Kverneland ACPND 65929 Series Operating manual

1
1
Date: 7/31/2019
Machine type: ts drill 4 –6 m
Address: Kverneland Group Soest GmbH
Coesterweg 42
59494 Soest
Germany
Receiver: Technical Service
Details: Technical machine information and adjustments
Serial number: > ACPNDxx65929
Technical Service Manual ts drill 4 – 6 m

2
2
Content
Machine overview 3
Technical specifications 4
Frame 4 m 7
Frame 4.8 -6 m 8
Machine overview 9
Seeding coulter tines 10
New patented tine outlet 11
Seeding depth adjustment/metering switch on and off 12
V-shape harrow tines (Ø 10mm) + Press wheels 13
Pneumatic Seed Distribution System 14
Fan 15
Metering device 16
Seeding rotors 17
Radar sensor 18
Electronics –main box 19
Electronics –software update 26
Electronics –pin menu 28
Hydraulics E-COM 30
Hydraulics E-BAS 31
Overview of alarms E-COM 32
Comments –personal notes 39

3
3
Machine overview

4
4
Technical specifications
Height (m)
without lifting height of tractor
to 5.00 m working width 2,35
more then 5.00 m working width 3,10
Width (m)
Machine in work position without track marker 4.00 / 4.80 / 5.00 / 5.60 / 6.00
Transport width 3
Depth (m)
Depending on the equipment, approx. 3,12-3,60
Gross weight (kg)
Depending on equipment level, approx. 1580-2850

5
5
Technical specifications
Seed hopper
Fill height (m)
without hopper extension 2,35
with hopper extension 2,55
Hopper volume (l)
without hopper extension 1350
with hopper extension 1700
Maximum hopper capacity, approx. (kg of wheat)
without hopper extension 1050
with hopper extension 1275
Noise level (dBa)
Fan at 1,000 rpm 98
Tramlining control system (FGS), ESA
Power supply (V) 12
Fuse (A) 30

6
6
Technical specifications
Tractor
Power requirement 110 to 180 HP
Tractor PTO shaft (rpm) 540/850/1000
Design 1 3/8“, 6-part
Wheels
Tyre pressure centre section wheels 1.4 bar.
Tyre pressure side section wheels 2.4 bar.
Number of tines 4 m –32 tines -12,5cm
4 m –26 tines -15cm
4.8 m –38 tines -12,5cm
4.8 m –32 tines -15cm
5.0 m –40 tines -12,5cm
5.0 m –32 tines -15cm
5.6 m –40 tines -15cm
6 m –48 tines -12,5cm
6 m –40 tines -15cm

7
7
Frame 4 m
3 section frame
•Coupling
•Cat. II and III
•Top-link with additional slotted hole
•Rigid frame (in working position)
•Horizontal folding track markers with overload protection
(from our big sized seed drills)
Seed depth adjustment
•2 Floatation tyres 11.5/80-15.3 (10 PR)
(from Optima trailed frame)
•Tool-less adjustment of the seed depth
•Depth indicator on each adjustment point

8
8
Frame 4.8 -6 m
3 section frame with floating wings
•Coupling
•Cat. II and III
•Toplink with additional slot hole
•Wing support wheels 20.5x8.0-10 (6 PR)
•Depth adjustment of the wing support wheels without any
tools
•Horizontal folding track markers (from MSC)

9
9
Machine overview
1 2 3 4
Levelling Loosing/sowing Covering Pressing
Clod Board [+] Tine with seed coulters Seed-covering harrow Press wheels [+]
Large safe loading
platform and access steps
Seeds
Fed drive
Right side
section
Centre
section Left side
section
Track
marker
Seeding
tines
Press
wheels
Metering
system
Covering
harrows

