ARAG IBX100 4679004 Quick start guide

INSTALLATION, USE AND MAINTENANCE
4679008
IBX100 ELECTRONIC CONTROL UNIT
Object Pool rel. 2.0.x

2
• LEGEND OF SYMBOLS
=Generic danger
=Warning
ECU =IBX100 remote control unit
VT =Virtual Terminal
OP =Object Pool
TC =Task Controller
1 / 1
=Number of existing pages for a specic menu.
Example on how they are indicated on the display during Object Pool navigation.
1 / 2
2 / 2
etc.
This manual is an integral part of the equipment to which it refers and must accompany the equipment in case of sale or change of ownership. Keep it for any
future reference; ARAG reserves the right to modify product specications and instructions at any moment and without notice.
CAUTION:
THE NATIVE CONTROLS INSIDE YOUR VIRTUAL
TERMINAL HAVE THE PRIORITY ON ALL THE CONTROLS
DERIVING FROM THE IBX100. PLEASE, KEEP THIS IN
MIND WHEN PROGRAMMING AND USING THE PRODUCT.
LEGEND OF SYMBOLS

3
CONTENTS
1 Risks and protections before assembly.................................4
2 Intended use .............................................................................4
3 Precautions ...............................................................................4
4 Package content .......................................................................4
5 Position on farming machine ..................................................5
5.1 System recommended composition.................................5
5.2 Control unit fixing .............................................................6
5.3 Wiring harness connection ..............................................6
6 Wiring connections ..................................................................7
6.1 General precautions for a correct harness position .........7
6.2 Control unit (ECU) connection .........................................7
6.3 Control unit valve connection...........................................8
6.4 Hydraulic valve connection ..............................................8
6.5 Sensor connection...........................................................9
7 ISOBUS system cable connection ........................................10
7.1 Connection of in-cab cable ............................................10
7.2 Connection of ISOBUS cable.........................................10
8 “OBJECT POOL” loading .......................................................11
9 Setting .....................................................................................12
9.1 Tests and checks before setting.....................................12
9.2 Control layout.................................................................12
10 Implement settings > BASIC SETTINGS...............................13
10.1 Home > Data and settings > Implement settings
> Basic settings..............................................................14
11 Implement settings > Advanced Setup .................................15
11.1 Home > Data and settings > Implement settings
> Boom settings .............................................................16
11.1.1 Home > Data and settings > Implement settings
> Boom settings > Set coverage........................................ 16
11.2 Home > Data and settings > Implement settings
> Flowmeters .................................................................17
11.3 Home > data and settings > implement settings
> Pressure sensor..........................................................18
11.4 Home > data and settings > implement settings
> Valves .........................................................................19
11.5 Home > Data and settings > Implement settings
> Nozzles data...............................................................19
11.6 Home > data and settings > implement settings
> Speed .........................................................................20
11.7 Home > data and settings > implement settings
> Rev counter.................................................................20
11.8 Home > data and settings > implement settings
> Tank .............................................................................. 20
11.9 Home > data and settings > implement settings
> Device calibration .......................................................21
11.9.1 Home > Data and settings > Implement settings
> Device calibration > Press. sensor zero value................. 21
11.9.2 Home > Data and settings > Implement settings
> Device calibration > Tank level zero value ....................... 22
11.9.3 Home > Data and settings > Implement settings
> Device calibration > Tank profile calibration .................... 23
11.9.4 Home > data and settings > implement settings
> Device calibration > Save tank profile............................. 24
11.9.5 Home > data and settings > implement settings
> Device calibration > Load tank profile............................. 24
11.10 Home > data and settings > implement settings
> Implement geometry...................................................25
11.11 Home > Data and settings > Implement settings
> System configurations.................................................26
11.12 Home > Data and settings > Implement settings
> Rate controller ............................................................26
11.13 Home > Data and settings > Implement settings
> Flowmeter presets ......................................................27
11.14 Home > Data and settings > Implement settings
> Fan..............................................................................27
12 Data and Settings ...................................................................28
12.1 Home > Data and settings > Manage presets................28
12.1.1 Preset setting...................................................................... 28
12.1.2 Preset activation ................................................................. 28
12.1.3 Home > Data and settings > Manage presets
> Totals - Averages.............................................................. 28
12.2 Home > Data and settings > Job parameters ................29
12.3 Home > Data and settings > Info and alarms ................30
12.4 Home > Data and settings > Implement settings ...........31
12.5 Home > Data and settings > Job data............................31
12.6 Home > Data and settings > Sprayer capability.............31
12.7 Home > Data and settings > System status...................32
12.7.1 Home > Data and settings > System status
> Device status................................................................... 32
12.7.2 Home > Data and settings > System status
> ISOBUS........................................................................... 33
12.7.3 Home > Data and settings > System status
> Auxiliary input status........................................................ 34
12.7.4 Home > Data and settings > System status
> System settings ............................................................... 35
12.7.5 Home > Data and settings > System status
> Registration ..................................................................... 38
12.8 Home > Data and settings > User preferences..............39
13 Use...........................................................................................40
13.1 “HOME” main screen .....................................................40
14 Job functions ..........................................................................41
14.1 Output temporary increase and decrease - Home >
Change target rate.........................................................41
14.2 Home > Alarms ..............................................................41
14.3 Home > Automatic functions..........................................42
14.3.1 Home > Automatic functions > Application rate regulation 42
14.3.2 Home > Automatic functions > Simulated speed............... 43
14.3.3 Home > Automatic functions > Light switches ................... 43
14.4 Home > Tank..................................................................44
14.4.1 Level reset .......................................................................... 44
14.4.2 Filled quantity manual setup .............................................. 45
14.4.3 Tank level manual setting.................................................... 45
14.4.4 Tank filling ........................................................................... 45
14.5 Main control and section management..........................46
14.5.1 Control settings WITH Auxiliary Input.................................. 46
14.5.2 Control settings WITHOUT Auxiliary Input .......................... 46
14.6 Joystick: ARAG default functions ...................................49
14.7 Fans...............................................................................50
14.7.1 Fan control / Fan speed temporary increase and decrease -
Home > Fan operation........................................................ 50
14.7.2 Home > Fan exchange ....................................................... 50
15 Maintenance / diagnostics / repairs......................................51
15.1 Cleaning rules................................................................51
15.2 LED status key...............................................................51
15.3 Error messages .............................................................52
15.4 Troubleshooting..............................................................53
16 Technical data.........................................................................54
16.1 Electrical features ..........................................................54
16.2 Environmental features ..................................................54
16.3 Physical features............................................................54
16.4 Pin-out of IBX100...........................................................54
17 End-of-life disposal ................................................................55
18 Guarantee terms .....................................................................55
19 EU declaration of conformity.................................................55

