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iON FM, iON Connect

CONFIGURAION COMMANDSREFERENCE GUIDE

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Table of Contents

1. INTRODUCTION ................................................................................................................... 5

2. WORKING WITH COMMANDS .................................................................................................. 6

2.1. Command format ............................................................................................................... 6

2.2. Entering password when sending commands ........................................................................... 7

2.3. Methods of command sending .............................................................................................. 7

3. LIST OF COMMANDS ............................................................................................................ 10

3.1. Access by security password ................................................................................................10

PASS — Security password input

CPWD — Changing security password

3.2. Operating modes...............................................................................................................12

PW#MODE — Operating mode selection

PW#TW1 — Setting timeout for switching to mode 1

PW#TW2 — Setting timeout for switching to mode 2

PW#TS1 — Setting timeout for waking up in mode 1

PW#TS2 — Setting timeout for waking up in mode 2

PW#EN1 — Allowing or denying mode 1

PW#EN2 — Allowing or denying mode 2

3.3. GSM connection ................................................................................................................15

GSM#D — Reading diagnostic data from GSM module

GSM#1#LOCK — Allowing and denying PIN code entering

GSM#1#PIN — Configuring PIN code

GSM#1#ROAM — Denying and allowing roaming

GSM#1#SCID — Reading of SIM card’s SCID

GSM#IMEI — Reading of IMEI number

3.4. GPRS internet ...................................................................................................................18

APN#1#MODE — Selecting SIM card’s operating mode

APN#1#NAME — Configuring SIM card’s APN address

APN#1#USER — Configuring SIM card’s APN user

APN#1#PSW — Configuring SIM card’s APN password

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3.5. GPS coordinates ................................................................................................................20

GPS#D — Reading diagnostic data from GPS module

GPS#F1 — Exceeding steering angle

GPS#F2 — Exceeding distance

GPS#F3 — Filter track points by “movement sensor“

GPS#F4 — Track point filter by “Speed”

GPS#T1 — Track point save period

RT#T1 — Real-time point transmission period

LOCATION — Obtaining GPS coordinates via SMS

3.6. Web monitoring server .......................................................................................................25

SRV#1 — Configuration of IP/DNS address of processing server

DGROUP — Data grouping mode

3.7. Movement Sensor ..............................................................................................................26

MOVE#ST — Reading current status of movement sensor

MOVE#F1 — Configuring passivity of motion sensor

MOVE#F2 — Configuring sensitivity of motion sensor

3.8. Inputs ............................................................................................................................30

IN#1#TP, ... — Selecting multipurpose input

IN#T — Configuration of period of data reading from multipurpose inputs

IN#1#PULL, ... — Configuration of resistor pull-up on multipurpose input

IN#1#HI, ... — Configuration of logic 1 level on multipurpose input

IN#1#LO, ... — Configuration of logic 0 level on multipurpose input

IN#1#CLR, ... — Resetting pulse counter

IN#IMP — Reading data at pulse input

IN#AVER — Reading data at analog input

IN#FREQ — Reading data at frequency input

IN#LOG — Reading data at logic input

IN#F1 — Track point filter from inputs “by value change”

3.9. Outputs ...........................................................................................................................33

OUT#5, ... — Switching status at control outputs

3.10. RS485 interface ..............................................................................................................34

485#1#TP, ... — Allowing and denying data reading from liquid level sensors

485#1#A, ... — Configuration of network address for liquid level sensors

485#SPEED — Configuration of data rate with liquid level sensors

485#T — Configuring period of data reading from liquid level sensors

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485#1#D, ... — Reading of measurements from liquid level sensors

485#1#M — Setting operating mode for RS485

3.11. CAN-LOG ........................................................................................................................38

CAN-L — Rebooting CAN-LOG

CAN-L#DA — Reading of current software version for CAN-LOG

CAN-L#PROG — Setting CAN-LOG program number

3.12. Driving style ...................................................................................................................39

DS#BRAKE — Warning of breaking overload

DS#TURN — Warning of overload at turn entry

DS#G_SHAKE — Warning of overload at impacts

DS#W_SHAKE — Warning of overload during shaking

DS#ACC — Warning of acceleration overload

DS#INIT — Resetting user driving style warning settings

3.13. Buzzer ...........................................................................................................................41

BUZ#MODE — Buzzer operating mode

SPD#LVL — Setting speed threshold for buzzer signal

DS#BUZ — Buzzer signal on driving style violations

3.14. Vehicle safety .................................................................................................................42

EMRG#MODE — Operation mode of alerts of vehicle safety

TEL#EVAC — Telephone number for alerts of vehicle evacuation

TEL#EMRG — Telephone number for alerts of road accident

MOVE#TO — Configuration of parking event registration time

VIGN — Configuration of voltage ignition “ON”

3.14. Device operation information ............................................................................................45

VER — Read software version information

VIN — Read current value of external voltage

VBAT — Read current value of battery’s voltage

TMP#1#T — Read temperature value

3.15. System commands ...........................................................................................................47

RESET — Reset operating system

CFG#RESET — Reset to factory settings

ETRACK — Clear black box memory

ALPHABETIC LIST OF COMMANDS ............................................................................................. 48

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1. Introduction

This document contains a list of commands for configuration of iON FM, iON Connect user terminals.

Version Date Prepared by: Revisions

1.0 22.06.2016 D. N. Konev, V. N.Golovin

Main document

1.0.1 01.08.2016 V. N. Golovin Changed description: SRV#1

1.0.3 01.09.2016 V. N. Golovin Changes: RT#T1 (3.5), 2.2

1.1 12.09.2016 V. N. Golovin Changes: deleted unsupported command GSM#1#TEL, edited SRV#1

1.1.1 26.09.2016 V. N. Golovin Changes: IN#1#TP

1.2 01.11.2016 V. N. Golovin Changes: added new commands — GPS#F4, DGROUP, IN#F1, EMRG#MODE, TEL#EVAC, TEL#EMRG, MOVE#TO, VIGN, edited commands — GPS#F3, BUZ#MODE, SPD#LVL, DS#BUZ

1.2.1 03.11.2016 V. N. Golovin Changes: edited parameters of MOVE#TO command

1.2.2 20.12.2016 V. N. Golovin Changes: edited parameters of DS#BRAKE, DS#TURN, DS#G_SHAKE, DS#W_SHAKE, DS#ACC commands

1.2.3 06.04.2017 V. N. Golovin Changes: added parameters of DGROUP

1.2.4 05.07.2017 V. N. Golovin Changes: iON Connect CAN support removed

1.3 10.07.2017 V. N. Golovin Changes: descriptions of PW#TS1, PW#TS2

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2. Working with commands

2.1. Command formatThe format is similar to AT modem’s commands syntax.

Requesting current parameter value.To receive current parameter value, enter the command and “?” after “=” in the following format:

COMMAND=?

Example:GSM#1#LOCK=?

Reply example:GSM#1#LOCK=?GSM#1#LOCK=0OK

Changing parameter value.To save parameter value, enter the command and the new value after “=” in the following format:

COMMAND=Х , where Х — is a numeric or a text value.

Example:OUT#6=1

Reply example:OUT#6=1OK

Deleting parameter value.To delete string parameter value, enter the command, followed by the word NULL after “=”:

COMMAND=NULL

Example:APN#1#NAME=NULL

Reply example:APN#1#NAME=NULLOK

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There are 3 types of commands:1 only display parameter value or debug data only one parameter: ?

2 change parameter value set of parameters (including ?)

3 launch a function in the device with no set parameters

Command ends with a special symbol. Command end symbol depends on the interface receiving it.For SMS commands it is separator “;”.Web server and COM port commands use newline character [Enter] as a separator: 0x0d 0x0A.

Commands can be contained in one message, provided they are separated with command end symbol. The device processes commands consecutively, one after another.

2.2. Entering password when sending commands

Access to device settings requires a password. By default, it is set to: 123456.When entering password on a terminal during USB connection, it will be valid throughout the entire ses-

sion.When changing settings via SMS, the password is required for each message. The password must be in the

beginning of the message, before the command or a group of commands.SMS password must be entered in the following format: PASS=<password>;<command>=<parameter>;

An example of sending command via SMS:PASS=123456;OUT#6=1;

2.3. Methods of command sending

Web interface.In iRZ Online interface select “Settings” ►, “List of vehicles”, and select vehicle to which the device is

linked to from the list. Go to “ Edit” ► “Devices”.

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Click “ Send command”, to open command dialog:

Enter the command; Click “Send command”; Response to the command will be displayed in the table.

Configuration tool.Connect the device to a PC and launch Conf_iRZ configuration tool. Go to “Service” tab and open

access to the device (if required) by pressing “Unlock” button and entering security password (123456 by default).

To send the command:

Enter the command; Click “Send”; Response will be displayed in a new window.

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SMS message.Format PASS=<password>;<command>=<parameter>; is supported when sending commands via SMS,

where: ● <password> is a security password for device configuration (123456 by default); ● <command> is a command to be executed; ● <parameter> is the command’s parameter (text and/or numerical value).

To send the command:

Enter phone number of the device’s SIM card; Enter a command; Send SMS message; Response will come in SMS message, containing results of the command’s execution.

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3. List of Commands

3.1. Access by security password

Command Description Possible values

PASS Entering security password

PASS command is designated for changing current security pass-word for gaining full access to the device. Both of the connection types (USB cable and GSM/SMS connection) require the password.

If the password was not entered, access to the device is not com-plete and configuration changing is unavailable. However, current values of the settings can always be read, for example: MOVE#ST=?

Entering the password gives access to device configuration com-mands, which allow changing the existing values and specifying new ones. The device cannot be reconfigured without the password.

Examples: ● Command for entering current security password:

PASS=123456 .

Recommendations: ● the devices are implemented with sessional mechanism of

password access, which means that it is required to enter secu-rity password only once. After that, all of the commands may be used without repeatedly entering the password. However, in the case of reading and managing data via SMS, the password must be entered in each of the messages;

● If the device is disconnected from the virtual COM port, (USB cable) - physically or virtually - the session ends automatically. It will be required to enter a password again during the next connection of the device, if it is required to change current set-tings as opposed to just reading them.

English characters and/or numbers(123456 – default value).

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CPWD Changing the access password

CPWD command is designated for changing current security pass-word, giving access to complete access to the device. The password can be changed only via USB.

New password must contain from 4 to 11 characters. Admissible characters: only English characters and/or numbers. Upper an lower case letters are distinguished and are not considered identical.

Examples: ● command for setting new password: CPWD=123456,7777 ,

where 7777 is a new password, and 123456 is an old (current) one.

Recommendations: ● security password is set to 123456 by default. There is no

way to reset the password. Thus, it is imperative that the user does not loose the password once it was changed.

This command is not executed if received by SMS.

English characters and/or numbers

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3.2. Operating modes


PW#MODE Terminal operating modes selection

PW#MODE command is designated for reading the current value and setting new value for the parameter responsible for selecting the device’s current operation mode; determines power consumption and power saving.

Examples: ● command for reading current value: PW#MODE=?; ● example of command for setting new value, the device will

be switched to “Main mode”: PW#MODE=0; ● command for setting new value, the device will be switched

to “Active mode”: PW#MODE=1.

? – reading of current value;0 – “Main mode” (default value);1 – “Active mode”;2 – “Power saving mode” (Mode 1);3 – “Sleep mode” (Mode 2).

PW#TW1 Setting timeout for switching to mode 1

PW#TW1 command is designated for reading the current value and setting new value for timeout. After it expires, the device in quies-cent state (vehicle not moving) will automatically switch to “Power saving mode” (LPWR1). The value is measured in minutes (min.) Maximal value is 1440 (min), i.e. 24 (h).

Examples: ● example of command for reading of current time value:

PW#TW1=?; ● example of the command for setting new time value of 1440

minutes: PW#TW1=1440.

Recommendations: ● it is imperative that PW#TW1 value is less than PW#TW2

value. Otherwise, it will not be accepted and error message will be received.

? – reading of current value;5 … 1440 minutes (60 by default for iON FM).

PW#TW2 Setting timeout for switching to mode 2

PW#TW2 command is designated for reading the current value and setting new value for timeout. After it expires, the device in quies-cent state (vehicle not moving) will automatically switch to “Hi-bernation mode” (LPWR2). The value is measured in minutes (min.) Maximal possible value 1440 (min), i.e. 24 (h).


PW#TW2=?; ● example of the command for setting new time value of 1440

minutes: PW#TW2=1440;

Recommendations: ● it is imperative that PW#TW1 value is less than PW#TW2

value. Otherwise, it will not be accepted

? – reading of current value;10 … 1440 minutes (720 by default for iON FM).

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PW#TS1 Setting timeout for waking up in mode 1

PW#TS1 command is designated for reading the current value and setting new value for timeout for waking. The device in “Power-saving mode (Mode 1) will wake up at the set interval to send cur-rent GPS/GLONASS (if positioning is available) or LBS coordinates, and diagnostic data from the black box. The value is set in minutes (min.) The default value is 60 minutes, maximal possible is 2880 (min), i.e. 48 (h).


PW#TS1=?; ● example of the command for setting new time value of 2880

minutes: PW#TS1=2880.

? – reading of current value;5 ... 2880 – interval, min (60 – by default for iON FM).

PW#TS2 Setting timeout for waking up in mode 2

PW#TS2 command is designated for reading the current value and setting new value for timeout for waking. The device in “Deep Sleep mode (Mode 2) will wake up at the set interval to determine and instantly send current GPS/GLONASS (if positioning is available) or LBS coordinates; no other data is transmitted. The value is mea-sured in minutes (min.)Maximal value is 5760 (min), i.e. 4 days.


PW#TS2=?; ● example of the command for setting new time value of 5760

minutes: PW#TS2=5760.

? – reading of current value;10 ... 5760 – nterval, min (1440 –by default for iON FM).

PW#EN1 Allowing and denying mode 1

PW#EN1 command is designated for reading the current value and setting new value of the parameter responsible for allowing/deny-ing the device to switch to “Power saving mode” (Mode 1).

Examples: ● example of command for reading current value: PW#EN1=?; ● command for allowing Mode 1: PW#EN1=1; ● command for denying Mode 1: PW#EN1=0.

Recommendations: ● please note, that denying automatic switching to Mode 1 or

2, the remaining mode will continue to perform according to its settings.

? – reading of current value;0 – mode denied;1 – mode allowed (default setting).

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PW#EN2 Allowing and denying mode 2

PW#EN2 command is designated for reading the current value and setting new value of the parameter responsible for allowing/deny-ing the device to switch to “Sleep mode” (Mode 2).

Examples: ● example of command for reading current value: PW#EN2=?; ● command for allowing Mode 2: PW#EN2=1; ● command for denying Mode 2: PW#EN2=0.

Recommendations: ● please note, that denying automatic switching to Mode 1 or

2, the remaining mode will continue to perform according to its settings.

? – reading of current value;0 – mode denied;1 – mode allowed (default setting).

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3.3. GSM connection


GSM#D Reading diagnostic data from GPS module

GSM#D command is designated for reading of current diagnostic data from the device’s GSM module.

Examples: ● command for reading current value: GSM#D=?; ● possible response:SIM=okANT=extCSQ=23REG=okOPS=25001GPRS=downSRV1=upLPM=0

where:SIM – SIM card status (1 – SIM1, 2 – SIM2):

● down – no data; ● ok – no errors detected; ● error,NONE – SIM card missing; ● error,ACCESS – PIN code required; ● error,PIN – SIM card does not accept PIN code; ● error,PUK – PUK code required;

ANT – antenna: ● ext – external; ● int – internal;

CSQ – signal level (0 to 31);REG – network registration flag:

● ok – registered in home network; ● roaming – registered in roaming; ● error – registration failed; ● search – searching for network; ● disable – registration denied; ● down – module has not registered in the network;

OPS – network operator code;GPRS – GPRS status:

● up – operational; ● down – not operational;

SRV1 – connection status: ● up – operational; ● down – not operational;

LPM – value of device’s current operation mode.

? – reading of current value

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GSM#1#LOCK Allowing and denying PIN code input

GSM#1#LOCK command is designated for reading the current value and for setting new value for parameter which determines the ne-cessity to enter PIN code. If set to obligatory PIN entry, then PIN code must be set by command GSM#1#PIN in advance.

Examples: ● example of command for reading current value:

GSM#1#LOCK=?; ● example of command for setting new value: GSM#1#LOCK=1,

In this case the terminal will always attempt to enter PIN code upon activation.

Recommendations: ● terminals are implemented with SIM lock protection mecha-

nism, so there is no chance for user to accidentally lock a SIM card by entering an incorrect code. The device will not attempt entering PIN code more than once. If SIM card informs the device that wrong PIN number has been already entered 1 or 2 times, then the device will not attempt entering even a cor-rect PIN code, until PIN attempt counter is reset. To reset the counter, insert SIM card into mobile phone and manually enter the correct PIN code;

● if required, check SIM card’s accessibility to the terminal by accessing diagnostic data via GSM#D=? command.

? – reading of current value;0 – PIN input disabled (default);1 – PIN input enabled.

GSM#1#PIN PIN code configuration

GSM#1#PIN command is designated for reading the current value and for setting new value for PIN code used by the device to access a SIM card.

Examples: ● command for reading current value: GSM#1#PIN=?; ● example of command for setting new value:

GSM#1#PIN=1234.

Recommendations: ● if SIM card already has a set PIN code, then it is required to

give this code to the terminal beforehand via GSM#1#PIN com-mand. Otherwise, it will attempt to use the default PIN setting: 0000;

● reading SIM card’s PIN by GSM#1#PIN=? command is impos-sible. It only reads the value that was set by user to be used by the terminal;

● GSM#1#PIN command must be used in conjunction with command GSM#1#LOCK.

? – reading of current value;0000 ... 9999 – PIN code (0000 by default).

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GSM#1#ROAM Allowing and denying roaming

GSM#1#ROAM command is designated for reading the current value and for setting new value for parameter responsible for allowing/denying transmission of GPRS/GSM data in roaming.

Examples: ● command for reading current value: GSM#1#ROAM=?; ● example of command for setting new value: GSM#1#ROAM=1.

Recommendations: ● if a vehicle (terminal) enters roaming, then (in case roam-

ing operation is denied) the data will stop being transmitted to monitoring server. This will decrease expense of a SIM card’s funds;

● to transmit data in roaming, make sure the function is al-lowed (it is disabled by default).

? – reading of current value;0 – denied (default);1 – allowed.

GSM#1#SCID Reading SIM card’s SCID

GSM#1#SCID command is designated for reading SCID value of the device’s SIM card.

Examples: ● command for reading current value: GSM#1#SCID=?.

Recommendations: ● the command is used to restore information about SIM card,

installed in the device. SCID and phone number of SIM card are provided by the mobile operator and can be found in documen-tation and on the card itself.


GSM#IMEI Reading of IMEI number

GSM#IMEI command is designated fore reading IMEI of the termi-nal’s GSM module.

Examples: ● command for reading current value: GSM#IMEI=?.

Recommendations: ● IMEI number can be used when connecting the terminal to

an alternative monitoring server or when contacting iRZ Online technical support.


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3.4. GPRS Internet


APN#1#MODE SIM card operating mode selection

APN#1#MODE command is designated for reading the current value and for setting new value for a parameter determining SIM card’s APN mode.

Examples: ● example of command for reading of current value of APN

mode: APN#1#MODE=?; ● example of command for setting new APN mode value:

APN#1#MODE=1 . The command instructs the terminal to use SIM card configuration, set by a user.

Recommendations: ● if the terminal does not establish internet connection to

the monitoring server, it can be caused by GSM module failing to receive automatic GPRS settings from the mobile operator. In this case, it must be configured manually via APN#1#USER, APN#1#PSW, APN#1#NAME commands. Activate them by APN#1#MODE=1 command.

? – reading of current value; 0 – “Automatic mode”, i.e. automatic SIM configuration (default);1 – “User mode” i.e. using custom SIM settings.

APN#1#NAME Configuring SIM card’s APN address

APN#1#NAME command is designated for reading the current value and for setting new value for SIM card’s APN address. The value may vary depending on the GSM mobile operator.

Examples: ● example of command for reading of current value of APN ad-

dress: APN#1#NAME=?; ● example of command for setting new APN address value:

APN#1#NAME=internet.mts.ru.

Recommendations: ● the device contains stored values for 3 most popular Russian

mobile network operators (Beeline, MTS, Megafon) respectively: internet.beeline.ru, internet.mts.ru, internet;

● please note, that this setting will be used only if the corre-sponding mode has been activated by command APN#1#MODE.

? – reading of current value;english letters and/or numbers (NULL by default).

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APN#1#USER Configuring SIM card’s APN user

APN#1#USER command is designated for reading the current value and for setting new value (name) for the SIM card’s APN user. The value may vary depending on the GSM mobile operator.


user: APN#1#USER=?; ● example of command for setting new APN user value:

APN#1#USER=mts;


mobile network operators (Beeline, MTS, Megafon) respectively: beeline, mts, gdata;



APN#1#PSW Configuring SIM card’s APN password

APN#1#PSW command is designated for reading the current value and for setting new value for SIM card’s APN password. The value may vary depending on the GSM mobile operator.


password: APN#1#PSW=?; ● example of command for setting new APN password value:

APN#1#PSW=mts.


mobile network operators (Beeline, MTS, Megafon) respectively: beeline, mts, gdata;



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3.5. GPS coordinates


GPS#D Reading diagnostic data from GPS module

GPS#D command is designated for reading of current diagnostic data from the device’s GPS module.

Examples: ● example of command for reading of current value of diagnos-

tic data: GPS#D=?; ● a possible response for iON FM terminal:ANT=extVAL=1HDOP=0.8TIME=20/10/2015 09:00:59LAT=60.031624,SLON=030.403304,WCURS=130.26SPEED=0.42SAT=9LPM=0MODE=’00h’

where:ANT – antenna:

● ext – external; ● int – internal;

VAL – values: ● 1 – reliable; ● 0 – unreliable;

HDOP – signal quality;TIME – date and time;LAT – latitude (N/S);LON – longitude (E/W);CURS – course in degrees;SPEED – speed in knots;SAT – number of detected satellites; LPM – value of device’s current operation mode.


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GPS#F1 Excessive steering angle

GPS#F1 command is designated for reading the current value and for setting new value for parameter responsible for saving track points when the vehicle’s course changes.

Each time the course changes by angle larger than the set value, track point is generated (i.e. vehicle coordinates are written).

Examples: ● command for reading current value: GPS#F1=?; ● example of command for setting the new value: GPS#F1=10,

track point will be generated each time when the vehicle’s course changes by more than 10 degreesв.

Recommendations: ● decrease value of GPS#F1 parameter to increase detail qual-

ity of the vehicle’s course, displayed on a track of the web-monitoring service;

● please note, that decreasing the parameter will increase use of GPRS traffic accordingly. What’s more, the black box memory will fill up quicker (when no connection is detected), and zoom-ing the web-monitoring map will take longer.

? – reading of current value;10 ... 180 degrees. (15 by default);0 – disable generation of track point on vehicle course change.

GPS#F2 Distance exceeding

GPS#F2 command is designated for reading the current value of pa-rameter responsible for saving track points when the distance is exceeded.

Each time when the distance from the last track point exceeds the value in meters set by the parameter, the terminal saves the ve-hicle’s coordinates (generates track point).

Examples: ● command for reading current value: GPS#F2=?; ● example of command for setting new value: GPS#F2=50, at

this value, the new track point will be generated; ● when vehicle exceeds the distance of 50 metres.

Recommendations: ● decrease value of GPS#F1 parameter to increase detail qual-



? – reading of current value;5 ... 65535 m (100 by default);0 – disable generation of track point on distance exceeding.

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GPS#F3 Track point filter by “Movement sensor”

GPS#F3 command is designated for reading the current value and for setting new value for parameter responsible for enabling/dis-abling track point filtration by movement, sensor reading and other diagnostic information.

If the parameter is set to 1, track points and other information from external devices will be generated only when movement is regis-tered. If the parameter is set to 0, track points will be generated indefinitely, whether the vehicle is moving or not. Points will be generated on angle, distance or time.

Examples: ● example of command for reading of current filter status:

GPS#F3=?; ● command for enabling filter: GPS#F3=1.

Recommendations: ● please note that if the filter is disabled and the vehicle is

standing in place, each track point will be generated in the same place on the map. This may lead to undesirable expending of GRPS traffic and slowing down response when scaling web-monitoring map.

? – reading of current value;0 – disabled (default);1 – enabled.

GPS#F4 Track point filter by “Speed”

GPS#F4 command is designated for reading the current value and for setting new value for parameter responsible for enabling/dis-abling track point filtration by speed, when the speed is less than the threshold.

If the parameter is set to 0, the filter is disabled. If the parameter is set for an allowed interval (for example, 20 km/h), if the vehicle is moving with less than 20 km/h the device will filter said coordi-nates, considering that it is the margin of error of the GPS/GLONASS positioning systems, on traffic lights and traffic jams.

