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General data and equipment
0°
Construction
12
Timing process:
1. Remove all tine carriers.
2. Assemble one central tine carrier and rotate it so that the tines are in-line
with the axis of the trough (reference rotor).
3. Assemble the two adjacent tine carriers with a phase angle of b5° and +15°.
Procedure: position the tine carrier at 90° to the reference tine carrier and rotate it until you find the
first
possible
assembly position.
The phase angle must not exceed 15°
. If it is not possible to find a
position between 5° and 15° rotate the tine carrier 180° and try again. NB The alignment of three adjacent
tine carriers must be convergent (or divergent), not parallel. (Fig.1)
4. Rotate the newly assembled tine carrier so that it is in-line with the trough (as in step 2)
5. Assemble the next adjacent tine carrier so that the phase angle is between -5° and -15° (as in step 3
but in the opposite direction). (Fig.2)
6. Proceed in this way for all remaining tine carriers
.
-75°
75°
30°
45°
60°
-30° -45 -60 -15
Resetting operation of tine carriers’ ” TIMING”,
Summary of Contents for H Series
Page 5: ...5 5 General data and equipment Road transport 3100 mm 1650 mm Total weight 3 900 kg ...
Page 6: ...6 6 Rear view Front view Road transport General data and equipment 2900 mm 3100 mm ...
Page 7: ...7 General data and equipment Total weight 3 900 kg 7 Working position ...
Page 8: ...8 8 Rear view Front view General data and equipment Working position 6000 mm ...
Page 9: ...9 9 700 mm 1730 mm 1500 mm Working position Total weight 3 900 kg General data and equipment ...
Page 14: ...14 General data and equipment Construction 14 ...
Page 17: ...17 17 General data and equipment Leveling bar equipment ...
Page 31: ...31 31 4 Technical specifications ...
Page 32: ...32 Basic hydraulic circuit std equipment schematics hydraulic 32 ...
Page 33: ...33 33 Basic hydraulic circuit std equipment Distributor block ...
Page 34: ...34 Basic hydraulic circuit std equipment Roller sequence circuit 34 ...
Page 35: ...35 35 Basic hydraulic circuit std equipment Folding circuit ...
Page 36: ...36 36 Basic hydraulic circuit std equipment Transport lock circuit ...
Page 37: ...37 37 Basic hydraulic circuit std equipment Roller lift circuit ...
Page 38: ...38 38 Basic hydraulic circuit std equipment Line markers circuit optional ...
Page 39: ...39 39 Hydraulic circuit electro hydraulic controls schematics hydraulic ...
Page 40: ...40 40 Hydraulic circuit electro hydraulic controls Connections and functions ...
Page 41: ...41 41 Hydraulic circuit electro hydraulic controls Folding transport lock circuit ...
Page 42: ...42 42 Hydraulic circuit electro hydraulic controls Roller lift circuit ...
Page 43: ...43 43 Hydraulic circuit Control panel schematics hydraulic ...
Page 44: ...44 44 Hydraulic circuit Control panel Junction Box Control box ...
Page 45: ...45 45 Hydraulic circuit Control panel Interface on coulter bar brackets ...
Page 46: ...46 46 Hydraulic circuit Control panel Line marker function ...
Page 47: ...47 47 Hydraulic circuit Control panel Pre emergence marker function ...
Page 48: ...48 48 Hydraulic circuit Control panel Coulter bar lift ...
Page 49: ...49 49 Hydraulic circuit Control panel Coulter bar pressure ...
Page 50: ...50 50 Hydraulic circuit Control panel Pre emergence marker function ...
Page 52: ...52 52 Requests ...