4
INTRODUCTION
• MANUAL USE MODES
The section of this manual dedicated to the installation contains information for installers. For this reason we have used technical terms without
providing explanations which would be necessary for end users only.
THE INSTALLATION MUST BE CARRIED OUT BY AUTHORIZED AND SKILLED PERSONNEL ONLY. ARAG IS NOT RESPONSIBLE
FOR ANY OPERATION SPECIFIED IN THIS MANUAL CARRIED OUT BY UNAUTHORIZED OR UNSKILLED PERSONNEL.
• LIMITATIONS
The descriptions of the assembly phases refer to a "general" Virtual Terminal, so specic models will not be mentioned, unless a certain installation
procedure concerns exclusively one VT type.
• RESPONSIBILITY
The installer must carry out "workmanlike" installations and ensure to the end user the perfect operation of the whole system both with ARAG
components only and other brands' components.
ARAG always recommends using its components to install control systems.
The installer will be held responsible for any malfunction if he decides to use other brands' components even without actually changing the system
parts or harness.
The compatibility check with components and accessories of other manufacturers shall be carried out by the installer.
If the ARAG components installed together with other brands' components get damaged because of what stated above, no direct or indirect warranty
will be provided.
1 RISKS AND PROTECTIONS BEFORE ASSEMBLY
The installation works relating to the job computer, except the main connection (ISOBUS system Chap. 7) must be done with
battery disconnected, using suitable tools and any individual protection equipment deemed necessary.
Use ONLY clean water for treatment tests and simulations: using chemicals during simulated treatment runs can seriously injure
persons in the vicinity.
2 INTENDED USE
The apparatus you have purchased is a standard ISOBUS system compliant with ISO11783 to be applied to a multi-row orchard sprayer.
This device is designed to work on agricultural machinery for spraying and crop spraying applications.
The machine is designed and built in compliance with ISO 14982 standard (Electromagnetic compatibility - Forestry and farming
machines), harmonized with 2014/30/EU Directive.
3 PRECAUTIONS
• Do not aim water jets at the equipment.
• Do not use solvents or fuel to clean the case outer surface.
• Do not clean equipment with direct water jets.
• Comply with the specied power voltage (12 VDC).
• In case of voltaic arc welding, remove connectors from the device and disconnect the power cables.
• Only use ARAG genuine spare parts and accessories.
• THE PRODUCT DOES NOT FEATURE EMERGENCY STOP DEVICES: THE MACHINE MANUFACTURER MUST PROVIDE ALL
NECESSARY SAFETY DEVICES FOR THE HYDRAULIC VALVE CONTROL. IT IS THE MANUFACTURER’S RESPONSIBILITY TO
ENSURE THAT THE MACHINE IS SAFE TO USE, ALSO BY MEANS OF ACOUSTIC AND/OR VISUAL SIGNALING DEVICES.
4 PACKAGE CONTENT
Fi g . 1
Control unit
Harnesses must be ordered separately (Ref. ARAG general catalog).

5
INSTALLATION
5 POSITION ON FARMING MACHINE
5.1 System recommended composition
To connect all parts of the system correctly, make sure to use the proper connection cables.
Consider any variants depending on system type.
INSTALLATION DIAGRAM
Fi g . 2
PART NO. 4679008
T L S XM 1÷7 FS1 FS2F P G
2
1
3
4
0,8m
3m
3m
3m 3m
3/6/10m
6m
6m
0,3m
0,3m
0,3m
0,5m
4,5m
1,2m
T
ISOBUS
PLUG
AUXILIARY
INPUT
VIRTUAL
TERMINAL
S
5 6
0,8m0,3m
AUXILIARY
INPUT
5 6
Z
Legend of connection cables:
1Standard ISOBUS connector (ISOBUS PLUG)
2Control unit (G + P) / sensors
3Control unit (section valves)
4Hydraulic unit
5Switch boxes
6Explorer Joystick
MPressure sensor
1÷7 Section valves
FFlowmeter
PRegulating valve
GMain valve
TFilling owmeter
LLevel sensor
SSpeed sensor
XRPM sensor
FS1 Left fan RPM sensor
FS2 Right fan RPM sensor
ZBoom lighting / ashing light (with Arag light control kit ONLY)

6
INSTALLATION
5.2 Control unit fixing
Secure the control units on the back of the machine, close to the control unit and the hydraulic unit.
Consider all necessary connections of the device (par. 5.3), the cable length, and make sure there is enough space for
connectors and cables.
For any reference to the system conguration, read par. 5.1.
Respect the mounting direction of the control units, as specied in Fig. 3 (connectors shall be facing down).
Fix the ECU using the 4 bolts tted into their slots (A, Fig. 3).
No other type of assembly is allowed.
Fi g . 3
Unit of measurement: mm
Fi g . 4
OVERALL DIMENSIONS
5.3 Wiring harness connection
Fi g . 5
NO. CONNECTION POINTS
1Control unit (G + P) + Sensors
2Control unit (section valves)
3Hydraulic unit
4Standard ISOBUS connector
(ISOBUS PLUG)

7
INSTALLATION
6 WIRING CONNECTIONS
• Use original ARAG harnesses only.
• Take care not to break, pull, tear or cut the cables.
• Use of unsuitable cables not provided by ARAG automatically voids the warranty.
• ARAG is not liable for any damage to the equipment, persons or animals caused by failure to observe the above instructions.
6.1 General precautions for a correct harness position
• Securing the cables:
- secure the harness so that it does not interfere with moving parts;
- route the harnesses so that they cannot be damaged or broken by machine movements or twisting.
• Routing the cables to protect against water inltrations:
- the cable branches must ALWAYS be facing down (Fig. 6).
Fi g . 6
Fi g . 7
• Fitting the cables to the connection points:
- Do not force the connectors by pushing too hard or bending them: the contacts may be damaged and system operation may be compromised.
Use ONLY the cables and accessories indicated in the catalog, having technical features suitable for the use to be made of them.
6.2 Control unit (ECU) connection
CAUTION: DO NOT CONNECT ISOBUS CONNECTOR (Fig. 5 on page 6).
THIS CONNECTION MUST BE CARRIED OUT LATER, ONLY AFTER INSTALLING ALL THE COMPONENTS (Chap. 7 ISOBUS
system cable connection).
Connect harnesses as specied in par. 5.3; each one of them shall be connected to the corresponding socket on the offset unit.
Close the unused connectors with the relevant caps supplied in the package.
If they prove hard to insert, do not force them, but check the shown position.
Fi g . 8
Some connectors are supplied with separated slide.
Manually insert the slide in the most convenient position for connector insertion and removal.
• Open connector slide (1,Fig. 8).
• To position connector (2), insert it inside socket (3), then press: during this operation, take care not to bend the electric contacts.
• Close slide (4) until it locks in place.