10
10
Seeding coulter tines
Auto reset seeding tines
•Strong tine with micro vibration for precise seeding depth
and low pulling force
•50kgAuto-reset breakaway force
•The Kverneland leaf-spring auto reset tine allows to
overcome even the largest obstacles
•Two different coulter tip:
−Straight coulter tip as standard -all-round coulter also for
stony conditions
−Reversible coulter tip optional –creates down force in
tough conditions
Straight tine
Reversible tine
(option)

11
A new patented seed outlet which has no screws in the
seed outlet tube. This ensures perfect seed placement
New patented tine outlet

12
12
Seeding depth adjustment/metering switch on and off
1. Seeding depth for central wheels is adjusted by
spacers.
2. Frames > 4.00m are equipped with additional
depth control wheels on the wing sections.
3. The metering devise is switched on and off by
two sensors on chassis.
•1
•2
•3

13
13
V-shape harrow tines (Ø 10mm) + Press wheels
Press wheels Ø 380 ( proven and tested on u-drill)
•Integrated „Depth-Guidance-and Press Wheel“ –large
Ø380mm for a smooth ride.
•New flexible rubber design with self cleaning effect for
the Press-Wheel -no scraper required.
•Press wheels for both tine distances (12.5cm and 15cm)
•Step-less pressure adjustment, no tools needed
•In wet condition the press wheels can be lifted clear of
the ground
•The press wheels pressure is adjusted by turnbuckles.
•When the turnbuckles are completely shortened the
press wheels are in lifted position

14
14
Pneumatic Seed Distribution System
The metering unit
conveys the seeds
to the injector
where it is mixed
with the air stream
1The air blows
the seeds
trough the
diffuser tube
2The seeds are
distributed
equally to all
seeding
coulters
3Seed rate
can be
adjusted
from 1 to
400kg/ha.
4All kind of
seeds can
be seeded
from grass
up to maize.
5

15
15
Fan
•The fan is positioned at the back and integrated in the
frame concept.
•This makes it easier to connect the pto shaft and ensures
smoother running.
•Hydraulic drive 28 l/min series
•Maximum return line pressure 10 bar
•Maximum fan speed 4500 rpm
•Optional pto drive 540/ 850/ 1.000 rpm
•Throttle regulates airflow
•Normal position is “open” (A)
•For rape or grass it can be useful to close the throttle (Z)
if the seed is blown out of the seed furrow
A
Z

16
16
Metering device
•Electric driven Kverneland metering device
•Seed rate from 1-400kg per ha
•Calibration flap with integrated gate –no seed dropping
into the hose.
•Penstock as standard.
•Remote control for calibration test at the metering unit.
•Emptying flap
Motor Blockage plate
Calibration
button
Membrane
Sensor for
flap
Diffusor
Bracket for
baffle plate
Cover
of
rotor
For control: amperage of motor
•Empty device with rotor 2A
•Depending on seed 5-11A
•Disconnection 15A

17
17
Seeding rotors
Rotor Example
(dependent on seed quantity)
1Beans, Peas
2 Grass
3Rape
4Barley, Wheat
5Maize

18
18
Radar sensor
Type:
Radar
Voltage:
12 V
Adjustability:
---
Switching distance:
---
Wire:
Red (+12 V), green (signal),
black (ground)
Calibration and Check:
-Calibration :
1) Press „START“
2) Drive exact 100 m in field
(speed > 0,5 km/h)
3) Press „STOP“
realistic data:
18000 –20000 / 100 m
-Ground conditions can
influence the data
-minimal speed during the
calibration:
0,5 km/h

19
19
Electronics -Mainbox E -COM
for function control:
measure signal to ground
-Sensor active 0V
-Sensor open 12V
•
•
•
•
•
•Run LED, flashes if
software is ok
•Motor LED
•Power Input LEDs
•
•
•
•
•
•
•ECU/Terminal LED

20
20
Electronics -Mainbox E -BAS
for function control:
measure signal to ground
-Sensor active 0V
-Sensor open 12V
•
••
•
•
•
•
•
•
•
•
•Power Input LEDs
•Run LED, flashes if
software is ok
•Motor LED
•ECU/Terminal LED