Main Article Content

Abstract

During the Community Service (PKM) activities carried out by students and lecturers in Opo-opo Village, Krejengan District, Probolinggo Regency, to assist farmers in the grain drying process. Where the simple drying process generally takes 3 days. To overcome the problem of manual drying, the PKM will design an automatic temperature control using pd on a rotary type grain drying machine. The test results were carried out 3 times, including the first test with 8 kg of grain with a fire setting, a temperature of 57 ℃ was obtained, and the required drying time was 50 minutes, so that the final weight was obtained lower than the initial weight due to a decrease in water content with the result the final grain weight was 7.23 kg and there was a decrease in grain weight of 1.37 kg. For the two grain tests of 7 kg with the fire setting, a temperature of 57 ℃ was obtained, and the drying time required was 30 minutes, so that the final weight was obtained which was lower than the initial weight due to a decrease in water content with the final grain weight being 6.73 kg and there was a decrease in grain weight of 1.87 kg. And for the three grains of 6.15 kg with the fire setting, a temperature of 69 ℃ was obtained, and the required drying time was 20 minutes, so that the final weight was obtained which was lower than the initial weight due to a decrease in water content with the final grain weight being 6. 40 Kg and there was a decrease in grain weight of 1.75 Kg.

Keywords

Gabah Kadar Air Pengeringan Tipe Rotary

Article Details

How to Cite
Imaduddin, I., Prasetya, F. W., Hasan, M. H. B., Sofyan, F., Jalaluddin, Rizki, F., & Afin, M. (2023). PKM-Perancangan Automatic Temperatur Control Menggunakan Pd Pada Mesin Pengering Gabah Tipe Rotary. SIPAKARAYA Jurnal Pengabdian Masyarakat, 2(1), 41 - 47. https://doi.org/10.31605/sipakaraya.v2i1.3002

References

  1. Hulukati, S. A., Asri, M., & Riyanto, A. (2022). Perancangan dan Pembuatan Alat Pengering padi Berbasis Arduino Uno. Jurnal Electrichsan, 11(01), 06-12.
  2. Nurdin, D., & Solehudin, A. (2023). Perancangan Mesin Pengering Padi dengan Sistem Rotary. Rekayasa Industri dan Mesin (ReTIMS), 4(2), 85-91.
  3. Nurosyid, H., & Solehudin, A. (2023). Pemanfaatan Gas LPG sebagai Bahan Bakar Mesin Pengering Padi. Rekayasa Industri dan Mesin (ReTIMS), 4(2), 92-96.
  4. Rajkumar, P. Dan kulanthaisami, S. 2006. Vacum assited solar drying of tomatoes slices. ASABE Annual International meeting,Portland, Oregon.
  5. Dwi Santoso, Abdul Wafi. 2020. Uji kinerja sistem kontrol untuk pengendalian suhu pada alat pengering biji-bijian berbasis fuzzy logic.
  6. Niken Suprapti. (2016). Sismtem kontrol pengaduk pada alat pengering gabah berbasis mikrokontroller atmega 8.
  7. Ogata, Katsuhiko. 1996. Modern Control Engineering (Teknik Kontrol Automatic). (Alih bahasa:Edi Laksono). Jakarta : Erlangga.
  8. Syahrir Abdussamad, Stephan A. Hulukati, Ayun Husain. 2022. “”Otomatisasi Pengering Padi Berbasis Arduino Uno” ELECTRICHSAN Volume 11 Nomor 1 Periode Mei2022pISSN: 2252-8237.
  9. Putranto, J., Saidatin, N., Maulana, H. S., & Patriawan, D. A. (2023, March). Analisis Ekperimental Sistem Kontrol Otomatis pada Pengisian Air Berbasis Rangkaian Close Loop dan Open Loop. In Prosiding SENASTITAN: Seminar Nasional Teknologi Industri Berkelanjutan (Vol. 3).