This filter is to decrease GPRS traffic consumption from the device and lighter the load on the track points analysis of the vehicle.

Examples: ● example of command for reading of current filter status:

GPS#F4=?; ● command for enabling the filter when speed less then

10km/h: GPS#F4=10; ● command for disabling the filter: GPS#F4=0.

Recommendations: ● when testing the device “on the table” this filter should

be disabled, because it is possible that it will filter unneeded navigation packets (track points).

? – reading of current value;0 – disabled;5 ... 30 – speed, km/h(20 by default).

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GPS#T1 Track points saving period

GPS#T1 command is designated for reading the current value and for setting new value for parameter responsible for period of saving of track points (sec).

At the end of time interval, set by the command, the terminal will write vehicle’s coordinates into its internal memory (generate a track point) for uploading to a server later. This command does not affect time period for saving data on multipurpose inputs/outputs or external devices, connected via RS485 interface.

Examples: ● example of command for reading of current period value:

GPS#T1=?; ● example of command for setting new value: GPS#T1=5.

Recommendations: ● decrease value of GPS#T1 parameter to increase detail qual-



? – reading of current value;0 … 65535 – period, sec(120 – default value);0 – disables generating track points by time.

RT#T1 Period for real-time point transmission

RT#T1 command is designated for reading the current value and for setting new value for parameter responsible for time interval for sending current GPS/GLONASS coordinates to web-monitoring server (if it is able to determine them) or LBS coordinates (sec).

Examples: ● an example of command for reading of current value:

RT#T1=?; ● example of command for setting the new value: RT#T1=10.

Recommendations: ● real-time coordinates are always sent at set intervals, regard-

less of black-box stored data. To decrease GPRS traffic consump-tion, increase the value. However, real-time coordinates refresh will be less frequent.

? – reading of current value;1 ... 3600 – interval, sec(30 – default value);0 – disables sending of real-tome co-ordinates.

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LOCATION Obtaining GPS coordinates via SMS

LOCATION command displays data on current GPS coordinates of the terminal. The response is a web-link for internet browser.

Examples: ● command for requesting current GPS coordnates via SMS from

SIM card, installed in the terminal: PASS=123456;LOCATION=?, where 123456 — is a supposed terminal access password.

Recommendations: ● use this command for quick acquisition of device’s (vehicle’s)

current coordinates, when it is impossible to use web-monitor-ing service;

● keep in mind, that this command does not request LBS coor-dinates;

● if, for some reason, the device is not able to receive GPS sig-nal (for example, if the connection is weak) for 15 minutes, user will receive message: “GPS NOT VALID”.

Command is available only via SMS.


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3.6. Web monitoring server


SRV#1 Configuring IP/DNS address of processing server

SRV#1 command is designated for reading the current value and for setting new value for IP address or DNS name of the processing server that will redirect data to web monitoring server.

Examples: ● example of command for reading of current server

address: SRV#1=?; ● command format for assigning new server address

and port: SRV#1=<addr>:<port>; ● command for setting new value for server and

port: SRV#1=dev.irzonline.ru:17089.

Recommendations: ● omit protocol when entering address “http://”.

<addr> – IP address or server DNS name;<port> – server port, optional param-eter that can be omitted;NULL – delete server record.

DGROUP Data grouping mode

The command DGROUP is for enabling/disabling the data grouping mode.

“Grouping” is used for the configuration if data group-ing before sending it to the monitoring server. When enabled by any type of data, to the data packets sent by the device to the server will be added said grouped data. This function can be useful when the device is working with monitoring platforms which support data grouping.

Examples: ● command for reading of current data grouping

status: DGROUP=?; ● command for the grouping of data from RS-485

and CAN_LOG (select from right to left the 2nd and 3rd bit = 110 in binary = 6 in decimal): DGROUP=6;

● command for the grouping of data from the uni-versal inputs (select from right to left 1st bit= 1 in binary = 1 in decimal): DGROUP=1.

WARNING! The use of data grouping increases data traf-fic from the device!

The command is available for iON FM only.

? – reading of current value;<Bit mask 321 in decimal form>where:

● 1st bit – universal inputs; ● 2nd bit – RS-485; ● 3rd bit – CAN-LOG.

Values:0 – disabled (by default);1 – universal inputs;2 – RS485;3 – universal inputs + RS485;4 – CAN-LOG;5 – universal inputs + CAN-LOG;6 – universal inputs + RS485 + CAN-LOG.

