UJI KINERJA MESIN COMBINE HARVESTER “MAXXI CORN TIPE-G AUTOMATIC” UNTUK PEMANENAN PADI SAWAH DI DESA TABABO KECAMATAN BELANG KABUPATEN MINAHASA TENGGARA

Authors

  • Stasya P. Rorong
  • Daniel P.M Ludong
  • Lady C.CH.E Lengkey

DOI:

https://doi.org/10.35791/cocos.v8i8.37445

Abstract

Abstract

Combine harvester Maxxi Corn Type-G Automatic, is a combination of three different operations, a
rice harvesting machine that can cut the standing grain, thresh and clean the grain while walking in the field,
thereby shortening the harvesting time. However, until now there has been no study on the performance of
harvesting capacity, harvesting efficiency and threshing of the Combine Harvester Maxxi Corn Type-G
Automatic in Tababo Village. The purpose of this study was to test the performance of the Combine Harvester
Maxxi Corn Type-G Automatic which is used to harvest rice in Tababo Village which includes, harvesting
field capacity, field efficiency, and threshing capacity. The research method used experimental methods in
data collection then all the data obtained were made in the form of tables and graphs and then processed
descriptively. This research uses a Combine Harvester Maxxi Corn Machine Type-G Automatic and a length
measuring device (50 m tape meter), a time measuring device (stopwatch), a scale, a tachometer, a grain
moisture meter, as well as plastic sacks and rice paddies ready to harvest the Adirasa Six Empat variety. with
a harvest age of 75 to 80 days and a spacing of 25 x 25 cm on a land size of 15 x 15 m.The performance of the
Maxxi Corn Type-G Automatic Combine Harvester in the field produces a theoretical field capacity of 0.3654
ha/hour, an effective field capacity of 0.1844 ha/hour and a harvesting field efficiency of 50.6214% and a
threshing capacity of 432.54 kg/hour.
Keywords:Performance Test Of Machine Combine Harvester Maxxi Corn Tipe-G Automatic

Author Biographies

Stasya P. Rorong

Fak. Pertanian Unsrat

Daniel P.M Ludong

Fak. Pertanian Unsrat

Lady C.CH.E Lengkey

Fak. Pertanian Unsrat

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Published

2021-12-27