General info ............................................................................................................................................................................................................... 1
Local poison information center ...........................................................................................................2
3 - Description
General info ...........................................................................................................................................1
General info ............................................................................................................................................................................................................... 1
Pressure based regulation (optional equipment) .............................................................................................................................. 2
SafeTrack and IntelliTrack .................................................................................................................................................................................. 3
System description ................................................................................................................................4
General key description ..................................................................................................................................................................................... 5
Help key ....................................................................................................................................................................................................................... 5
Terminal HC 6500 ................................................................................................................................................................................................... 6
Night illumination .................................................................................................................................................................................................. 6
SetBox HC 6400 ....................................................................................................................................................................................................... 7
Grip HC 6300 ............................................................................................................................................................................................................. 7
General keystrokes, daily settings ................................................................................................................................................................ 8
General keystrokes, Example: Tank contents ........................................................................................................................................ 9
Keystroke menu tree ............................................................................................................................................................................................ 9
Extended menu ......................................................................................................................................................................................................9
Auto functions .....................................................................................................................................10
General info ............................................................................................................................................................................................................ 10
End nozzles (Fence line) (optional) .......................................................................................................................................................... 10
Control units .............................................................................................................................................................................................................1
Installation of control unit brackets ............................................................................................................................................................ 1
Power supply ............................................................................................................................................................................................................ 2
Mounting of tractor harness ........................................................................................................................................................................... 2
Speed transducer for sprayer .........................................................................................................................................................................3
Speed transducer for tractor ........................................................................................................................................................................... 3
Initial system start-up .......................................................................................................................................................................................... 4
System start-up ....................................................................................................................................................................................................... 5
Check LookAhead pressure regulation at speed change ............................................................................................................. 6
Check LookAhead pressure regulation at section change .......................................................................................................... 7
Pressure based regulation (optional equipment) .............................................................................................................................. 7
TOC. 1
Table of contents
5 - Menu 1 Daily settings
Menu 1.1 Volume rate ...........................................................................................................................1
How to change the volume rate .................................................................................................................................................................. 1
Menu 1.2 Tank contents ........................................................................................................................2
To change the displayed Tank contents .................................................................................................................................................2
Menu 1.3 Select register ........................................................................................................................3
Menu 1.3.1 Register readout and selection ........................................................................................................................................... 3
Menu 1.6 LookAhead nozzle select .......................................................................................................4
Menu 2.1 Display readout .....................................................................................................................1
General info ............................................................................................................................................................................................................... 1
Menu 2.1.1 Display readout ............................................................................................................................................................................. 1
Menu 2.2 Auto functions .......................................................................................................................3
Menu 2.2.1 Main ON/OFF .................................................................................................................................................................................. 3
Menu 2.2.2 Foam Marker (optional) ...........................................................................................................................................................3
Menu 2.2.3 Dual line (not used in North America) ............................................................................................................................ 4
Menu 2.2.4 HeadlandAssist setup (not used in North America) ............................................................................................... 4
Menu 2.2.5 TWIN preset shift auto/man (TWIN only) ...................................................................................................................... 4
Menu 2.2.6 AutoAgitation select level (not used in North America) .....................................................................................4
Menu 2.2.7 AutoAgitation fixed level (not used in North America) .......................................................................................4
Menu 2.3 VRA/Remote control ..............................................................................................................5
Menu 2.4 Set clock .................................................................................................................................6
How to set clock ..................................................................................................................................................................................................... 6
Menu 2.5 Alarms, Warnings and Info ....................................................................................................7
How to set up alarms ......................................................................................................................................................................................... 7
Menu 2.6 Register names ......................................................................................................................8
How to name the registers .............................................................................................................................................................................. 8
7 - Menu 3 Calibration
Menu 3.1 Speed calibration ...................................................................................................................1
Menu 3.1.1 Sprayer ................................................................................................................................................................................................ 1
Menu 3.1.1.1 Constant ........................................................................................................................................................................................ 2
Menu 3.1.1.2.1 Practical ...................................................................................................................................................................................... 2
Menu 3.2 Flow calibration .....................................................................................................................3
Which method to use .........................................................................................................................................................................................3
Menu 3.2.1 Flow constant ................................................................................................................................................................................3
Menu 3.2.2 Nozzle method .............................................................................................................................................................................. 4
Menu 3.2.3 Tank method .................................................................................................................................................................................. 4
Menu 3.3 Boom ......................................................................................................................................6
Menu 3.3.1 Width ................................................................................................................................................................................................... 6
Menu 3.3.2 Number of sections .................................................................................................................................................................... 6
Menu 3.3.3 Nozzles/section ............................................................................................................................................................................. 6
Menu 3.3.4 End nozzles and Bi-jet (optional) .......................................................................................................................................6
Menu 3.4 Regulation constant ...............................................................................................................7
Menu 3.5 Tank gauge ............................................................................................................................8
General info ............................................................................................................................................................................................................... 8
Menu 3.5.1 Adjustment of specific gravity ............................................................................................................................................. 8
Menu 3.5.2 Custom calibration of Tank gauge .................................................................................................................................... 8
Menu 3.5.3 Select factory calibration ...................................................................................................................................................... 11
Menu 3.5.4 Offset at empty MainTank ................................................................................................................................................... 11
TOC. 2
Table of contents
Menu 3.6 Track ....................................................................................................................................12
General info ............................................................................................................................................................................................................ 12
Menu 3.6.1 Track width ................................................................................................................................................................................... 12
Menu 3.6.2 Tractor drawbar ......................................................................................................................................................................... 12
Menu 3.6.3 Dead zone ..................................................................................................................................................................................... 13
Menu 3.6.4 Damping ........................................................................................................................................................................................ 13
Menu 3.6.5 Alignment offset ....................................................................................................................................................................... 13
Menu 3.6.6 Sensitivity ....................................................................................................................................................................................... 13
Menu 3.7 LookAhead ...........................................................................................................................16
Menu 3.7.X LookAhead calibration .......................................................................................................................................................... 16
8 - Menu 4 Toolbox
Menu 4.1 Measure .................................................................................................................................1
Trip meter ...................................................................................................................................................................................................................1
Menu 4.2 Service intervals ....................................................................................................................2
Menu and intervals ............................................................................................................................................................................................... 2
Menu 4.3 Service interval reset .............................................................................................................3
Service interval reset ............................................................................................................................................................................................ 3
Menu 4.4 Reserved ................................................................................................................................4
Reserved function - This menu is not used ...........................................................................................................................................4
Menu 4.5 Test ........................................................................................................................................5
How to test ................................................................................................................................................................................................................. 5
Menu 4.6 Speed simulation ...................................................................................................................6
How to use speed simulation ........................................................................................................................................................................6
Menu 4.7 Emergency Track ....................................................................................................................7
Menu 4.7 Emergency Track .............................................................................................................................................................................7
Menu 4.8 Computer CAN status .............................................................................................................8
Menu 4.8.X Computer CAN status ............................................................................................................................................................... 8
9 - Menu 5 Logbook
Menu 5.1 Print .......................................................................................................................................1
What you can print ...............................................................................................................................................................................................1
Menu 5.2 Data dump .............................................................................................................................2
How to dump data ................................................................................................................................................................................................ 2
Soft keys menu tree .............................................................................................................................................................................................. 1
In an emergency situation ...............................................................................................................................................................................1
Fault finding - HC 6500 ....................................................................................................................................................................................... 2
TOC. 3
Table of contents
13 - Testing and fine tuning
Testing and fine tuning .........................................................................................................................1
Fine tuning the flow constant - PPU .......................................................................................................................................................... 1
Flow ranges for the flow transducers .....................................................................................................................................................1
Types of plugs and fuses ................................................................................................................................................................................... 2
Materials and recycling .........................................................................................................................3
Disposal of electronics ........................................................................................................................................................................................ 3
Packaging information ....................................................................................................................................................................................... 3
Chart for recording values ................................................................................................................................................................................ 4
15 - Warranty
Warranty policy and conditions ............................................................................................................1
TOC. 4
1 - Welcome
1 - Welcome
Welcome letter
Dear Owner,
Thank you for purchasing a HARDI® product and welcome to the ever-increasing family of HARDI® sprayer owners.
Our sprayers and accessories are rapidly becoming a familiar sight on North American farms. We believe that this results from
growers becoming increasingly conscious of crop protection input costs and the vital need for cost effective spray
application equipment.
Please take the time to thoroughly read the Operator’s Manual before using your equipment. You will find many helpful hints
as well as important safety and operation information.
Some of the features on your HARDI® controller were suggested by growers. There is no substitute for “on farm” experience
and we invite your comments and suggestions. If any portion of this instruction book remains unclear after reading it,
contact your HARDI® dealer or service personnel for further explanation before using the equipment.
For Product, Service or Warranty Information:
- Please contact your local HARDI® dealer.
To contact HA R D I ® d irec t l y :
- Please use the HARDI® Customer Service number: 1-866-770-7063
- Or send your email to CUSTSERV@hardi-us.com
HARDI® NORTH AMERICA INC. Visit us online at: www.hardi-us.com
1500 West 76th St.
Davenport, Iowa 52806
Phone: (563) 386-1730
Fax: (563) 386-1710
The Terminal has a 4.7” color display. Working pictures will be shown in different colors depending on the function used.
Display readout includes volume rate, speed, liquid rate per minute, total covered area, total volume sprayed and 99 trip
registers. It includes a total register that summarizes data from the 98 trip registers. It is illuminated internally so readout is
possible even for night-time work.
Functions include correct area with closure of up to 13 spray boom sections, up to 27 alarm functions and the possibility for
audio/visual alarm etc. There are also 23 warnings depending on operation. Alarms and warnings will be shown in the
bottom left corner of the display.
The Grip has integrated controls for the spray functions (up to 13 sections) main ON/OFF, boom raise, boom lower, boom
slant, boom tilt (left and right) and status diode.
The transducers utilized are chosen for long service life and good signal quality. The speed and flow transducers have a builtin diode that will flash to indicate when it’s functioning, to aid servicing.
The Terminal is also compatible for Variable Rate Application and is prepared for communication with Prec ision Farming
tools (e.g. HARDI® AutoSectionControl).
Data dump of registers and configuration to a personal computer are possible.
The system has a non-volatile memory with no battery which simplifies storage. All parameters in the menus are saved in
the memory and are not lost when the power is disconnected.
The Terminal, SetBox and Grip should be protected from moisture and removed for storage if the tractor does not have a
cabin. The components are rain and dust proof and have been developed to last many years under agricultural conditions.
Optional transducers include pressure and revolutions readout. Other options include a 12 Volt printer and a foot operated
remote ON/OFF for the main ON/OFF.
3.1
3 - Description
HARDI® LookAhead
With LookAhead, the pressure regulation valve can predict the correct setting before the main switch goes to ON. It also
improves application precision when re-starting after a tank fill.
LookAhead helps farmers who have tractors with semiautomatic gearbox, meaning the “hardimatic” function does not work
due to constant PTO revs.
The LookAhead system has 3 main advantages:
1. To improve regulation response time when sections are shut OFF or opened.
2. To improve regulation response time when the spraying speed changes during headland turns.
3. To stabilize regulation during pressure/flow fluctuations in the period immediately after main ON/OFF function is
turned ON.
The LookAhead feature is active when the boom is unfolded and the LookAhead menu is activated and calibrated.
When the power is switched to ON, note the regulation valve will adjust from the actual setting to the minimum setting and
then back again to determine its actual position.
For LookAhead to function correctly, the controller must know which nozzles and application rate will be used. This is
selected from a number of nozzle choices stored in memory. At start up of the controller, it will prompt user for a choice
between using nozzles from last spray job or selecting a new nozzle to be used.
ATTENTION! The tractor gearbox must be an automatic or semi-automatic type with constant revolutions P.T.O. or
μ
the tractor must be driven with constant R.P.M. for the LookAhead to work properly.
Pressure based regulation (optional equipment)
To improve the non-equal EFC (Electric Fluid Control) system, an optional sensor can be mounted to switch from flow to
pressure based regulation. When active, the system automatically switches to pressure based regulation when the flow
drops below the minimum flow rate for the flowmeter.
The drop of flow can be due to number of sections selected for the boom and number of nozzles in each section. If there
are few or only one nozzle in the outer section of the boom while spraying in an angle with only the outer section open,
there is almost no flow in the liquid system, resulting it to shut down.
The same will happen if the sprayer is fitted with a large flow housing. The flowmeter will stop rotating and measure no flow
with small boom sections or nozzles with low output.
3.2
3 - Description
SafeTrack and IntelliTrack
SafeTrack and IntelliTrack are steering mechanisms for the HARDI® sprayers. When using a track system, sprayer stability is a
common concern. Many factors influence the sprayer, and conditions where the sprayer might tip over have to be dealt
with. The factors that the driver can influence are:
• Driving behavior
• Field conditions
• Tire width
• Tire pressure
Read sprayer’s instruction book for further information.
