TeeJet Technologies Sentry 6141 Manuel utilisateur

SENTRY 6141

USER MANUAL

ISOBUS Tip Flow Monitor

Software Version 1.00

Copyrights

photocopied, translated, or reduced in any form or by any means, electronic or machine readable, recording or otherwise, without prior written

consent from TeeJet Technologies.

Trademarks

Unless otherwise noted, all other brand or product names are trademarks or registered trademarks of their respective companies or organizations.

Limitation of Liability

TEEJET TECHNOLOGIES PROVIDES THIS MATERIAL “AS IS” WITHOUT WARRANTY OF ANY KIND, EITHER EXPRESSED OR IMPLIED.

NO COPYRIGHT LIABILITY OR PATENT IS ASSUMED. IN NO EVENT SHALL TEEJET TECHNOLOGIES BE LIABLE FOR ANY LOSS OF

BUSINESS, LOSS OF PROFIT, LOSS OF USE OR DATA, INTERRUPTION OF BUSINESS, OR FOR INDIRECT, SPECIAL, INCIDENTAL, OR

CONSEQUENTIAL DAMAGES OF ANY KIND, EVEN IF TEEJET TECHNOLOGIES HAS BEEN ADVISED OF SUCH DAMAGES ARISING FROM

TEEJET TECHNOLOGIES SOFTWARE.

iii

98-05343-ENUS R0

Sentry 6141 ISOBUS Tip Flow Monitor

Table of Contents

PRODUCT OVERVIEW 1

SAFETY INFORMATION 1

COMPONENTS 2

Boom Interface Module Harness Connection......................................................................................................................................4

INSTALLATION 5

NOZZLE BODY WITH FLOW METER AND TIP SENSOR INTERFACE 5

Flow Meter Assembly....................................................................................................................................................................................5

POWER 6

Home Screen....................................................................................................................................................................................................6

MAIN SETUP MODE 7

MACHINE 7

Implement Parameters.................................................................................................................................................................................7

Tip Balance Allowance.....................................................................................................................................................7

Number of Boom Sections...............................................................................................................................................7

Number of Tips per Section .............................................................................................................................................7

Alarm Congurations....................................................................................................................................................................................8

Tip Alarm Deviation Allowance.........................................................................................................................................8

Tip Alarm Delay................................................................................................................................................................8

USER INTERFACE 8

User Preferred VT............................................................................................................................................................8

HELP 8

Diagnostic .........................................................................................................................................................................................................8

VT Data.....................................................................................................................................................................8

TECU........................................................................................................................................................................9

About ..................................................................................................................................................................................................................9

OPERATION 10

TIP BALANCE 10

Initiating The Balancing Procedure..........................................................................................................................10

On Screen Indicators .................................................................................................................................................................................. 11

Boom Sections........................................................................................................................................................ 11

Status Box .............................................................................................................................................................. 11

Tip Flow Indicator....................................................................................................................................................11

Buttons ...................................................................................................................................................................11

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Sentry 6141 ISOBUS Tip Flow Monitor

PRODUCT OVERVIEW

Congratulations on the purchase of your new ISOBUS Tip Flow Monitor built on the ISOBUS architecture. When used within the guidelines of this

manual, the ISOBUS Tip Flow Monitor controller will be a reliable application tool.

This manual covers the functions of the ISOBUS Tip Flow Monitor.

Use with your existing UT

• Works seamlessly and displays on any ISOBUS UT

• Easy navigation menu and data rich display

• Automatic boom section control upgrade option

• Variable rate control available providing your UT has GPS and task control capability

• Add additional ISOBUS ECUs as your needs change

• Provides basic rate control

• Standardized plugs, cables and software simplify installation and connectivity and result in true “plug and play” technology. ISOBUS Tip Flow

Monitor resides on the implement, reducing hardware in the cab

Figure 1: ISOBUS Tip Flow Monitor Job Computer & Sample Console

SAFETY INFORMATION

TeeJet Technologies is not responsible for damage or physical harm caused by failure to adhere to the following safety requirements.

As the operator of the vehicle, you are responsible for its safe operation.

The Sentry 6141 ISOBUS Tip Flow Monitor is not designed to replace the vehicle’s operator.

The Sentry 6141 ISOBUS Tip Flow Monitor is designed to support and improve efciency while working in the eld. The driver has full

responsibility for the quality and work related results.

Photos and illustrations may vary form the actual components provided. This may be due to different installation options, operation modes or

production models.

Always try to use original parts. Built to the highest standards of safety and reliability, TeeJet Technologies parts are to be used for this system

as others might jeopardize the safety and function of the system. TeeJet is not responsible for any redesign or adaptations of the Sentry 6141

ISOBUS Tip Flow Monitor. Any changes to the Sentry 6141 ISOBUS Tip Flow Monitor voids the company warranty.