8
6.3 Control unit valve connection
• The system only works if assembled with 3-wire type valves.
• Use ARAG valves: use of unsuitable valves not provided by ARAG automatically voids the warranty.
ARAG is not liable for damage to the equipment, persons or animals caused by failure to observe the above instructions.
• All valve connectors must be provided with seals before being connected (Fig. 9).
• Make sure the seals are correctly tted to avoid water inltration when using the control unit.
Fi g . 9
Fix the connectors to the relevant valves according to the
initials indicated in your assembly general diagram
(par. 5.1 System recommended composition)
• Remove the protection cap (1, Fig. 9) from the electric valve.
• Place the seal (2) onto the connector (3), and push the
connector fully on (4): be careful not to bend the contacts
upon insertion on the valve.
• Tighten the screw (5) fully home.
Section
2
Section
3
Section
4
Section
1
Valve 1 Valve 3Valve 2 Valve 4
Section
5
Valve 5
Fi g . 10
Connector 1 shall control the valve, which in turn is connected to the boom section 1, and so on with the other valves.
Connect "connector 1" to "valve 1", and then the other connectors with increasing numbers from left to right: the boom section 1 is the furthest from the
machine on the left, looking at the machine from the rear side (Fig. 10).
6.4 Hydraulic valve connection
Fi g . 11
The system can control up to 9 hydraulic functions through double action valves.
Fix the connectors to the relevant valves according to the initials indicated in your assembly general diagram (par. 5.1).
• Position seal (1) onto connector (2), then connect the latter pressing it fully home (3):
during this operation, take special care not to bend valve electric contacts.
• Insert screw inside connector, and screw it (4) until it is tightened.
The function of each switch on the hydraulic function control panel is described below.
• Connect the connector marked with “DD” to the pilot valve, and then the other connectors, as specied on the table:
CONTROL MOVEMENT CONNECTOR
Section movement
1 - 2 - 3 - 4 - 5 - 6
Opening 1 ÷ 6 A
Closing 1 ÷ 6 C
Boom height
Opening AA
Closing AC
Boom lock
Opening BA
Closing BC
Boom leveling
Opening CA
Closing CC
INSTALLATION

9
INSTALLATION
6.5 Sensor connection
Fix the connectors to the relevant functions according to the initials indicated in your assembly general diagram (par. 5.1).
Harness cables are marked with a symbol denoting their functions: please see the table for correct harness connection.
Use ARAG sensors: use of unsuitable sensors not provided by ARAG automatically voids the warranty.
ARAG is not liable for damage to the equipment, persons or animals caused by failure to observe the above instructions.
ITEM CONNECTION
FFlowmeter
FS1 Left fan RPM sensor
FS2 Right fan RPM sensor
LLevel sensor
MPressure sensor
SSpeed sensor
TFilling owmeter
XRPM sensor
ZBoom lighting / ashing
(with Arag light control kit ONLY)
- The products are supplied with the sensor installation instructions.
The following speed sensors can also be used as RPM sensors:
• inductive speed sensor (code 467100.086);
• magnetic speed sensor (code 467100.100).
- Connection of:
• owmeter;
• pressure sensor;
• level sensor;
• lling owmeter;
• RPM sensor
• Boom lighting / ashing light (with Arag light control kit ONLY)
All ARAG sensors use the same type of connector. Connect the sensor connector to the relevant harness; make sure it is correctly tted and push it
until locking it.
Fi g . 1 2 Fi g . 1 3
INSTALLATIONINSTALLATION

10
INSTALLATION
7 ISOBUS SYSTEM CABLE CONNECTION
1. Connect the ISOBUS and IN-CAB cables.
2. Turn the VT on.
3. Wait for the OP complete loading (par. 8).
IN-CABIN-CAB
CONNECTIONCONNECTION
ISOBUSISOBUS
CONNECTIONCONNECTION
Fi g . 1 4
7.1 Connection of in-cab cable
Use the cable supplied in the auxiliary input package*.
Connection: Fit the connectors (in-cab connection in Fig. 14), ensure they are correctly in place and turn the ring nut clockwise until blocking them.
*ARAG Auxiliary Input control system is not compulsory on all systems, and must thus be ordered separately.
Some VTs allow controlling section valves directly from monitor touch-screen panel.
7.2 Connection of ISOBUS cable
Use cable 1 (Fig. 2, par. 5.1 System recommended composition).
Connections: x the connectors (ISOBUS connection in Fig. 14); make sure they are correctly tted and push until locking them.

11
“OBJECT POOL” LOADING
8 “OBJECT POOL” LOADING
Images and the relevant description texts contained in this manual are given as a reference as they can vary depending on the
Virtual Terminal used. If the descriptions do not correspond to the text displayed in your Virtual Terminal, refer to the manual
attached to the latter.
ECU OP loading.
Fig. 15
Press to enter the main
screen.
Wait for the ECU OP to be
fully loaded.
Fig. 16

12
USING THE KEYS
9 SETTING
9.1 Tests and checks before setting
Before setup, check:
• that all components are correctly installed;
• the correct connection to the power source;
• the component connection.
Failure to correctly connect system components or to use specied components might damage the device or its components.
9.2 Control layout
MENU / DATA SELECTION
Fi g . 1 7
Goes back to main screen
Goes back to previous menu, or scrolls the pages of a menu (previous page)
Scrolls the pages of a menu (next page)
Saves the changes to current page
Fig. 18
Quits without conrming the changes
Saves the changes
ENTERING A NUMERICAL VALUE
Icons are given as a reference as they can vary depending on the Virtual Terminal used:
Fig. 19
Cancel
Exits
Conrm
Fig. 20
Read-only value or previously set in another menu.

13
HOME
10 IMPLEMENT SETTINGS > BASIC SETTINGS
Upon rst switching on, enter the device basic settings.
For a correct use of the keys during setting, refer to par. 9.2.
1
Fig. 21
2
Fig. 22
3
Fig. 23
BASIC SETTING PROCEDURE START
- VT will guide you during the conguration: follow the steps and select the desired options.
previous step; next step
- When the message Confirm change to settings appears, the conguration is complete. Press .

14
IMPLEMENT SETTINGS
10.1 Home > Data and settings > Implement settings > Basic settings
Allows conguring:
1 / 8
Main valve type: type of main control valve installed on the control unit.
- None
- 2 ways: drain valve.
- 3 ways: main valve.
2
/
8
Regulation valve type: type of control valve installed on the control unit.
- Standard (7s): it takes 7 seconds for the valve to travel its full stroke.
- Fast (3.5s): it takes 3.5 seconds for the valve to travel its full stroke.
- Ultra fast (2s): it takes 2 seconds for the valve to travel its full stroke.
3
/
8
Flowrate reference sensor: device used to calculate owrate.
- Flowmeter: the measured owrate is used for the application rate regulation.
- Pressure sensor: measured pressure is used to calculate application rate.
- Both: the application rate is regulated using the owmeter, when the working owrate is within its reading range;
outside the range the system uses the installed pressure sensor, ONLY if properly congured.
4/ 8
Fan: characteristics and control type of the fans installed on the system.
- No: no fan connected.
- Monitor only (select one of the options Dual fan / Single fan): system can ONLY display the detected values.
- Yes (select one of the options Dual fan / Single fan): system can DISPLAY and CONTROL fan values.
5/ 8
Tank level source: device used to read tank level.
- Manual: no device connected.
- Filling flowmeter
- Level sensor: by selecting this option in the HOME page, this icon will be displayed on the tank.
The icon with red background indicates that NO calibration curve is present.
Par. 11.9.3 on page 23 includes the instructions to create it; when the calibration curve is present, the red icon will disappear.
6
/
8
Liquid recovery: indicate if the recovered liquid count is enabled.
This menu is only visible when the level sensor is active.
- No: recovery disabled.
- Yes: recovery enabled.
7
/
8
Number of sections: number of section valves in the system.
- 1÷7
8
/
8
Number of rows: number of rows covered by the machine.
- 1÷7
BASIC SETUP PROCEDURE IS NOW COMPLETE: WHEN RETURNING TO THE HOME PAGE, THE SYSTEM RESTARTS
AUTOMATICALLY.
NOW IT IS POSSIBLE TO START THE ADVANCED SETUP PROCEDURE, DESCRIBED IN CHAP. 11.

15
11 IMPLEMENT SETTINGS > ADVANCED SETUP
The computer can be set-up with all the data required to ensure a correct distribution of the treatment product.
THE BASIC SETTINGS (CHAP. 10) AFFECT WHICH AND HOW MENU ITEMS ARE DISPLAYED, HENCE WHICH ADVANCED
SETTING IT IS POSSIBLE TO CONTROL. A NAVIGATION SUMMARY IS AVAILABLE AT THE BOTTOM OF THE PAGE.
This operation must be done once only, when installing the computer.
ACCESS TO IMPLEMENT SETTINGS MENU
1
Fig. 24
2
Fig. 25
STRUCTURE OF THE IMPLEMENT SETTINGS MENU
Basic settings
Boom
Flowmeters
Pressure sensor
Valves
Nozzles data
Speed
Rev counter
Tank
Hydraulic functions
Device calibration
Implement geometry
System configurations
Rate controller
Flowmeter presets
Fan
The gray items cannot be edited.
For a correct use of the keys during setting, refer to par. 9.2.

16
IMPLEMENT SETTINGS
11.1 Home > Data and settings > Implement settings > Boom settings
It allows dening the number of the nozzles used and setting the spraying range:
1 / 1
Boom settings:
- Number of sections: conguration set in chap. 10.1 Home > Data and settings > Implement settings > Basic settings on page 14.
- Number of rows: conguration set in chap. 10.1 Home > Data and settings > Implement settings > Basic settings on page 14.
- Num. nozzle for row side: enter the number of nozzles that spray on the row side.
- Total number nozzles: total number of nozzles installed in the system. The system calculates the value based on the data entered in the
elds:
Number of sections / Number of rows / Num. nozzle for row side.
11.1.1 Home > Data and settings > Implement settings > Boom settings > Set coverage
Allows matching every row side to the corresponding section valve.
EXAMPLE WITH ALL SECTIONS ENABLED
Section Valve
1
Section Valve
2
Fig. 26
Fig. 27
For every row side gure edit the number of the valve that is going to control it (Fig. 27).
- Section valve 1 sprays on one complete row (two row sides).
- Section valve 2 sprays on one complete row (two row sides).
EXAMPLE WITH SOME SECTIONS ENABLED AND OTHERS DISABLED
Section Valve 1 Section Valve 2 Section Valve 3
Fig. 28
Fig. 29
For every row side gure edit the number of the valve that is going to control it (Fig. 29).
- Selection valve 1 can control the spraying of the left half-row side.
- Selection valve 2 can control the spraying of the complete central row.
- Selection valve 3 can control the spraying of the right half-row side.

17
IMPLEMENT SETTINGS
11.2 Home > Data and settings > Implement settings > Flowmeters
This menu allows setting both owrate measuring owmeter and lling owmeter (if set).
1Set installed owmeter by selecting it from the list in Fig. 31(use keys 2to scroll items, and key 3to conrm).
4Set the Constant.
The items Minimum flowrate and Maximum flowrate can be modied only when the option Other is enabled.
Use keys 5to move between the pages Flowmeter (Fig. 30) and Filling flowmeter (Fig. 32).
1
4
*
Fig. 30
2
3
2
Fig. 31
*
Fig. 32
List of available owmeters and preset data:
ORION FLOWMETERS WOLF FLOWMETERS
Type Constant Minimum
flowrate Maximum flowrate Type Constant Minimum
flowrate Maximum flowrate
pls/l pls/gal l/min GPM l/min GPM pls/l pls/gal l/min GPM l/min GPM
4621 x A0 xxxx 6000 22710 0.5 0.10 10 2.6 462 x 2 xxx 1025 3880 2.5 0.7 50 13.2
4621 x A1 xxxx 3000 11355 1 0.30 20 5.3 462 x 3 xxx 625 2366 5.0 1. 3 100 26.4
4621 x A2 xxxx 1200 4542 2.5 0.70 50 13.2 462 x 4 xxx 250 946 10.0 2.6 200 52.8
4621 x A3 xxxx 600 2271 5 1.30 100 26.4 462 x 5 xxx 132 500 20.0 5.3 400 105.7
462x x A4 xxxx 300 113 5 10 2.60 200 52.8 462 x 7 xxx 60 227 40.0 10.6 800 211.3
4622 x A5 xxxx 150 568 20 5.30 400 105.7
4622 x A6 xxxx 100 378 30 7.90 600 158.5
Other 625 2366 10 2.60 200 52.8
*
5

