TechnoKom AutoGRAPH-INFO-TFT User Manual

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AutoGRAPH-INFO-TFT • USER MANUAL

USER MANUAL

DOCUMENT

VERSION

1.0.0

AutoGRAPH-INFO-TFT • USER MANUAL

Table of content

Software Copyright Notice ............................................................................................................................... 5

Introduction ............................................................................................................................................................5

Product Overview ................................................................................................................................................ 6

Technical Specications ................................................................................................................................... 7

Scope of Supply ................................................................................................................................................... 8

Components of AutoGRAPH-INFO-TFT.................................................................................................... 9

Interface Connectors ........................................................................................................................................11

Connection diagrams of AutoGRAPH-INFO-TFT ............................................................................... 12

Connection to PC ............................................................................................................................................. 18

AutoGRAPH-INFO-TFT conguration tool............................................................................................. 19

Getting started ................................................................................................................................................... 21

General settings ................................................................................................................................................ 23

Settings protection ........................................................................................................................................... 25

Voice communication ...................................................................................................................................... 26

Alarm signal ........................................................................................................................................................ 27

Photo cameras connection ........................................................................................................................... 27

Connection of AutoGRAPH controller and fuel level sensors. ...................................................... 32

Message handling ........................................................................................................................................... 36

iButton keys ........................................................................................................................................................ 43

Main screen mode ........................................................................................................................................... 44

Event log .............................................................................................................................................................. 52

SD card content and device conguration ............................................................................................. 52

AutoGRAPH-INFO-TFT operation control ............................................................................................. 56

Drivers installation ............................................................................................................................................ 61

Appendix 1 .......................................................................................................................................................... 63

Appendix 2 .......................................................................................................................................................... 64

Appendix 3 .......................................................................................................................................................... 65

Appendix 4 .......................................................................................................................................................... 67

AutoGRAPH-INFO-TFT • USER MANUAL

Introduction

This User Manual applies to AutoGRAPHINFO-TFT informational display (hereafter

- display, device) produced by TechnoKom Ltd. It contains installation and connection procedures of this device, as well as its function and control. This Manual constitutes the Operating Rules to be observed to ensure successful operation of the controller and its compliance warranty provisions. The Manual is intended for specialists who are aware of maintenance and installation principles typical for motor vehicles and are procient in using the electronic and electrical equipment of various vehicles.

To ensure the best performance of AutoGRAPH-INFO-TFT devices, they should be installed and set up only by qualied specialists. This User Manual contains the instructions intended only for AutoGRAPH-INFO-TFT devices and does not contain connection and conguration instruction for external devices which may be connected to the displays (AutoGRAPH on-board controller, TKLS fuel level sensors and etc.). For detailed information on connection and conguration of other devices see the User Manuals intended for those devices.

All information on functions, functional capabilities and other specications related to AutoGRAPH-INFO-TFT informational displays, as well as all information contained in this User Manual is based on current data (at time of writing) and is deemed to be valid as of the date of publication. TechnoKom reserves the right to modify the information or specications without prior notice or commitment.

IMPORTANT

Version history

This table provides a summary of the document revision.

Version Description Data

1.0 Initial version of the document 2016-01

Software Copyright Notice

Products of TechnoKom referred to in this Manual may incorporate software stored in semiconductor memory or other media, copyrights to which belong to TechnoKom or third parties. Laws of the Russian Federation and other countries secure certain exclusive rights of TechnoKom and third parties to the software, which is subjected to copyright, for example, exclusive rights for distribution or

reproduction.

Therefore, any alteration, reverse engineering, distribution or reproduction of

any software incorporated in TechnoKom products, is prohibited to the extent provided by law. Furthermore, purchase of TechnoKom products does not imply direct, indirect or other granting of any licenses related to copyrights, patents and patent applications of TechnoKom or any third party, except for an ordinary, nonexclusive free license for use, which is granted in virtue of law upon each sale of the product.

AutoGRAPH-INFO-TFT • USER MANUAL

Data transfer is possible only when GSM mobile network operator, which supports General Packet Radio Service (GPRS), is available.

IMPORTANT

Product Overview

The AutoGRAPH-INFO-TFT informational display is intended for installation on a vehicle and provides following functionality:

• connected to the AutoGRAPH on-board controller the display allows a dispatcher and a driver to exchange short text messages in order to provide executive control of the driver and

vehicle operation;

• connected to the AutoGRAPH on-board controller the display provides indication of vehicle

operation parameters such as motion characteristics, data from CAN bus, data from sensors connected to the AutoGRAPH controller;

• connected to the AutoGRAPH on-board controller the display provides indication of data from the fuller;

• automatical announcement of public transport stops due to the special mode «Auto informer»;

• the display allows a public transport driver to communicate with passengers through a loud

speaker;

• equipped with external photo cameras the display allows photo recording of vehicle inside and outside;

• display of data on display boards;

• transmission of alarm signal in emergency;

• the display indicates data received from connected fuel level sensors (fuel level and fuel

temperature) and other sensors supporting LLS protocol.

AutoGRAPH-INFO-TFT • USER MANUAL

Technical Specifications

Description Value

Processor

ARM Cortex-M4 LPC

4078FET208

GNSS receiver

ublox MAX-M8Q

Supported GNSS

GLONASS / GPS,

QZSS, BeiDou

Channels 72

Time to rst start2, s 26

Accuracy:

• position, m

• velocity, m/s

2.0 (CEP)

0.05

Type of GLONASS / GPS antenna

External (SMA)

Display 5’’, 800 x 480 pixels

Display technology TFT, touchscreen

Internal FLASH memory, records up to 270.000

External memory microSD, up to 32 GB

Connection to PC USB 2.0

Connection to AutoGRAPH on-board controller RS-485

Digital inputs, total number 4

Digital high-impedance inputs, total number 1

Digital outputs, total number 1

Audio outputs, total number 2

Audio output power, W (per an output) 6

RS-485 bus (TIA / EIA-485-A) 3

Operating voltage, V 10...60

Power consumption at 12 (± 0,5) VDC, mA:

• Normal mode

• Playback mode

250

1900

Operating temperature, °С -40...+85

Weight, g 270

Dimensions, mm 160 х 96 х 37

Average life time, years 10

Optional.

With nominal GNSS signal levels -130 dBm.

Optionally AutoGRAPH-INFO-TFT can be equipped with an internal antenna.

AutoGRAPH-INFO-TFT • USER MANUAL

Scope of Supply

№ Description Qty

1 AutoGRAPH-INFO-TFT informational display 1 pc.

2 Power supply cable (primary) 1 pc.

3 6-pin RS-485 cable

1 pc.

4 4-pin loudspeaker cable

1 pc.

5 GPS/GLONASS antenna

1 pc.

6 Push-to-talk (PTT) switch 1 pc.

7 MicroSD, 4 GB 1 pc.

8 1A fuse with a holder 1 pc.

9 Warranty certicate 1 pc.

Optional, on request.

Related to the modication with an external antenna.

Fig.1. Scope of supply.

AutoGRAPH-INFO-TFT • USER MANUAL

Components of AutoGRAPH-INFO-TFT

1 2 3

4 5 9 10

6 7 8

Model: AutoGRAPH-INFO-TFT

0362000

S/N

01/20 16

.... ..

Made in Russia

echno Kom Ltd .

DC 1 0...6 0V

190 0 mA

1. TFT Display.

2. Control buttons1.

3. LED.

4. Mini USB connector.

5. MicroSD slot.

6. Speaker.

7. Holder mounting holes.

8. Manufacturer’s label.

9. Power connector.

10. RS-485 interface connector.

11. Loudspeaker interface connector.

12. GLONASS/GPS antenna connector.

13. PTT switch interface connector.

Fig.2. AutoGRAPH-INFO-TFT components.

Main

AutoGRAPH-INFO-TFT • USER MANUAL

Buttons on front panel

1. U P.

2. DOWN.

3. LEFT.

4. RIGHT.

5. CANCEL.

6. SELECT.

AutoGRAPH-INFO-TFT • USER MANUAL

Interface Connectors

Power connector (primary)

№

Colour of a wire in a cable

Assignment

1 Red «+» Vin 2 Black «-» Vin 3 Yellow Digital input 2 (active high) 4 Green «+» Digital input 1 5 Pink High-impedance digital input 6 Grey Open collector output 1 (0.5 A) 7 White Digital input 3 (active high) 8 Brown «-» Digital input 1

4-pin loudspeaker interface connector

№

Colour of a wire in a cable

Assignment

15 Blue «+» Left loudspeaker 16 Grey «+» Right loudspeaker 17 Blue with a white stripe «-» Left loudspeaker 18 Grey with a white stripe «-» Right loudspeaker

6-pin RS-485 interface connector

№

Colour of a wire in a cable

Assignment

9 Brown with a blue stripe RS-485-1 (A): display board interface 10 Red with a white stripe RS-485-2 (A): camera interface 11 Orange with a white stripe RS-485-3 (A) AutoGRAPH controller interface 12 Orange with a green stripe RS-485-1 (B): display board interface 13 Black with a white stripe RS-485-2 (B): camera interface 14 Brown with a white stripe RS-485-3 (B): AutoGRAPH controller interface

Audio connector

ID Assignment

B Microphone signal input

C Not used

E Ground

F Call / Answer button input

* Highlighted grey are connectors not used in the current hardware version of AutoGRAPH-INFO-TFT.

Fig.3. Interface connectors.

AutoGRAPH-INFO-TFT • USER MANUAL

Additional connectors

On the left side panel On the right side panel

ID Assignment

А Mini USB connector (programming / conguration)

D Micro SD slot

Connection diagrams of AutoGRAPHINFO-TFT

This section covers connection procedures of AutoGRAPH-INFO-TFT

• Power supply connection

• Digital inputs / outputs connection

• Connection to the AutoGRAPH onboard controller.

• RS-485 bus connection.

• Connection of a loudspeaker and PTT switch.

Full capacity of AutoGRAPH-INFO-TFT is provided when it is connected to the AutoGRAPH on-board controller. AutoGRAPH-INFO-TFT can be connected to any AutoGRAPH on-board controller which is equipped with RS-485 bus. Connection to the AutoGRAPH controller allows AutoGRAPH-INFO-TFT to send data to server and exchange SMS with a dispatcher. Before connecting AutoGRAPH-INFO-TFT to AutoGRAPH controller, GPS/GLONASS and GSM antennas must be connected to the controller according the instructions given in the User Manual of the AutoGRAPH controller.

POWER SUPPLY CONNECTION

The AutoGRAPH-INFO-TFT is connected to the power supply source through the primary interface cable supplied with the device. Also the AutoGRAPH-INFO-TFT is supplied with a fuse intended to provide a short circuit protection of power supply driver. The fuse holder is installed on a wire ring, which should be cut before installation.

When making connections, pay special attention to the safety rules stipulated by the regulations for motor vehicle repair procedures. All connections should be properly isolated and securely connected. If the wire is too short, it can be spliced with a wire of at least 0.5

mm2 cross section (20 AWG or thicker).

The power supply input of the AutoGRAPH-INFO-TFT is rated for the vehicle system operating voltage of 10-60 V DC. The pin 1 of the device Power connector must be connected to 12 or 24 V of vehicle operating voltage through a fuse rated for at least 1 A.

Fig.4. Additional connectors.

AutoGRAPH-INFO-TFT • USER MANUAL

RED (1) BLACK (2)

DISCONNECTING

SWITCH

RED (1) BLACK (2)

DISCONNECTING

SWITCH

Fig.5. Power connection before the vehicle battery

disconnecting switch.

Fig.6. Power connection after the vehicle battery

disconnecting switch.

The fuse should be placed as close as possible to the point where the AutoGRAPH-INFO-TFT is connected to the vehicle power system.

IMPORTANT

The scheme of power supply connection to the AutoGRAPH-INFO-TFT depends on the power supply connection to AutoGRAPH controller. So power can be fed to the display either before or after the vehicle’s battery disconnecting switch:

AutoGRAPH-INFO-TFT • USER MANUAL

DIGITAL INPUT 1 («+» DIGITAL INPUT 1 AND «-» DIGITAL INPUT 1)

AutoGRAPH-INFO-TFT is equipped with a digital input which logic of operation depends on how an external device is connected to the input (Input 1). Depending on the connection diagram the Input 1 may operate as active low input or active

high one.

The input is able to show change of the input state and intended to connect various dry contact sensors, e.g. door limit switches or any button.

Internal Connection Diagram of Input 1:

Variant 1

This type of connection provides that the input is in active state (logical 1) when it is connected to +Vin.

+INPUT 1

-INPUT 1

AutoGRAPH-INFO-TFT

LIMIT SWITCH

OR SENSOR

LIMIT SWITCH

OR SENSOR

+INPUT 1

-INPUT 1

AutoGRAPH-INFO-TFT

Fig.7. Digital input 1 connection diagram. Variant 1.

Fig.8. Digital input 1 connection diagram. Variant 1.

Variant 2

This type of connection provides that the input is in active state (logical 1) when it is connected to -Vin.

AutoGRAPH-INFO-TFT • USER MANUAL

LIMIT SWITCH

OR SENSOR

AutoGRAPH-INFO-TFT

ACTIVE HIGH

DIGITAL INPUT

Internal Connection Diagram of Active High Digital Input:

Fig.9. Connection diagram of digital inputs 2 and 3.

CONNECTION OF HIGH-IMPEDANCE DIGITAL INPUT

AutoGRAPH-INFO-TFT is equipped with a digital high-impedance input: pin 5 on the Power

connector.

High-impedance active high digital input is intended to connect a device with a voltage output to the display, e.g. a voltage output temperature sensor.

The high-impedance input has two states:

• logical “1” – when the input voltage is greater than 7 V;

• logical “0” – when the input voltage is lower than 3 V.

If the high-impedance input is open-circuit it shall denote logical “0”.

The input resistance of the high-impedance input is 1 mega-ohm (1MΩ). The cut-off frequency of the input low-pass lter is 5,000 Hz.

DIGITAL INPUTS 2 AND 3

AUTOGRAPH-INFO-TFT is equipped with two active high digital inputs: pin 3 and pin 7 on

the Power connector.

Active high digital input has two states:

• logical «1», when the input is powered by supply voltage. This state is considered to be active.

• logical «0», when the input is connected to the ground or open-circuit.

It should be noted that all voltage levels of active high digital inputs under 5 V will be considered to be logical zero (‘ground’), while all voltage levels above 6 V shall be considered to be logical «1» (active). If the input is open-circuit it shall denote logical «0» .

NOTE

AutoGRAPH-INFO-TFT • USER MANUAL

Internal Connection Diagram of High-impedance Input:

1 MОhm

AutoGRAPH-INFO-TFT

HIGH-IMPEDANCE

DIGITAL INPUTTo votage

output device

Fig.10. Connection diagram of high-impedance input.

DIGITAL OUTPUT

AutoGRAPH-INFO-TFT is equipped with a digital open-collector output: pin 6 on the Power

connector.

The output is intended to control various external actuators, as well as to activate warning devices.

Minimum recommended load current is 10 mA. Maximum load current should not exceed 500 mA.

Internal Connection Diagram of Output:

AutoGRAPH-INFO-TFT

DIGITAL OUTPUT

Fig.11. Digital output connection diagram.

The current version of AutoGRAPH-INFO-TFT rmware does not support control of the digital output.

NOTE

AutoGRAPH-INFO-TFT • USER MANUAL

LOUDSPEAKER CONNECTION

AutoGRAPH-INFO-TFT is equipped with two audio outputs intended to connect loudspeakers to the display, e.g. loudspeakers installed in the passenger compartment. Pins intended for connecting the loudspeakers are arranged on the 4-pin loudspeaker interface connector: pin 15 and pin 17 are intended for connection of left loudspeaker, pin 16 and pin 18 – for right loudspeaker.

Minimum load resistance must be at least 4 Ohm. Maximum load resistance must not exceed

16 Ohm.

Connection Diagram of Loudspeaker:

+ +

- -

AutoGRAPH-INFO-TFT

Left loudspeaker

Right loudspeaker

Fig.13. Loudspeaker connection diagram.

OUTPUT 1 – GRAY

RED (1)

TO VEHICLE SYSTEM POWER

PROTECTIVE DIOD

RELAY

TO ACTUATOR

AutoGRAPH-INFO-TFT

External Connection Diagram of Digital Output:

The following is an example of a relay connected to the display output. To avoid damage of the display output due to back EMF, induced from disconnecting an inductive load, connect a protective diode in parallel to the relay. To select a correct diode, make sure that direct current of this protective diode is at least 1.5 times greater than the relay

holding current.

Fig.12. Digital output connection diagram.

AutoGRAPH-INFO-TFT • USER MANUAL

RS-485 BUS

RS-485 is one of the most commonly used industrial standards of communication. A network based on an RS-485 interface consists of transceivers connected with twisted pair wires. All devices are connected to one twisted pair in the same manner: non-inverting outputs (A) to one wire and inverting outputs (B) to another wire.

AutoGRAPH-INFO-TFT is equipped with 3 RS-485 buses, each of them is intended for connection of specic devices. This can be taken into account when making the connection because if incompatible device is connected to RS-485 bus, proper operation of that device is not provided. Given below is description of RS-485 buses assignment:

• RS-485-1 bus is intended for connection of display boards supported by AutoGRAPHINFO-TFT.

• RS-485-2 is intended for connection of photo cameras.

• RS-485-3 is intended for connection of the AutoGRAPH onboard controller and sensors

supporting LLS protocol.

RS-485 interface pins are arranged on the 4-pin RS-485 connector.

Detailed information on how to congure AutoGRAPH-INFO-TFT for operation with display boards, photo cameras, the AutoGRAPH onboard controller, and fuel level sensors via RS485 bus is given in following sections of this document.

NOTE

Connection to PC

Some cases may require connection of the AutoGRAPH-INFO-TFT device to a personal computer (PC) or a laptop, e.g. for conguration using the DisplayCongure application.

The AutoGRAPH-INFO-TFT is connected to a PC using standard AM – USB mini B 5pin Data-cable.

To connect the AutoGRAPH-INFO-TFT to a PC:

• Disconnect the device from vehicle power supply and external devices.

• Connect the device to PC using Data-cable.

• If the required drivers are installed, the system will automatically identify the connected

device. If the drivers are not installed, install them following the steps specied in the «Drivers installation» section. Now the device is ready to operate with the applications.

AutoGRAPH-INFO-TFT • USER MANUAL

AutoGRAPH-INFO-TFT configuration tool

Using the DisplayCongure software, you can set up AutoGRAPH-INFO-TFT. This software allows you to congure the display for operation with external devices, edit templates of standard messages and etc. For proper operation of the DisplayCongure software, the .NET Framework 4.0 package (supplied) is required.

To set up AutoGRAPH-INFO-TFT:

• connect power supply to the display;

• connect the display to a PC following the instruction given in section “Connect to PC”;

• run the DisplayCongure software;

• on the DisplayCongure software, press the “Find devices” button (Fig.14, i.1) to search

for the connected devices;

• select serial number of the required device in the list of available devices (Fig.14, i.2) and press the «Open» button (Fig.14, i.3). If the option «Read conguration automatically» is enabled, the device settings will be read in the application. If the settings haven’t been read automatically, press the «Read» button;

• set up necessary settings on the software tabs;

• enter the device password in the «Password» eld (Fig.15, i.1), then press the «Write»

button (Fig.15, i.2) to save the specied settings in the connected device;

Fig.14. Connect the display to PC.

Fig.15. Save settings in the display.

AutoGRAPH-INFO-TFT • USER MANUAL

Export conguration from external le

Device conguration can be exported in the le of .dcong format and then used to set similar settings in several devices. To save the settings to external le, select Main menu/File/Save as... (Fig.16) in the DisplayCongure tool. To load a conguration le in the DisplayCongure application, select Main menu/File/Open (Fig.17).

Fig.16. Save conguration. Fig.17. Open conguration.

AutoGRAPH-INFO-TFT • USER MANUAL

Getting started

AutoGRAPH-INFO-TFT turns on immediately after connecting it to power supply source. If AutoGRAPH-INFO-TFT is connected to the AutoGRAPH on-board controller, it will display the current time on the main screen after the turning on (Fig.18). As AutoGRAPH-INFO-TFT is equipped with real-time clock, the current time will be taken from the timer if the device is not connected to the AutoGRAPH controller.

Fig.18. Main screen

Press to send quick messages.

Buttons “Yes” and “No” on the main screen allows you to send quick replies “Yes” or “No” to a dispatcher. These buttons are available only when the Custom prole of messages is set up. The MENU button is intended to go to the device main menu.

Fig.19. Main menu.

Use these buttons to browse the menu

Press to return to the Main screen

Press to go to the selected menu

In the Main menu to go to any section of the menu, you need to select it using the UP and DOWN buttons, then press the SELECT button. You also can tab the required item of the menu to select it. Similar to the SELECT button press, double click a menu opens it.

Also you can use control buttons on the front panel of AutoGRAPH-INFO-TFT to browse the menu and select necessary items. Capability of the buttons on the front panel depends on the active menu and are displayed on the device screen.

For the rst start, the time 05:00 will be set up in the device, if it is not connected to the AutoGRAPH controller. To adjust current time, go to the Main menu/Settings/Local time. More detailed information on how to set up the device time is given in the section «General settings» of this document.

NOTE

AutoGRAPH-INFO-TFT • USER MANUAL

Status bar at the top of the main screen contains icons intended to indicate vehicle operation: GSM signal level, navigation state and GSM modem error codes.

Described below is GSM modem error codes:

Error code Description of error

PWR Bad power of GSM modem or failure of GSM modem power supply monitor

MOD GSM modem does not response

SIM SIM is not inserted or unknown SIM error

PIN PIN error

PUK PUK is required

REG Data transmission is required, but no data is transmitted for a long time

Data transmission capability is unavailable for a long time Unable to connect to GSM network

NET GPRS status is unavailable for a long time

Multiple errors occurred when enabling GPRS Multiple errors occurred when connecting to data server Connection to server is unavailable for a long time Connection to server is established, but data transmission is not initialized

OPR Data transmission is disabled by mobile operator

SRV The device is not serviced by the server

Invalid server password

Special-purpose key combinations

Using combinations of buttons described below you can enable special functions of the display. Only buttons on the display front panel can be used for this purpose.

• UP+DOWN – displays the device rmware version on the main screen.

• CANCEL+ENTER – sends alarm signal (see section “Alarm signal”).

• CANCEL+UP+DOWN – sets default settings in the display. This combination is available

within 20 seconds after the device turning on.

• CANCEL+UP – resets Accumulable counters which have been preset in the device.

Statuses indicated on the status bar are received from the AutoGRAPH controller. Transmission of operation statuses via RS-485 is supported by AutoGRAPH controllers with rmware of version AGXL-11.62 and higher.

NOTE

AutoGRAPH-INFO-TFT • USER MANUAL

General settings

To set preferences of AutoGRAPH-INFO-TFT such as screen brightness, key tones, interface language, and etc., select Main menu/Personalization.

Fig.20. Personalization menu.

To tune display brightness of the device, you need to go to the Brightness and

volume menu, then select the Display brightness option using the UP and DOWN buttons. To set the required brightness level, use buttons «<<» and «>>» then save the selected setting

pressing the SAVE button. To tune volume of the display sounds, you need to go to the Brightness and

volume menu,then select the Volume option using the UP and DOWN buttons.

Fig.21. Brightness and volume.

Brightness and Volume

To select colour of the display menus, go to the Colour skin menu. When you select a colour skin, it is applied to the current menu in order to show a preview. To apply the selected skin to the device completely, press the SAVE button. To turn to last saved skin and exit from the Colour skin menu, press the BACK button.

Fig.22. Colour skin.

To set the required volume level, use buttons «<<» and «>>» then save the selected setting pressing the SAVE button.

Colour skin

AutoGRAPH-INFO-TFT • USER MANUAL

Key tone

To set up a type and duration of the device key tone, you need to go to the Key tone menu. There are two sections:

• Tone duration is intended to select duration of the tone: short, medium, long or none (disables key tones).

• Tone frequency is intended to select frequency (in Hz) of the tone.

Fig.23. Tone duration. Fig.24. Tone frequency.

Before you apply the selected tone setting, you can do a test. To do it, select the required item – frequency or duration using the UP and DOWN buttons, and press the TEST button. Then try to press the device buttons. In order to save the selected settings, press the SELECT button.

Select language

Fig.25. Interface language.

To select AutoGRAPH-INFO-TFT interface language, you need to go to the Select

language menu then select a language using Up and DOWN buttons. To apply settings, press the SELECT button. The selected language will be set without device restart.

Date and time

It is recommended to set date and time in the device according to its location. To adjust date and time, select Main menu/Settings/Local time.

Fig.26. Time zone. Fig.27. Date and time.

AutoGRAPH-INFO-TFT • USER MANUAL

• To set up the device time zone in the form of a GMT offset, use the buttons “<<” and “>>”. E.g. the offset +05 is a time zone used in following countries: Maldives, Pakistan, Tajikistan, Turkmenistan, Uzbekistan.

• Local time zone is only used to display time on the main screen. In other device menus, data is displayed in GMT. Also the display records data in an internal memory in GMT. This feature can be locked in order to provide data recording in local time (see the section “Lock device functions” for more detailed information).

• Use the YES/NO button to enable/disable the Daylight Saving Time.

• To set up current date and time, press the More+ button in the Local time menu (Fig.26).

This will enable additional buttons (Fig.27). Then, you need to select a value to edit using the buttons “>>” and “<<”. As the value is selected, use the CHNG+ button to increase it or use the CHNG- button to decrease the value.

• To apply new time settings, press the SAVE button.

Settings protection

AutoGRAPH-INFO-TFT settings are protected with a password which can be from 4 to 8 characters long. This password is required in order to change the device settings using the DisplayCongure software or get an access to the Settings menu of AutoGRAPH-INFO-TFT which contains main operation conguration of the device.

When you try to open the Settings menu, the device requests password (Fig.28).

If AutoGRAPH-INFO-TFT is not equipped with an internal real-time clock, time tuning is unavailable, that’s why the More+ button is hidden. That device will receive current time from the connected AutoGRAPH controller. If no AutoGRAPH controller is connected, AutoGRAPH-INFO-TFT will display default time 05:00.

IMPORTANT

Fig.28. Password request.

To enter password:

• select rst character of the password using the CHNG+ and CHNG- buttons;

• as the rst character is entered, press the button “>>” to go to the second character. If you

need to edit a character that is already entered, use the button “<<” to return the cursor to that character position.

• enter other characters of the device password in a similar way;

AutoGRAPH-INFO-TFT • USER MANUAL

Fig.29. New password setup.

Voice communication

AutoGRAPH-INFO-TFT provides voice communication function intended for a driver to communicate with passengers. AutoGRAPH-INFO-TFT is equipped with the 4-pin audio connector intended to connect PTT switch, which is supplied with the display. When driver presses the Answer/Call button on the PTT switch, the display turns on the loudspeaker amplier and the communication becomes available. During the communication the sound level can be adjusted by changing the distance to the

microphone.

In addition to voice communication initiated by driver, AutoGRAPH-INFO-TFT also provides automatic voice announcement of public transport stops and other preset advertisements in the Auto informer mode. The automatic announcements can be interrupted by voice messages transferred by driver. If the automatic announcement is interrupted that way, its playback is not continued after nishing the driver’s message.

• as the password has been entered completely, press the SELECT button. If the password is correct, you will get an access to the Settings menu. Otherwise, the device will inform you about incorrect password and return to the main menu.

Default password of AutoGRAPH-INFO-TFT that is set by the manufacturer is «0000». It is highly recommended to change default password to more reliable one in order to prevent unauthorized access to the device settings.

To change the device password:

• select Main menu/Settings/Change password. To access the Settings menu, enter the device current password (Fig.29);

• in the New password line, enter a new password in the same way as you enter password to access to the Settings menu (see above). The password can be from 4 to 8 characters long and contain gures from 0 to 9 and uppercase letters of Latin alphabet. The password characters are to be entered one by one. To select a character value from the list of available symbols, press the CHNG+ and CHNG- buttons until the required symbol is entered. To move to next character, press the button “>>”. To return to previous character, press the button “<<”. To apply the password, press the SELECT button;

AutoGRAPH-INFO-TFT • USER MANUAL

Alarm signal

In an emergency you can send alarm signal to a dispatcher. To do it, press simultaneously the CANCEL and ENTER buttons on the device front panel and hold the buttons until the alarm sound (3 short, 3 long then 3 short beeps). After that AutoGRAPH-INFO-TFT will send the message “SOS!!!” with the current position coordinates.

Photo cameras connection

AutoGRAPH-INFO-TFT supports connection of up to 16 photo cameras in order to get visual

information on a vehicle operation.

All cameras must be connected to RS-485-2 bus of AutoGRAPH-INFO-TFT.

The current version of AutoGRAPH-INFO-TFT rmware supports operation with the ZM-CAM Series photo cameras by Shenszhen Quick Zoom Technology Co., Ltd (www.zmvideo.com). The cameras of this series record photos in JPEG format and are equipped with the infrared lighting and serial RS-485 bus providing 115200 bit/s baudrate.

The cameras require operating voltage within the range 9...30 V.

Shown on Fig.31 are the different design versions of the ZM-CAM Series cameras.

Fig.30. The ZM-CAM Series cameras.

Starting with the rmware of version AGDS-04.09, AutoGRAPH-INFO-TFT supports operation with photo cameras by Shenszhen Quick Zoom Technology Co., Ltd providing 1.3 megapixels resolution. The instruction on how to set up AutoGRAPH-INFO-TFT to receive photos from that type of cameras is given below.

AutoGRAPH-INFO-TFT • USER MANUAL

Connection diagram of photo cameras

The cameras must be connected to the RS-485-2 bus of AutoGRAPH-INFO-TFT which is arranged on the 6-pin RS-485 interface connector: pin 10 is A line, pin 13 is B line.

«A» «B»

CAMERA 1

«A» «B» «A» «B»

...

AutoGRAPH-INFO-TFT

RS-485-2 «B» (13) BLACK WITH A WHITE STRIPE

RS-485-2 «A» (10) RED WITH A WHITE STRIPE

CAMERA 2 CAMERA N

Fig.32. Connection diagram for photo cameras.

All cameras must be connected to AutoGRAPH-INFO-TFT by means of the CAM-splitter produced by TechnoKom Ltd. and intended for photo cameras supporting JPEG format.

Congure AutoGRAPH-INFO-TFT to operate with photo cameras

For proper operation of AutoGRAPH-INFO-TFT with photo cameras, it must be correctly congured using the DisplayCongure software.

To congure AutoGRAPH-INFO-TFT to operate with photo cameras:

• open the DisplayCongure software and go to the External devices tab;

Fig.31. Cameras set up in the DisplayCongure software.

AutoGRAPH-INFO-TFT • USER MANUAL

• all cameras connected to the display and their settings must be specied in the table on the tab. To add a new camera, click the empty row at the top of the table, then specify following settings according the technical characteristics on the camera:

Name – the camera name. The name can be up to 20 characters long and is displayed in AutoGRAPH-INFO-TFT to identify the camera;

Address – a network address of the camera; Resolution – camera resolution. You need to select a resolution from the drop-down list of

available values. Compression – JPEG compression rate. Minimum value is 20, maximum value is 250. The

higher the compression rate, the smaller a photo size.

Flags – select events initiating extra photo recording in the drop-down list. This list contains events of the AutoGRAPH onboard controller:

• Input 1-Input 8 – enables extra photo record when the selected digital inputs of the AutoGRAPH controller trigger.

• iButton – enables extra photo record by iButton registration.

• Event 10 – enables extra photo record by triggering the high-impedance digital input

of AutoGRAPH-INFO-TFT (pin 5 on the Power connector), when the input switches from

logical 0 level to logical 1 level.

• Event 11 – enables extra photo record by triggering the high-impedance digital input

of AutoGRAPH-INFO-TFT (pin 5 on the Power connector), when the input switches from

logical 1 level to logical 0 level.

• Event 12-Event 16 – reserved.

For photo cameras with 1.3 megapixels resolution the compression must not exceed 90. The recommended values – from 20 to 90.

IMPORTANT

Period – a period of automatic photo recording. Minimum value is 15, maximum value is 65000, 0 period disables periodic recording of photos from the camera.

While setting cameras, pay special attention to the limitation that the period of automatic photo recording must not be smaller than the time interval taken to read a photo from camera, e.g. this parameter can amount up 10 seconds for the high quality coloured photo with VGA resolution.

IMPORTANT

Also it should be taken into account that AutoGRAPH-INFO-TFT records photos from cameras sequentially, that’s why the record of next photo can be delayed by processing the previous photo from RS-485 bus.

IMPORTANT

AutoGRAPH-INFO-TFT • USER MANUAL

To provide automatic photo recording by the AutoGRAPH controller digital input triggering, it is not sucient to set up AutoGRAPH-INFO-TFT. You also need to enable data transmission via RS-485 bus by the input triggering in the AutoGRAPH controller for the digital input that is used. This option can be set up using the AG.GSMConf software intended to congure AutoGRAPH onboard controllers. To set up the controller’s digital inputs, you need to go to the Inputs tab of the AG.GSMConf software.

IMPORTANT

• as all cameras specied, save the settings.

Change camera address in AutoGRAPH-INFO-TFT

To simplify cameras installation on a vehicle or their replacement, you can change cameras hardware addresses using AutoGRAPH-INFO-TFT. This avoids the necessity for cameras reconguration and allows using the range of addresses that has been already sent in AutoGRAPH-INFO-TFT.

To change a camera hardware address:

• disconnect all cameras from AutoGRAPH-INFO-TFT;

• turn on AutoGRAPH-INFO-TFT and select Main menu/Settings/Camera/Change cam.

address (Fig.33);

• connect only one camera to the display and select its address using the buttons “<<” and “>>”. Name of connected camera and the selected address are shown on the display;

• as address is selected, press the SAVE button.

Fig.33. Change of camera address. Fig.34. Setup of camera address.

It is highly important that only one camera is connected to AutoGRAPH-INFO-TFT when you change its hardware address. Otherwise correct setup of the address is not available.

IMPORTANT

AutoGRAPH-INFO-TFT • USER MANUAL

Fig.35. Copy photos from FLASH memory.

Photo recording

AutoGRAPH-INFO-TFT scans cameras every ve minutes. If at least one camera is failed, the display noties a user using sound signal then records a log. Therefore, if AutoGRAPH-INFOTFT produces a long beep every 5 minutes, it is highly recommended to check connected cameras for integrity.

AutoGRAPH-INFO-TFT records photos from cameras with a regular period if it is specied or by preset events.

Also the forced record of photo can be made by the command from the AutoGRAPH 5 PRO Dispatch Software. The Dispatch Software also allows request of photos from the display

memory card.

All photos are stored on SD card inserted in AutoGRAPH-INFO-TFT in the following directory

– \YEAR\MONTH\DAY, e.g. the photo AGDS_0100107_01_120416_102540_00009.jpg in the directory \\Year_2015\\Mon_04\\Date_16 was taken on the 16th of April in 2015 at

10:25:40, the display serial number is 100107, address of camera recorded the photo is 1, the photo number is 9.

Apart from that 1,5 MB of internal FLASH-memory of AutoGRAPH-INFO-TFT is dedicated to store recent photos to allow their recovery in case of damage of them on the SD card. A number of photos recorded in FLASH-memory depends of their size. If the dedicated memory is full, a new photo will be recorded instead of the oldest one providing that the most up-todate data is always available.

As necessary, photos from FLASH memory can be copied to the display SD card. To do it, select Main menu/Settings/Camera/Copy photos to SD in the display. This will copy all photos from the device FLASH memory to the directory \FLASH_120416 on the SD card (the “150416” is a date of the copying).

During the copying which can take a few tens of seconds AutoGRAPH-INFO-TFT produces sound. It is not recommended to remove the device SD card during the copying.

In order to remove photos from the device SD card, a complete formatting of the memory card is required. To format the SD card select Main menu/Settings/SD card manager/Format SD (Fig.35). This will delete all data as well as photos from the device SD card.

AutoGRAPH-INFO-TFT • USER MANUAL

Connection of AutoGRAPH controller and fuel level sensors.

RS-485-3 bus of AutoGRAPH-INFO-TFT is intended for connection of LLS sensors and the AutoGRAPH onboard controller.

AutoGRAPH-INFO-TFT supports operation with following AutoGRAPH controller: AutoGRAPH-GSM, AutoGRAPH-GSM+, AutoGRAPH-SL, AutoGRAPH-WiFi+GSM, AutoGRAPH-WiFi.

Connection to the AutoGRAPH controller allows AutoGRAPH-INFO-TFT to receive position data, send text messages to a dispatcher and receive messages and les from data server.

Also AutoGRAPH-INFO-TFT supports connection of LLS sensors to RS-485-3 bus, e.g. fuel level sensors.

Connected to the AutoGRAPH controller or equipped with LLS sensors AutoGRAPH-INFOTFT can be set up to display data from RS-485-3 on the main screen.

For proper operation of AutoGRAPH-INFO-TFT with external devices via RS-485-3, you need:

• Connect external device to RS-485-3 of AutoGRAPH-INFO-TFT according to the

connection diagrams given below.

• Set up RS-485-3 of AutoGRAPH-INFO-TFT for interfacing with connected device.

• Set correct main screen mode of AutoGRAPH-INFO-TFT in order for the device to display

data from RS-485-3 bus on the screen. This option can be set in the Main screen menu (for detailed information, see the section “Main screen” of this User Manual).

• also specify in AutoGRAPH-INFO-TFT a list of parameters which must be displayed on the main screen. Use the DisplayCongure software to create a list of parameters for display and save it in AutoGRAPH-INFO-TFT. Detailed information on how to create the list of parameters is given in the section “Main screen” of this User Manual. The full list of supported parameters is given in the Appendix 3.

Fig.36. Format SD card.

AutoGRAPH-INFO-TFT • USER MANUAL

AutoGRAPH controller connection diagram

AutoGRAPH-INFO-TFT must be connected to RS-485 Bus of the AutoGRAPH controller. If the controller is equipped with double RS-485 bus, the display must be connected to RS-4851 Bus of the controller. To make the connection, join pin 11 (line A) and pin 14 (line B) on the 6-pin RS-485 interface connector of AutoGRAPH-INFO-TFT respectively to Line A and Line B of RS-485 (RS-485-1) of the controller.

«A» «B»

AutoGRAPH-INFO-TFT

RS-485-3 «B» (14) BROWN WITH A WHITE STRIPE

RS-485-3 «A» (11) ORANGE WITH A WHITE STRIPE

AutoGRAPH

onboard

controller

Fig.37. Connection to AutoGRAPH controller.

RS-485-3 «B» (14) BROWN WITH A WHITE STRIPE

of sensor

RS-485-3 «A» (11) ORANGE WITH A WHITE STRIPE

of sensor

Sensors connection diagram

RS-485-3 of AutoGRAPH-INFO-TFT allows connection of up to 8 LLS sensors with network addresses within the range 1...8. If the connected sensor has address that is out of the required range, this sensor won’t be scanned by AutoGRAPH-INFO-TFT. Due to this all sensors must be properly congured before connection to the display.

Given below is the diagram of connecting the fuel level sensors to AutoGRAPH-INFO-TFT.

Fig.38. Connection of fuel level sensors.

AutoGRAPH-INFO-TFT • USER MANUAL

All connections should be made when the AutoGRAPH-INFO-TFT and all external devices to be connected to the RS-485 bus are disconnected from power supply. Be careful not to cross the «A» and «B» wires, otherwise the device connected to the AutoGRAPH-INFO-TFT may operate incorrectly.

IMPORTANT

RS-485-3 set up

RS-485-3 mode

After making a connection to RS-485-3 bus, you need to set up the mode of RS-485 bus. To do it, select Main menu/Settings/Control menu/Mode of RS-485-3/Operation mode.

Fig.39. Mode of RS-485-3 bus.

RS-485-3 can operate in one of the following modes (Fig.39):

• operation with AG – this mode must be enabled if the AutoGRAPH onboard controller is connected to AutoGRAPH-INFO-TFT (via RS-485-3 bus). In this mode the display also receives data from different sensors connected to the AutoGRAPH controller.

• operation with LLS – this mode must be enabled if AutoGRAPH-INFO-TFT is not connected to the AutoGRAPH controller. This mode enables data reception from LLS sensor, as well as fuel level sensors connected to RS-485-3 bus of AutoGRAPH-INFO-TFT.

• receiving mode – this mode enables data reception from RS-485-3 bus and disables data transmission to the bus. In this mode AutoGRAPH-INFO-TFT only receives data available on the bus. The receiving mode can be used by one of the AutoGRAPH-INFO devices connected to the AutoGRAPH controller providing reception and display of that data which is sent by the controller to other AutoGRAPH-INFO which common RS-485 bus is tuned to the mode “operation with AG”.

RS-485-3 baudrate

RS-485-3 bus of AutoGRAPH-INFO-TFT must be set to the same baudrate as a baudrate of RS-485 bus of the AutoGRAPH controller which the display is connected to. To set up the baudrate in the AutoGRAPH-INFO-TFT select Main menu/Settings/Control menu/Mode of RS485-3/Baudrate, then select a baudrate from the list of available (Fig.40).

It is not recommended to use a baudrate less than 115200 bit/s if AutoGRAPH-INFO-TFT downloads les from data server via the AutoGRAPH controller.

AutoGRAPH-INFO-TFT • USER MANUAL

Fig.40. RS-485-3 baudrate.

AutoGRAPH-INFO-TFT • USER MANUAL

Message handling

The AutoGRAPH-INFO-TFT allows a driver to send messages to data server those then become available for a dispatcher. Also the device can send a message to up to 3 preset telephone numbers. At the beginning of a message the device sends its current coordinates. It is available to sent only standard messages grouped according to their subjects.

Select messages prole

To set up a messages prole go to Main menu/Settings/Message prole, then select a prole (Fig.41).

Following proles are available: Dortransnavigatsiya, Police and Custom. All proles, besides the Custom prole, are the special purpose proles which are used in specic situations.

Fig.41. Message prole.

For general application it is recommended to use the Custom prole which contains userdened messages. To add a new message in the prole, use the DisplayCongure software. The custom prole can contain up to 6 different subjects with 8 messages in each of them.

Detailed information on how edit message prole is given in paragraph «Create/Edit list of standard messages, standard replies, and phone numbers of recipients» of this section.

NOTE

AutoGRAPH-INFO-TFT • USER MANUAL

Send messages

To send a standard message, you need to select Main menu/Messages, then select «Send message» option (Fig.42).

Fig.42. Messages menu.

The AutoGRAPH-INFO-TFT will prompt you to select a topic of standard messages available in the preset prole (Fig.43), then – a message to send.

Fig.43. List of standard messages.

Fig.44. Message transmission.

Before sending the message, select a recipient using the buttons “<<” and “>>” (Fig.44). Using the DisplayCongure tool up to 4 recipients can be set up: a dispatcher and other responsible persons. When recipient is selected, press the SELECT button to transfer the message.

As the message is transmitted, the status “Message is sent” is displayed on the screen.

AutoGRAPH-INFO-TFT • USER MANUAL

Fig.45. Message transmission is denied.

Using the “LEFT” and “RIGHT” buttons on the device front panel you can send respectively rst and second messages of the current prole (besides the “Transnavigatsiya” prole). This feature is available only when the main screen is open. Also when the Custom prole of messages is enabled you can send quick answer to dispatcher using the buttons “Yes” and “No” on the main screen (Fig.46).

Receive messages

AutoGRAPH-INFO-TFT is able to receive messages from data server via AutoGRAPH on-board controller. When the device receives a new message, the notication «SMS n» is

displayed on the device main screen (n – a number of new messages), Fig.46. Furthermore, the device beeps once a minute.

To read an incoming message, press the READ button on the lower right of the main screen which is displayed instead of MENU button when there is an unread incoming message.

When incoming message is open (Fig.47), you can scroll the message text using the UP and DOWN buttons. Buttons “<<” and “>>” are intended to go respectively to previous and next incoming messages. The REPLY button is intended to create and send a reply to open incoming message. The BACK button goes to previous menu.

Transmission of messages can be disabled by locking the function in the device settings. In this case the user will get a notication “Transmission is disabled” when trying to send a

message (Fig.45). For more detailed information on how to lock or unlock the device functions see section “Lock device functions” of this document.

Fig.46. Incoming message indication.

AutoGRAPH-INFO-TFT • USER MANUAL

Fig.47. Incoming message.

You can open the incoming messages menu also by selecting Main menu/Messages/ Incoming messages. AutoGRAPH-INFO-TFT can store up to 30 messages in memory using

the ring buffer principle. It means that new message will be written over the oldest message rst, ensuring that the most recent message is always available. To send a message to AutoGRAPH-INFO-TFT, it is necessary to send the command DISPLAY=…; with the required text to AutoGRAPH on-board controller connected to the display. The command can be sent via data server or by means of SMS to a number of the SIM installed in the controller. After processing the command, the AutoGRAPH controller will send the message to AutoGRAPH-INFO-TFT via RS-485 bus.

Format of the command DISPLAY=; must match the format of remote control commands of the AutoGRAPH on-board controller. More detailed information on remote control commands is given in the document «AutoGRAPH-GSM. Server and SMS control commands».

IMPORTANT

Incoming messages can be removed from the AutoGRAPH-INFO-TFT. To do it, select Main menu/Settings/Delete all messages.

Create/Edit list of standard messages, standard replies, and phone numbers of recipients

This paragraphs covers the instruction on how to edit standard messages of AutoGRAPHINFO-TFT. To edit message prole, you need to connect AutoGRAPH-INFO-TFT to the DisplayCongure software as described in the section “Congure AutoGRAPH-INFO-TFT”. After reading the

settings, device standard messages will be displayed on the «Messages proles» tab grouped into three sections according to a prole. The Prole 1 and Prole 2 are not available in the English version of the DisplayCongure.

Prole 3 (Custom prole) is fully congurable – you can add any subjects, messages, replies and recipients in the prole.

AutoGRAPH-INFO-TFT • USER MANUAL

Fig.48. Messages proles.

Described below is an example of custom prole editing:

• Go to the Prole 3 tab (Fig.48).

• To edit messages stored in the AutoGRAPH-INFO-TFT, read settings from the device and

continue editing. Or ll in empty template on the tab without reading the device settings to create a completely new prole.

• The Custom prole can contain up to 6 subjects with up to 8 messages in each of them (Fig.49).

AutoGRAPH-INFO-TFT • USER MANUAL

Fig.49. Standard messages.

To create a new subject, enter the subject

description, e.g. in the Subject 1 eld. Then

enter texts of messages provided by the

created prole. Unnecessary message elds must be remained empty as well as the elds of unnecessary subjects. Use Up and Down button, to set up an order

of messages in the device.

Fig.50. Responses.

• The «Responses» panel (Fig.50) is intended to create a list of standard responses which a driver can use to send quick replies to a dispatcher.

• The «Recipients» panel is intended to add recipients of AutoGRAPH-INFO messages (Fig.51). To add a new recipient, specify its name and a phone number. Format of the phone number is +7XXXXXXXXXX. Up to 3 different recipients can be specied (Recipient 2...4). The recipient 1 is non-congurable, besides the name, and used to send messages to the data server where they become available for the download to the AutoGRAPH Dispatch software.

The subject titles, text of messages and replies cannot exceed 22 characters.

IMPORTANT

AutoGRAPH-INFO-TFT • USER MANUAL

Fig.51. Recipients.

NOTE

When entering a recipient phone number, the format _7XXXXXXXXXX is required. In the case of wrong format of the specied number, the error message pops up.

• After the prole setting up, enter the device password in the «Password» eld and press «Write» button to save new settings in the device.

AutoGRAPH-INFO-TFT • USER MANUAL

iButton keys

AutoGRAPH-INFO-TFT can be set up to display an iButton key holder name (e.g. a driver second name) and play a sound le when the key is read by the connected AutoGRAPH

controller.

To enable this function, you need to:

• create a le DriversList.csv containing iButton key IDs and second name of persons holding these keys. The DriversList.csv can be created in the AutoGRAPH Dispatch Software of versions 3.5 or 4.0;

• copy this le in the \CarDrivers folder on AutoGRAPH-INFO-TFT SD card;

• prepare sound les which are to be played as appropriate iButton keys have been read.

All les must be if the format of .mp3. To associate a sound le with an iButton key, name this le as the key number, e.g. 0000114D8182.mp3 is played when the key 0000114D8182 have been read;

• copy all sound les in the \CarDrivers folder on AutoGRAPH-INFO-TFT SD card;

The \CarDrivers folder with all necessary les can be copied on the device SD card manually or loaded from data server.

To send \CarDrivers folder to the display from data server:

• Prepare the CarDrivers folder – copy all required les in this folder.

• Copy the prepared CarDrivers folder in the directory \DevFiles\NNNNNNN\RS485 on the

AutoGRAPH Server where the “NNNNNNN” is a serial number of the AutoGRAPH controller, which AutoGRAPH-INFO-TFT is connected to.

• All les stored in the \RS485 folder will be sent to the AutoGRAPH controller at next period of data transmission by the controller. Then the controller will transfer received les to AutoGRAPH-INFO-TFT via RS-485 bus. All les received by AutoGRAPH-INFO-TFT via RS-485 bus are stored in the \RS485 folder on the display SD card.

• As the \CarDrivers folder is loaded in the display, it must be moved from the \RS485 folder to root folder of the SD card by the server command. This will replace the old \CarDrivers folder in the root directory with a new one. After that the new les downloaded from the server become available for usage.

• To move the \CarDrivers folder from the \RS485 directory to root directory of SD card, you need to send the command DISPCOMMAND=DRIVERS_UPGRADE=; from server to the AutoGRAPH controller, which the display is connected to. For more detailed information see Appendix 3 of this User Manual.

Playback time of the sound le assigned for connected iButton key is limited and must not exceed 10 seconds. The iButton owner’s second name is being displayed for 3 minutes.

If no sound le associated with the connected key is found, the display will play nothing. If there is the All_iButton.mp3 le on the \CarDrivers folder, it will be played for iButton keys without individual sound les. Sample of the All_iButton.mp3 le can be the sound message “Unknown driver”.

AutoGRAPH-INFO-TFT • USER MANUAL

Main screen mode

Main screen is intended to display vehicle operating parameters, received from the AutoGRAPH on-board controller, current time, fuel level sensor readings or other information preset by a user. By default current date and time are displayed on the main screen.

To select a parameter which will be displayed on the main screen of the device, go to Main menu/Settings/Main screen (Fig.52).

Fig.52. Main screen modes.

Date and time

This mode enables display of the current date and time on the device main screen. If the device is equipped with an internal real-time clock, the current time is always available. For the devices without an internal real-time clock, connection to the AutoGRAPH controller is required in order to display valid date and time on the main screen. For the devices with internal real-time clock the more priority time is that one which is received from the AutoGRAPH controller.

Parameters

This mode enables display of parameters received from AutoGRAPH on-board controller or LLS sensors connected to RS-485 bus of the display (Fig.53).

The list of parameters displayed on the main screen must be preset in AutoGRAPH-INFO-TFT using the DisplayCongure software. Furthermore, this mode provides indication of readings in the form of a chart if the appropriate chart is preset in the device.

If there is the Input_x.mp3 le in the \CarDrivers folder, where x denotes a number of the AutoGRAPH controller digital input, and the appropriate input of the controller is correctly congured, the display will play the le Input_x.mp3 when the associated input of the controller triggers. In case of simultaneous triggering of several inputs, that le is played which is associated with the input with the highest number.

AutoGRAPH-INFO-TFT • USER MANUAL

Fig.53. Parameters mode.

AutoGRAPH-INFO-TFT displays parameters on the main screen according the list which is specied using the DisplayCongure software. Detailed information is given in the paragraph “Set up list of parameters” of this User Manual.

In addition to vehicle operation parameters AutoGRAPH-INFO-TFT can display readings of sensors, connected to the AutoGRAPH controller or directly to the informational display, e.g. fuel level, axle pressure, data from fuel dispenser, and etc.

In order to display level data, you need to set up charts in AutoGRAPH-INFO-TFT using the DisplayCongure software. Detailed instruction on how to create charts is given in paragraph “Set up charts” of this sections.

If it is necessary to display numeric value of the level in addition to the chart, add this level parameter in the list of parameters displayed on the main screen of AutoGRAPH-INFO-TFT. Detailed information on how to create a list of parameters for the main screen is given in paragraph “Set up list of parameters” of this section.

The chart is display on the left of the main screen. To display next chart, press the “Tank n” button, where n denotes current chart number. You can also go to the next chart pressing the CANCEL button on the front panel of the device.

Fig.54. Charts.

Level data (Chart 1)

Press to display next chart

AutoGRAPH-INFO-TFT • USER MANUAL

Fig.55. The last photo on the main screen.

Fueller

This mode is intended to display data received from the AGFC fuel dispensing controller connected via RS-485 bus. The AGFC controller is a device produced by TechnoKom Ltd. and intended to control fuel dispensing at lling stations. The data is received from the AGFC controller connected to the AutoGRAPH on-board controller. Totally up to 8 AGFC devices can be connected to the AutoGRAPH controller. Readings from available AGFC devices are displayed in separate lines on the main screen. The rst line contains readings of the AGFC device with an address D0, the second line contains readings of the device with and address D1, and etc. If there is no data from the AGFC, zero value is displayed. As new data from the AGFC becomes available, at rst a driver ID is displayed, then the fuel volume which is being lled by the driver is indicated (Fig.56). At the end of the lling, total volume of lled fuel (in liters) and the lling duration (in seconds) are displayed. The last lling report have been displayed until next lling.

Last photo

This mode is intended to display the last photo recorded by AutoGRAPH-INFO-TFT (Fig.55). Using the Photo+ and Photo- buttons you can view the last six photos.

Fig.56. Readings of AGFC devices

PORT-3

This mode is intended to display data received from a fueller via RS-485. The data is received from the fueller connected to the AutoGRAPH on-board controller. It can be the AGFC fuel dispensing controller (produced by TechnoKom Ltd.) with the address F9 or other device, e.g. the PORT-3 device. This mode can be used to display data from the AGFC device if only one AGFC is connected to the AutoGRAPH on-board controller and it is network address is F9.

AutoGRAPH-INFO-TFT • USER MANUAL

Fig.57. PORT-3 readings.

Axle load of car

This mode is intended to display vehicle axle load on the main screen. This data is received from RS-485-3 bus in LLS protocol and can be provided by pressure sensors directly connected to the display or to the AutoGRAPH controller. If pressure sensors are connected to the AutoGRAPH controller, RS-485-3 bus of AutoGRAPH-INFO-TFT must be set up to the “operation with AG” mode. If pressure sensors are connected directly to AutoGRAPH-INFO-TFT, RS-485-3 bus of the display must be set up to the “operation with LLS” mode.

Axel load data is displayed in the form of a diagram (Fig.58). Therefore, you need to set up charts in AutoGRAPH-INFO-TFT using the DisplayCongure software to display axle load on the main screen of the device. Up to 4 charts (axles) displaying readings from two pressure sensors can be set up, i.e. in total up to 8 sensors can be connected to AutoGRAPH-INFOTFT (via the AutoGRAPH controller or directly). Connected pressure sensors must have addresses within the range 1...8:

• sensors with the addresses 1 and 2 must be installed on the axle 1 (chart 1 in the DisplayCongure software);

• sensors with the addresses 3 and 4 must be installed on the axle 2 (chart 2 in the DisplayCongure software);

Fig.58. Axle load.

If there is no data from the fueller, the message «Waiting for lling» is displayed. As new data from the fueller becomes available, it is displayed on the main screen. At the beginning of lling the message “Start lling” is displayed. At the end of the lling the report including total volume of fuel (in liters) dispensed by the fueller and the lling duration (e.g. T: 32 sec) is displayed.

AutoGRAPH-INFO-TFT • USER MANUAL

Detailed instruction on setting the charts for axle load display is given in the paragraph “Set up charts” of this section.

NOTE

• sensors with the addresses 5 and 6 must be installed on the axle 3 (chart 3 in the DisplayCongure software);

• sensors with the addresses 7 and 8 must be installed on the axle 4 (chart 4 in the DisplayCongure software);

All sensors which are not used must be disabled.

In order to congure correctly the charts to display axle load, follow the

recommendations given below:

• to disable a chart (axle), set it maximum value equal to 0;

• if a chart divisor is 1, AutoGRAPH-INFO-TFT displays sum of two pressure sensors

readings on an axle;

• if a chart divisor is 2, AutoGRAPH-INFO-TFT displays average value of two pressure sensors readings on an axle;

• to display a high load notication on the main screen set the notication level for a chart (in %). This will provide that the chart (axle) is highlighted red if axle load reaches the notication level, yellow if axle load is 20% less then the notication level, and green if axle load is within a normal range. The notication level is applied to a whole axle and displayed for each sensor on it.

In addition to axle load, other data from RS-485-3 bus can be displayed on the main screen in this mode. For that end, add all required data in the list of parameters displayed on the main screen using the DisplayCongure software.

It is recommended to use the GNOM DDE pressure sensors produced by Technoton in combination with AutoGRAPH-INFO-TFT to monitor axle load.

NOTE

Pressure sensors are connected to AutoGRAPH-INFO-TFT by means of the TKMS adapter produced by TechnoKom Ltd. One TKMS adapter allows connection of two pressure sensors to AutoGRAPH-INFO-TFT.

NOTE

AutoGRAPH-INFO-TFT • USER MANUAL

Set up list of parameters

AutoGRAPH-INFO-TFT displays parameters on the main screen according the list which has been specied on the Parameters tab of the DisplayCongure software.

Fig.59. Parameters tab.

To set up list of parameters:

• enter a parameter description in the «Name» eld (Fig.59, i.1) which will be displayed before the parameter value. A number of characters in the name can not exceed 10. If the «Name» eld is empty, only the parameter value is displayed;

• in the «Parameter» eld, select a parameter to display (Fig.59, i.2). Full list of supported parameters and their descriptions are given in the Appendix 3 to this document.

• for the Accumulable counters, which are used to indicate readings of ow meters connected to the AutoGRAPH controller’s digital inputs, you also need to set up impulses per 1 liter on left panel (Fig.59, i.3) in order to convert a number of pulses to liters.

When specifying parameters, you should note that the AutoGRAPH-INFO-TFT displays parameters from that list till the rst empty string. The parameters after the empty string are not displayed. If a chart is displayed on the rst screen, specify the parameters for the rst screen in the manner that they t in the rest of string length. AutoGRAPH-INFO-TFT receives data from LLS sensors or the AutoGRAPH on-board controller connected to RS-485 bus and displays parameters according to the specied list

on the main screen if they are available. If specied parameter is not available, the string «---» is displayed instead of the parameter value.

The AutoGRAPH-INFO-TFT supports up to 2 screens and up to 12 parameters in total. The rst screen contains top eight parameters specied on the Parameters tab, the second screen contains the rest of parameters. To go to the next screen, use the “More+” button. To return to the previous screen, use the “More-” button on the device main screen.

Add. application

This mode is intended to display user-dened information on the main screen. In order to display the required information, contact a technical support specialist of TechnoKom Ltd. regarding the integration of this information into the device rmware.

AutoGRAPH-INFO-TFT • USER MANUAL

Set up charts

Some modes of the device main screen support display of level data in the form of a chart. e.g. fuel level, axle load and etc. To display level data as a chart, you need to set up the chart on the Charts tab of the DisplayCongure software. It is available to add up to 4 charts on the device main screen. Given below is an instruction on how to set up charts. The instruction is given as an example of the Chart 1 and is applicable for other charts.

Fig.60. Charts tab.

To set up the Chart 1, go to the Chart 1 tab and set up following options:

• Maximum value is a maximum value, which can be displayed on the chart. Zero value disables the chart.

• Warning level is a minimum value enabling the low level notication. The warning level must be specied as % of chart maximum value.

• Sensor 1 (2..4) is a sensor, connected directly to AutoGRAPH-INFO-TFT via RS-485 or to the AutoGRAPH on-board controller interfacing with the display, which readings will be indicated on the chart. The nal value displayed on the chart can be calculated on the basis of up to 4 sensors readings according to a formula: (Sensor 1+ Sensor 2+ Sensor 3+ Sensor

4)/divisor, where the divisor is an coefcient from 1 to 4 specied in the «Divisor» eld. The sensors must be congured in that order as their settings specied in the DisplayCongure application, i.e. if only one sensor is used, it must be set up on the Sensor 1 tab, and if two sensors are used, they must be set up on the Sensor 1 and Sensor 2 tabs and etc.

NOTE

The divisor must be selected depending on the tank conguration and sensors position in the tank. Detailed information on how to select a divisor for fuel level sensors is given in the Appendix 1. The recommendation on how to select a divisor for axle load sensors is given in the paragraph “Axle load of car” of this section (see above).

AutoGRAPH-INFO-TFT • USER MANUAL

In order to use a sensor, it must be correctly congured. To congure the sensor:

• in the eld «Type», select readings to indicate on the congured chart. AutoGRAPHINFO-TFT supports direct operation with only LLS sensors. So that, to display readings of the sensors connected to the AutoGRAPH-INFO-TFT, you need to select the required LLS sensor in the drop-down list (LLS1-LLS4).

Other parameters specied in the list are readings, which can be received from the AutoGRAPH on-board controller and external devices connected to the controller as well as LLS sensors connected to the controller (LLS1-LLS4). If you select Cntr1-Cntr8, you need also to set up a mode of the counter output mode – impulse or frequency (in Hz). If the frequency mode is selected, the counter reading is divided into 100, then specied offset is subtracted from that value. The nal value of the sensor is calculated according to calibration table (see below).

• set up an offset (Offset) and coefcient (Coeff) for the selected sensor type;

• specify a calibration table to convert the sensor readings from ADC stages to liters.

The sensor readings must be specied in the ascending order. The calibration table can contain up to 100 pair of values. If the table contains less than 100 values, all elds of excessive rows must be empty.

• select a method of calibration table approximation in the “Approximation» eld.

• As the required charts have been congured, save setting in the AutoGRAPH-INFO-TFT.

To do it, you need to enter the device password in the «Password» eld, then apply settings pressing the «Write» button.

AutoGRAPH-INFO-TFT • USER MANUAL

Event log

AutoGRAPH-INFO-TFT records information about signicant system events in internal FLASH-memory. In total the device can record up to 9999 entries in a ring buffer principle. To view the Event log, select Main menu/Settings/Event logs/Browse logs. Then use UP and DOWN buttons to scroll the log le (Fig.61). Description of device events are given in the Appendix 2.

Fig.61. Event log.

The Event log can be copied from FLASH-memory to SD card. To do it, select Main menu/ Settings/Event logs/Copy to SD. This will copy all Event log content from FLASH-memory

to the \LOG folder on SD card. The log is stored in the le Log_120416_110416.log, where 120516 is a date of the log le creation on SD card (the format is YYMMDD), 110416 is a time of the log le creation.

Duration of the log le copying depends of the le size and the sound notication is produced along the process.

Sample content of the log le copied from FLASH-memory is given below:

number: data time latitude longitude event

-----------------------------------------------------------------------------00001: 12-05-12 13:51:04 55.17869N 61.35784E 20,001 00002: 12-05-12 13:49:58 55.17882N 61.35779E 10,001 00003: 12-05-12 13:49:50 55.17881N 61.35781E 10,001 00004: 12-05-12 13:48:18 55.17871N 61.35804E 20,001 00005: 12-05-12 13:47:20 55.17879N 61.35795E 20,001

SD card content and device configuration

On the device main screen select Menu/Settings/SD card manager. Access to the Settings menu is provided by the device password. Using the commands in this menu, you can browse the SD card content, back up the device conguration and restore it.

AutoGRAPH-INFO-TFT • USER MANUAL

Browse SD card content

To browse the device SD card content, select Main menu/Settings/SD card manager/Browse SD (Fig.62).

Fig.62. SD card options. Fig.63. SD card content.

The device SD card is intended to store photos from connected cameras, different system and sound les required for the device proper operation. Photos on the SD card are sorted to different folders according to a year, a month and a day

when they were recorded.

To view a whole list of les on the SD card, use the UP and DOWN buttons (Fig.63). Use the buttons “<<” and “>>” to shift a le name in order to view a whole one if it is out of the screen.

To open a le, select it using the UP and DOWN buttons or by double tap, then press the SELECT button. If the format of selected le is supported by AutoGRAPH-INFO-TFT, it will be opened. Otherwise, the message “Unknown type” will be displayed on the lower left of the screen.

Conguration le

Conguration le is a le of the .dc format containing the settings specied by the DisplayCongure software. The conguration le created in the DisplayCongure le can be loaded in the display and then unpacked in order to apply new settings.

To create a conguration le:

• specify required settings in the DisplayCongure software;

• select File menu/Save as in the DisplayCongure (Fig.64);

• specify a new le name “ConfUpdate” and save the settings as the le of .dc format.

Fig.64. Save conguration le.

AutoGRAPH-INFO-TFT • USER MANUAL

If there is a ConfUpdate.dс in the \Conf folder, conguration from this le will be set in AutoGRAPH-INFO-TFT.

Load conguration le in AutoGRAPH-INFO-TFT

The ready le ConfUpdate.dc must be copied in the \Conf directory on the device SD card. The le can be copied to the required folder manually or loaded from data server via the AutoGRAPH controller, which the display is connected to.

To send the conguration le to AutoGRAPH-INFO-TFT via server:

• create the \Conf folder in local drive of your PC;

• copy ready ConfUpdate.dc le to that folder;

• copy the \Conf le with the conguration le in the \DevFiles\NNNNNNN\RS485 directory

on the AutoGRAPH server. The “NNNNNNN” denotes the AutoGRAPH controller serial number connected to AutoGRAPH-INFO-TFT;

• next time when the AutoGRAPH controller connects to the server in order to transmit data, the folder \Conf will be transferred to the controller, then the controller will send it to AutoGRAPH-INFO-TFT via RS-485 bus;

• all les received by the display from RS-485 bus are stored in the \RS485 directory on the SD card. Therefore, after downloading the \Conf folder with the required conguration, it must be moved to root folder of the display SD card in order for the display to be able to use that conguration. To move the \Conf folder from the \RS485 directory to the root one, you

need to send the command DISPCOMMAND=CONFIG_UPGRADE=; to the AutoGRAPH controller connected to the display from the server. Detailed information on how to send control commands to AutoGRAPH-INFO-TFT from data server is given in the Appendix 3 of this User Manual.

As the conguration le is loaded in AutoGRAPH-INFO-TFT and moved to the necessary directory, it can be read and applied to the display.

Read conguration le from SD card

To load the conguration stored in the \Conf folder on the device SD card, select Main menu/ Settings/SD card manager/Conguration le/Read cong. from SD (Fig.65).

Fig.65. Conguration le reading.

AutoGRAPH-INFO-TFT • USER MANUAL

During the SD card reading, which can take a few tens of seconds, AutoGRAPH-INFO-TFT produces the sound. It is not recommended to remove the device SD card during the reading.

IMPORTANT

Format SD card

To format SD card of AutoGRAPH-INFO-TFT, select Main menu/Settings/SD card manager/ Format SD. This will start the complete formatting of the device SD card.

While the formatting the message “Formatting. Please wait...” is displayed. After nishing the formatting, the device will produce a beep, then it will be restarted.

Back up device settings

All device settings, including settings from the DisplayCongure software and the settings specied in the internal menus of the display, as well as personalization parameters, can be backed up in order to be able to restore them later in case of device conguration damage. The conguration backup is stored in the device FLASH-memory. To back up the conguration, select Main menu/Settings/SD card manager/Conguration/ Save backup to ash. AutoGRAPH-INFO-TFT will save the current conguration in FLASHmemory and then display the message “Conguration saved” at the bottom of the screen.

Restore backup conguration

To restore the backed up settings, select Main menu/Settings/SD card manager/Conguration/

Restore backup.

The device settings backed up previously will be read from FLASH memory and restored, after that the AutoGRAPH-INFO-TFT will be restarted.

If back up le is not found, the message «Conguration copy not found» is displayed.

Fig.66. Format SD card.

AutoGRAPH-INFO-TFT • USER MANUAL

AutoGRAPH-INFO-TFT operation control

You can control the device operation by managing its indication, limiting some functions, tuning operation modes of digital inputs and RS-485-3 bus in the Control menu. To go to this menu, select Main menu/Settings/Control menu.

Fig.67. Control menu.

Manage device indication

Go to the LED indication menu to set up operation of the LED on the front panel of AutoGRAPHINFO-TFT.

Following options are available in this menu (Fig.68):

• Status bar – enables status bar display at the top of the main screen. Operation statuses (GSM, navigation and Wi-Fi signals state) are received from the AutoGRAPH controller which AutoGRAPH-INFO-TFT is connected to.

• Cam. record (green) – enables indication of photo recording from a camera into the device SD card by means of the LED on the front panel. If the option is enabled, the LED turns green while the photo recording.

• SD operation (red) – enables indication of SD card operation by means of the LED on the front panel of AutoGRAPH-INFO-TFT. If the option is enabled, the LED ashes red while the SD card is in the use.

• Reduce the brightness – enables automatic reduce of the display brightness by 50% without activity longer than 20 seconds.

Fig.68. Device indication set up.

AutoGRAPH-INFO-TFT • USER MANUAL

Set up mode of digital inputs

To set up the device digital inputs, select Main menu/Settings/Control menu/Input, then enable or disable special features of the inputs:

• Input 1 (consump.) – the option

enables reset of accumulable consumption counters by pressing the button connected

to the digital input 1.

• Input 3 (LCD ind.) – the option enables

the AutoGRAPH-INFO-TFT display turning on by vehicle ignition start. To use this function, the digital input 3 must be connected to +Vin terminal of the ignition.

Lock device functions

In the Functions lock menu, you can disable some functions of AutoGRAPH-INFO-TFT.

Fig.69. Mode of digital inputs.

Fig.70. Functions lock.

Given below is the list of AutoGRAPH-INFO-TFT functions available to be locked:

• output messages – disables sending of text messages from the AutoGRAPH-INFO-TFT. When this option is enabled, the notication «Transmission is disabled» is displayed when

you try to send a message.

When connecting digital inputs of AutoGRAPH-INFO-TFT, pay special attention to the logic of inputs operation. It is highly recommended to review connection diagrams of the digital inputs given in this User Manual before starting the connection procedures.

IMPORTANT

AutoGRAPH-INFO-TFT • USER MANUAL

• time in GMT – disable recording of any data (log entry, photo and etc.) in GMT. If the lock is enabled, the device records data in local time. By default this lock is disabled and AutoGRAPH-INFO-TFT records data in GMT.

Initialize internal timers

The AutoGRAPH-INFO-TFT has four internal timers intended to count time from preset events.

• Timer 1 – is started by triggering the digital input 1 of AutoGRAPH-INFO-TFT.

• Timer 2 – is started by triggering the digital input 2 of AutoGRAPH-INFO-TFT.

• Timer 3 – is started by triggering the digital input 3 of AutoGRAPH-INFO-TFT.

• Timer 4 – is started at rst AutoGRAPH-INFO-TFT turning on and intended to count total operation time of the device.

Readings of the device timers are stored into the FLASH memory every minute.

To enable the device timers and set up start events, go to Main menu/Settings/Control menu/ Timers/Installation (Fig.72).

Fig.72. Timers set up.

You can set up a start event for all timers besides the Timer 4 which is started automatically at the rst device turning on. To enable a timer, select an input which triggering stars the timer, then press the button or double tap the selected input. As the timer is enabled, set a threshold of input triggering using the button . If the threshold “-” is selected, the timer is started when the input is connected to ground, if the threshold “+” is selected, the timer is started when the input is connected to +Vin.

Fig.71. Message transmission is disabled.

AutoGRAPH-INFO-TFT • USER MANUAL

Timers 1-3 can be reset automatically every day. To enable the daily reset, select Main menu/ Settings/Control menu/Timers/Daily reset, then select an input associated with that timer,

which automatic reset you need to enable, and use the button to enable or disable the option. If the daily reset is enabled for a timer, it is reset every day at 0:00:00 in GMT. The Timer 4 can not be reset.

Readings of the device timers can be displayed on the main screen in the «Parameters» mode. For this purpose, the timers can be added in the list of parameters displayed on the main screen. You can edit the list of parameters using the DisplayCongure software (on the Parameters tab, Fig.74).

Fig.73. Daily reset of timers

Fig.74. Add timers to list of parameters.

AutoGRAPH-INFO-TFT • USER MANUAL

Timers 1-3 can be used to count a vehicle engine operation time, if the engine terminal contact is connected to the input activating an appropriate timer. The Fig.75 is a sample of the timers readings display on the main screen.

Fig.75. Timer readings.

AutoGRAPH-INFO-TFT • USER MANUAL

Drivers installation

This section covers the procedure of installing the drivers of AutoGRAPH-INFO-TFT display – AGUSB Drivers for Microsoft Windows 7 OS.

The AutoGRAPH-INFO MINI drivers required for Windows 2000, XP, Server 2003, Vista, 7, 8, Server 2003, Server 2008 (x86 and x64) are free of charge and can be downloaded from the ocial website of TechnoKom: http://www.tk-chel.ru

NOTE

To install the drivers onto Microsoft Windows 7 OS:

1. Connect the AutoGRAPH-INFO-TFT to PC using the Data-cable. The system will

automatically search for new equipment (Fig.76). For proper operation, it is necessary to install drivers for both devices: AutoGRAPH and AutoGRAPH CDC device.

2. If the Internet connection is available, Windows 7 will automatically connect to the Windows Update website and install suitable driver for the display. If the Internet connection is not available, continue with the procedure outlined below.

3. Download the archived drivers folder from the ofcial website of TechnoKom – AGUSBDriver.zip and extract les to a temporary directory on a hard drive.

4. Launch the driver update wizard and select «Browse my computer for driver software» to search for drivers manually. Then browse to the location where the drivers are saved (Fig.77).

Fig.76. New equipment. Fig.77. Browse for the driver folder.

5. Install the driver. When the driver is installed the system will automatically identify connected device (Fig.78).

6. Drivers for the AutoGRAPH-INFO are successfully installed. The device is ready to operate with troubleshooting utilities, dispatch software and other applications (Fig.79).

AutoGRAPH-INFO-TFT • USER MANUAL

Fig.78. Drivers have been installed. Fig.79. Connected AutoGRAPH-INFO device.

AutoGRAPH-INFO-TFT • USER MANUAL

Appendix 1

Variants of sensor installation in fuel tank

This section covers the information on how to set up the divisor which is used to calculate charts’ readings. The divisor is to be selected depending on tank conguration and sensors position in the tank. Given below is variants of LLS sensors installation on fuel tank depending on the tank type and methods of the divisor selection for each variants of the installation. Top of the given formula is sum of the sensors readings. The gure at the bottom of formula is a coefcient (divisor) dividing the sum. Given expressions and diagrams are applicable for other types of sensors.

Sensor installation diagram

2 sensors in a tank 3 sensors in a tank 4 sensors in a tank

Fuel level calculation

formula

1: LLS1 2: LLS2

1: LLS1 2: LLS2 3: LLS3

1: LLS1 2: LLS2 3: LLS3 4: LLS4

Sensor installation diagram

2 connecting tank, 2

sensors

2 connecting tank, 3

sensors

2 connecting tank,

4 sensors

Fuel level calculation

formula

1: LLS1 2: LLS2

1: LLS1 2: LLS1 3: LLS2 4: LLS3

1: LLS1 2: LLS2 3: LLS3 4: LLS4

Sensor installation diagram

3 connecting tank, 3 sensors 4 connecting tank, 4 sensors

Fuel level calculation

formula

1: LLS1 2: LLS2 3: LLS3

1: LLS1 2: LLS2 3: LLS3 4: LLS2

AutoGRAPH-INFO-TFT • USER MANUAL

Appendix 2

This section covers description of the device events which are recorded in the Event log. An event code consists of two eld. The rst eld is an event type, the second eld is description

of the event.

Field 1 Field 2

Pressed buttons

010 – pressed “Yes” button to send the quick reply 011 – pressed “No” button to send the quick reply 100 – message buffer cleaned

101 – SD card formatted

102 – photos on FLASH memory copied to SD card 103 – device password changed 104 – accumulable consumption counters reset

105 – copying event log to SD card

200 – factory reset 201 – alarm button transmitted

2 000 – text message transmitted

3 – received text

message

000 – reception report not required 001 – reception report required

002 – one of the specied variants required 099 – command to route update (ROUTE_UPGRADE) received

SD card

000 – SD card is removed 001– SD card is inserted

Photo

0XX – an address of the camera recorded the photo (222 – photo not recorded)

Stops

A number of the public transport stop 0XX – direct route stop, 1XX – return route stop

FLASH memory

events

FLASH memory operation state: 000 – conguration is changed; 001 – restoring conguration from FLASH-memory; 002 – restoring parameters; 003 – restoring charts; 004 – restoring display boards settings; 005 – restoring message proles; 006 – reading conguration from SD card; 007 – saving current conguration; 008 – restoring current conguration.

Server command

Server commands receiving reports:

000 – command reception error;

001 – received command to route list request – ROUTE_LIST; 002 – received command to update the route – ROUTE_WRITE; 003 – received command to delete the route – ROUTE_DELETE; 004 – received command to delete \Temp folder – DELETE_TEMP; 005 – received command to update all routes – ROUTE_UPGRADE; 10 – received command to device timer value request.

AutoGRAPH-INFO-TFT • USER MANUAL

Appendix 3

Given below is the list of parameters which are supported by the AutoGRAPH-INFO-TFT and can be displayed on the device main screen. The list of parameters is set up in the

DisplayCongure application on the «Parameters» tab.

Parameters (in the order in which they are specied on the «Parameters» tab):

1. Speed by GPS.

2. Latitude.

3. Longitude.

Data from vehicle CAN bus

4. Speed from CAN bus.

5. Motohours from CAN bus.

6. Engine rotations from CAN bus.

7. Total distance from CAN bus.

8. Daily distance from CAN bus.

9. Oil temperature from CAN bus.

10. Coolant temperature.

11. Fuel temperature.

Fuel level from CAN bus

12. Total fuel level.

13. Fuel level in tank 1.

14. Fuel level in tank 2.

15. Fuel level in tank 3.

16. Fuel level in tank 4.

17. Fuel level in tank 5.

18. Fuel level in tank 6.

1-Wire data (temperature by 1-Wire sensors)

19. Readings of temperature sensor 1.

20. Readings of temperature sensor 2.

21. Readings of temperature sensor 3.

22. Readings of temperature sensor 4.

23. Readings of temperature sensor 5.

24. Readings of temperature sensor 6.

25. Readings of temperature sensor 7.

26. Readings of temperature sensor 8.

Fuel consumption (data from digital inputs

which ow meters are connected to)

27. Accumulable counter 1.

28. Accumulable counter 2.

29. Accumulable counter 3.

30. Accumulable counter 4.

31. Accumulable counter 5.

32. Accumulable counter 6.

33. Accumulable counter 7.

34. Accumulable counter 8. Two counters difference

35. Accumulable counter 1 – counter 2.

36. Accumulable counter 2 – counter 1.

37. Accumulable counter 3 – counter 4.

38. Accumulable counter 4 – counter 3.

39. Accumulable counter 5 – counter 6.

40. Accumulable counter 6 – counter 5.

41. Accumulable counter 7 – counter 8.

42. Accumulable counter 8 – counter 7.

Temperature by LLS sensors

43. Temperature by LLS 1.

44. Temperature by LLS 2.

45. Temperature by LLS 3.

46. Temperature by LLS 4.

47. Temperature by LLS 5.

48. Temperature by LLS 6.

49. Temperature by LLS 7.

50. Temperature by LLS 8.

Numerical value of charts

51. Chart 1.

52. Chart 2.

53. Chart 3.

54. Chart 4.

55. Current date.

56. Current time (local).

Timer readings

57. Timer 1.

58. Timer 2.

59. Timer 3.

60. Timer 4.

61. Firmware version of AutoGRAPH-INFO.

AutoGRAPH-INFO-TFT • USER MANUAL

The Accumulable counters can be reset as necessary. To do it, press simultaneously the DOWN and the CANCEL buttons on the device front panel. You will be prompted to select a consumption parameter for reset. Use the “<<” and “>>” buttons to select a parameter, then press “Reset”.

Also the accumulable counters can be reset by a button connected to the digital input 1 which is preset to the «Consumption reset» mode. To edit the digital input mode, go to the Control men of the device.

AutoGRAPH-INFO-TFT • USER MANUAL

Appendix 4

This section covers description of commands intended to control AutoGRAPH-INFO-TFT via data server. All server commands must be sent to AutoGRAPH-INFO-TFT via the AutoGRAPH on-board controller, which the display is connected to.

To send a command to AutoGRAPH-INFO-TFT from data server:

• open the \Conf folder on the AutoGRAPH Server;

• in the \Conf directory, select the folder of the AutoGRAPH controller, which AutoGRAPH-

INFO-TFT is connected to. A controller folder is termed as the controller serial number (Fig.80);

Fig.80. \Conf folder structure. .

• create a text le in the folder of the AutoGRAPH controller and change it extension to .atc;

Fig.81. Sample content of .atc le.

• specify all commands to be sent in this le of .atc format. Every command must be entered in a new line and match the stipulated format (Fig.81). Otherwise, processing of the command, as well as incorrectly specied atc. le, will be unavailable.

• As the command is processed by the AutoGRAPH controller, the reply will be sent to server – a report will be recorded in the log le (in the \Log folder, Fig.80). After processing the command, the AutoGRAPH controller will transmit it to connected AutoGRAPH-INFO via RS-485 bus.

AutoGRAPH-INFO-TFT • USER MANUAL

Format of commands

Given below is description of commands, supported by AutoGRAPH-INFO-TFT. The list of supported command depends on the device rmware version, so it is recommended always to use the last rmware in order to provide maximum functionality of the device.

ROUTE LIST REQUEST FROM SPECIFIED DIRECTORY

Command format:

DISPCOMMAND=ROUTE_LIST=DIRECTORY;

where

• DIRECTORY – a name of the folder containing route les: Route, RS485, Temp.

In a reply to the command, AutoGRAPH-INFO-TFT sends a list of routes (comma separated) in the requested folder.

Sample command:

DISPCOMMAND=ROUTE_LIST=Routes;

Sample reply (log):

>|12:00:57|DISPCOMMAND=ROUTE_LIST=Routes; <|10:46:27|DISPCOMMAND=ROUTE_LIST=Routes\R_13,R_56,R_57,R_14,R_180f,R_58; !|12:00:57|CONF ACCEPTED

COMMAND TO MOVE SPECIFIED ROUTE FROM THE \RS485 FOLDER TO THE \Routes FOLDER

Command format:

DISPCOMMAND=ROUTE_WRITE=R_NNNN;

where

• NNNN – a number of route to move. The whole number contains a route number (3

characters) and the route index (1 character), e.g. 124a, 124b. The command moves the specied route le from the \Routes folder to the \RS485 folder

of the device SD-card. This will also move the route with the same name existing in the \ Routes folder to the \Temp folder of the SD-card. After that a new route from the \RS485 folder becomes available for the usage.

Sample command:

DISPCOMMAND=ROUTE_WRITE=R_14;

Sample reply (log):

>|15:09:42|DISPCOMMAND=ROUTE_WRITE=R_14; <|15:09:42|DISPCOMMAND=ROUTE_WRITE=R_14; !|15:09:42|CONF ACCEPTED

AutoGRAPH-INFO-TFT • USER MANUAL

COMMAND TO DELETE THE SPECIFIED ROUTE FROM THE \Routes FOLDER

Command format:

DISPCOMMAND=ROUTE_DELETE=R_NNNN;

where

• NNNN – a number of route to delete. The whole number contains a route number (3

characters) and the route index (1 character), e.g. 124a, 124b.

• The command deletes the specied route le from the \Routes folder.

Sample command:

DISPCOMMAND=ROUTE_DELETE=R_56с;

Sample reply (log):

>|11:05:36|DISPCOMMAND=ROUTE_DELETE=R_56с; <|11:05:36|DISPCOMMAND=ROUTE_DELETE=R_56с; !|11:05:36|CONF ACCEPTED

COMMAND TO MOVE ALL ROUTES FROM THE \RS485 FOLDER TO \Routes FOLDER

Command format:

DISPCOMMAND=ROUTE_UPGRATE=;

The command moves all routes from the \RS485 folder to the \Routes folder of the device SD-card. The existing les with the same names as the les from the \RS485 folder, will be moved from the \Routes folder to temporary folder – \Temp of the device SD-card. Using this command, you can quickly update a route list by new routes downloaded from server.

Sample command:

DISPCOMMAND=ROUTE_UPGRATE =;

Sample reply (log):

>|11:05:36|DISPCOMMAND=ROUTE_UPGRATE =; <|11:05:36|DISPCOMMAND=ROUTE_UPGRATE =; !|11:05:36|CONF ACCEPTED

• In addition to the server command – ROUTE_UPGRATE, intended to update route les in the \Routes folder of the device SD-card, there is the similar SMS command, which must be sent to an active SIM of the AutoGRAPH controller which the display is connected to.

Command format:

DISPLAY=!$Update routes;

AutoGRAPH-INFO-TFT • USER MANUAL

where

• ! – ag of the priority SMS requiring an acknowledgement;

• $ – ag of the request to update all routes.

The symbols described below are essential. A text following the “$” symbol is user-dened. At the end of the text, the “;” is required. After receiving the message and pressing the button to conrm the reception, AutoGRAPHINFO-TFT will process the command ROUTE_UPGRATE.

TIMER READINGS REQUEST

Command format:

DISPCOMMAND=TIMER_LIST=;

In reply, AutoGRAPH-INFO-TFT sends value of the each timer (in seconds). The reply matches the following format:

DISPCOMMAND=TIMER_LIST=T1, T2, T3, T4;

where T1, T2, T3, T4 – time of device timers T1, T2, T3, T4.

Sample command:

DISPCOMMAND=TIMER_LIST=;

Sample reply (log):

>|12:00:57|DISPCOMMAND=TIMER_LIST=; <|10:46:27|DISPCOMMAND=TIMER_LIST=0, 21600, 0, 172800; !|12:00:57|CONF ACCEPTED

AutoGRAPH-INFO-TFT returns following values: Timer 1=0, Timer 2=21600 s (6 hours), Timer 3=0, Timer 4=172800 (the device total operation time is 48 hours).

COMMAND TO UPDATE THE \Conf FOLDER CONTENT

Command format:

DISPCOMMAND=CONFIG_UPGRADE=;

The command moves the \Conf folder from the \RS485 folder to the root directory of the device SD-card, replacing the at that the existing \Conf folder with old conguration. The old \Conf folder is moved to the \Temp folder of the SD-card which can be emptied manually or by the server command.

Sample command:

DISPCOMMAND=CONFIG_UPGRADE=;

AutoGRAPH-INFO-TFT • USER MANUAL

Sample reply (log):

>|10:00:57|DISPCOMMAND=CONFIG_UPGRADE=; <|10:15:27|DISPCOMMAND=CONFIG_UPGRADE=; !|10:15:35|CONF ACCEPTED

COMMAND TO UPDATE THE \СarDrivers FOLDER CONTENT

Command format:

DISPCOMMAND=DRIVERS_UPGRADE=;

The command moves the \CarDrivers folder from the \RS485 folder to the root directory of the device SD card replacing the existing \CarDrivers folder which is in turn moved to the \Temp folder. As necessary, the \Temp folder can be emptied manually or by the server command.

Sample command:

DISPCOMMAND=DRIVERS_UPGRADE=;

Sample reply (log):

>|10:00:57|DISPCOMMAND=DRIVERS_UPGRADE=; <|10:15:27|DISPCOMMAND=DRIVERS_UPGRADE=; !|10:15:35|CONF ACCEPTED

COMMAND TO EMPTY THE \Temp FOLDER

Command format:

DISPCOMMAND=DELETE_TEMP=;

Sample command:

>|16:37:43|DISPCOMMAND=DELETE_TEMP=;

Sample reply (log):

>|16:37:43|DISPCOMMAND=DELETE_TEMP=; <|16:37:43|DISPCOMMAND=DELETE_TEMP=; !|16:37:43|CONF ACCEPTED

• If the transmitted command does not match the stipulated format or the command processing is failed for other reason, AutoGRAPh-INFO-TFT will return an error message.

• Given below is sample log of the command processing in case that the \Temp folder is not found (deleted or not created):

>|16:37:43|DISPCOMMAND=DELETE _TEMP =; <|16:37:43|DISPCOMMAND=DELETE _TEMP =Error-5[FR_NO_PATH] !|16:37:43|CONF ACCEPTED

AutoGRAPH-INFO-TFT • USER MANUAL

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