If unsafe driving occurs, an alarm will be triggered and the sprayer will align. Be aware that the alarm cannot be turned off
as long as unsafe driving still occurs! (See paragraph “Menu 3.6 Track”)
ATTENTION! If necessary, the level of security can be adjusted - please contact your local HARDI® dealer.
μ
DANGER! The system has been calibrated during driving on flat fields. Special attention should be made when driving
€
in hilly conditions.
DANGER! When driving on fields with deep tracks, the speed must be decreased.
€
3.3
3 - Description
System description
Overall description
1. HC 6500 Terminal.
2. HC 6400 SetBox.
3. HC 6300 Grip.
4. HC 6100 Jobcom junction box.
5. Harness for the tractor.
6. Harness for the cabin.
7. Harness for the sprayer.
8. Speed sensor & pulse ring.
9. Flow sensor.
10. Power supply to sprayer.
11. Hydraulics block.
12. EFC junction box
13. Electric Fluid Control unit.
14. LookAhead pressure control.
15. LookAhead boom position sensor.
3.4
Keys
General key description
A. Preset keys:
Vital information while spraying is quick and easy to access. With just
one preset key press, information is shown in the lower left corner of
display. Pressing the same button twice will show graphic information
of the same readout on volume rate and speed.
B. Soft keys:
Soft keys control optional features. Pressing a soft key will activate it.
When any of the 4 soft keys (F1, F2, F3 or F4) are pressed, the soft key
menu appears in the “large right” area. The number of levels in the soft
key menu system depends on the number of functions.
C. Navigation keys:
The navigation keys are initially used for set up in the menu system by
coding in values. The navigation keys can change the volume rate in a
set percentage or fixed volume rate.
These are very much like a mobile phone. It is very easy to enter text like
a field name. They are also used to key in a value or directly access a
menu.
The numeric keys are used when a name or a number is keyed in.
Help key
The help key is always active. It is the operator’s built-in quick guide and
instruction manual. After the help key has been activated, an
explanation of any control key or switch is shown on a full screen.
Furthermore, if a message, warning or service reminder appears, more
details are found by pressing the help key. This will free the operator
from finding details in the instruction manual.
9. Scroll up or down, change a value or volume rate.
10. Escape a menu.
11. Enter menu or confirm a value.
12. Move cursor to right or left.
13. Clear a value.
Icons for status:
Volume rate
Automatic
Volume rate
Manual
Variable rate
(GPS) active
All “OK”Track ManualTWIN Preset 2Not used in
Stop (critical)Track LockOption A onNot used in
Track Crab leftOptions both
Not used in
North America
Night illumination
It is possible to choose between day and night illumination. Go to menu
[2.7.1 Choose day/night colors] for selection. Picture shows night
illumination.
WarningTrack Crab
right
InformationTWIN ManualOptions both
Track
Automatic
off
Over or under
application
TWIN Preset 1Not used in
Not used in
North America
Option B on
on
North America
North America
North America
Not used in
North America
Pendulum
Locked
Pendulum
Unlocked
Not used in
North America
Not used in
North America
Not used in
North America
3.6
SetBox HC 6400
The SetBox controls secondary functions. The keys are large so even at
a distance, operation can be carried out. The keys are grouped into
control areas to simplify operator understanding.
1. Power ON/OFF.
2. Status diode.
3. Pendulum lock controls.
4. Boom fold controls.
5. Automatic volume rate.
6. Manual pressure control.
7. Foam marker regulation.
8. Foam marker ON/OFF.
9. TWIN presets.
10. Air slot for TWIN.
11. Air volume for TWIN.
12. Valve function A-B.
13. Not used in North America.
14. Not used in North America.
15. Not used in North America.
16. SafeTrack manual control.
17. SafeTrack align.
18. SafeTrack automatic selection.
3 - Description
Grip HC 6300
The Grip is an ergonomic remote unit that can be easily mounted inside
the tractor cabin. All common functions required during normal
spraying can be operated with the Grip.
The Grip cannot be switched ON or OFF separately. It receives the power
supply from the Terminal HC 6500. It is therefore automatically switched
ON or OFF with the Terminal.
1. Status diode.
2. Boom section controls (up to 13).
3. Main ON/OFF.
4. Tilt.
5. Boom height.
6. Boom slant.
7. TWIN presets.
3.7
3 - Description
Display symbols
1. The 1st Line is for status and register number.
2. The 2nd Line is for boom, foam marker and end nozzles
3. The bottom half can be set-up to show 1 or 2 and up to 5 boxes
with information.
Soft keys: When activated 4 rows appear beside the buttons F1 - F4.
Alarm and warning error number will be shown in the upper right
corner of the display. The number has an exclamation sign in front of it,
as this is also used for register number indication.
General keystrokes, daily settings
Press # to enter the menu system.
Note that the menu numbers are unique to each line or page.
When adjustments are made in settings, the display will be as shown.
The two markings > > show the actual menu where you are located. It
is now possible to go up and down by using the ¿ and ª keys, or by
pressing the menus last digit at the numeric keypad; e.g. pressing “6” for
menu [4.6 Speed simulation].
The last value which was used, is marked with this symbol ‰. In the
bottom of the display there will be help text for each menu. Where you
see the two > > you will see the help text for that menu only.
This display setup will be shown every time adjustments have to be
made in the menu.
4 TOOLBOX
>> 4.1 Measure
4.2 Service interval: Hours until
4.3 Stop-watch
4.4 Alarm clock
4.5 Test
4.6 Speed simulation
4.7 Emergency track Align
4.8 Computer CAN status
To measure distance and area.
Setup working width
3.8
3 - Description
General keystrokes, Example: Tank contents
Press # to enter [1.2 TANK CONTENTS].
To clear value, move cursor to digit and press | .
To move the cursor press ¶ or § .
Press ¿ or ª to set the desired value, or key in value on numeric keys.
Press # to confirm. gallon
Press ~ to exit.
To change displayed tank contents.
Use arrow or numeric keys to set.
Keystroke menu tree
The first steps to choose a menu are shown below.
Press # to proceed into the menu. See the relevant section in the book.
Press ~ and hold to exit the menu system.
Extended menu
This menu has been set up by your HARDI® Service center. It contains parameters that are typically set only once, normally
before the Controller is used.
1.2 Tank cont.
1200.00
gallon
ATTENTION! Unless instructed, do not tamper with the settings and values in these menus. Doing so may void
μ
warranty.
3.9
3 - Description
Auto functions
General info
The Soft key buttons F1, F2, F3 and F4 are used for the Auto functions. Currently, only F3 (End Nozzles) is available in North
America. See menu tree in chapter “Soft keys”.
End nozzles (Fence line) (optional)
If End nozzles/Bijet are fitted, set the value to the equivalent coverage by the boom nozzles. E.g. End nozzle coverage is 5
feet. This is equal to [03 Boom nozzles]. Choose End Nozzles by pressing F3. When end nozzle is active, it will be shown in
the display with icons in the end of the boom line.
Set up of end nozzles/Bi-jet can be done from menu 3.3.4.
ATTENTION! It is important that the volume applied from the end nozzle or Bijet matches the volume applied under
μ
the boom. This is a comparison of volume per minute per length. (Gallon/min/foot).
When the end nozzle or Bijet is active, the area covered and volume sprayed is calculated and registered. If “Active
boom size” is displayed, it will show an increase when the end nozzle or Bijet is activated.
TWIN Preset
It is possible to set the air volume and air angle in 2 different positions in menu 2.2.5 to 2.2.5.2, for headwind and tailwind.
When air volume and air angle are set, a long key press (position 1 headwind) will store the present setting. The same setting
can be done for (position 2 tailwind). TWIN preset can be set up so it will shift automatically from position 1 to position 2
when the main ON/OFF is activated.
HARDI® AutoSectionControl
HARDI® AutoSectionControl is a fully automatic system that opens and closes booms sections as necessary. HARDI®
AutoSectionControl manages the sections when driving over sprayed area like into a headland or wedge or around
obstacles like trees etc. HARDI® AutoSectionControl is a small module connected to the HC 6500 and to a GPS receiver.
When spraying, the HARDI® AutoSectionControl automatically records the area sprayed. In a typical situation where the
headland is sprayed first, HARDI® AutoSectionControl will now automatically close the sections if the operator passes over
a sprayed area.
3.10
Tractor installation
Control units
Find a suitable place in the tractor’s cabin to secure the control units
from movement. Best recommended placement is to the right of the
driver seat. The supplied bracket will fit most tractors. Threaded
mounting holes may be hidden behind front corner cover.
Installation of control unit brackets
The supplied tractor pillar bracket (A) has a hole spacing of 3.9 in.
(100mm) and 4.7 in. (120 mm). Check tractor instructions manual for
information regarding attachment points.
Three tubes (B) are supplied. One, two or all 3 may be used. They can be
bent and shortened. A spacer (C) is also supplied to allow further
attachment possibilities. Find the best solution for your tractor or
vehicle.
Tube (B) plate is staggered so all boxes will line up if correctly oriented.
4 - System setup
The recommended setup is to place the spacer (C) between the two
tubes (B) used for the controllers and the 3rd tube (B) as shown in the
picture, so it can be mounted in the bracket (A).
ATTENTION! An extension cable is available as an option if the
μ
Hydraulics control unit is to be placed further away from the EFC
control unit. (Ref. no. 261933)
4.1
4 - System setup
Power supply
The power requirement is 12-15 Volt DC. Always note polarity!
Red wire is positive (+)
Black wire is negative (-).
Power supply must come directly from the battery. For proper function
of the electric equipment, the wires must have the following gauge
ratings and correct fuses to ensure a sufficient power supply. The
supplied power connectors follows the standard of most newer tractors.
If using a tractor with another power connector it is necessary to
disassemble connector and fit it to the actual tractor connector.
Use the HARDI® power cable 26013900. A 25 amp fuse is located on the
positive connection. Use the HARDI® Electric distribution box (Ref. no.
817925) to ensure a good connection.
LIGHTER CONNECTOR
Spray control unit requires:
Wire 12 awg, Fuse 10 Amp
Hydraulic control unit requires:
Wire 10 awg, Fuse 15 Amp
WARNING! Do not connect to the starter motor or generator/alternator. Warranty is void if this is done.
±
ATTENTION! See paragraph “System start-up” for more about connecting the controller.
μ
Mounting of tractor harness
Mount fuse on € pole at tractor battery. Connections are as follows:
A: Red.
B: Red/Brown.
C: Yellow.
D: Mounted on € pole at tractor battery.
E: Black.
F: Black/White.
G: Blue.
H: Mounted on ± pole at tractor battery.
JOBCOM CONNECTOR
The unit requires:
Wire 8 awg, Fuse 25 Amp
WARNING! Connector “H” must be connected to ± pole on the battery. Do NOT connect to ground on tractor as
±
this might blow the controller!
Printer
If the 12 Volt printer is fitted, the supplied tube can be utilized to fit the printer on the Controller/Terminal brackets.
ATTENTION! The Controller/Terminal should be protected from moisture and should be removed when not in use, if
μ
the tractor does not have a cabin.
4.2
Speed transducer for sprayer
The speed transducer is located at the inside of the sprayer’s right wheel.
It is an inductive type that requires a metallic protrusion to pass by it to
trigger a signal. A speed ring is used to trigger the transducer. It should
be adjusted so the transducer is placed in the center of the holes in the
speed ring (vertical direction). Recommended distance between
protrusion and transducer (A) is 1/8” to 1/4” (3 to 6 mm). Check
throughout the entire circumference. Correct adjustment is indicated
by a constant blinking from the transducer when the wheel rotates.
Speed transducer for tractor
It is possible to connect a speed sensor from tractor gearbox or
radar/GPS to the controller. A speed/switch harness (A) and extension
cable are needed to connect the speed transducer to the
Controller/Terminal.
4 - System setup
Foot pedal remote ON/OFF (optional)
Note the following if the Foot pedal remote is to be fitted.
Remote ON/OFF switch has to be activated from the extended menu at
installation. The HARDI® Service center does this.
The speed/switch harness (A) is connected to the Controller/Terminal.
Connect the plug from the Foot pedal ON/OFF to the correct connector
on harness (A).
ATTENTION! The main ON/OFF valve switch at Grip overrides all remote switches. It must be set to ON for the optional
μ
Remote ON/OFF switch to function.
4.3
4 - System setup
Initial system start-up
The HC 6500 system with basic tractor equipment and sprayer control
unit.
1. Terminal HC 6500.
2. SetBox HC 6400.
3. Grip HC 6300.
4. To Jobcom HC 6100 on sprayer.
5. Printer connection DB 9 COM1/COM2 port.
6. DB 25 connector harness with power and CAN communication.
7. Tractor harness.
8. Connector for tractor to Jobcom HC 6100.
9. Power from tractor battery with a 25 amp fuse.
4.4
4 - System setup
Daily settings
System start-up
When the HC 6500 is turned on, the controller initializes itself. If the Controller is being put into operation for the very first
time, it will prompt for date and time. Set clock to enable register. Refer to “Menu 2.4 Set clock” for details on setting of clock.
If LookAhead is enabled in the HC 6500, it will prompt user for a nozzle choice - see section “LookAhead nozzle choice”.
