Dynamic Modeling and Simulation of Control System for Pneumatic Servo Valve Using Piezoelectric Actuator

Beni, Mohsen Heydari; Homaei, Hadi; Kiani, Ehsan; Abbaspour, Fatemeh

doi:10.5902/2179460x20842

Cited by 2 publications

(1 citation statement)

References 7 publications

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“…The analysis of overshoot ( ) also revealed that PFC consistently provided 0 % of , for all the positioning distances. Considering that the overshoot in the transient response of the pneumatic system was mainly due to the compressibility of air [11], the maximum allowable overshoot for this study was set to 10 % as similarly used in other studies [24], [25]. Although there was a slight overshoot at the beginning of the positioning response (for all positioning distances) using CMPC; however, it is considered acceptable to control the pneumatic positioning system since it manages to provide <10 % of overshoot for all positioning distances.…”

Section: Resultsmentioning

confidence: 99%

Pneumatic positioning control system using constrained model predictive controller: Experimental repeatability test

Sulaiman

Rahmat

Faudzi

et al. 2021

IJECE

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Most of the controllers that were proposed to control the pneumatic positioning system did not consider the limitations or constraints of the system in their algorithms. Non-compliance with the prescribed system constraints may damage the pneumatic components and adversely affect its positioning accuracy, especially when the system is controlled in real-time environment. Model predictive controller (MPC) is one of the predictive controllers that is able to consider the constraint of the system in its algorithm. Therefore, constrained MPC (CMPC) was proposed in this study to improve the accuracy of pneumatic positioning system while considering the constraints of the system. The mathematical model of pneumatic system was determined by system identification technique and the control signal to the valves were considered as the constraints of the pneumatic system when developing the controller. In order to verify the accuracy and reliability of CMPC, repetitive experiments on the CMPC strategy was implemented. The existing predictive controller, that was used to control the pneumatic system such as predictive functional control (PFC), was also compared. The experimental results revealed that CMPC effectively improved the position accuracy of the pneumatic system compared to PFC strategy. However, CMPC not capable to provide a fast response as PFC.

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Section: Resultsmentioning

confidence: 99%

Pneumatic positioning control system using constrained model predictive controller: Experimental repeatability test

Sulaiman

Rahmat

Faudzi

et al. 2021

IJECE

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Application of Directional Control Solenoid Valves in Pneumatic Position System

Jaliel

Badr

2020

IOP Conf. Ser.: Mater. Sci. Eng.

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This paper focuses on the ability of application of electro pneumatic position control system based on. double acting pneumatic cylinder actuating by directional control solenoids valves and linked with position sensor. The suggested approach involved practical and theoretical work to realize an efficient pneumatic control system employed conventional solenoid valves instead of proportional or servo valves. It has required to set up a test rig contains the recommended electrical and pneumatic apparatus and involved the mathematical calculations as well as the computer simulation. A compare between practical and theoretical results have been carrying out to investigate the rendering of the suggested position control system including the position sensor. The obtained results showed that it can be used the directional control solenoid valve instead of other types of pneumatic valves such as proportional or servo solenoid valves with acceptable response and achieved position control system with high accuracy.

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Dynamic Modeling and Simulation of Control System for Pneumatic Servo Valve Using Piezoelectric Actuator

Abstract: In this study design

Cited by 2 publications

References 7 publications

Pneumatic positioning control system using constrained model predictive controller: Experimental repeatability test

Pneumatic positioning control system using constrained model predictive controller: Experimental repeatability test

Application of Directional Control Solenoid Valves in Pneumatic Position System

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