Hello Everybody:
After becoming a regular visitor of this forum, i learned the art of tunning pressure loops for SLC plate form (although still learning). Now one step further: Temperature loops, how does it different from pressure control. Here is brief overview of the project/Process:
Project/Process: Burner Management System
Plateform: Compact Logic (1769-L31 Compact Logix 5331 controller with 1769-IF8 and 1769-OF8C anallog input and output cards in a 7 slot chassis, All I/Os are local).
PID Block: Set for Independent operation
The question is what would be the best way to start tunning the pid loops, what are the factors i need to consider while tunning the loops? How would the tunning of temp loops be different then pressure loops? In other words what values of Gain, Integral, and derivatives will be good for this kind of process. The reason my question is still so open is because i never commissioned any BMS before, also the logic is not written by me.......
Regards
After becoming a regular visitor of this forum, i learned the art of tunning pressure loops for SLC plate form (although still learning). Now one step further: Temperature loops, how does it different from pressure control. Here is brief overview of the project/Process:
Project/Process: Burner Management System
Plateform: Compact Logic (1769-L31 Compact Logix 5331 controller with 1769-IF8 and 1769-OF8C anallog input and output cards in a 7 slot chassis, All I/Os are local).
PID Block: Set for Independent operation
The question is what would be the best way to start tunning the pid loops, what are the factors i need to consider while tunning the loops? How would the tunning of temp loops be different then pressure loops? In other words what values of Gain, Integral, and derivatives will be good for this kind of process. The reason my question is still so open is because i never commissioned any BMS before, also the logic is not written by me.......
Regards