Uniwersytet Rolniczy im. Hugona Kołłątaja w Krakowie |
Wydział Inżynierii Produkcji i Energetyki |
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Dobór środków transportowych |
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Izabela Tupik |
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TRiL IV rok |
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Dane: |
Koń + wóz + kombajn zielonkowy Z 140 SAMPO |
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Ładowność |
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3 |
[t] |
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Prędkość jazdy z ładunkiem |
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3 |
[km/h] |
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Prędkość jazdy bez ładunku |
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4 |
[km/h] |
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Wykorzystanie ładowności |
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0,6 |
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Wykorzystanie przebiegu |
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0,5 |
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Odległość przewozu |
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4 |
[km] |
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Współczynnik wykorzystania czasu eksploatacyjnego transportu |
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0,6 |
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Metoda porównywania wydajności: |
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Średnia prędkość transportowa: |
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3,5 |
[km/h] |
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Czas wyładunku |
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1,2 |
[h] |
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Szerokość robocza kombajnu |
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3,25 |
[m] |
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Prędkość robocza kombajnu |
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2,5 |
[km/h] |
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Współczynnik wykorzystania czasu eksploatacyjnego kombajnu |
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0,5 |
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Plon |
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25 |
[t/ha] |
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Wydajność kombajnu |
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10,156 |
[t/h] |
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Czas załadunku |
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0,177 |
[h] |
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Czas załadunku i wyładunku |
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1,377 |
[h] |
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Wydajność środka transportowego |
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0,295 |
[t/h] |
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Ilość środków transportowych |
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34,446 |
35
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[szt.] |
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Metoda poprzez porównywanie składników czasu pracy (1): |
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Czas jazdy z ładunkiem |
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1,333 |
[h] |
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Czas jazdy bez ładunku |
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1,000 |
[h] |
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Ilość środków transportowych |
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20,936
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[szt.] |
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Metoda poprzez porównywanie składników czasu pracy (2): |
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Wydajność kombajnu |
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0,406 |
[ha/h] |
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Ładowność zbiornika kombajnu |
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1,5 |
[t] |
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Czas napełnienia zbiornika maszyny |
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0,148 |
[h] |
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Wydajność przenośnika maszyny |
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15 |
[t/h] |
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Czas przeładunku materiału ze zbiornika na środek transportowy |
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0,100 |
[h] |
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Ilość środków transportowych |
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12,484
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[szt.] |
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