18
IMPLEMENT SETTINGS
11.3 Home > data and settings > implement settings > Pressure sensor
1Set installed pressure sensor by selecting it from the list in Fig. 34(use keys 2to scroll items, and key 3to conrm).
The relevant conguration data will be automatically loaded (Fig. 33).
4Activate pressure sensor.
Item Maximum pressure can be edited only when option User is enabled.
1
4
Fig. 33
2
3
2
Fig. 34
Depending on the basic settings (Flowrate reference sensor, Chap. 10.1 on page 14), the pressure sensor, once properly set up, can
perform different functions:
• Pressure sensor:the pressure measured by the sensor is used to calculate the spray rate.
• Flowmeter[enabled]:the pressure sensor displays ONLY the job pressure.
• Both: the pressure sensor displays the job pressure when the machine works within the owmeter limits.
When the owmeter operates outside the limits the pressure measured by the sensor is used to calculate the spray rate.
The table below indicates the values that are automatically set selecting the sensor code.
If the installed sensor is not displayed, select User and enter the relevant values.
ARAG PRESSURE SENSOR
Type Maximum pressure
bar PSI
466113.200 20.0 290
466113.500 50.0 725
User 20.0 290

19
IMPLEMENT SETTINGS
11.4 Home > data and settings > implement settings > Valves
It allows conguring the main valve, the pressure control valve and the section valves:
1 / 2
Main valve:
- Type
Main control valve installed. Available options are: None, 2 ways (drain valve), 3 ways (main valve).
Item Main valve > Type is shown as a REMINDER: it is activated during the guided setup (par. 10.1).
It can not therefore be modied on this screen.
- Auto closing of section valves
Allows to enable / disable the auto closing of sections when the main control valve is closed.
• "M" OPERATING MODE (OPTION):
the section valves are closed or opened by operating the main control valve based on the settings of the controls relating to the single section valves,
namely:
- if section controls are set to OFF, when main control is operated, the sections will stay closed;
- if the control of one or more section valves is set to ON, when main valve is closed or opened, the section valves will be closed or opened as well.
ENABLED MODE CAN NOT BE MODIFIED:
this condition occurs when no main valve is installed on the system or the installed one is a 2-way valve.
• "P" OPERATING MODE (OPTION):
the section valves are controlled independently.
Main valve control functions do not affect section valve opening or closing.
- Auto closing of main valve
When all section valves are closed and this option is enabled, the main valve is automatically closed as well.
(Main valve automatic closure enabled / Main valve automatic closure disabled).
ENABLED MODE CAN NOT BE MODIFIED:
this condition occurs when no main valve is installed on the system.
Pressure regulating valve:
- Reverse direction: Indicate the type of installed control valve. Available options are:
Reverse direction enabled = Reverse direction disabled =
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Section valves:
- Type: Indicate the type of installed section valves. Available options are:
• 2-Way (valves without metered by-passes)
•
3-Way (valves with metered by-passes)
11.5 Home > Data and settings > Implement settings > Nozzles data
Allows setting the nozzle data.
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Nozzle data:
- Nozzles data: Allows quick nozzles selection and setting the values of 12 types of ISO nozzles, 10 ATR nozzles, 10 HCC nozzles and
6 USR "User" nozzles (A ÷ F).
Use keys to scroll the list of available nozzles.
- Flowrate: Indicates the nominal owrate value of the nozzles at the indicated pressure.
- Pressure: Indicates the reference pressure value for the owrate value.
The owrate of the nozzle being used allows IBX100 to calculate the pressure without a pressure sensor.
The items Flowrate and Pressure can be modied only when the option USR “User” is enabled.
Nozzle pressure limits: Set the pressure limits for the selected nozzle. Enable the proper function in the menu Info and alarms (chap.
12.3) if you want the computer to trigger an alarm when the nozzle is outside the range set in the following items.
- Minimum pressure
- Maximum pressure
For the procedure to be followed when an alarm occurs, please refer to par. 15.3.
Menu Sprayer capability > Nozzles configuration (chap. 12.6) allows checking that the settings of the selected nozzle have been
carried out correctly .
If there are errors in the conguration the device shows this symbol .

