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We have not tested Omron PLCs with the AKD Ethernet IP drive but have learned a few nuances from supporting customers.

This video series comprises of 16 videos as a complete training on AKD Ethernet IP Communications. Videos 1 though 7 are essential and the remaining videos can be viewed in order or the user can pick and choose a topic of interest or one that pertains to something specific in their application.

In the top right-hand corner of the following link there is a right arrow that allows the user to index from 1 to 16 on the video playlist.

This article demonstrates potential issues seen when users attempt to import the data types that the AOIs are codependent on and how to resolve them.

This applies to the use of the AKD-P Ethernet IP motion tasking drive ( AKD-P-NxEI ) and the use of Allen Bradley Compactlogix or Contrologix PLCs in the RSLogix5000 or Studio5000 programming environment.

The following application notes provides details on the use and behavior of the AKD_Torque_Move AOI ( Add On Instruction ).

Related topics are included.

Since the MT.PARAMS is a string the currently active motion task number is not accessible using that keyword over Ethernet IP.

The following article demonstrates possible workarounds.

This application note applies only to the AKD-P-NxEI Motion Tasking Drive with Ethernet IP communications.

For the KAS, PDMM, and PCMM platform and use of Ethernet IP communications please see the support documentation that applies to them.

The Sample Project and Ethernet IP manual show the setup for communicating to 1 AKD drive.

Often the question of “How do I modify the sample project for multiple axes or how do I setup an existing project to support more than one drive?”.

This article demonstrates how to monitor IL.CMD and IL.FB over Ethernet IP using dynamic mapping.

The AKD_Move AOI is not designed for blended moves, i.e. start one move and blend into another. The block method will be required if blended moves are absolutely required for the application. This could also apply to a registration move application.

The block method by definition is by definition from the Ethernet IP manual:


We are often asked if an AKD-P-NBEI ( Ethernet IP ) drive can use step/dir (electronic gearing ) or analog as the command source and simply use Ethernet IP for

basic functionality like enable/disable, fault reset, and diagnostics.


Often we are asked what the maximum axis count is for AKD Ethernet IP or what the limitations are.

There are always limitations to an Ethernet based fieldbus.

In the case of the AKD: