Res. Agr. Eng., 2013, 59(2):56-60 | DOI: 10.17221/5/2012-RAE

Evaluation of work quality of the green peas harvester Ploeger EPD 490Original Paper

P. Findura1, J. Turan2, J. Jobbágy1, M. Angelovič1, O. Ponjican2
1 Department of Machines and Production Systems, Faculty of Machanical Engineering, Slovak University of Agriculture in Nitra, Nitra, Slovak Republic
2 Departnent of Agricultural Engineering, Faculty of Agriculture, University of Novi Sad, Novi Sad, Republic of Serbia

Machines for harvesting vegetable must reliably collect the given type of vegetables at various climatic conditions, and with adequate performance, quality and low losses. Machines for harvesting of green peas must be sufficiently reliable and handling must be simple. The criteria of their work are based on harvested product quality, and the size of losses incurred depends on the rate of release of pods from the plants and on the release of grains from pods. The size of loss of grain and pods in the field and grain damages in the storage tank is directly proportional to the appropriately selected operating mode of the machine. Resistance to the damage of grain can be partly affected by selecting varieties with appropriate physical and mechanical properties and by choosing appropriate operating speed of the collector of green peas. Experimental measurements were carried out in the cooperative farm Zemné, Slovak Republic, within a conventional tillage technology, which has suitable conditions for the cultivation of this commodity. The subject of research was green peas Ploeger EPD 490.

Keywords: Pisum sativum L.; quality of the harvest; damage of grain; seed properties

Published: June 30, 2013  Show citation

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Findura P, Turan J, Jobbágy J, Angelovič M, Ponjican O. Evaluation of work quality of the green peas harvester Ploeger EPD 490. Res. Agr. Eng. 2013;59(2):56-60. doi: 10.17221/5/2012-RAE.
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References

  1. Brkič J., 1978. Technički aspekti razvoja mehanizirane berbe povrča i pregled najnovijih strojeva i ureďaja u proizvodnji i berbi povrča (Technical aspects of machines for vegetable harvest and review modern harvest machines). Novi Sad, NNDPT: 14-20.
  2. Brkič J., Dujmovič J., 1970. Mehanizacija u povrtarstvu. (Exploitation of machines). Novi Sad, NNDPT: 62.
  3. Dedenko N.V., Hrestov V.A., Medvedev V.P., 1977. Mašini dlja uborki evešči (Harvest machines). Moscow, Koloss: 145.
  4. Fiala K., Kobza J., Matúšková Ľ., Brečková V., Makovní-ková J., Barančíková G., Búrik V., Litavec T., Houšková B., Chromaničová A., Váradiová D., Pechová B., 1999.
  5. Záväzné metódy rozborov pôd. Čiastkový monitorovací systém - pôda (Binding methods for soil analysis. Partial Monitoring System - Soil). Bratislava, VÚPOP: 142.
  6. Gorzelany J., 1997. Effect of various fertilization levels on the crack resistance of horse beans. In: Book of Abstracts Vol. 1. 6th International Conference on Agrophysics, September 15-18, 1997, Lublin: 58.
  7. Mekinda, M. Dr. 1977. Rezultatj j iskustva u radu kombajna za grašak (Results of Evaluation Pea Harvester). Novi Sad, NNDPT: 35-37s.
  8. Neubauer K., 1989. Stroje pro rastlinnou výrobu (Machines for Crop Production). Prague, SZN: 695.
  9. Poničan, J., 2001. Mechanizácia v zeleninárstve (Agriculture Machines in Vegetable Production). Nitra, VES SPU: 120.
  10. Rédl J., Kuď?˛era M. 2008. The Spatial Identification of Selected Points of Agricultural Machine. Nitra, SPU: 74-78.

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