If the pressure based regulation is enabled in the HC 6500, it will prompt user for a nozzle choice and minimum pressure -
see section “Pressure based regulation”.
LookAhead nozzle choice
If LookAhead or pressure based regulation is enabled, the HC 6500 will
prompt user for a nozzle choice at every start-up of the controller.
The present selected nozzle is designated by the ‰ symbol at the line
of the nozzle description in the display.
If the nozzle used at last spray job is going to be re-used, then press ~
or #.
Selecting another nozzle:
1. Select another nozzle by pressing ¿ or ª.
2. Confirm the choice by pressing #.
If LookAhead is not calibrated, then the screen changes to menu [3.7.1.1
Application rate]. Enter the expected application rate and press # to
spray and calibrate. Then prepare for calibration - see menu [3.7
LookAhead] for details on this.
1.6 LookAhead nozzle select
>> 1.6.01 Pink ISO 0075
1.6.02 Orange ISO 01
1.6.03 Green ISO 015
1.6.04 Yellow ISO 02
1.6.05 Lilac ISO 025
1.6.06 Blue ISO 03
1.6.07 Red ISO 04
1.6.08 Brown ISO 05
1.6.09 Grey ISO 06
Select nozzle for ISO 0075 0,3 l/min
at 3 bar (0.075 gal/min at 40 psi)
3.7.1.1 Application rate
15.00
gal/acre
Type in planned application rate.
Press Enter to spray and calibrate
4.5
4 - System setup
Check LookAhead pressure regulation at speed change
1. Press ® button for pressure regulation on the HC 6400. Confirm
that check mark icon appears in upper left corner of the display.
2. Go to menu [4.6 speed simulation]. Key in e.g. 6 mph and press #
to use the value. Stay in this menu (i.e. do not press ESC to leave).
3. Start PTO at nominal RPM.
4. Press main ON/OFF at the grip to ON, to open all sections. Check
that the pressure regulation valve rotates and that pressure
stabilizes at 70 psi.
5. In menu [4.6 speed simulation]. Key in e.g. 4 mph and press # to
use value. Check that pressure regulation valve rotates and that
pressure stabilizes at 30 psi.
6. After pressure regulation valve is stable (i.e. does not
rotate/adjust), wait 30 seconds before proceeding.
7. Press main ON/OFF at the grip to OFF, to close all sections.
8. Go to menu [4.6 speed simulation]. Key in e.g. 6 mph and press #
to use the value. Check if pressure regulation valve rotates
counterclockwise (to reduce pressure) immediately after pressing
#. If pressure regulation valve rotates when all sections are
closed, then LookAhead is activated and works correctly.
9. Press main ON/OFF at the grip to ON, to open all sections. After a
delay of approx. 3 seconds, the pressure regulation valve begins
rotating to adjust actual flow to set flow.
Check LookAhead pressure regulation at section change
1. Go to menu [4.6 speed simulation]. Key in 4 mph and press # to
use the value.
2. Press ~ to leave to workscreen.
3. Press ® button for pressure regulation on the HC 6400. Confirm
that check mark icon appears in upper left corner of the display.
4. Start PTO at nominal RPM.
5. Flip down all section switches.
6. Press main ON/OFF at the grip to ON, to open all sections. Check
that pressure regulation valve rotates and that pressure stabilizes
at 30 psi.
7. Press main ON/OFF at the grip to OFF, to close all sections.
8. Flip up half of the section switches to close half of the sections.
Check if pressure regulation valve rotates counterclockwise (to
reduce pressure) immediately after the change of section
switches. If pressure regulation valve rotates when all sections are
closed, then LookAhead is activated and works correctly.
When the pressure based regulation is enabled, the HC 6500 will
prompt for a nozzle choice. The last used nozzle is designated by the ‰
symbol at the line of the nozzle description in the display. If the nozzle
and application rate used at last spray job is going to be re-used, then
press ~ and the work screen will appear. If another nozzle will be used,
then confirm your nozzle selection by pressing #. Then the minimum
pressure screen will appear. If LookAhead is enabled, then LookAhead
calibration will be done before menu [E8.1.3 Minimum pressure]
appears.
In menu [E8.1.3 Minimum pressure] the minimum pressure allowed is
typed in. Confirm by pressing #.
In practice this means the regulation valve will stop if the pressure goes
below this value. See “Check LookAhead pressure regulation at speed
change” for illustration of pressure regulation valve functionality.
1.6 LookAhead nozzle select
>> 1.6.01 Pink ISO 0075
1.6.02 Orange ISO 01
1.6.03 Green ISO 015
1.6.04 Yellow ISO 02
1.6.05 Lilac ISO 025
1.6.06 Blue ISO 03
1.6.07 Red ISO 04
1.6.08 Brown ISO 05
1.6.09 Grey ISO 06
Select nozzle for ISO 0075 0,3 l/min
at 3 bar (0.075 gal/min at 40 psi)
E8.1.3 Minimum pressure
15.00
PSI
Pressure where regulation valve starts.Use arrow or
Needs a pressure sensor
4.7
4 - System setup
4.8
5 - Menu 1 Daily settings
Menu 1.1 Volume rate
How to change the volume rate
The volume rate can be changed by:
1. Setting the desired rate in the Controller.
2. Manually raising or lowering the pressure via the SetBox (HC 6400)
3. Pressing ¿ or ª to apply over or under in a preset percentage,
e.g. 10% (the % icon in the display indicates when this is active).
To read the volume rate: gal/acre
Shortcut ¥
Press ¥ and hold until menu [1.1 VOLUME RATE] is shown.
To change volume rate:
Move cursor with ¶ or § to the value to be changed.
Use ¿ or ª to change the value. Alternatively clear value by pressing | and key in value on the numeric keys.
Press # to confirm.
Manual dosage
To dose in manual mode, use the pressure buttons on the SetBox HC 6400. The manual mode is indicated by the ¬ symbol
at the top of the display.
To go from manual to preset volume rate, press AUTO.
Use arrow keys or numeric keys to set the desired volume rate.
1.1 Volume rate
0
gal/acre
ATTENTION! Under 0.3 mph (0.5 km/h), the Controller will not regulate automatically.
μ
5.1
5 - Menu 1 Daily settings
Menu 1.2 Tank contents
To change the displayed Tank contents
Shortcut @
Press @ and hold until menu [1.2 Tank contents] is shown.
Press ¶ or § to move the cursor in order to change the value.
Press ¿ or ª to set the desired value.
Press # to confirm.
The maximum size of the tank is displayed
Press @ again and the tank contents maximum value is shown.
ATTENTION! If the sprayer is fitted with Tank gauge, contents
μ
readout is automatic.
1.2 Tank cont.
0
gallon
To change displayed tank contents. Use arrow or numeric keys to
set
5.2
Menu 1.3 Select register
5 - Menu 1 Daily settings
Menu 1.3.1 Register readout and selection
Register 1 to 98 can be used for individual areas.
Register 99 is a tally of register trips 1 to 98. They are identified with a
number and it is also possible to name them. The data is saved when the
system is switched off.
To read the totals of all registers:
Shortcut £
1. Press £ and hold until menu [1.3 Select register] is shown.
2. Press ¿ or ª to go to register 99.
3. Press # to enter the register and read main data.
4. Press # again to see spray data.
5. Press ~ to exit the menu.
To read the data in the active register:
Shortcut £
1. Press £ and hold until menu [1.3 Select register] is shown.
2. Press # to enter register and read main data.
3. Press # again to see spray data.
4. Press ~ to exit the menu.
To change the register:
Shortcut £
1. Press £ and hold until menu [1.3 Select register] is shown.
2. Press ¿ or ª to change the register.
3. Press #. If necessary, the register can be reset -see below.
4. Press ~ to exit the menu.
1.3 Select register
>> 1.3.1 Field 651
1.3.2 Field 68
1.3.3 Field 684
1.3.4 Field 64
1.3.5 Field 654
1.3.6 Field 6541
1.3.7 Field 687
1.3.8 Field 984
1.3.9 Field 1234
Use register 1 to 99 for job. Scroll to register, then press Enter to
show data
To reset re gister:
Press | and hold for 5 seconds to reset register. Status diode will blink once, and then blink again to indicate that register
has been reset.
Reset of a register can be aborted if the | key is released before the status diode blinks again.
ATTENTION! The active register number is always visible in the right upper corner of the display.
μ
ATTENTION! Naming of registers are done in menu 2.6.
μ
5.3
5 - Menu 1 Daily settings
Menu 1.6 LookAhead nozzle select
LookAhead nozzle selection
In this menu, it is possible to select another nozzle without re-starting the controller. Do the following:
1. Go to menu [1.6 LookAhead nozzle select] then press #.
2. Select nozzle with ¿ or ª.
3. Confirm by pressing #.
4. The Controller jumps to menu [3.7.1.1 Application rate]. Enter an application rate here.
5. See further steps in the chapter “Menu 3.7 LookAhead”.
5.4
6 - Menu 2 Setup
Menu 2.1 Display readout
General info
The following menu explanations assume you have mastered the general keystrokes and you can “find your way” to the
specific menu. If this is not so, please re-read section “Keys”.
Menu 2.1.1 Display readout
It is possible to choose which functions are shown in the 4 different
boxes (A, B, C and D) of the display.
1. Go to menu [2.1 Display readout].
2. Use ¿ or ª to choose which of following boxes you want the
data shown in and press # to confirm.
2.1.1 Show upper middle (A)
2.1.2 Show upper right (B)
2.1.3 Show lower middle (C)
2.1.4 Show lower right (D)
3. Choose a submenu e.g. menu [2.1.1.04 Work rate]. Press # to
confirm.
4. Press ~ to leave menu.
See next page for a complete list of possible display readouts.
AB
CD
6.1
6 - Menu 2 Setup
Display text Description.
[2.1.1.01 Program]Shows programmed volume rate
[2.1.1.02 Flow rate]Flow rate per minute sprayed out through the boom
[2.1.1.03 Time]Actual time
[2.1.1.04 Work rate]Rate shown in acres per hour or hectares per hour
[2.1.1.05 Volume rate]Actual rate in gallon per acre or liter per hectare
[2.1.1.06 Tank contents]Main tank contents
[2.1.1.07 Speed]Driving speed
[2.1.1.08 Volume sprayed]Readouts for volume sprayed in currently active register
[2.1.1.09 Area sprayed]Readouts for area sprayed in currently active register
[2.1.1.10 Active boom size]Active boom size including End nozzle
[2.1.1.11 Pressure]Displays spray pressure if sensor is fitted
[2.1.1.12 Fan speed]Displays Twin fan speed if sensor is fitted
[2.1.1.13 Wind speed]Displays wind speed if sensor is fitted
[2.1.1.14 Wind direction]Displays wind direction if sensor is fitted
[2.1.1.15 Humidity]Displ ays relati v e humi di ty if senso r is fit t ed
[2.1.1.16 Temperature]Displays ambient temperature if sensor is fitted
[2.1.1.17 PTO Revolutions]Displays revolutions if sensor is fitted
[2.1.1.18 Name “Extra 1”]Readout from extra sensor 1 frequency
[2.1.1.19 Name “Extra 2”]Readout from extra sensor 2 frequency
[2.1.1.20 Name “Extra 3”]Readout from extra sensor 3 analog
[2.1.1.21 Name “Extra 4”]Readout from extra sensor 4 analog
[2.1.1.22 Voltmeter]Displays system voltage. Useful when fault finding
[2.1.1.23 Agitation]Agit at io n val ve open ing
[2.1.1.24 Rinse Tank Content]Rinse tank calculated content
ATTENTION! As some readouts need extra sensors, the relevant sensor has to be connected to get a readout.
μ
6.2
6 - Menu 2 Setup
Menu 2.2 Auto functions
Menu 2.2.1 Main ON/OFF
The Controller can be set to open the main ON/OFF function above a certain speed and close it below the same speed.
This allows the user to concentrate on driving. If the speed is set at zero, the function is deactivated. Suggested speed
setting is spraying speed less 20%.
When the Auto ON/OFF is active and the main switch and boom section switches are on, the boom status symbol has a bar
across that is blue.
Procedure is:
1. Go to menu [2.2 Auto functions]
2. Press #.
3. Select menu [2.2.1 ON/OFF].
4. Press #.
5. Set the desired minimum speed.
6. Press #.
WARNING! Remember to set the main ON/OFF switch to OFF before leaving the field, otherwise the main ON/OFF
±
will open under transport.
Menu 2.2.2 Foam Marker (optional)
The Controller can be set to operate the HARDI® Foam marker automatically through the main ON/OFF valve. When the
main ON/OFF is ON, it will automatically start the Foam marker.
Furthermore, the Foam marker can be set for up and back spraying or race-track (round and round) spraying.
Procedure:
1. Go to menu [2.2 Auto functions].
2. Press #.
3. Select menu [2.2.2 Foam marker]
4. Press #.
5. Select one of the below settings:
Setting Activity
[Disable] The marker will only follow the setting of the switch on the SetBox.
