Digitroll XeedSystem Manual de usuario

THE

SEED MONITORING SYSTEM

ISOFLOW application

USER MANUAL

2 |ISOFLOW application – User manual for XeedSystem v1.6

in any form or by any means, including photocopying, recording, or other electronic or

mechanical methods, without the prior written permission of the copyright owner, except in the

case of brief quotations embodied in critical reviews and certain other noncommercial uses

permitted by copyright law. For permission requests, write to the publisher, addressed

“Attention: Permissions Coordinator” at the address below.

Digitroll Ltd. Bánomkerti st. 63.

Hajdúszoboszló 4200, Hungary

E-mail:

[email protected]u

Webpage:

www.digitroll.hu

Document:

Name: XeedSystem (v1.6.x) ISOBUS application User manual

Last modification: 2021.08.27

Printed in the EU.

ISOFLOW application – User manual for XeedSystem v1.6

Table of contents

1. The ISOBUS application ____________________________ 6

2. First steps ________________________________________ 6

2.1 Minimal terminal requirements: ______________________ 6

2.2 Connect the XeedGATE ______________________________ 6

2.2.1 How to connect the ISOBUS terminal to the xeedgate? _______ 6

2.2.2 The XeedGATE’s LED signal ______________________________ 7

3. Installing the ISOFLOW application ___________________ 8

3.1 Welcome _________________________________________ 8

4. System installation ________________________________ 8

4.1 System build-up ____________________________________ 8

4.2 Change sensor type _________________________________ 9

4.3 X-line module setup _______________________________ 10

4.4 Seed settings _____________________________________ 11

4.4.1 Seed alarms settings __________________________________ 12

4.5 Fertilizer settings __________________________________ 13

4.5.1 Fertilizer alarms settings _______________________________ 14

4.6 Finishing the installation ____________________________ 14

5. License _________________________________________ 15

5.1 What is license? ___________________________________ 15

5.2 Performance view _________________________________ 15

5.3 Expected application _______________________________ 16

5.4 License management _______________________________ 16

5.5 License details ____________________________________ 19

5.6 License key activation ______________________________ 19

4 |ISOFLOW application – User manual for XeedSystem v1.6

5.7 Time limited license keys ___________________________ 21

5.8 Time limited license expiration ______________________ 21

6. Main screen ____________________________________ 23

7. Header ________________________________________ 24

7.1 The alert icon ____________________________________ 24

7.2 The area icon _____________________________________ 24

7.3 The working position icon __________________________ 25

7.4 The speed icon ___________________________________ 25

7.5 The rate icon _____________________________________ 25

7.6 Main screen ______________________________________ 26

7.7 Legends _________________________________________ 27

7.8 Details screen ____________________________________ 28

7.9 Confirm performance ______________________________ 29

8. Errors _________________________________________ 29

8.1 Blockage ________________________________________ 29

8.2 Alerts ___________________________________________ 31

9. Troubleshooting _________________________________ 33

10. Settings ______________________________________ 36

10.1 About ___________________________________________ 36

10.2 Seed settings _____________________________________ 37

10.3 Fertilizer settings _________________________________ 39

10.4 System diagnostic _________________________________ 41

11. System settings ________________________________ 43

11.1 System overview __________________________________ 43

11.2 Machine settings __________________________________ 44

11.2.1 Speed calibration ____________________________________ 44

11.3 Distributor binding ________________________________ 46

ISOFLOW application – User manual for XeedSystem v1.6

11.4 Alarm settings ____________________________________ 47

11.4.1 Seed alarms _________________________________________ 47

11.4.2 Fertilizer alarms _____________________________________ 48

12. ISOFLOW and SeedView cooperation _______________ 48

The ISOBUS application

6 |ISOFLOW application – User manual for XeedSystem v1.6

1. The ISOBUS application

The XeedGATE has been prepared to connect ISOBUS terminal to it, and with it to use the

XeedSystem seed monitoring system.

What is the ISOBUS?

ISOBUS is an international communication protocol that sets the standard for agriculture

electronics.

Before ISOBUS, growers were limited to using a specific precision display and proprietary

controlling system to operate a machine. If anything changed (e.g. customer bought a new

sprayer, tractor, etc.) the display/controller might be rendered obsolete due to

incompatibility. ISOBUS solves this through the use of standardized connectors,

communication protocols and operational guidelines.

What is the virtual terminal?

According to the virtual terminal (VT) technology specification of ISO 11783 standard, a

virtual terminal product is designed. When electronic control farm implements connect with

the tractor, the VT can be used as man-machine interface for parameters adjustment and

work data display.

2. First steps

2.1 Minimal terminal requirements:

• at least 480x480 pixels data-mask

• at least 5 soft-key support (10-12 recommended)

• at least VT 3 version support

2.2 Connect the XeedGATE

2.2.1 How to connect the ISOBUS terminal to the xeedgate?

Digitroll can provide two type of (Y) connectors:

• 4-pole deutsch connector.

• 9-pole in-cab connector.

These Y cables, expand the ISOBUS so the communication line get to the XeedGATE, and

back.

First steps

ISOFLOW application – User manual for XeedSystem v1.6

In case of the 4-pole deutsch connector:

Disconnect the CAN cable and connect one of

the Y-cable’s connector to the back of the implement bus breakaway connector (circled on

the 2nd image below). Connect the Y-cable’s other connector to the XeedGATE unit’s

connector labelled as ISOBUS.

