Analisa Ketahanan Pompa (Pump Endurance) Dengan Penggerak Arus Listrik DC

Parluhutan, Rio (2022) Analisa Ketahanan Pompa (Pump Endurance) Dengan Penggerak Arus Listrik DC. S1 thesis, Universitas Kristen Indonesia.

	Text (Hal_Judul_Daftar_Isi_Daftar_Tabel_Daftar_Gambar_Abstrak) HalJudulDaftarIsiDaftarTabelDaftarGambarAbstrak.pdf Available under License Creative Commons Attribution Non-commercial Share Alike. Download (3MB)
	Text (BAB_I) BAB I.pdf Available under License Creative Commons Attribution Non-commercial Share Alike. Download (321kB)
	Text (BAB_II) BABII.pdf Restricted to Registered users only Available under License Creative Commons Attribution Non-commercial Share Alike. Download (747kB)
	Text (BAB_III) BAB III.pdf Restricted to Registered users only Available under License Creative Commons Attribution Non-commercial Share Alike. Download (392kB)
	Text (BAB_IV) BAB IV.pdf Restricted to Registered users only Available under License Creative Commons Attribution Non-commercial Share Alike. Download (615kB)
	Text (BAB_V) BABV.pdf Restricted to Registered users only Available under License Creative Commons Attribution Non-commercial Share Alike. Download (197kB)
	Text (Daftar_Pustaka) DaftarPustaka.pdf Available under License Creative Commons Attribution Non-commercial Share Alike. Download (210kB)
	Text (Lampiran) Lampiran.pdf Restricted to Repository staff only Available under License Creative Commons Attribution Non-commercial Share Alike. Download (170kB)

Abstract

Saat pompa air DC sudah banyak di produksi namun masih jarang digunakan masyarakat umum. Penggunaan dengan arus DC sangat potensial karna dapat menggunakan listrik langsung dari panel surya, akan tetapi masyarakat umum belum mengetahui kehandalan pompa tersebut. untuk mengetahui kehandalan pompa tersebut penulis melakukan pengujian dengan judul “Analisa ketahanan pompa (pump endurance) dengan penggerak arus listrik DC” Berdasarkan pengujian yang dilakukan untuk meneliti ketahanan pompa menggunakan pompa DC dengan spesifikasi sebagai berikut : daya masimum 180 Watt, head masimum 15 m, kapasitas masimum 1.5 m3/jam dengan 12 V. Dari hasil pengujian selama 7 x 24 jam dengan head 4.9 m di peroleh hasil yaitu pada voltage 12,04 V dan 4,09 A di dapat kapasitas pompa yaitu 23 liter/menit, daya pompa 50,7 Watt. Pada voltage 7,7 V dan 6,02 A di dapat kapasitas pompa yaitu 10 liter/menit, daya pompa 46,4 Watt . Pada voltage 12,06 V dan 4,1 A di dapat kapasitas pompa yaitu 20 liter/menit daya pompa 49.4 Watt. Sehingga dapat diambil kesimpulan bahwa dari hari pertama sampai hari ke tujuh performa pompa dapat dinilai hanya mengalami sedikit perubahan dari 23liter/menit menjadi 20 liter/menit . Kata kunci: pompa, arus DC, ketahanan./ When there are many DC water pumps in production, they are still rarely used by the general public. The use of DC is very potential because it can use electricity directly from solar panels, but the general public does not yet know the reliability of the pump. To determine the reliability of the pump, the author conducted a test with the title "Analysis of pump endurance (pump endurance) with a DC electric current drive". maximum 1.5 m3/hour with 12 V. From the test results for 7 x 24 hours with a head of 4.9 m, the results obtained are at a voltage of 12.04 V and 4.09 A the pump capacity is 23 liters/minute, pump power is 50, 7 Watts. At a voltage of 7.7 V and 6.02 A, the pump capacity is 10 liters/minute, the pump power is 46.4 Watts. At a voltage of 12.06 V and 4.1 A, the pump capacity is 20 liters/minute, the pump power is 49.4 Watt. So it can be concluded that from the first day to the seventh day the pump performance can be judged to have only experienced a slight change from 23 liters/minute to 20 liters/minute. Key: pump, Direct Current (DC), resistance

Actions (login required)

View Item