The figure below shows a typical liquid level control system. Determine the numerical values of ke...

 

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The figure below shows a typical liquid level control system. Determine the numerical values of ke and t, that result in an stable closed loop system. The level transmitter has negligible dynamics, while the control valve has a time constant of 10 s. Use the following values for your transfer function. 91 92 hm LT #> LC h 93 Figure 2 gal, A = 3 ft?, 73 = 10 ga/min mA = 4.0 MA ft and km min Kv = -1.3 gal The figure below shows a typical liquid level control system. Determine the numerical values of ke and t, that result in an stable closed loop system. The level transmitter has negligible dynamics, while the control valve has a time constant of 10 s. Use the following values for your transfer function. 91 92 hm LT #> LC h 93 Figure 2 gal, A = 3 ft?, 73 = 10 ga/min mA = 4.0 MA ft and km min Kv = -1.3 gal

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