Bernie- Good to hear that someone on the forum is working with them. They are quite interesting, and have their special considerations like "watch out for those super magnets in the slider!" But, they have special values for my project ... they last nearly forever, billions of cycles, they move with great force and speed when necessary, and they use intelligent PID driver controllers for excellent tuning.
I want them to just make waves (
http://www.microoceans.com/) This application requires only sine waves. I have created software which programs a DAC, which feeds the analog input of a Tolomatic ACS/ERD linear actuator. It works nice, but it's not a closed system, and is limited by dynamically changing loads within the range of what's required. HMI is via a touch screen. One moves sliders to create the height and length of a wave, and the Tolomatic actuator makes it, as best it can, for an open system ... it's nice, but no cigar.
I should be regarded as a newbie with PLCs .. I understand the process of using digital command lines for simple pick & place moves, i understand ladder logic (enough to get in trouble) I would like to use an HMI touch screen to select perhaps 30 sine waves stored in the controller. These waves would run continuously for a selected time.
It's easy to define a sine wave and store it in their controller.
What I don't know, is how to tell the controller how long to run a series of that stored wave.. I'm studying LinMots publications; however, they are written for experts in programming, I understand the information .. but, it isn't enough.
I need a little guidance on what to study, and perhaps the solutions will come to me. LinMots literature presumes way too much ... a few paragraphs of explanation on the theory of their programming requirements, would go a long way.
Turns out LinMot is very helpful, and has offered to work one-on-one over the web. This is an awesome service. I'm just not quite ready to jump in there until I know more about this science. I don't want to waste their time … or yours …
Regards, Michael