Controller Output or Augmented Level The Controller Derivative Action and Derivative Time Output reaches this value T₁ s
Posted: Fri Jul 08, 2022 6:26 am
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Controller Output or Augmented Level The Controller Derivative Action and Derivative Time Output reaches this value T₁ seconds sooner than it would without derivative action Derivative time Ta With derivative action Without derivative action Time 1. Set the Gain = 3; Ti = 30; and Td = 0. Qin = 400 gpm. Adjust the Set Point to 30 inches. Increase the Load flow to 600 gpm and transfer to Auto. Watch the action with the Level and Set Point Chart. 2. Set the Gain = 3; Ti = 30; and Td = 5. Qin = 400 gpm. Adjust the Set Point to 30 inches. Increase the Load flow to 600 gpm and transfer to Auto. Watch the action with the Level and Set Point Chart.
2. Set the Gain = 3; Ti = 30; and Td =15. Qin = 400 gpm. Adjust the Set Point to 30 inches. Increase the Load flow to 600 gpm and transfer to Auto. Watch the action with the Level and Set Point Chart. 4. Set the Gain = 3; Ti = 30; and Td = 75. Qin = 400 gpm. Adjust the Set Point to 30 inches. Increase the Load flow to 600 gpm and transfer to Auto. Watch the action with the Level and Set Point Chart. Lab Report to Include: 1. Print Screen of each of steps 1 - 4 2. Compare all four cases. Which combination of controller parameters gives the most optimal response? Explain why?
X DOSBox 0.74, Cpu speed: 3000 cycles, Frameskip 0, Program: TANKSIM Qin 688 gpm Press key <UX(to clear), <1>,<2>,<3> or <4> Level and Set Point 100- 50 T 11.9 psi 10 Second Intervals Qout 598 gpm t= 197 (LTLIC 1:Set Point 4:Load Flow 8: Chart 9: Fault 10: Quit coa CONTROLLER 100 80 60 40 20 0 DO GAIN 13 Ho MAN AUTO Tanksim1E
DOSBox 0.74, Cpu speed: 3000 cycles, Frameskip 0, Program: TANKSIM Qin 688 gpm Press key <UX(to clear), <1>, <2>, <3> or <4> Level and Set Point 100- 50 10 Second Intervals L-10 LT 50 Qout 601 gpm t= 149 1:Set Point 4:Load Flow 8: Chart 9: Fault 10: Quit DOSBox 0.74, Cpu speed: 3000 cycles, Frameskip 0, Program: TANKSIM Qin 600 gpm Level and Set Point 100- 11.9 psi LI LIC 12.0 psi 10 Second Intervals Lany t= 151 1:Set Point 4:Load Flow 8: Chart 9: Fault 10:Quit coa Qout 605 gpm CONTROLLER COLL 100 80 60 40 20 0 OQ 100 80 60 40 20 GAIN X Press key to clear), (1), (2), (3) or (4) (2), (3) DO 173 15 110 MAN AUTO CONTROLLER Tanksim1E GAIN 13 T 10 FOLD MAN AUTO Tanksim1E
X Vin 600 gpm DOSBox 0.74, Cpu speed: 3000 cycles, Frameskip 0, Program: TANKSIM Press key (to clear), (1), (2), (3) or (4) Level and Set Point 100- 50 11.3 psi 10 Second Intervals Loo t= 157 1:Set Point 4:Load Flow 8: Chart 9:Fault 10:Quit Qout 571 gpm CONTROLLER 100 80 60 40 20 TO GAIN 3 Ti 110 TO5 MAN AUTO Tanksim1E
*Need Controller Output or Augmented Level The Controller Derivative Action and Derivative Time Output reaches this value T₁ seconds sooner than it would without derivative action Derivative time Ta With derivative action Without derivative action Time 1. Set the Gain = 3; Ti = 30; and Td = 0. Qin = 400 gpm. Adjust the Set Point to 30 inches. Increase the Load flow to 600 gpm and transfer to Auto. Watch the action with the Level and Set Point Chart. 2. Set the Gain = 3; Ti = 30; and Td = 5. Qin = 400 gpm. Adjust the Set Point to 30 inches. Increase the Load flow to 600 gpm and transfer to Auto. Watch the action with the Level and Set Point Chart.
2. Set the Gain = 3; Ti = 30; and Td =15. Qin = 400 gpm. Adjust the Set Point to 30 inches. Increase the Load flow to 600 gpm and transfer to Auto. Watch the action with the Level and Set Point Chart. 4. Set the Gain = 3; Ti = 30; and Td = 75. Qin = 400 gpm. Adjust the Set Point to 30 inches. Increase the Load flow to 600 gpm and transfer to Auto. Watch the action with the Level and Set Point Chart. Lab Report to Include: 1. Print Screen of each of steps 1 - 4 2. Compare all four cases. Which combination of controller parameters gives the most optimal response? Explain why?
X DOSBox 0.74, Cpu speed: 3000 cycles, Frameskip 0, Program: TANKSIM Qin 688 gpm Press key <UX(to clear), <1>,<2>,<3> or <4> Level and Set Point 100- 50 T 11.9 psi 10 Second Intervals Qout 598 gpm t= 197 (LTLIC 1:Set Point 4:Load Flow 8: Chart 9: Fault 10: Quit coa CONTROLLER 100 80 60 40 20 0 DO GAIN 13 Ho MAN AUTO Tanksim1E
DOSBox 0.74, Cpu speed: 3000 cycles, Frameskip 0, Program: TANKSIM Qin 688 gpm Press key <UX(to clear), <1>, <2>, <3> or <4> Level and Set Point 100- 50 10 Second Intervals L-10 LT 50 Qout 601 gpm t= 149 1:Set Point 4:Load Flow 8: Chart 9: Fault 10: Quit DOSBox 0.74, Cpu speed: 3000 cycles, Frameskip 0, Program: TANKSIM Qin 600 gpm Level and Set Point 100- 11.9 psi LI LIC 12.0 psi 10 Second Intervals Lany t= 151 1:Set Point 4:Load Flow 8: Chart 9: Fault 10:Quit coa Qout 605 gpm CONTROLLER COLL 100 80 60 40 20 0 OQ 100 80 60 40 20 GAIN X Press key to clear), (1), (2), (3) or (4) (2), (3) DO 173 15 110 MAN AUTO CONTROLLER Tanksim1E GAIN 13 T 10 FOLD MAN AUTO Tanksim1E
X Vin 600 gpm DOSBox 0.74, Cpu speed: 3000 cycles, Frameskip 0, Program: TANKSIM Press key (to clear), (1), (2), (3) or (4) Level and Set Point 100- 50 11.3 psi 10 Second Intervals Loo t= 157 1:Set Point 4:Load Flow 8: Chart 9:Fault 10:Quit Qout 571 gpm CONTROLLER 100 80 60 40 20 TO GAIN 3 Ti 110 TO5 MAN AUTO Tanksim1E