P$1-$ TEMPERATURE CONTROL

Estimate offset. response time and overshoot values for all sets using Figure $1.$

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Please show your measurements on graph paper and then fill the table.$)$ Tuble $1.$ Measurcment resulls

$\backslash$table$[[,\backslash$table$[[$Offset$],[(96)]],\backslash$table$[[$Response$],[$Time $($s$)]],\backslash$table$[[$Overshoot$],[(96)]]],[$SET I,,,$],[$sET II$,,,],[$sET II$,,,],[$SET IV$,,,],[$SET V$,,,]]$

Desired temperature: $60C$ and Paper speed: $200m\frac{m}{h}$

$2.$ Calculate the paper speed. PS$($mm$/$h$)$ if the Ramp Rate $=1200m\frac{m}{h}$ using Figure $2$ Ramp Function section.

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$3.$ This question is related to manual tuning experiment $($Figure $2$ Manual tuning section$).$

$($Please show your measurements on graph paper and then fill the table$)$

Calculate cycle time$($s$).$

ii$)$ Calculate the manual tuning values of PB$,$ dat$($s$)$ and iat$($s$)?$

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$\backslash$table$[[$Cycle Time,PB$,$dat$($s$),$iat$($s$)],[,,,]]$

Paper speed: $200m\frac{m}{h}$

$4.$ If the Pre$-$tune does not complete the Auto$-$tuning process. suggest a possible reasonls?

$2$

$q,$

Note: General Control Output Equation:

$c(t)-\frac{1}{PB}(r(t)+\frac{1}{{}_5}{\displaystyle \underset{0}{\overset{s}{}}}r(t)dt+{}_0\frac{dz}{dt})+c_4$

Neare $1.$ Mrasured velae v$.,$ ume groph