90
4.8 POWER TAKE-OFF
Max stress on PTO (torque): 48 Kgm
See fig.28:
Couple rotary cultivators with ratio not lower than 3.4:1 and cardan joint
with limit safety device of max. 48 Kgm.
If implements that produce a great deal of inertia (e.g. lawn mowers,
brush-wood choppers, etc.) are connected to the PTO, it is advisable to
use a cardan shaft transmission with “free wheel” device. As it prevents
drive from being transmitted from the implement to the machine, this device
allows these latter to immediately stop as soon as the clutch is depressed.
4.8.1 Rear power take-off for Mod.26RS-30RS
The tractor is equipped with a single power take-off with 1”-3/8 and clockwise
rotation.
Disengage the clutch by depressing pedal N° 19 fig.1.
Engage the power take-off by means of lever N° 14 fig.1 in the 540 RPM
position or in the position where it is SYNCHRONIZED with the ground speed of
the tractor.
Engage the clutch by releasing pedal N° 19 fig.1.
Synchronized power take-off
Synchronized with all the gearbox speeds. Used for trailers with driving wheels.
The power take-off is engaged in the following way:
Lever on point A to remove the impediment
Lever N° 14 fig.1 (n.1 fig.6) in the synchronized position (N° 3 fig.6)
Wheel turn / power take-off ratio: 1/15.13
4.8.2 Rear power take-off
for Mod. 45RS-45R-40RS-W40RS-W45RS-30SN-40SN-30A-40A
The machine is equipped with two rear power take-offs operated by the same
controls and with the same speeds. The only variations:
Top power take-off: 1" 3/8 profile, clockwise rotation
Bottom power take-off: 26UNI220 profile, anticlockwise rotation (mod.W40
excepted).
Rear power take-offs are controlled by means of lever N° 14 fig.1, which can be
set in the following positions:
•
Independent 540-750 (position N° 2 fig.6 )
•
Synchronized (position N° 3 fig.6)
Summary of Contents for 26RS
Page 3: ...2 Fig 1 mod 26RS 30RS 40RS 40R Fig 1 mod 45RS W45RS ...
Page 5: ...4 Fig 5 Fig 6 mod 26RS 30RS 45RS Fig 6 mod 30SN 40SN 30A 40A ...
Page 7: ...6 Fig 9 Fig 10 Fig 11 Fig 12 mod 26RS 30RS 40RS 45RS 40R Fig 13 Fig 14 mod RS R Fig 15 ...
Page 8: ...7 Fig 16 Fig 19 Fig 20 Fig 17 Fig 18 ...
Page 9: ...8 Fig 21 Fig 22 mod Fig 23 mod SN A Fig 24 mod SN A Fig 25 mod ...
Page 10: ...9 Fig 26 Fig 27 Fig 28 ...
Page 11: ...10 ...
Page 47: ...46 ...
Page 77: ...76 ...
Page 107: ...106 ...
Page 169: ...168 ...
Page 200: ...Edito a cura dell UFFICIO PUBBLICAZIONI TECNICHE Matr 06380742 17 Ed Printed in Italy ...