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IMPLEMENT SETTINGS
11.6 Home > data and settings > implement settings > Speed
Allows setting the speed data.
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- Source: Allows to select the source for speed calculation.
• Wheel sensor (ECU): When this option is enabled, speed is calculated through the pulses coming from the speed sensor, installed
on the wheel and connected to the ECU through proper harness. The wheel constant must be entered during the setup procedure.
• Tractor wheel:[PGN65096]: The IBX100 control unit receives the vehicle driving speed via the ISOBUS line. The speed value is
provided by the Tractor-ECU according to the rotation speed of the wheel or a mechanical part of the tractor.
Tractor-ECU can be a standard ECU in the ISOBUS tractor, installed by the after-sales service (ARAG IBX20 TECU) or emulated by the
VT in the cabin.
• Tractor radar : [PGN65097]: The IBX100 control unit receives the vehicle driving speed via the ISOBUS line. The speed value is
provided by the Tractor-ECU that detects the data sent by the radar installed on the tractor.
Tractor-ECU can be a standard ECU in the ISOBUS tractor, installed by the after-sales service (ARAG IBX20 TECU) or emulated by the
VT in the cabin.
• Simulated speed: Allows to enable speed simulation in order to carry out adjustment tests even when the machine is stationary.
• Tractor wheel / Tractor radar:
several systems use these messages to transmit the speed data of the vehicle detected by the GPS receiver installed in the system to all devices
connected on the ISOBUS line.
- Wheel sensor constant: Enter the wheel constant value calculated with the suitable formula:
The wheel constant can be calculated with a good approximation by detecting the distance traveled by the wheel with the speed sensor.
The longer the distance traveled, the more accurate the wheel constant calculation.
Kwheel = distance traveled (cm)
no. of detection points x wheel rpm
<distance traveled> distance expressed in cm covered by the wheel along measurement travel.
<no. of measurement points> number of measurement points (e.g., magnets, bolts, etc.), mounted on wheel.
<no. of wheel revolutions> number of wheel revolutions required to travel measurement distance.
Take measurements with tires at the operating pressure. This test must be performed on medium-hard terrain; for application to very soft or very hard
terrain, rolling diameter may vary, leading to inaccurate output calculation; when this is the case, repeat the procedure. During the test, cover the
distance with the tank lled up to half capacity with water.
- Simulation speed: Allows editing the simulated speed value.
11.7 Home > data and settings > implement settings > Rev counter
Allows setting the data of the RPM sensor, if installed in the system.
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- Status: Allows enabling/disabling the rev counter status (rev counter enabled / rev counter disabled).
- Constant: Indicate the constant of the installed rev counter.
- Minimum rotation speed /Maximum rotation speed: Enable the proper menu item Info and alarms (chap. 12.3) if you want the VT
to trigger an alarm when, during spraying, the measured RPM are outside the set range. For minimum speed, the control is active only when the
spraying is active (main switch ON).
For the procedure to be followed when an alarm occurs, please refer to par. 15.3.
- Rotation speed: Real-time displaying of the actual value.
11.8 Home > data and settings > implement settings > Tank
Allows setting the tank values:
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- Reserve level: Indicate the reserve value under which the alarm is triggered.
The tank alarm is triggered when, during spraying, the tank level falls below the set value (enable the appropriate function in the Info and alarms
menu, chap. 12.3).
For the procedure to be followed when an alarm occurs, please refer to par. 15.3.
- Tank capacity: Indicate tank capacity.
WHEN THE VALUE IS ON GRAY BACKGROUND, IT CANNOT BE CHANGED. In this case, the level sensor has been selected in the basic settings
procedure as Tank level source, therefore is installed and a tank prole is present in the IBX100 (or a tank calibration is required).
- Sensitivity display: Select the tank volume display step from those proposed: 1/ 5/ 10 / 25 / 50 / 100.
The Sensitivity display menu is ONLY present when entering in Home > Data and settings > Implement settings > Basic
settings > Tank level source > Level sensor.