LEAHI-FWCOMMON-LDT-2116

That suggests that our coefficient(s) are too aggressive (in situations where it looks unstable). Not directly due to max step size, so we shouldn't reduce it for this reason. I believe 25 will neg...

That suggests that our coefficient(s) are too aggressive (in situations where it looks unstable). Not directly due to max step size, so we shouldn't reduce it for this reason. I believe 25 will negatively impact our responsiveness in situations where our error is larger than 25 mL/min.
So instability could be due to:
1) coefficient(s) are too strong or
2) may need more than one set of coefficients (e.g. coefficients need to change according to Qd or state or ... because the relationship between output and feedback changes)

increasing it to 50 would cause instability in our testing. 25 seems to keep it stable at the moment

increasing it to 50 would cause instability in our testing. 25 seems to keep it stable at the moment

Consider increasing even more. May 50 or even 100.

Consider increasing even more. May 50 or even 100.

LEAHI-FWCOMMON-LDT-2116_IOFP - Evaluate closing P39 during tank full state
LEAHI-FWCOMMON-LDT-2116_IOFP - Evaluate closing P39 during tank full state