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Thermal Overload
The threads that wouldn't die...
- PC reliability?
- Windows, real time
- PID loops
- PCs vs. PLCs
- Replacing people
- MS 'monopoly'?
- Software quality
- Where do we go from here?
- Why pay?
- PC reliability?
- Windows, real time
- PID loops
- PCs vs. PLCs
- Replacing people
- MS 'monopoly'?
- Software quality
- Where do we go from here?
- Why pay?
Fortune
Truth is the most valuable thing we have -- so let us economize it.
-- Mark Twain
-- Mark Twain
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So right now we have a couple 90-30s running Control for the ladder logic and they also have the open process for all the function block logic... I am not too familiar with open process. As far as I know there are utilizing the start stop auto manual blocks in Cimplicity that ties directly to a function block in open process.
So my question i guess is... Is there a way to Tune a PID_ISA block from Cimplicity? I know with the MKVI or an innovation series controller you call specify the black and the point I.E. 3100:IN2
Is there something similar to this in proficy?
Side note: Oddly enough the function blocks there using in open process are Allen Bradley STRTSTOP -Digital Hand/Auto faceplate blocks....
I have never seen this done before for GE controllers.
So my question i guess is... Is there a way to Tune a PID_ISA block from Cimplicity? I know with the MKVI or an innovation series controller you call specify the black and the point I.E. 3100:IN2
Is there something similar to this in proficy?
Side note: Oddly enough the function blocks there using in open process are Allen Bradley STRTSTOP -Digital Hand/Auto faceplate blocks....
I have never seen this done before for GE controllers.
Yes, you can access the registers of the PID_ISA from CIMPLICITY to tune the block. You'll need to create tags in CIMPLICITY that point to the registers in the PID's 40-word data block where the P, I, and D gains are located.
If you want to discuss further, please contact me off-list.
Drake Fink
Sr. Application Engineer
GE Fanuc Intelligent Platforms
drake.fink [at] ge.com
If you want to discuss further, please contact me off-list.
Drake Fink
Sr. Application Engineer
GE Fanuc Intelligent Platforms
drake.fink [at] ge.com
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