[Same side] The Terminal will automatically activate the same side for race-track spraying.
[Change side] The Terminal will automatically change side for up and back spraying.
6. Press #.
6.3
6 - Menu 2 Setup
Menu 2.2.3 Dual line (not used in North America)
This menu is not used in North America.
Menu 2.2.4 HeadlandAssist setup (not used in North America)
This menu is not used in North America.
Menu 2.2.5 TWIN preset shift auto/man (TWIN only)
This menu is to select if TWIN preset shifts automatically at main ON/OFF or manually at key press.
Select the way to use the function in the submenus:
Menu 2.2.5.1 selects whether manual operation is done at the HC 6400 or at the buttons behind the grip.
Menu 2.2.5.2 is for selecting of automatic shift every time the main ON/OFF is pressed.
Menu 2.2.5.3 disables the function.
Menu 2.2.6 AutoAgitation select level (not used in North America)
This menu is not used in North America.
Menu 2.2.7 AutoAgitation fixed level (not used in North America)
If the volume rate is to come from an external source (e.g. a site specific application map or a remote sensor), this menu has
to be enabled. This is done by selecting one of the submenus:
Menu 2.3.1 Disable
Menu 2.3.2 Enable
The Œ symbol on the 1st line will be visible. Manual pressure regulation and stepped over/under application is still possible.
The external source is connected to the COM 1 or COM 2 via a 9 pin sub D connector.
ATTENTION! The COM port may have to be set up in the extended menu. Contact your HARDI® service center.
±
ATTENTION! Use of HARDI® AutoSectionControl requires a sprayer equ ipped with JobCom computer. If in doubt
μ
whether your sprayer has a JobCom installed, please contact your local HARDI® dealer.
ATTENTION! AutoSectionControl also uses Variable Rate Application when connected to RS 232 port on the Terminal.
μ
6.5
6 - Menu 2 Setup
Menu 2.4 Set clock
How to set clock
If the Controller prompts for date and time, [Set clock to enable register]:
This must be done before the Controller is put into operation for the first time, otherwise no start and stop time will be
recorded in the registers.
ATTENTION! If no prompt, the dealer may already have done this.
μ
Press #.
Press ª to menu [2 Setup].
Press #.
Press ª to menu [2.4 Set clock].
Press # to enter first submenu, menu [2.4.1 Time format (12 or 24 hour)].
By using ¿ or ª you can choose between:
Menu [2.4.1.1 12 hour format]
Menu [2.4.1.2 24 hour format]
Press # and return to previous menu by pressing ~.
Press ª to menu [2.4.2 Set time]
Press # and set minutes and hours with ¿ or ª and ¶ or §. Alternatively use the numeric keys.
Press # to confirm.
Press ª to menu [2.4.3 Set date and month]
Press # and set day and month with ¿ or ª and ¶ or §. Alternatively use the numeric keys.
Press # to confirm.
Press ª to menu [2.4.4 Set year]
Press # and set year with ¿ or ª and ¶ or §. Alternatively use the numeric keys.
Press # to confirm.
Press ~ and hold to exit menu system.
6.6
Menu 2.5 Alarms, Warnings and Info
How to set up alarms
Different alarms can be set up. Choices are listed as follows.
[2.5.15 Sections off warning]Warning when sections are switched off
[2.5.16 Audio level]Audio steps sound when moving from one step to
another.
ALARM
Track rear
sensor
failure
6 - Menu 2 Setup
Area sprayProg. rate
0500
acregal/acre
Work rateTank cont.
0.001200
acre/hourgallon
When outside the alarm parameters, the relevant warning will flash in the lower left corner of the screen. The alarm beep
can also be adjusted in audio level in menu [2.5.16 Audio level]. Audio level can be selected in steps from 1 to 5. For no
alarm, set at 0.
Volume rate alarm for over or under application activates after 20 seconds.
For more details on alarms see “Fault finding”.
Warnings
The warnings appear as shown. For more details on warnings see
“Fault finding”.
Area sprayProg. rate
Warning
Fan speed
too low
0500
acregal/acre
Work rateTank cont.
0.001200
acre/hourgallon
6.7
6 - Menu 2 Setup
Menu 2.6 Register names
How to name the registers
If desired, the registers can be given names:
1. Go into menu [2.6 Register names]
2. Select the register number that should be named.
3. Use the numeric keys to key in name.
4. Confirm with #.
5. When registers has been named, press ~ to exit to main menu.
2.6.1 Register name:
ABC |
Toggle numeric keyboard to key in register name
6.8
Menu 3.1 Speed calibration
7 - Menu 3 Calibration
Menu 3.1.1 Sprayer
The calibration process is the same for each sensor type. In the following
example a “speed sensor on sprayer“ is used.
3.1 Speed calibration
>> 3.1.1 Sprayer speed
3.1.2 Tractor speed
3.1.3 Radar speed
The menu can be reached in two ways. The shortcut * can be used or
you can navigate via the menu structure.
Navigating the menu:
1. From menu [3 Calibration] the menu [3.1 Speed calibration]
should be selected with ¿ or ª.
2. Press #.
Choose if speed sensor is located on sprayer
3. Select one of the following menus corresponding to desired speed
sensor:
[3.1.1 Sprayer] Speed sensor on sprayer
[3.1.2 Tractor] Speed sensor on tractor
[3.1.3 Radar] Radar speed sensor
4. Press # to confirm. The last confirmed sensor is the active speed sensor.
5. Choose submenu with ¿ or ª and press #.
6. The rest of calibration procedure is the same as when using the shortcut - see below.
Shortcut procedure:
1. Press * until menu [3.1.1 Sprayer speed] is shown.
2. Choose submenu with ¿ or ª and press #.
3. The rest of calibration procedure is the same as when navigating the menus - see below.
From here you are at the same place in the menu whether you used the menus or used the shortcut.
It is possible to calibrate the speed sensor in different ways. By entering a theoretical speed constant or by doing a practical
calibration.
Select calibration method in the two submenus to choose between:
Menu 3.1.1.1 Speed constant
Menu 3.1.1.2 Speed practical
The procedure of each menu is described in the following sections.
The speed transducer can be calibrated theoretically or practically.
The practical method is recommended.
7.1
7 - Menu 3 Calibration
Menu 3.1.1.1 Constant
The theoretical speed constant, pulses per unit (PPU), is the distance in
feet on the circumference of the wheel between holes (or protrusions /
magnets) that the speed sensor records.
3.1.1.1 Sprayer speed
4 .00
PPU
Shows and permit change to the constant, Pulses Per Unit (metre
/ feet)
Menu 3.1.1.2.1 Practical
Practical calibration of speed is done by driving a measured distance
and correcting the display so that the actual and the calculated
distances are the same. Calibration should take place in the field with a
half full tank and normal working tire pressure in order to obtain the
wheel’s real “working radius”.
3.1.1.2.1
200
Measure up a distance more than 70 metres or 200 feet.
Then drive distance
Method:
1. Measure a distance not less than 200 feet.
2. Park the tractor at the start of the measured distance.
3. Press #. When zero distance [ 0 ft ] shows, drive the distance.
4. Press #.
5. Correct the distance shown on the display with the ¿ or ª to read the actual distance. Alternatively key in on the
numeric keys.
6. Press # to see the new calculated value.
7. Press # again to accept the value.
7.2
Menu 3.2 Flow calibration
7 - Menu 3 Calibration
Which method to use
The flow transducer can be calibrated theoretically or with two practical
methods. The practical methods are preferred. Calibration is done with
clean water. The Flow Tank method is time consuming, but is more
accurate than the Flow Nozzle method.
When changing to nozzles with more than a 100% increase or decrease
in output, it is recommended to recalibrate the flow transducer.
Calibration is recommended to be done at least once during the
spraying season. Use the chart at the back of the book to record the
values.
Menu 3.2.1 Flow constant
The theoretical flow constant PPU value may be entered here.
The flow housing should have a calibration tag attached that shows a
tested PPU value for the flow meter. Use the navigation keys to enter
this value before calibration.
If there is no calibration tag attached to the flow housing, the table
below lists approximate PPU values for different flow housings. Different
flow housings are designated by groove (A).
3 Calibration
>> 3.1 Speed calibration
3.2 Flow calibration
3.3 Boom setup
3.4 Regulation constant
3.5 Tank gauge calibration
3.6 Track calibration
Sprayer, tractor, Alpha or radar speed input.
Calibration of selected sensor
3.2.1 Flow calibration
485.000
PPU
EU units: FlowSensor dia/ca PPU: Ø13/120,Ø20/60,Ø36/17
US units: FlowSensor dia/ca PPU: Ø13/485,Ø20/225,Ø36/60
HousingHousing identification (A) Flow range OrificePPU
g/minmmvalue
S/67One outside groove2 - 3013.5485.00
S/67No groove4 - 7020.0225.00
S/67Two outside grooves20 - 16036.060.00
ATTENTION! Using the flow constant PPU from the calibration tag does not guarantee accuracy. Flow calibration
μ
should still be carried out using one of the practical methods.
ATTENTION! PPU indicates the number of pulses which theoretically come from the flow transducer while 1 gallon
μ
of liquid passes through.
7.3
7 - Menu 3 Calibration
Menu 3.2.2 Nozzle method
During practical flow calibration the individual nozzle output on the
display is compared to the actual individual nozzle output. The output
displayed is corrected to read the actual output.
3.2.2.1 Nozzle method
4 .00
fluid oz/min
Measure the flow per minute from a number of nozzles.
Press Enter
ATTENTION! See menu [3.3 Boom] if no boom data has yet been entered.
μ
Method:
1. Open all boom sections. Switch the main ON/OFF to ON. Close End nozzles (if fitted).
2. Go to menu [3.2.2 Nozzle method].
3. Press #. The display will then show the individual nozzle output per minute.
ATTENTION! If a section has not been opened or an End nozzle is not closed, a warning will show up in the largest
μ
window on the display.
4. Using a HARDI® calibration jug, check the actual nozzle output per minute. It is recommended that an average of
several nozzles be taken.
5. Press #.
6. Correct the output shown on the display with the ¿ or ª keys or use the numeric keys to read the average output
measured with the calibration jug.
7. Press # to see the new value.
8. Press # again to accept the value.
Menu 3.2.3 Tank method
During practical flow calibration, the tank is partly emptied through the
nozzles. While emptying, the display calculates the quantity emptied on
the basis of the actual calibration value (PPU). The quantity displayed is
compared with the quantity actually dosed.
This can be done using the tank contents level indicator or by 3.2.3.1
Tank method weight difference before and after. The quantity displayed
is corrected to read the quantity actually dosed.
3.2.3.1 Tank method
0 .00
gallon
The sprayed amount is counted up when the sections are
opened
7.4
7 - Menu 3 Calibration
Method:
1. Place the tank on level ground and fill it up with water until the
level reaches a unique mark on the tank contents level indicator,
e.g. 500 gallons.
2. Open all boom sections.
3. Go to menu [3.2.3 Tank method], press # and switch the main
ON/OFF to ON.
4. The display unit will then begin to count the volume being
emptied through the nozzles.
5. When, for example, 300 gallons have been emptied out as shown
by the tank contents level indicator, switch the main ON/OFF to
Press Enter. The shown volume is adjusted to match the actual
volume
OFF.
6. Press #.
7. Correct the volume shown in menu 3.2.3.2 on the display with the ¿ or ª keys or the numeric keys to read the
volume shown on the tank contents level indicator.
8. Press # to see the new value.
9. Press # again to accept the new value.
3.2.3.2 Tank method
4 .00
gallon
3.2.3.3 Tank method
485 .00
PPU
This is the PPU constant from the volume previously just
measured
7.5
7 - Menu 3 Calibration
Menu 3.3 Boom
Menu 3.3.1 Width
Use the ¿ or ª keys or numeric keys to enter boom width.
Press # to confirm.
Menu 3.3.2 Number of sections
Use the ¿ or ª keys or numeric keys to set number of boom sections.
Press # to confirm.
Menu 3.3.3 Nozzles/section
Use ¿ or ª keys or numeric keys to set correct number of nozzles per section.
Press # to continue to next boom section.
Press # after the last section.
Menu 3.3.4 End nozzles and Bi-jet (optional)
If end nozzles or Bijet are fitted, it should be set up corresponding to the number of boom nozzles it covers.
1. In menu [3.3 Boom setup] go to the menu [3.3.4 End nozzles and Bi-jet].
2. Press #.
3. Select submenu corresponding to the type of end nozzle:
Menu 3.3.4.1 None
Menu 3.3.4.2 End nozzles fitted
Menu 3.3.4.3 Bi-jet fitted
4. Press #.
5. In the sub menus [3.3.4.2] and [3.3.4.3] set the value to the equivalent coverage by the boom nozzles. E.g. end nozzle
coverage is 5 feet. This is equal to 3 boom nozzles.
ATTENTION! It is important that the volume applied from the end nozzle matches the volume applied under the
μ
boom. This is a comparison of volume per minute per length. (Gallon/min/foot).
When the end nozzle is active, the area covered and volume sprayed is calculated and registered. If “Active boom
size” is displayed, it will show an increase when the end nozzle is activated.
