Emergency Button Wireless Berbasis Arduino Uno

Indartono, Kuat; Tama, Teppei Jordy L'ga; Mushthofa, Achmad Jauhar

doi:10.30595/techno.v20i1.3404

Cited by 1 publication

(1 citation statement)

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“…Although the use of TOR has been common in various industrial applications, research on the effect of using TOR as protection against overheating in BSR-10 type biofuel pelletizing machines is still limited [8]. Therefore, this study aims to fill this knowledge gap by investigating the effect of using TOR on motor temperature [9], engine performance, and biofuel pellet production in the context of a BSR-10 type biofuel pellet forming machine [10].In this study, we will measure temperature and evaluate engine performance when operated with and without TOR. The data collected will provide insight into the effectiveness of TOR in controlling motor temperature and its impact on overall engine performance.…”

Section: Introductionmentioning

confidence: 99%

Effect of Thermal Overload Relay (TOR) as Overheating Protection on BSR-10 Type Biofuel Pelletizer Molding Machine

Saragih,

Hiermy

2023

IJERSC

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BSR-10 type biofuel pellet forming machine is widely used in renewable energy industry to produce high quality biofuel pellets. However, prolonged operation and heavy loads on these engines can cause their temperature to rise excessively and potentially damage the electric motors. To overcome this problem, this study aims to investigate the effect of using a Thermal Overload Relay (TOR) as a protection against overheating in a BSR-10 type biofuel pellet forming machine. This research involves measuring temperature and engine performance when operated with and without TOR. Motor temperature and engine ambient temperature are observed and recorded during normal operation and heavy load situations. In addition, engine performance in terms of rotational speed, energy consumption and pellet production were also evaluated with and without TOR. The results showed that the use of TOR significantly reduced the motor temperature in the BSR-10 type biofuel pellet forming machine. When given a heavy load, the engine that is protected by TOR shows a more stable and controlled temperature compared to the engine without TOR. In addition, TOR-equipped machines also show improvements in overall performance, including more stable rotational speeds, more efficient energy consumption and consistent pellet production. In conclusion, the use of Thermal Overload Relay (TOR) as protection against overheating in the BSR-10 type biofuel pellet forming machine is effective in controlling motor temperature, improving engine performance, and preventing damage caused by excess temperature. This research provides a better understanding of the use of TOR in the context of biofuel pelletizing machines and can provide useful guidance to the renewable energy industry in improving the operational efficiency and reliability of their machines..

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Section: Introductionmentioning

confidence: 99%