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Sentry 6141 ISOBUS Tip Flow Monitor

COMPONENTS

Unpack the installation kit and identify the required parts for your installation.

Item Part Number Description Quantity

A 78-05119 ISOBUS Tip Flow Monitor................................................................................................................................................1

B 45-09037 ISOBUS Tip Flow Monitor Interface (TFMI) Harness.......................................................................................................1

C 78-05091 Boom Interface Module (BIM)..........................................................................................................................................1

D 45-10142* Boom Interface Module (BIM) Harness ...........................................................................................................................1

E varies Harness to Tip Sensor Interface Extension Cable...................................................................................................varies

45-05857: 3′/1 m, 45-05858: 6′/1.8 m, 45-05859: 12′/3.6 m, 45-05864: 35′/10.7 m

F 78-05104 Tip Sensor Interface.................................................................................................................................................varies

G 78-05105 Dual Tip Sensor Interface ........................................................................................................................................varies

H 57-00122 Nozzle Flow Meter...................................................................................................................................................varies

I 45-05856 Terminator, End (Male) ....................................................................................................................................................1

J 45-05855 Terminator, Start (Female) ...............................................................................................................................................1

*Actual harness may be machine specific.

Item Part # Description Illustration

A 75-05119 ISOBUS Tip Flow Monitor

B 45-09037 ISOBUS Tip Flow Monitor Interface

(TFMI) Harness

C 78-05091 Boom Interface Module (BIM)

D 45-10142

Boom Interface Module (BIM)

Harness (Actual harness may be

machine specific.)

45-05857: 3′/1 m,

45-05858: 6′/1.8 m,

45-05859: 12′/3.6 m,

45-05864: 35′/10.7 m

Harness to Tip Sensor Interface

Extension Cable

F 78-05104 Single Tip Sensor Interface

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Sentry 6141 ISOBUS Tip Flow Monitor

Item Part # Description Illustration

G 78-05105 Dual Tip Sensor Interface

H 57-00122 Nozzle Flow Meter

I 45-05856 Terminator, End (male)

J 45-05855 Terminator, Start (female)

Figure 2: System Diagram

(A) ISOBUS

Tip Flow Monitor

78-05119

(B) ISOBUS Tip Flow Monitor

Interface (TFMI) Harness

45-09037

(D) Boom Interface

Module (BIM) Harness

45-10142

Module (BIM)

78-05091

(E) Harness to Tip Sensor

Interface Extension Cable

45-05857 3ft

45-05858 6ft

45-05859 12ft

45-05864 35ft

(G) Dual Tip Sensor

Interface

78-05105

(F) Single Tip Sensor

Interface

78-05104

(J) Terminator, Start (female)

45-05855

(I) Terminator, End (male)

45-05856

(H) Nozzle Flow Meter

57-00122

John Deere

“T” Cable

45-09034

Raven

“T” Cable

45-09035

Case IH

“T” Cable

45-09036

IBBC ISO

Hitch “T” Cable

45-09036

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Sentry 6141 ISOBUS Tip Flow Monitor

Boom Interface Module Harness Connection

With each machine having a different possible switchbox conguration, With each machine having a different possible

switchbox conguration, the location to T-Tap into the valve harness cannot be specied.. However, the following guidelines

may provide some assistance in completing the installation.

1. Identify boom section cable that runs from the Boom Switchbox to the boom valves.

2. Use a T-Tap (or similar product) to connect into the signal wire.

NOTE: In some cases, the Boom Interface Module Harness wires can be connected directly to the switches inside the

Switchbox using the proper spade terminal.

3. Repeat this process for each individual boom section.

Figure 3: Boom Interface Module Harness Connection

45-10142

Boom Interface Module Harness

RATE CONTROLLER

Ground

Wire

+Power

Wire Boom Valve

Signal Wire

Boom Interface

Module Harness

Boom Wire

Wire Tap

Detail A

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Sentry 6141 ISOBUS Tip Flow Monitor

INSTALLATION

If there are questions concerning the installation of the Sentry 6141 ISOBUS Tip Flow Monitor system on this vehicle, or due to the

changes in component specications the parts supplied in the kit are not exactly as presented in this document, please contact your

dealer or TeeJet Customer service representative for clarication before installation. TeeJet Technologies is not responsible for misuse

or incorrect installation of the system.

NOZZLE BODY WITH FLOW METER AND TIP SENSOR INTERFACE

The turbine style ow meter used with the Sentry 6141 ISOBUS Tip Flow Monitor is compact, reliable and proven. The threaded connection allows

the sensor to be added onto a wide range of standard TeeJet single and multiple outlet nozzle bodies. ChemSaver® diaphragm check valves

remain in place allowing for positive spray tip shutoff. Ample clearance inside the ow meter means minimal ow restriction and generous free

passage for particles contained in the spray solution. Long wearing materials are used in bearing surfaces to ensure a consistent ow reading and

the ow meter sensor is mounted externally to prevent any direct contact with the spray solution for long-term reliability.