7.6
7 - Menu 3 Calibration
Menu 3.4 Regulation constant
Regulation constant
The sensitivity of the pressure regulation valve can be adjusted. The goal is to find a value where the regulation does not
overshoot the set point, but slows down and stops right before the set point.
Increasing the regulation constant will give a faster response on the pressure regulation valve. If the constant is too high,
the valve will become unstable. There will also be excessive wear on the valve.
The range is in percent and is typically set between 30% to 50%. Begin with regulation constant set at 50%.
Monitor the regulation valve, does it overshoot? Then adjust until the valve slows down and stops right before the set point:
If it overshoots, then reduce the regulation constant in steps of 5%.
If it does not overshoot and the valve stops far away from the set point, then increase constant in steps of 5%.
ATTENTION! For sprayers with regulation feedback the value can be reduced to 30 %.
μ
7.7
7 - Menu 3 Calibration
Menu 3.5 Tank gauge
General info
This menu item is only present if the HARDI® Tank Gauge is fitted. For
increased accuracy it is recommended to do the flow calibration [3.2]
before proceeding.
3.5 Tank gauge calibration
>> 3.5.1 Adjustment of specific gravity
3.5.2 Calibration of Tank gauge
3.5.3 Select factory calibration
3.5.4 Offset at empty MainTank
Present accuracy is up to +/- 13 gallons. This is at the widest liquid
surface area in the tank. The smaller the liquid surface area, the more
accurate the readout.
Calibrate if factory calibration is not adequate
Menu 3.5.1 Adjustment of specific gravity
The correction factor for the specific gravity of the liquid sprayed can be
set.
Default value is 1.000.
Corrected value is weight of solution divided by weight of water.
Liquid fertilizers may range up to 1.3 times heavier than water. The value
in this case would be 1.300.
Method:
1. Press # to change value.
Enter weight of liquid fertilizer divided by weight of water (e.g.
1.10 to 1.30)
2. Use ¶ and § to move cursor to the figure to be changed.
3. Change figure by pressing ¿ and ª. Alternatively key in on the numeric keys.
4. Confirm setting by pressing #.
3.5.1 Adjustment of specific gravity
1 .00
Menu 3.5.2 Custom calibration of Tank gauge
Calibration of the HARDI® Tank Gauge is necessary if the factory
calibration proves inaccurate. This can be due to different placed hitch
point on the tractor or different tire mounting resulting in an inaccurate
calculation of the tank contents.
Therefore, it is recommended to begin the custom calibration by
connecting the sprayer to the tractor that will be used for spraying. Later
changes of tractor can affect the accuracy of the Tank gauge.
To make a custom calibration of TankGauge, do the following:
1. First enter menu [3.5.3 Select factory calibration]. Then select the
submenu [3.5.3.01 Custom calibration of gauge].
3.5.3 Select factory calibration
>> 3.5.3.01 Custom calibration of gauge
3.5.3.02 NCM 3200 factory calibration
3.5.3.03 NCM 4400 factory calibration
3.5.3.04 NCM 6600 factory calibration
3.5.3.05 NCM 9000 factory calibration
3.5.3.06 Alpha 2500 factory calibration
3.5.3.07 Alpha 3500 factory calibration
3.5.3.08 Alpha 4100 factory calibration
3.5.3.09 Alpha 3000 factory calibration
Tank gauge table from custom calibration
7.8
2. Check that menu [3.2.1 Flow calibration] uses the correct PPU
value corresponding to the sprayer’s flow housing.
3. Go to menu [3.5.2.1 Water level].
4. Fill the sprayer completely up to the filler lid in the top of the tank,
with a known amount of water, using an external calibrated
flowmeter. Alternatively weight the sprayer before and after filling,
and note the weight difference.
5. Press #.
7 - Menu 3 Calibration
3.2.1 Flow calibration
485 .000
PPU
EU units: FlowSensor dia/ca PPU: Ø13/120,Ø20/60,Ø36/17
US units: FlowSensor dia/ca PPU: Ø13/485,Ø20/225,Ø36/60
3.5.2.1 Water level
0
inches
Fill up the tank to the max level, then press Enter
ATTENTION! As the accuracy of the custom calibration is affected, it is of high importance that the external calibrated
μ
flowmeter measures the correct quantity within a 2 % deviation. Same accuracy of 2 % must be kept if weight
difference of the sprayer before/after filling is used.
WARNING! Do not leave the sprayer while filling the tank and keep an eye on the level indicator in order NOT to
±
overfill the tank.
6. Press # after ensuring the sprayer is level. Refill the tank up to the
tank lid if the sprayer is re-levelled.
3.5.2.1 Water level
0
inches
Level the sprayer, then press Enter
7.9
7 - Menu 3 Calibration
Levelling the procession of sprayer is of great importance as the
accuracy is directly affected!
Assuming that the same tractor will be used after custom calibration, it
is not necessary for the sprayer to be level itself. But the whole
procession of tractor and sprayer (A) needs to be level.
Use e.g. a beam (B) of approximately 20 ft. length, placed on two
wooden blocks at the location where the calibration will take place.
Place a level (C) on the beam (B) to find the level point of the calibration
location.
7. Engage the pump and set P.T.O. revolutions at 540 rpm or 1000
rpm (depending on pump model).
8. Open all boom sections and empty the tank. The pulses from the
flow transducer are logged as data points. During this session the
screen shows: [xxxx] as the actual water level in inches and
[yyyyyyy] is the number of pulses from the flow meter.
3.5.2.3 Water level
0
inches
Empty sprayer through main flow meter at boom.
Computer will register flow
ATTENTION! The definition of having an empty tank, is when no spray comes out of the nozzles anymore. Note that
μ
when empty, there will still remain about 3 gallons in the sump of the tank.
9. Press # when the tank is empty.
10. Correct the displayed volume with the ¿ or ª or with numeric
keys to the actual volume sprayed out.
11. Press #. The new custom gauge table is calculated and the
calibration of the HARDI® Tank Gauge is finished.
3.5.2.4 Calibration of Tank gauge
120.000
gallon
Key in true volume from flowmeter.
Computer will calculate table
7.10
7 - Menu 3 Calibration
Menu 3.5.3 Select factory calibration
This menu may have been set up by your HARDI® service center.
Selection can only be done with no water in the tank. See “Menu 3.5.4
Offset at empty MainTank” to check if empty.
The prerequisites for accuracy of the level, when selecting the factory
calibration is:
Level sprayer; When mounted to the tractor, the sprayer should be level.
Check if level by placing a level on the frame of the COMMANDER
sprayer as follows:
COMMANDER 4400: Underside of the frame.
COMMANDER 6600: Upperside of the frame (Important as frame is not
parallel).
Height of hitch point when mounted to tractor; The height of hitch
point measured from the ground should be 21.7” (550 mm). Measured
tank contents changes with the height of the sprayer at the hitch point.
In the following chart, an example of the difference in tank contents can
be seen.
ATTENTION! If one of the prerequisites is not fulfilled, then refer to “Menu 3.5.2 Custom calibration of Tank gauge” to
μ
make a custom calibration of the tank gauge.
3.5.3 Select factory calibration
>> 3.5.3.01 Custom calibration of gauge
3.5.3.02 NCM 3200 factory calibration
3.5.3.03 NCM 4400 factory calibration
3.5.3.04 NCM 6600 factory calibration
3.5.3.05 NCM 9000 factory calibration
3.5.3.06 Alpha 2500 factory calibration
3.5.3.07 Alpha 3500 factory calibration
3.5.3.08 Alpha 4100 factory calibration
3.5.3.09 Alpha 3000 factory calibration
Empty tank for automatic registration of zero-point of tank
sensor
Height at hitch eyeCOMMANDER 4400COMMANDER 6600
Actual content*1030 gal. (3900 liter)1585 gal. (6000 liter)
*known amount of water measured with a calibrated flowmeter.
**specified height.
***Displayed contents at correct hitch height.
Menu 3.5.4 Offset at empty MainTank
In menu [3.5.4.1 TankGauge Offset] read out the frequency (Hz) at
empty tank. If the tank is completely empty, then press # to accept the
frequency. In case the main tank is not empty, this menu can only be
used to 3.5.4.1 TankGauge Offset correct the empty-frequency if it is
known to the user.
3.5.4.1 TankGauge Offset
0
Hz
Actual frequency. Accept if empty. Or key in recorded emptyfrequency
7.11
7 - Menu 3 Calibration
Menu 3.6 Track
General info
There is no standard setting for the Track set up. The Track needs to be adjusted for different kinds of tractors since the
sprayer and spraying practices can only be found under the actual conditions.
For example; for spraying done at high speed(12 to 16 mph (20 to 25 km/h)), the Track must be set up so it reacts slowly and
the dead zone could be set higher than the standard setting.
Another example; spraying with relatively low speed (4 to 6 mph (7 to10 km/h)) in a crop where the precision must be high,
the dead zone can be reduced for more precision.
For each adjustment, descriptions are given of what happens if the setting is changed and what effect will it have on the
sprayer.
SafeTrack
The SafeTrack is operated at the hydraulic SetBox. Track selection
switches have 3 positions
1. When pressing the align button (17), sprayer will align to be in
position for folding the boom.
2. When pressing “auto” (18), the system is in auto and the sprayer
will follow the track from the tractor.
3. When one of the two arrow buttons (16) is pressed, the system is
in manual. Using the two arrows (16) left and right , will steer the
sprayer left and right. If unsafe driving occurs, an alarm will be
triggered and the sprayer will align. Press # to turn alarm off.
Switching to “manual” (16) or pressing “align” (17) will also turn
alarm off. Be aware that the alarm can not be turned off as long as
unsafe driving still occurs!
Menu 3.6.1 Track width
Here the track width can be entered. The track is measured from right side tire center to left side tire center of the sprayer
wheels. It is important that the right track width is entered. The controller will calculate the speed to the center of machine
and not the speed of the wheel.
If the track width is incorrect, it will influence track precision and the safety factor.
Factory setting: 71”
Menu 3.6.2 Tractor drawbar
Here the length of the tractor drawbar is entered. The measurement is from the center of the tractor rear axle to the center
of the drawbar pin. This has to be adjusted every time a new tractor is hooked on to the sprayer. When hooked up, check
the rigidity of the tractor drawbar mounts. There must be no sideways movement.
Factory setting: 31”
Measurement too short: The Track reacts faster, but will make the sprayer steer too large a curve.
Measurement too long: The Track reacts slower, but will make the sprayer steer too short a curve.
7.12
7 - Menu 3 Calibration
Menu 3.6.3 Dead zone
This is the non regulation zone when the sprayer is straight behind the tractor. If the sprayer is oscillating in the hydraulics
when driving straight, this value must be increased.
Factory setting: 2” (5 cm); Over 6” (15 cm) not recommended.
Decreasing value:Reacting on small deviations. Tendency to oscillate that will damage the boom. High precision,
but more unstable driving with small corrections all the time.
Increasing value:No oscillation but tendency to sway. Low precision, but very steady dri ving with less
corrections.
Menu 3.6.4 Damping
If the system is too aggressive, the damping constant must be increased. Failure to do so may damage the boom.
Factory setting: 50%
No damping (0%):High precision, but very unsteady. Fast reaction time, but more aggressive movement that
potentially can damage the boom.
Full damping (100%):Low precision, but very steady. Slow reaction time, but less aggressive.
Menu 3.6.5 Alignment offset
Here the fine tuning of tractor and sprayer alignment is done. This is to compensate if the front potentiometer is placed
offset to the centerline when the sprayer is attached.
Note +/- can be changed with ¿ and ª
Factory setting: 0 %
Negative setting will move the sprayer to the left of the track, and positive setting will move the sprayer to the right of the
track. The sprayer must follow the tractor in a straight line in all situations. If the value is over 4” (10 cm), it is recommended
to manually adjust position of the front angle sensor.
Menu 3.6.6 Sensitivity
The purpose of this menu, is to adapt the track regulation to the tractor
hydraulics and to the characteristics of the sprayer hydraulics system.
Calibration procedure is divided into 4 steps where an offset and gain
value is found to both left and right movement, 4 values in all.
Method:
1. Unfold boom and, without driving, set P.T.O. to spraying R.P.M.%
2. Align sprayer and press ® to enable “auto” at the controller. Press
ESC to abort. Press Enter to start calibration of offset and First
left/right offset is found: gain
3. Go to menu [3.6.6 Sensitivity] and select “Yes” with ¿ or ª and
press #. Press # again and calibration starts.
3.6.6.1 Sensitivity to tractor hydraulics
0
%
Press ESC to abort.
Press Enter to start calibration of offset and gain
7.13
7 - Menu 3 Calibration
4. Press and hold the manual “steer to right” button. Display will
show a counting percentage ending with an “OK” message when
offset is found.
5. Afterwards same procedure is repeated for opposite direction.
3.6.6.2 Finding offset right side
0
%
Press hold ‘steer to right’ button.