Implement bus breakaway connector front

view.

Implement bus breakaway connector back

view, and the 4-pole deutsch connector

(circled).

In case of the 9-pole in-cab connector

: Connect the Y-cable to the in-cab socket in the cab

(image below). If the in-cab socket is being used, disconnect it and connect one of the Y-

cable’s connector to it. Connect the Y-cable’s other connector to the XeedGATE unit’s

connector labelled as ISOBUS.

9-pole in-cab connector (image on the left).

Look for it in the cab.

2.2.2 The XeedGATE’s LED signal

The ISOBUS LED on the XeedGATE helps to check the connection or to define some of the

connectivity errors.

In case the terminal isn't connected to the XeedGATE unit, the XeedGATE’s ISOBUS LED turns

to orange.

The blinking orange LED means internal communication. In case this indication is persistent, it

could be some sort of communication error. Normally this blinking turns to continuous, steady

orange indication.

As soon as the terminal has connected to the XeedGATE, the XeedGATE’s ISOBUS LED turns

to green in a few seconds, indicating that the connection has created, and it is ready to work.

Installing the ISOFLOW application

8 |ISOFLOW application – User manual for XeedSystem v1.6

3. Installing the ISOFLOW application

Please note, that the following screenshots were taken using a John Deere GreenStar 3

terminal. On different terminals, the buttons (on the right side of these screenshots) may

appear in different order or location.

3.1 Welcome

The Digitroll application’s splash screen.

Depending on the type of the terminal,

this screen may appear or not.

If the application doesn’t start

automatically, find the Digitroll icon on

the ISOBUS terminal.

4. System installation

4.1 System build-up

Press the

Reset button

to perform a

device reset.

The ISOFLOW application installation’s

first step. On this page a summary can

be seen about every device connected

to the system. Such as the number and

the type of the sensors and modules.

If everything seems right, press

the

next button

to continue the

installation.

If the number of the sensors or

distributor heads are not the

expected, press the

refresh

button

after examining the system to

check the detected devices again.

If an error occurred during the

system installation, it can be

checked with the

alarms button

Press the

Sensor type change

button

to change the type of the

sensors (seed or fertilizer)

attached to the system.

System installation

ISOFLOW application – User manual for XeedSystem v1.6

4.2 Change sensor type

On this screen the type of the sensors

can be changed.

Press the

change button

change the type of the

distributor head, and with it, every

sensor connected to it.

Upon changing the type of a

distributor head, it’s icon’s color

is changing as well.

Also the sensors label is changing as

well: SEED SENSORS or FERTILIZER

SENSORS.

If there are more than

five X-LiNE modules in

the system, use the

paging buttons

to page through them.

(Only five X-LiNE module can be

displayed on a screen at the same time.)

By pressing the

back button,

the changes related to the

sensor types can be applied or

canceled.

Press the

confirm button

apply the sensor type changes.

It performs a quick system

restart.

After the system restart the system

installation can be continued.

Press the

cancel button

cancel the sensor type changes

and return to the system

overview screen.

System installation

10 |ISOFLOW application – User manual for XeedSystem v1.6

4.3 X-line module setup

The system installation’s second step.

On this screen the distributor heads

must be bound to the X-LiNE modules.

Press on any of the little grey field and

set the distributor head’s number, which

distributor head belongs to the given X-

LiNE module.

If there are more than

five X-LiNE modules in

the system, use the

paging buttons

to page through them.

(Only five X-LiNE module can be

displayed on a screen at the same time.)

The

next button

becomes

active if the binding has done

right. For example: in case of

two distributor heads there wasn’t set

bigger value than two.

By pressing the next button the system

installation continues with the next step.

By pressing the

back button,

the application goes back to

the previous step of the

system installation.

Otros manuales para XeedSystem

Tabla de contenidos

Otros manuales de Sistema de control de Digitroll

Digitroll

Digitroll SEED MASTER Plus Manual de usuario

Digitroll

Digitroll SEED MASTER Plus 8.6 Series Manual de usuario

Digitroll

Digitroll DMS 08 LCD Manual de usuario

Digitroll

Digitroll DMS 06 Manual de usuario

Manuales populares de Sistema de control de otras marcas

Pentair Pool Products

Pentair Pool Products Compool Manual de usuario

ComfortNET

ComfortNET CTK04 Manual de usuario

Fireye

Fireye InSight II 95DSS3 Manual de usuario

CAME

CAME G3000 Manual de usuario

Idemia

Idemia MorphoAccess VP MD Manual de usuario

Axis

Axis P1445-LE-3 Manual de usuario

HEIDENHAIN

HEIDENHAIN TNC 150 B Manual de usuario

CNC-Step

CNC-Step High-Z T-Series Manual de usuario

Doosan

Doosan DVF Series Manual de usuario

Honeywell

Honeywell KAP 140 Manual de usuario

Honeywell

Honeywell vk41 series Manual de usuario

AirBench

AirBench FPW Guía de instalación

Cypress

Cypress HHR-3160 Manual de usuario

CAME

CAME GLT40AOS Manual de usuario

Zonex

Zonex GEN II -VVT Guía del usuario

Altronics

Altronics K 9650 Manual de usuario

micro-trak

micro-trak RoadMaster Manual de usuario

micro-trak

micro-trak Calc-An-Acre II Manual de usuario