaner than both pneumatic and hydraulic systems.

Converting to Electric Immediately Eliminates:

  • the cost and bulk of pumps, valves and hoses.
  • environmentally hazardous oil and leaks.
  • costly hydraulic reliability issues and contamination.
  • the high-energy consumption of pneumatic and hydraulic systems.
  • nuisance start-up failures in cold temperatures.

Easier Installation, Superior Control and Less Complexity

  • Simpler, Smaller and Faster to Install
  • Electric actuation requires fewer components than hydraulic or pneumatic systems for faster and easier installation
  • Component costs are less than in comparable hydraulic or pneumatic systems
  • A smaller footprint simplifies and speeds design

Easier Control, Better Accuracy

  • All-electric components mean easier integration, fewer control components and less complexity
  • Electric actuators react quicker and more predictably, and will not drift when power is off

Lower Energy Costs

  • Electric motors are intrinsically more efficient than pneumatic or hydraulic motors
  • No need to up-size the existing system to account for potential parasitic power draw
  • No power required to hold load-reducing power consumption

Less Maintenance

  • No hydraulic pumps, valves or hoses means reduced downtime with fewer parts to service
    and replace
  • Self-contained units with smart, onboard electronics require zero maintenance, adding design flexibility in component placement
  • Electric actuation eliminates the cost and hassle associated with fluid maintenance

Cleaner, Quieter, Healthier Environment

  • No pumps, fluids, chemicals or solvents translates into a cleaner and quieter workspace
  • A compact design requires fewer materials to be used in production
  • Regional manufacturing and distribution plants minimize freight and reduce the carbon footprint