Fault Detection and Protection of Induction Motor by Real Time Monitoring and Controlling of the Motor Parameters

Işık, Mehmet Fatih; Haboğlu, Mustafa Reşit; Yanmaz, Hilmi; Yılmaz, Cemal

doi:10.18178/joace.4.3.242-246

Cited by 4 publications

References 12 publications

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Electrical Motor Interference Monitoring Based On Current Characteristics

Triyono

Prasetyo

Winarno

et al. 2021

J. Phys.: Conf. Ser.

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The use of electric motors of the industrial world is as a motor for production equipment. One example of using an electric motor is a conveyor. The conveyor has a long operating time. Conveyors can move objects from one place to another. Therefore, the condition of the conveyor machine must be good so that there are no operational errors. Errors in conveyor operation can result in delays in the production process. From these problems, research is made on a controller and monitoring of electric motors on the conveyor based on current parameters. This electric motor monitoring is based on Programmable Logic Control. This system is designed by utilizing a Current Transformer to measure the current in each electric motor. This current condition detects the condition of the electric motor in real time. If there is a change in a current that is not in accordance with the normal current, the system will detect a disturbance. This system can also control the direction of motor rotation. This system can inform all forms of disturbances to electric motors in the form of indicators and graphs of current movements in real time.

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Electrical Motor Interference Monitoring Based On Current Characteristics

Triyono

Prasetyo

Winarno

et al. 2021

J. Phys.: Conf. Ser.

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Power Factor Correction Using Programmable Logic Control Based Rotary Method

Prasetyo

Hidayatullah

Artono

2021

J. Phys.: Conf. Ser.

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The power factor value of an induction motor is low. This power factor value is due to the large reactive power. Therefore, it is necessary to add capacitors to improve the power factor. The addition of this capacitor uses a capacitor bank with the rotary method. This rotary method is expected to be able to improve the low power factor. The method used is to determine the set point of the desired power factor. Then this method will add the value of the capacitor bank if it does not meet the set point. If it exceeds the set point value, this method will reduce the value of the capacitor bank. For programming this method using Programmable Logic Control. Programmable Logic Control can perform real time monitoring. The results of the test method showed that the capacitor bank worked to improve the power factor optimization. From the power factor of the drilling machine 0.54 to 0.86 in the test. Further developments can make capacitor sizes smaller and more varied in order to optimize the power factor.

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