Computer will activate valve and find offset
3.6.6.3 Offset right side is Ok
0
%
Press Enter to continue calibration
Then calibration automatically continues with gain calibration:
6. Press and hold the manual “steer to right” button. Display will
show a counting percentage ending with an “OK” message when
gain is found.
3.6.6.8 Finding gain right side
0
%
Press hold ‘steer to right’ button.
Computer will activate valve and find gain
7.14
7. Afterwards, same procedure is repeated for opposite direction.
8. The display reads “CALIBRATION OK” when calibration has finished.
Confirm and leave menu by pressing #.
7 - Menu 3 Calibration
3.6.6.9 Gain right side is Ok
0
%
Calibration is OK.
Press Enter to return to Track calibration menu
3.6.6.12 Gain left side is Ok
0
%
Calibration is OK.
Press Enter to return to Track calibration menu
Emergency Track
If a problem with the Track should occur, please see “Menu 4.7 Emergency Track”.
7.15
7 - Menu 3 Calibration
Menu 3.7 LookAhead
Menu 3.7.X LookAhead calibration
At start-up of the HC 6500, the user is prompted for a nozzle choice. If
the selected nozzle holds no LookAhead calibration in the HC 6500
memory, it will need to be calibrated.
Press ® to enable “auto” mode prior to calibration. Calibration method:
1. Select menu 3.7 and press #.
2. Select the nozzle to be calibrated and press #.
3. Enter an application rate in the display.
4. Confirm by pressing #.
Two spraying speeds for calibration are now calculated in the HC
6500. Set P.T.O. revolutions to fit the calculated spraying speed.
5. Start spraying at the calculated speed.
6. While spraying at calculated speed, a digit in the 3rd line of the display “Counter to 9” is counting up to 9. If calibration
value is found, “ok” is shown in the display. If a value is not found, the digit starts re-counting up to 9 until a value is
found.
7. Another calculated speed is now shown in the display. Repeat steps 5 and 6 again for this 2nd calculated speed. It is
preferred to maintain the same P.T.O. revolutions at second driving speed.
8. The digit in the display counts up as told in step 6. But when a value is found this time, “done” is shown in the display
since calibration is now finished.
If custom nozzle LookAhead calibration is selected, the flow at 40 psi must first be defined.
1. Enter value.
2. Confirm by pressing #.
3. Do all the above calibration routine as usual.
ATTENTION! To calibrate, the speed must exceed the minimum speed set in the controller memory. If minimum
μ
driving speed is set too high, please contact your local HARDI® dealer.
Select and calibrate LookAhead - ISO 0075
0,3 l/min @ 3 bar (0.075 gal/min @ 40 psi)
3.7.X LookAhead
calibration
ATTENTION! If all section valves are turned off, then LookAhead is in standby. When turning single sections off, e.g.
μ
in wedge shaped fields, then the last valve must be turned off by using the main on/off.
ATTENTION! During the entire calibration process, the fluid system should be in “Auto” mode. If not, press ® to
μ
enable it.
ATTENTION! When using very large nozzles, it could be necessary to reduce speed until application rate is stable.
μ
ATTENTION! If controller suggests a speed lower than min. regulation speed, then choose a higher application rate.
μ
7.16
8 - Menu 4 Toolbox
Menu 4.1 Measure
Tri p meter
This is a simple electronic trip meter. You can measure distance. If the implement wid th is entered in menu [4.1. 3 Working
width], area can also be measured in menu [4.1.2 Area].
Use | to clear the value.
Following submenus are possible:
[4.1.1 Distance]Measures a distance being travelled.
[4.1.2 Area]Measures the area the boom covers at a travelled distance.
[4.1.3 Working width] Menu for entering the boom working width to be measured.
[4.1.4 Stop watch]Measures the time being used.
[4.1.5 Alarm clock]Can give an alarm at a preset time.
8.1
8 - Menu 4 Toolbox
Menu 4.2 Service intervals
Menu and intervals
Service intervals and a nozzle check are programmed into the Controller. This makes it easier for the operator to remember
the service intervals.
From the factory, the Controller is set up with a nozzle check and three service reminders.
Menu & intervalHoursAction
[4.2.1 Check filters]10See sprayer instruction book, Maintenance.
[4.2.2 Grease boom]50See sprayer instruction book, Maintenance.
[4.2.3 Grease track and center]250See sprayer instruction book, Maintenance.
[4.2.4 Miscellaneous service]-Not defined from factory.
[4.2.5 Check nozzles]50Check flow rate. Change nozzles if more than 10% of rated flow.
Entering the above menus will display the hours remaining unti l next servi c e. The importer or dealer may have added
Interval D. If no interval is set, [D Not defined] is shown.
Press # to register service or control, if displayed when switched on. The warning ¢ will remain present until the service
interval is reset.
8.2
8 - Menu 4 Toolbox
Menu 4.3 Service interval reset
Service interval reset
To reset service interval, go to relevant interval menu listed:
[4.2.1 Check filters reset]10See sprayer instruction book, Maintenance.
[4.2.2 Grease boom reset]50See spra yer instruction book, Maintenance.
[4.2.3 Grease track and center reset] 250See sprayer instruction book, Maintenance.
[4.2.4 Miscellaneous service reset]-Not defined from factory.
[4.2.5 Check nozzles reset]50Check flow rate. Change nozzles if more than 10% of rated flow.
Press | to reset hour meter.
Press # to confirm.
8.3
8 - Menu 4 Toolbox
Menu 4.4 Reserved
Reserved function - This menu is not used
8.4
8 - Menu 4 Toolbox
Menu 4.5 Test
How to test
All readouts for the transducers are in accumulated counts, i.e. one signal gives one count, except for the optional (analog)
transducer that is read in milli-ampere.
1. Go to menu [4.5 Test].
2. Choose the item to be tested and open the menu.
3. Activate sensor and see if the signal is detected.
[4.5.1 Flow Speed Optional sensors]Activate function to monitor sensor (e.g. drive forwards, start flow).
[4.5.2 Active keys]Push key to see if a count is registered. If yes, the key or switch function is OK.
[4.5.3 PrimeFlow test]Not used in North America.
[4.5.4 Input test]See computer readings of sensors. Frequency, switch, analog inputs.
[4.5.5 Valve test]Self test.
[4.5.6 Reset PrimeFlow counters]Not used in North America.
8.5
8 - Menu 4 Toolbox
Menu 4.6 Speed simulation
How to use speed simulation
Speed may be simulated for certain purposes. A two figure value may be
entered. The state remains va lid until the Controller is restarted or the
value is set to “0”.
4.6 Speed simulation
4 .00
mph
Key in speed value.
To disable simulation key in 0 or power off
8.6
Menu 4.7 Emergency Track
8 - Menu 4 Toolbox
Menu 4.7 Emergency Track
When this menu is entered, the “bypass” function is active, so that all
sensors are ignored. The system can be operated manually so it is
possible to fold the boom and drive home. In the menu, the sensor
status and voltages can be checked, which is useful for HARDI® service
to solve the problem.
Status for following sensors are shown in the menu:
Front sensor
Rear sensor
Lock sensor
4.7 Emergency Track
>> Front sensor2.38 Volt
Front sensor1.9 Degree
Rear sensorVolt
Rear sensorDegree
Boom sensor 15.00 Volt
Boom sensor 2Folded
Lock sensor0.80 Volt
Lock sensorLocked
Emergency only.
Align sprayer and fold boom in case a sensor is defect.
Boom sensor
Lock sensor:
If the lock sensor indicates “released” (high voltage) and the track selection switch is in either “auto” or “manual”, it is possible
to use the “Left/Right steer” and “Fold inner in” switches, regardless of any other inputs the Controller receives from sensors.
If the lock sensor indicates “locked” (low voltage) and the track selection switch is in either “auto” or “manual”, it is possible
to use “Fold inner in” switch regardless of any other inputs the Controller receives from sensors. Manual or automatic
tracking is not possible.
If the track selection switch is switched to “align”, the trapeze lock will attempt to lock regardless of any sensor reading. No
automatic align is attempted. Manual or automatic tracking is not possible.
Once the boom is folded into transport position, exit the menu. This will activate the track lock if it is not damaged. As extra
security, switch power for HC 6500 to OFF and stop oil flow to the sprayer.
DANGER! Emergency only. Don’t track with the boom folded! Safety system is disabled.
€
8.7
8 - Menu 4 Toolbox
Menu 4.8 Computer CAN status
Menu 4.8.X Computer CAN status
In this menu you can see if there is communication between the units, Controller, Jobcom and Track. See part “Emergency
operation”.
Following submenus are available:
[4.8.1 Operating status all computer]Show operating status details in case of faults.
[4.8.2 Software versions all computer]Show software versions details in case of faults.
[4.8.3 Hardware versions all computer] Show hardware versions details in case of faults.
[4.8.4 Work status Terminal HC 6500]Show faults occurred since power-up.Press | key to reset counters.
[4.8.5 Work status JobCom HC 6100]Show faults occurred since power-up.Press | key to reset counters.
[4.8.6 Work status Grip HC 6300]Show faults occurred since power-up.Press | key to reset counters.
[4.8.7 Work status SetBox HC 6400]Show faults occurred since power-up.Press | key to reset counters.
[4.8.8 Work status FluidBox HC 6200]Not used in North America.Press | key to reset counters.
8.8
9 - Menu 5 Logbook
Menu 5.1 Print
What you can print
This menu has to do with printing of data.
The following can be printed via the 12 volt printer.
[5.1.1 Register number]A specific register
[5.1.2 All registers]Register 1 to 99. Only active ones will be printed.
[5.1.3 Configuration]This records all the parameters of the Controller.
Two examples of printouts are shown. To the left is a printout of a specific register ( menu 5.1.1). To the right is a printou t of
the configuration (menu 5.1.3).
9.1
9 - Menu 5 Logbook
Menu 5.2 Data dump
How to dump data
Enables data dump to an office printer. This could be done, for example, by using the Hyper Terminal function in Microsoft
Windows. Note the Hyper Terminal has to be activated and a communication cable (ref. no. 72271600) and 12 volt power
supply to the Controller and Spray Box is needed.
The Hyper Terminal baud rate should be set at one of the following before transmitting data:
19200 baud
9600 baud (HC 6500 default)
4800 baud
2400 baud
1200 baud
If only the display unit is to be removed from the tractor, a 12 Volt power supply cable (ref. no. 72244500) is necessary.
The following can be printed to an office printer.
[5.2.1 Data dump of raw data]
[5.2.2 Hyperterminal service report]Permits data to be set up with a column header.
9.2
Soft keys
Soft keys menu tree
LEVEL 1 LEVEL 2 LEVEL 3 LEVEL 4
F1 Not used in NA*F1 Not usedF1 Not used
F2 Not used
F2 Not usedF1 Not used
F2 Not used
F3 Not usedF1 Not used
F2 Not used
F2 Not used in NA*F1 Not used
F2 Not used
F3 EndNozzlesF1 Left ON
F2 Left OFF
F3 Right ON
F4 Right OFF
F4 Not used in NA*F1 Not used
F2 Not used
F3 Not used
F4 Not used
Not used
Work screen
Work screen
* Function not used in North America
9 Not used
15 Not used
39 Not used
10 - Soft keys
ATTENTION! See paragraph “Auto function” in the chapter Description.
μ
10.1
10 - Soft keys
10.2
11 - Maintenance
Off-season storage
Storage
When the tractor and sprayer are parked, disconnect the power supply to the SetBox. This will stop the system from using
power.
The Controller, SetBox and Grip should be protected from moisture and should be removed if the tractor does not have a
cabin.
11.1
11 - Maintenance
11.2
Emergency operation
12 - Fault finding
In an emergency situation
If an error occurs in the system, choose Computer CAN status. This test
will show if there is communication between the units. The menu will
be as shown.
4.8 Computer CAN status
>> 4.8.1 Operating status all computer
4.8.2 Software versions all computer
4.8.3 Hardware versions all computer
4.8.4 Work status Terminal HC6500
4.8.5 Work status JobCom HC6050
4.8.6 Work status Grip HC6300
4.8.7 Work status SetBox HC6400
Computer detail screens show details in case of faults
12.1
12 - Fault finding
Operational problems
Fault finding - HC 6500
Under these menus you can check if the communication is ok. The units can also be checked by looking at the LED on the
units. It will light up when the units are turned on. If there is an error, a signal will show in a morse code if the CAN connection
is damaged to that specific unit.
Each computer unit has an LED, which indicates condition and status of this computer. This is used when trouble shooting
in field and CAN communication works. This is used both by technicians and skilled operators.
Following is a full table of Alarms, Warnings etc. that will or can be shown on Terminal display.
Note that ID is the fault identifier, and Pr is alert priority. These are useful for service staff.
÷
ID Pr TypeText at display detailCriteria for fault
Operations disabled
01 1AlarmSensor 12V supply failure While the short circuit is present.
SafeTrack shifted to manual.
Auto is disabled.
02 2AlarmSensor 5V supply failure While the short circuit is present.
SafeTrack shifted to manual.
Auto is disabled.
03 3AlarmTrack Lock sensor failureSensor signal is less than 0.5V.
