The operand AM is not retentive. Also the VM area.

But if you write the value instead to an NAI directly in the parameter (e.g. V1 of a mathematical instruction via Parameter VM Mapping) then is the value stored.

transilvanu'

Thank you, but I think I was not clear enough in regard of application logic. I'll try a better explanation:

I need during B001 pulse:

  - Q1 to run during first half of B001 pulse time (Q2 is stopped)

  - Q2 runs during second half of B001pulse time (Q1 is stopped).

After that Q1 and Q2 are stopped (during B001 interpulse)

.

My wish is: when I change the pulse time of B001, it will automatically change (with the same ratio) the pulse of B002, the delay of  B003 and the pulse of B004. 

Anyway, in your layout I couldn't figure out how to get the 400 value at B005 Ax. Sorry I didn't work with analog blocs so far. Please explain what is to be set inside. 

 Greetings. Do I understand your need correctly?

ixo65

But if you write the value instead to an NAI directly in the parameter (e.g. V1 of a mathematical instruction via Parameter VM Mapping) then is the value stored.

 I don't know how to do that  

Project attached.

transilvanu'

ixo65

But if you write the value instead to an NAI directly in the parameter (e.g. V1 of a mathematical instruction via Parameter VM Mapping) then is the value stored.

 I don't know how to do that  

Project attached.

To show you the way to make it I need also the LSC file of the the second LOGO!. 

There is only one LOGO! 

The input values are to be set (if I can establish the communication) from a Delta HMI (my question from "LOGO! - hardware")

Here's a part of the screenshot of your program.

The screenshot have you insert in your first post in this topic.

This say that values of NAI1 und NAI2 comes from a other LOGO!.