1.
Introduction
We often encounter 3 phase inverters in industry, both small and medium and large scale industries. Inverters in an industry are used to
support the excitation of one or more three-phase motors in one control circuit. 3 phase inverter is used in an industry because it has good
characteristics. These characteristics include a smooth start-stop process with almost no speed spikes, easy speed regulation without having
to do additional circuits, very low starting power with large torque, internal and external control that can be carried out for both start-stop
and speed. Motorcycle [1]. In the industry, automatic inverter control is generally carried out by PLC (Programmable Logic Control) [2].
Arduino with all its characteristics and functions can be used to replace the PLC as an automatic inverter controller. Arduino is even
capable of collaborating with other equipment such as LCD (Liquid Crystal Display) displays. LCD (Liquid Crystal Display) when
collaborated with PLC requires other additional circuits that can bridge the data communication process. Arduino can do various initial
settings according to the user's wishes [3].
2.
Method
The author uses several research methods in this study, including literature studies, hardware planning and design, and software design.
In this literature study, the researcher collected literature materials related to inverter control using Arduino both from books in the
Balikpapan State Polytechnic library and literature from the internet in the form of e-books.
To simplify the design of the Arduino-based inverter remote controller, the plan is divided for each block in the order of the leading
block followed by the next block..
MULTICA SCIENCE AND TECHNOLOGY (MST), 1 (2), 2021, pp. 76-79
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