All SafeTrack keys are disabled.
Manual tracking, “Align” and “Boom fold inner in” is
only possible from menu 4.7.
04 4AlarmTrapeze lock locked illegallyLock is detected locked unintentionally.
All SafeTrack keys are disabled.
Manual tracking, “Align” and “Boom fold inner in” is
only possible from menu 4.7.
05 5AlarmTrapeze lock not lockingAttempt to lock, but no “lock” signal on sensor
input.
All SafeTrack keys are disabled.
Manual tracking, “Align” and “Boom fold inner in” is
only possible from menu 4.7.
06 6AlarmTrapeze lock released illegallyLock is detected released unintentionally.
All SafeTrack keys are disabled.
Manual tracking, “Align” and “Boom fold inner in” is
only possible from menu 4.7.
07 7AlarmTrapeze lock not releasedWhen pressing auto to release lock but no “release”
signal from lock sensor.
Auto and manual are disabled.
08 8AlarmTrack Boom sensor failureThe boom sensor signal is less than 0.5V.
The boom sensor changes state, without “Boom
fold inner” button is active.
Auto and Manual is disabled.
Only “Align” function is possible
09 9AlarmTrack Front sensor failureThe alarm is generated, if the sensor signal is less
than 0.2V or exceeds 4.8V.
Automatic tracking is aborted until the system has
been rebooted.
SafeTrack shifted to manual.
Auto is disabled.
Full screen Help text
Sensor 12V supply failure
Sensor 5V supply failure
Trac k Lo ck sensor failure.
All SafeTrack keys are disabled.
Manual tracking, “Align” and “Boom fold inner in” is
only possible from menu 4.7.
Lock is detected released unintentionally.
Missing hydraulic pressure on lock cylinder.
Misadjusted lock sensor.
Manual tracking, “Align” and “Boom fold inner in” is
only possible from menu 4.7.
Attempt to lock, but no “lock” signal on sensor
input.
Lock sensor mis adjusted. Mechanical defect
prevents lock to penetrate hole. Mis adjusted rear
angle sensor.
Manual tracking, “Align” and “Boom fold inner in” is
only possible from menu 4.7.
18 18 AlarmTankGauge faultWhen TankGauge is enabled and frequency is
below 50Hz.
AutoWash is disabled.
AutoFill is disabled.
19 19 WarningSoftware error Terminal Close hydraulic valves Turn off PTO to stop spray. Turn off power to stop
20 20 WarningSoftware error JobCom Close hydraulic valves Turn off PTO to stop spray. Turn off power to stop
21 21 WarningSoftware error Grip Close hydraulic valves Turn off PTO to stop spray. Turn off power to stop
22 22 WarningSoftware error SetBox Close hydraulic valves Turn off PTO to stop spray. Turn off power to stop
23 23 WarningSoftware error FluidBox Turn off PTO to stop spray. Turn off power to stop
24 24 WarningCAN bus failing to JobComClose hydraulic valvesTurn off PTO to stop spray. Turn off power to stop
25 25 WarningCAN bus failing to SetBoxClose hydraulic valves Turn off PTO to stop spray. Turn off power to stop
Full screen Help text
Track Rear sensor failure.
Automatic tracking is aborted until the system has
been rebooted.
If “Align” mode is selected no movement takes
place, but trapeze is attempted locked.
Manual tracking still possible.
Agitation valve fault. Motor disconnected. Motor
short circuit or blocked. Sensor failing.
Fill valve fault. Motor disconnected. Motor short
circuit or blocked. Sensor failing.
Illegal flow is detected in Sections line or in
RinseTank line.
RinseTank empty or no rinse water flow due to
other reasons.
PressureValve fault. Motor disconnected. Motor
short circuit or blocked. Sensor failing.
Regulation valve fault. Motor disconnected. Motor
short circuit or blocked. Sensor failing.
SuctionValve fault. Motor disconnected. Motor
short circuited or blocked. Sensor failing.
TankGauge fault.
TankGauge frequency is detected below 50Hz.
hydraulics.
hydraulics.
hydraulics.
hydraulics.
hydraulics.
hydraulics.
hydraulics.
12.3
12 - Fault finding
ID Pr TypeText at display detailCriteria for fault
Operations disabled
26 26 WarningCAN bus failing to GripClose hydraulic valves Turn off PTO to stop spray. Turn off power to stop
27 27 WarningCAN bus failing to FluidBoxTurn off PTO to stop spray.
28 28 Illegal
action
29 29 Illegal
action
30 30 Illegal
action
31 31 Illegal
action
32 32 Illegal
action
33 33 Illegal
action
34 34 WaitingStart pump 2Valves are positioned as in AutoWash table.
35 35 WaitingStop pump 2Valves are positioned as in AutoWash table.
36 36 WaitingPauseUpon press of softkey.
37WarningPrimeFlow Comm faultCommunication to PrimeFlow SMCU’s are failing.
38WarningOutput failing to sect 1Detected by H-bridge on I2C bus Output failing to sect 1
Track Boom fold. Align sprayerUser starts to fold the boom, and the sprayer
Track unfold BoomAlarm for attempt to switch to “Manual” or “Auto”
Main on/off is on When pressing softkey for BoomFlush, FastFlush,
MainTank not emptyWhen pressing softkey for BoomFlush, FastFlush,
No rinse waterWhen pressing softkey for either BoomFlush,
Steering not active - Over
speeding!
trapeze is not locked.
Boom Fold Inner is disabled.
mode in a situation where boom is not detected
unfolded.
When the boom is detected unfolded the trapeze
lock is unlocked and the message disappears.
Auto and manual is disabled.
MultiRinse while Main on off is on.
Keypress does not start process.
MultiRinse while MainTank is not empty.
Keypress does not start process.
FastFlush, MultirRinse while RinseTank is calculated
too empty for that program.
Keypress does not start process.
When speed is too high for steering (SafeTrack ESP).
SafeTrack is disabled.
Steering is enabled upon keypress SafeTrack auto.
After press on softkey computer continues to next
step.
See also screen layouts.
After press on softkey computer continues to next
step. See also screen layouts.
See also screen layouts.
Full screen Help text
hydraulics.
Turn off power to stop hydraulics.
Track Boom fold Align sprayer.
The alarm is present while the sprayer is not locked,
and a “fold inner” button is pressed. No folding
takes place.
Trac k unfold Boom.
Alarm for attempt to switch to “Manual” or “Auto”
mode in a situation where boom is not detected
unfolded.
Unfold the boom.
Main on off is on.
Turn Main ON OFF to off before starting AutoWash.
MainTank not empty. AutoWash cannot be started.
Not enough rinse water for selected program.
AutoWash cannot be started.
Speed too high for steering - slow down!
Double pump must be started to flush hoses.
Stop and start Double pump with hydraulic lever, as
Warning prompts you to.
Double pump must be stopped to avoid chemical
in boom.
Stop and start Double pump with hydraulic lever, as
Warning prompts you to.
AutoWash is paused by keypress.
Fault is probably due to broken cable or bad
connectors for power or data.
39WarningOutput failing to sect 2Detected by H-bridge on I2C bus Output failing to sect 2
40 40 WarningOutput failing to sect 3Detected by H-bridge on I2C bus Output failing to sect 3
41 41 WarningOutput failing to sect 4Detected by H-bridge on I2C bus Output failing to sect 4
42 42 WarningOutput failing to sect 5Detected by H-bridge on I2C bus Output failing to sect 5
43 43 WarningOutput failing to sect 6Detected by H-bridge on I2C bus Output failing to sect 6
44 44 WarningOutput failing to sect 7Detected by H-bridge on I2C bus Output failing to sect 7
45 45 WarningOutput failing to sect 8Detected by H-bridge on I2C bus Output failing to sect 8
46 46 WarningOutput failing to sect 9Detected by H-bridge on I2C bus Output failing to sect 9
47 47 WarningOutput failing to sect 10Detected by H-bridge on I2C bus Output failing to sect 10
48 48 WarningOutput failing to sect 11Detected by H-bridge on I2C bus Output failing to sect 11
12.4
12 - Fault finding
ID Pr TypeText at display detailCriteria for fault
Operations disabled
49 49 WarningOutput failing to sect 12Detected by H-bridge on I2C bus Output failing to sect 12
50 50 WarningOutput failing to sect 13Detected by H-bridge on I2C bus Output failing to sect 13
51 51 WarningOutput failing to bypass Output failing to bypass
52 52 WarningElectronic fuse 1 is onMeasurement of voltage drop over electrothermal
53 53 WarningElectronic fuse 2 is onMeasurement of voltage drop over electrothermal
54 54 WarningElectronic fuse 3 is onMeasurement of voltage drop over electrothermal
55 55 WarningElectronic fuse 4 is onMeasurement of voltage drop over electrothermal
56 56 Warning
57 57 WarningMain tank nearly emptyMain tank empty (tank gauge value set in menu 2.5.2). Main tank is nearly empty. Consider distance left
58 58 WarningSections OFFIf main ON/OFF is switched ON and one or more
59 59 Warning
60 60 WarningSpray pressure too lowSpray pressure too low (limit set in menu 2.5.3.2). Change to nozzles of less capacity or increase
61 61 WarningSpeed too highSpeed too high (limit set in menu 2.5.5.1).Decrease speed. Pressure will be too high.
62 62 WarningSpeed too lowSpeed too low (limit set in menu 2.5.5.2).Increase speed if safe. Pressure will be too low.
63 63 WarningApplication volume too highApplication volume too high (% limit set in menu). Increase speed if safe or change nozzle size.Check
64 64 WarningApplication volume too lowApplication volume too low (% limit set in menu). Decrease speed or change nozzle size. Check
65 65 WarningFan speed too highFan speed too high (limit set in menu 2.5.4.1).Reduce fan speed
66 66 WarningFan speed too low Fan speed too low (limit set in menu 2.5.4.2). Increase fan speed
67 67 WarningPTO speed too low PTO rev. too low (limit set in menu).Increase PTO speed
68 68 WarningPTO speed too highPTO rev. too high (limit set in menu).Decrease PTO speed
69 69 WarningLadder not upRaise ladder, to avoid damage to ladder or crop.
70 70 WarningWind Speed too highWind Speed too high (limit set in menu).Stop spraying or consider other nozzle types like
71 71 WarningAir Temperature too high Air Temperature too high (limit set in menu). Stop spraying or consider other nozzle types.
72 72 WarningAir temperature too lowAir Temperature too low (limit set in menu). Air Temperature too low
73 73 WarningRH too highRH too high (limit set in menu).Relative humidity too high
74 74 WarningRH too lowRH too low (limit set in menu).Relative humidity too low
75 75 WarningOpt. sensor 1 too high Limit set in menu.This will be help text
76 76 WarningOpt. sensor 1 too low Limit set in menu.This will be help text
77 77 WarningOpt. sensor 2 too highLimit set in menu.This will be help text
78 78 WarningOpt. sensor 2 too lowLimit set in menu.This will be help text
79 79 WarningOpt. sensor 3 too high Limit set in menu.This will be help text
80 80 WarningOpt. sensor 3 too low Limit set in menu.This will be help text
81 81 WarningOpt. sensor 4 too highLimit set in menu.This will be help text
82 82 WarningOpt. sensor 4 too lowLimit set in menu.This will be help text
83 83 Reminder Aborted by keypressUpon press of softkeyAutoWash is Aborted by keypress.
84 84 Reminder AutoWash completedWhen program is completedAutoWash is completed
RinseTank not fullWhen main tank has been filled and rinse tank is empty. Remember to re-fill rinse tank.
Spray pressure too highSpray pressure too high (limit set in menu 2.5.3.1). Decrease speed or change to nozzles with larger
fuse.
fuse.
fuse.
fuse.
sections
are OFF.
Full screen Help text
before leaving field.
Note that one or more sections are switched OFF.
capacity.
speed if safe.
regulation valve hoses and filters.
regulation valve.
HARDI® LowDrift.
12.5
12 - Fault finding
ID Pr TypeText at display detailCriteria for fault
Operations disabled
85 85 Reminder FastFiller valve high frictionAfter valve self testAutoAgitation valve has high friction or poor
86 86 Reminder Pressure Valve high friction After valve self testPressureValve has high friction or poor cabling.
87 87 Reminder Suction Valve high frictionAfter valve self testSuctionValve has high friction or poor cabling. Valve
88 88 Reminder Check filters and brakesPeriodically, period defined in extended menu.
(Only checked at power up)
89 89 Reminder Grease boom and track Periodically, period defined in extended menu.
(Only checked at power up)
90 90 Reminder Grease misc. Periodically, period defined in extended menu.
(Only checked at power up)
91 91 Reminder Miscellaneous servicePeriodically, period defined in extended menu.
(Only checked at power up)
92 92 Reminder Check nozzlesPeriodically, period defined in extended menu.
(Only checked at power up)
93 93 Reminder Stop watch is zero Stop watch is zero
94 94 Changed Track in manualOperator has put Track in manual
95 95 Changed Track in autoOperator has put Track in auto
96 96 Changed Track is lockedOperator has locked Track
97 97 Changed ReversingOperator is reversing
98 98 Changed Track unlockedLock is detected released.
