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ENGLISH
tor, involves one various distribution of the
weights on the aces.
Depending on the composition of the
machine, it is therefore advisable to add
ballast to the front part of the tractor so as
to adequately distribute the weight on the
axles (Fig. 24). Refer to the following list:
A
= Distance of the front axle
from the front ballast (m)
B
= Tractor wheelbase (m)
C
= Distance of the rear axle from the
implement's lower hitch (m)
Gv
= Ballast weight (kg)
Te
= Empty weight of the tractor
Tv
= Load on the tractor's front axle
when empty
Th
= Load on the tractor's rear axle
when empty
Lb tot = Distance from the lower hitch to
the center of gravity of the complete
implement combination (m)
Lb1
= Distance from the lower hitch to
the center of gravity of the fi rst
combi machine (m)
Lb2
= Distance from the lower hitch to
the center of gravity of the second
combi machine (m)
Lb3
= Distance from the lower hitch to
the center of gravity of the third
combi machine (m)
Lb4
= Distance from the lower hitch to
the center of gravity of the fourth
combi machine (m)
Mb1
= Overall weight of the fi rst
implement (kg)
Mb2
= Overall weight of the second
implement (kg)
Mb3
= Overall weight of the third
implement (kg)
Mb4
= Overall weight of the fourth
implement (kg)
Mb tot = Overall weight of the entire combi
machine (kg)
1) Must be measured.
2) Consult the tractor's operation and mainte-
nance manual.
3) Must be calculated.
4) Consult the operation and maintenance manual
of the required implement.
- The ballast to add is calculated with the
ROTODENT BD - BE - BF - RM - RK - RmaX
ESPAÑOL
Según la composición de la máquina es
aconsejable por lo tanto agregar espe-
cífi cos lastres en la parte delantera del
tractor en modo tal de distribuir bien el
peso sobre los ejes (Fig. 24) teniendo en
cuenta la siguiente lista:
A
= Distancia del eje delantero
desde los lastres delanteros (m)
B
= Dist. ejes ruedas tractor (m)
1
C
= Distancia del eje trasero al enganche
2
inferior del implemento (m)
Gv
= Masa del lastre (Kg)
2
Te
= Masa del tractor en vacío
3
Tv
= Carga sobre el eje delantero del tractor
2
en vacío
Th
= Carga sobre el eje trasero del tractor
2
en vacío
Lb tot = Distancia del enganche inferior al
2
baricentro del implemento combinado
completo (m)
Lb1
= Distancia del enganche inferior al
3
baricentro de la primer máquina
combinada (m)
Lb2
= Distancia del enganche inferior al
1
baricentro de la segunda máquina
combinada (m)
Lb3
= Distancia del enganche inferior al
1
baricentro de la tercer máquina
combinada (m)
Lb4
= Distancia del enganche inferior al
1
baricentro de la tercer máquina
combinada (m)
Mb1
= Masa global del primer
1
implemento (kg)
Mb2
= Masa global del segundo
4
implemento (kg)
Mb3
= Masa global del tercer
4
implemento (kg)
Mb4
= Masa global del cuarto
4
implemento (kg)
Mb tot = Masa global total de toda la
4
máquina combinada (kg)
2
1) Es necesario medirlo.
2) Véase manual de uso y mantenimiento del
tractor.
3) Es necesario calcularlo.
4) Véase manual de uso y mantenimiento del
implemento a combinar.
- El lastre a aplicar se calcula con la for-
mula (1 Fig. 25).
- Para determinar la distancia desde el
1
2
2
3
2
2
2
3
1
1
1
1
4
4
4
4
2
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