2011The Next Generation in combines - Massey Ferguson
2011The Next Generation in combines - Massey Ferguson
2011The Next Generation in combines - Massey Ferguson
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Clean gra<strong>in</strong> system drive<br />
This system is driven from the left side of the<br />
mach<strong>in</strong>e where power flow starts at the pitman<br />
shoe drive. Power is then transmitted to the<br />
clean gra<strong>in</strong> cross auger, then onto the elevator<br />
and gra<strong>in</strong> tank fill auger. Only three belts are<br />
required to transmit power from the eng<strong>in</strong>e tail<br />
shaft to the return elevator drive sheave.<br />
Chopper drive<br />
This system allows the chopper speed to be<br />
changed easily by simply roll<strong>in</strong>g back the chopper.<br />
This releases the belt tension and allows the belt<br />
to be removed or switched between the two<br />
speed options without the need to switch pulleys.<br />
Inl<strong>in</strong>e rotor drive<br />
With the smooth, controlled engagement of a<br />
hydraulically actuated two-stage clutch, power<br />
is efficiently directed from the eng<strong>in</strong>e through a<br />
high capacity belt drive system.<br />
Feed conveyor drive<br />
In addition to the longer feeder house and<br />
<strong>in</strong>creased header drive capacity, the capacity of<br />
the feed conveyor drive is also <strong>in</strong>creased with a<br />
banded triple v-belt for tough conditions. The<br />
speed of the conveyor is easily changed for<br />
different crop types.<br />
Drives & Power Tra<strong>in</strong><br />
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