99 99 AlarmPrimeFlow data cable weakness JobCom does not receive the data it sends.
Shift the relay to Full duplex (transmit to both ends).
Data cable defect is only detected at Half Duplex
(listen only right end).
No further Data cable defect are detected at Full
duplex (transmit to both ends).
100 100 AlarmLow PrimeFlow voltageJobCom measure PrimeFlow supply voltage after
fuse for left and right boom part at AI11 and AI12.
Alarm occur when voltage is below 14 volt.
101 101 WarningPrimeFlow power cable defect Low power warning from SMCU, when supply is
reestablished.
First low power warning received after power up of
system is not valid.
First low power warning received after “Low voltage
on supercap” is not valid.
102 102 WarningPrimeFlow computer defectSMCU does not reply on status.
No status request while “Low voltage on supercap”
occurs.
103 103 WarningFold with unlocked pendulum When pressing FoldCenterIn, FoldLeftIn or
FoldRightIn and pendulum is unlocked.
Full screen Help text
cabling. Valve will fail within some time. Arrange
repair.
Valve will fail within some time. Arrange repair.
will fail within some time. Arrange repair.
It is now time to check the suction and pressure
filters.
The Cyclone pressure filter is hidden under the grey
right-hand cowling at the front of the sprayer.
Check line and nozzle filters too.
Check brakes.
The boom now needs to be lubricated.
Yellow labels indicate lubrication points otherwise
see operators manual.
The track system now needs to be lubricated.
Yellow labels indicate lubrication points otherwise
see operators’ manual.
See operators’ manual for specific sprayer service.
You need to check the individual nozzle flow per
minute.
A stopwatch and good quality measuring jug is
needed.
Do the test with clean water.
Nozzles with over 10% of rated new capacity must
be discarded.
Hydraulic pressure established. Mis adjusted lock
sensor.
PrimeFlow bus cable fault is detected.
A failure handling circuit is enabled.
PrimeFlow is in full operation.
A fuse is open or too many rapid shifts on and off of
sections has drained the power supply.
Poor power wiring to PrimeFlow computers. One of
the 2 power lines are disconnected or connectors
are corroded and gives high resistance.
Internal fault in PrimeFlow computer. Can also be
caused by 2 or more defects in PrimeFlow data
cable. Check for PrimeFlow data cable weakness.
Fold with unlocked pendulum.
12.6
12 - Fault finding
ID Pr TypeText at display detailCriteria for fault
Operations disabled
104 104 WarningBoom wing looseButtons FoldLeftIn or FoldRightIn are not pressed
but the 4 sensors on outer boom wings change
from “In spray” to “Not in spray” respectively when
they change from “In transport” to “Not in
transport”.
105 105 Changed Agitation in AutoForward speed > 0.3 mph (0.5km/h) and Main
On/Off = On
106 106 WarningRegulation valve in end stopWarning appears when pressure regulation
algoritm tries to close Regulation valve to increase
pressure, but encoder does not give any signals, as
micro switch has turned of motor.
Alarm should not appear at self test at start up.
Pressure regulation is unchanged.
107 107 AlarmSlant angle sensor faultAlarm is active when 2.2.4.3 Slant mirror is enabled
and/or if 2.2.4.4 Slant in steps is enabled.
The alarm is generated, if the sensor signal is less
than 0.2 Volt or exceeds 4.8 Volt.
108 108 AlarmBoom height sensor fault Alarm is active when 2.2.4.2 Boom height at
headlands is enabled.
The alarm is generated, if the sensor signal is less
than 0.2 Volt or exceeds 4.8 Volt.
109 109 AlarmPressure sensor alarmThe alarm is generated, if the sensor signal on AI26
(J10_33, J11_33) is less than 3mA or exceeds 21mA.
Full screen Help text
Boom wing loose.
Agitation in Auto
JobCom detected that pressure regulation valve
does not turn and cannot close and increase
pressure and flow any further.
Increase PTO RPM.
Review flow used for agitation.
Check for internal leakages.
Check sensor and cable on pendulum.
Disable HeadLandAssist.
Disable Slant in steps.
Check connection to boom pressure sensor at
distribution valve junction box.
12.7
12 - Fault finding
12.8
13 - Testing and fine tuning
Testing and fine tuning
Fine tuning the flow constant - PPU
Calibration of the flow transducer is carried out with clean water, but small changes may occur when adding pesticides or
fertilizer. This will effect the final readings. This is typically noted when the volume displayed on the display does not equal
the actual known volume that was sprayed out. The formula below can be used to “fine tune” the flow transducer PPU.
New PPU = (Original PPU x Displayed Volume) / Sprayed Volume
For example, the spray tank is filled with 1000 gallons of spray liquid. When sprayed out, the display showed a total of 900
To raise the displayed volume, the PPU is lowered.
÷
To lower the displayed volume, the PPU is raised.
÷
Pin & Wire connection
AMP Super SealBoxColor coding
2+Brown
3Sig.Blue
1-Black
Testing flow transducer
BROWN wire to positive of 12 volt battery.
BLACK wire to negative.
BLUE wire to multimeter positive.
1. Check the rotor turns freely.
2. Each vane in the rotor has a magnet in it with the pole facing out.
Check that the 4 magnets are present.
3. Use a magnet to check that every second magnet in the rotor has
the same pole orientation. The rotor magnets must be N - S - N - S.
4. Connect negative from multimeter to negative of battery.
5. Set multimeter to DC volt.
6. By turning the mill wheel slowly, this will register approx. 8.0 +/ 1
volt with the diode on and 0.3 +/- 0.1 volt with the diode off with
every second magnet.
13.1
13 - Testing and fine tuning
Testing speed transducer
BROWN wire to positive of 12 volt battery.
BLACK wire to negative.
BLUE wire to multimeter.
1. Connect negative from multimeter to negative of battery.
2. Set multimeter to DC volt.
3. Bring a metallic object within 1/8” to 3/16” (3 to 5 mm) from the transducer. This will register 1.4 +/- 0.2 volt and the
diode will turn on.
4. By removing the object, this will register 12.0 +/- 1.0 volt. Diode is OFF.
13.2
Specifications
Specifications
Supply voltage12 Volt DC
Controlled shutdown “low battery”:9 Volt DC
Maximum supply:16 Volt DC
Maximum peak:28 Volt DC
Ambient temperature:23°F to 158°F (-5°C to +70°C)
Memory:Flash PROM non-volatile
Digital transducers (option 2, 3 and 4):Square signal
Frequency:0.5 Hz to 2 kHz
Trigger high:4.0 to 12.0 Volt DC
Trigger low:0.0 to 2.0 Volt DC
Analog transducers (option 1):
Supply:12 V
Input:4 to 20 mA
Minimum speed for volume regulation0.3 mph (0.5 km/h)
Flow ranges for the flow transducers
14 - Technical specifications
HousingHousing identification (A) Flow range
g/min
S/67One outside groove2 - 3013.5485.00
S/67No groove4 - 7020.0225.00
S/67Two outside grooves20 - 16036.060.00
Orifice
mm
PPU
value
14.1
14 - Technical specifications
Electrical connections
Types of plugs and fuses
Fuses are located into the JobCom:15 A auto fuse, for TWIN versions also 2x 10 A auto fuse.
Breakout PCB: 2x 10 A auto fuse.
DAH PCB: 10 A slowblow fuse.
PrimeFlow power PCB glass fuse 10 A slowblow.
Plugs AMP Super Seal 1.5 with 2, 3 and 4 pins.
13 pin plug ISO 11446.
14.2
14 - Technical specifications
Materials and recycling
Disposal of electronics
Cardboard: Can recycle up to 99% and therefore should be put into the waste collection system.
Polyethylene: Can be recycled.
When the operating unit has completed its working life, it must be thoroughly cleaned. The synthetic fittings can be
incinerated. The printed circuit boards and metallic parts can be scrapped.
Packaging information
Materials used for packaging are environmentally compatible. They can be safely deposited or they can be burnt in an
incinerator.
14.3
14 - Technical specifications
Charts
Chart for recording values
MenuFunction1 - Values2 - Values3 - Values
[3.2.1 Flow constant]Flow PPU
[3.1.X.1 Speed constant]Speed PPU
[3.4 Regulation constant]%
14.4
15 - Warranty
15 - Warranty
Warranty policy and conditions
HARDI® NORTH AMERICA INC. , 1500 West 76th Street, Davenport, Iowa, USA and 337 Sovereign Road, London, Ontario,
Canada hereinafter called “HARDI®”, offers the following limited warranty in accordance with the provisions below to each
original retail purchaser of its own manufacturer, from an authorized HARDI® dealer that such equipment is at the time of
delivery to such purchaser, free from defects in material and workmanship and that such equipment will be warranted for a
period of one year from the time of delivery to the end user, providing the machine is used and serviced in accordance with
the recommendations in the Operator’s Manual and is operated under normal farm conditions.
1. This limited warranty is subject to the following exceptions:
a)This warranty will be withdrawn if any equipment has been used for purposes other than for which it was intended
or if it has been misused, neglected, or damaged by accident, let out on hire or furnished by a rental agency. Nor
can claims be accepted if parts other than those manufactured by HARDI® have been incorporated in any of our
equipment. Further, HARDI® shall not be responsible for damage in transit or handling by any common carrier and
under no circumstances within or without the warranty period will HARDI® be liable for damages of loss of use, or
damages resulting from delay or any consequential damage.
2. We cannot be held responsible for loss of livestock, loss of crops, loss because of delays in harvesting or any other
expense or loss incurred for labor, supplies, substitute machinery, rental for any other reason, or for injuries either to
the owner or to a third party, nor can we be called upon to be responsible for labor charges, other than originally
agreed, incurred in the removal or replacement of components.
3. The customer will be responsible for and bear the costs of:
a)Normal maintenance such as greasing, maintenance of oil levels, minor adjustments including the boom.
b)Transportation of any HARDI® product to and from where the warranty work is to be performed.
c)Dealer travel time to and from the machine or to deliver and return the machine from the service workshop for
repair unless otherwise dictated by state law.
d)Dealer traveling costs.
4. This warranty will not apply to any product which is altered or modified without the express written permission of
the HARDI® Service and Engineering Departments and/or repaired by anyone other than an Authorized HARDI®
Dealer.
5. Warranty is dependent upon the strict observance by the purchaser of the following provisions:
a)That this warranty may not be assigned or transferred to anyone.
b)That the Warranty Registration Certificate has been correctly completed by dealer and purchaser with their names
and addresses, dated, signed and returned to the appropriate address as given on the Warranty Registration
Certificate within 30 days of delivery to the purchaser.
c)That all safety instructions in the operator’s manual shall be followed and all safety guards regularly inspected and
replaced where necessary.
6. No warranty is given on second-hand products and none is implied.
7. HARDI® reserves the right to incorporate any change in design in its products without obligation to make such
changes on units previously manufactured.
8. The judgement of the HARDI® Service Department in all cases of claims under this warranty shall be final and
conclusive and the purchaser agrees to accept its decisions on all questions as to defect and the repair or exchange
of any part or parts.
9. No employee or representative is authorized to change this warranty in any way or grant any other warranty unless
such change is made in writing and signed by the CEO in the Davenport office. Approval of warranty is the
responsibility of the HARDI® Service Department.
15.1
15 - Warranty
10. Any warranty work performed which will exceed $1000.00 MUST be approved IN ADVANCE by the Service
Department. Warranty claims filed without prior approval will be returned.
11. Claims under this policy MUST
is performed or warranty shall be void unless prior arrangements are made.
12. Parts which are requested for return by the HARDI® Service Department must be returned prepaid within thirty (30)
days for warranty settlement.
13. Warranty claims must be COMPLETELY filled out including part numbers and quantities or claims will be returned to
the submitting dealer.
DISCLAIMER OF FURTHER WARRANTY
THERE ARE NO WARRANTIES, EXPRESSED OR IMPLIED, EXCEPT AS SET FORTH ABOVE. THERE ARE NO WARRANTIES
WHICH EXTEND BEYOND THE DESCRIPTION OF THE PRODUCT CONTAINED HEREIN. IN NO EVENT SHALL THE
COMPANY BE LIABLE FOR INDIRECT, SPECIAL OR CONSEQUENTIAL DAMAGES (SUCH AS LOSS OF ANTICIPATED
PROFITS) IN CONNECTION WITH THE RETAIL PURCHASER’S USE OF THE PRODUCT.
be filed with the HARDI® Service Department within thirty (30) days of when the work
15.2
Notes
Notes
For Product, Service or Warranty Information:
- Please contact your local HARDI® dealer.
To contact HARDI® directly:
- Please use the HARDI® Customer Service number: 1-866-770-7063
- Or send your email to: CUSTSERV@hardi-us.com
Visit us online at: www.hardi-us.com
HARDI® NORTH AMERICA INC.
1500 West 76th St.
Davenport, Iowa 52806
Phone: (563) 386-1730
Fax: (563) 386-1710