Flow Meter Assembly

1. Remove end cap from nozzle body.

2. Attach end cap to ow meter (H).

►The ow meter gasket has two different sides. The side with the

larger center is to be inserted towards the sensor or inside the

ow meter.

3. Attach ow meter to nozzle body. Hand tighten.

4. Loosely secure Tip Sensor Interface (F or G) close to nozzle

body / ow meter assembly. Cable ties (not included) can be

threaded through Tip Sensor Interface slots.

5. Push sensor of Tip Sensor Interface into slot on ow meter. Clips

on ow meter should be in the groves on the center of the sensor.

6. Secure Tip Sensor Interface.

7. Connect Start Terminator (J) to section 1 Tip Sensor Interface.

8. Connect each Tip Sensor Interface moving from left to right (while

standing at the back of the machine).

►Extension cables from Boom Interface Module Harness (D) and

Tip Flow Monitor Interface Harness (B) will connect between two

Tip Sensor Interfaces.

9. Connect End Terminator (I) to the last section’s Tip Sensor

Interface.

Figure 4: Flow Monitor Assembly

Tip Sensor Interface

to next Tip Sensor Interface

or End Terminator

to next Tip Sensor Interface

or Start Terminator

Tip Sensor Interface LEDFlow Meter

Nozzle Body End Cap

Nozzle Body & Tips

Tip Sensor

Figure 5: Flow Meter and Gasket Detail

Flow Meter

Gasket

Towards ow meter

Figure 6: Nozzle Body with Flow Meter Assembly

Flow Meter

Nozzle Body

Nozzle Body End Cap

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Sentry 6141 ISOBUS Tip Flow Monitor

Figure 7: Sensor & Clips

Sensor

Clips

Figure 8: Tip Sensor Interface Slots

Tip Sensor Interface slots

POWER

On power up the ISOBUS Tip Flow Monitor (A) detects the number of Tip Sensor Interfaces (TSI) (F or G) located on each boom. The monitor

then indicates the status of system components.

The Status Box displays if all tips are OK or if any errors are found.

During start up, LED’s (see Figure 9) on each TSI turn on and turn off as each is detected and given a unique address. TSI unique addresses are

assigned from left to right begining at the Start Terminator.

►Sensor connected to the Start Terminator (female) (J) on the left side of the machine will be #1

►Sensor connected to the End Terminator (male) (I) on the right side of the machine will be the last sensor.

Figure 9: Tip Sensor Interface LEDs

Single Tip Sensor Interface

Dual Tip Sensor Interface

Figure 10: Splash Screen

Software Software Version

Home Screen

The errors that prevent the console from going into normal operation

are now displayed on the Home Screen in a status box.

Figure 11: Home Screen

Status / Error Box

NOTE: Screen option may vary depending on enabled or disabled

functions as well as function availability.

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Sentry 6141 ISOBUS Tip Flow Monitor

MAIN SETUP MODE

If there are questions concerning the set up of Sentry 6141 ISOBUS Tip Flow Monitor, please contact your dealer or TeeJet customer service

representative for clarication before operation. TeeJet Technologies is not responsible for misuse or incorrect operation of the system.

The main setup menu contains three options. Each of these options either directly access settings or additional menus.

Figure 12: Main Setup Screen

Home Key

Down One Option

Up One Option

Forward One Screen

Back One Screen

MENU STRUCTURE

|||

Machine User interface Help

►Implement parameters ▼Diagnostic

►Alarm conguration ►Virtual terminal (VT)

►TECU

►About

MACHINE

Machine congures machine settings. Options include, Implement Parameters and Alarm Congurations.

1. From the Main Setup Screen , select MACHINE.

2. Select from:

►Implement Parameters – establishes Tip Balance Allowance, Number of Boom Sections, and Number of Tips Per Section

►Alarm Congurations – establishes alarm parameters

Implement Parameters

Figure 13: Implement Parameters

Tip Balance Allowance

The tip balance allowance is the maximum ow deviation each tip is

allowed from the boom average, without an alarm being triggered.

Number of Boom Sections

Enter the number of boom sections. The sections are numbered from

left to right while standing in the forward facing direction of the machine

and begin at the Start Terminator. Range is 1-15 sections.

Number of Tips per Section

Enter the number of tips on each boom section. Sections are numbered

from left to right while standing in the forward facing direction of the

machine and begin at the Start Terminator. Range is 1-120 tips.

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