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3.7. Movement sensor


MOVE#ST Reading current value of movement sensor

MOVE#ST command is designated for reading the current value/status of movement sensor (accelerometer). The sensor will detect whether the terminal (vehicle) is on the move or at halt at the moment.

Пример: ● example of command for reading of current sensor

status: MOVE#ST=?.

? – reading of current value;0 – halt;1 – movement.

MOVE#F1 Configuring inactivity of movement sensor

MOVE#F1 command is designated for reading the current value and for setting new value for sensor’s inactivity (accelerometer) (sec).

For example, value 60 means that, when no movement is detected for 60 seconds, the device will consider the vehicle to be at halt.

Examples: ● example of command for reading of current inac-

tivity value: MOVE#F1=?; ● example of command for setting new inactivity

value: MOVE#F1=10.

Recommendations: ● If you wish to avoid short stops (such as traffic

lights) being displayed at interactive map (https://web.irzonline.com), increase the parameter for a value, exceeding average time of traffic stops. For example, 300 (sec).

? – reading of current value;1 ... 3600 (60 by default).

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MOVE#F2 Configuring sensitivity of movement sensor

MOVE#F2 command is designated for reading the current value and for setting accelerometer’s sensitivity to ac-celeration. Parameter is measured in g (9.8*m/s2).

Examples: ● example of command for reading of current sensi-

tivity value: MOVE#F2=?; ● example of command for setting new sensitivity

value: MOVE#F2=5.

Recommendations: ● built-in accelerometer is utilised as a movement

sensor for the device. The higher the value (for example, 7 instead of 3), the less sensitive acceler-ometer will be to false triggers;

● decreasing sensitivity is recommended when the vehicle with the terminal is parked and monitoring graph displays false movement detections;

● take into consideration, that accelerometer is used for waking-up the terminal from some power saving modes when the movement is detected.

? – reading of current value;1 ... 8 (3 by default).

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3.8. Inputs


IN#1#TPIN#2#TPIN#3#TPIN#4#TP

Selecting multipurpose input

Commands IN#1#TP through IN#4#TP are designated for reading current value and setting new value of a parameter. responsible for selecting input type for each of the IN1 to IN4 multipurpose inputs at Microfit10 connector Commands are separate for each of the mul-tipurpose inputs.

Examples: ● example of command for requesting current type of 1st mul-

tipurpose input: IN#1#TP=?; ● example of command for setting Pulse type for second multi-

purpose input: IN#2#TP=1; ● example of command for setting Frequency type for first

multipurpose input: IN#1#TP=0.

Recommendations: ● these inputs are designated for reading external devices,

connected to iON FM terminal. This data can be displayed as a graph in web interface of the monitoring server;

● it is recommended to disable unused inputs, since they will not attempt to read incoming data, which will reduce GPRS traf-fic consumption.


? – reading of current value;0 – this value will set input type to one, designated as “Frequency”;1 – this value will set input type to one, designated as “Pulse”;2 – this value will set input type to one, designated as “Analog”(set by default for IN1, IN2);3 – this value will set input type to one, designated as “Logic”(set by default for IN3, IN4);4 – this value means that multipur-pose input is disabled and not used, the data is not read and not sent.

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IN#T Configuration of period of data reading from multipurpose in-puts

IN#T command is designated for reading the current value and set-ting new value for period of automatic reading and saving of data from IN1 - IN4 multipurpose inputs (sec). The command affects all multipurpose inputs (IN1 through IN4) at once.

Of the period is set to 30 (sec), the device will collect the data at the set period of times. Then it will save it into black box memory and send it to the server.

Examples: ● example of command for reading of current value of period

for data saving and reading: IN#T=?; ● example of command for setting a new value of period for

data saving and reading: IN#T=30.

Recommendations: ● IN#T parameter should be set to 0 when it is required to

reduce the terminal’s resource consumption. Sensor data is not read, not saved into black box memory and is not sent to moni-toring server via GPRS channel.


? – reading of current value;1 … 65535 period, sec(60 – default value);0 – disable saving and sending of data.

IN#1#PULLIN#2#PULL

Configuration of resistor pull-up on multipurpose input

IN#1#PULL and IN#2#PULL commands are designated for reading the current status, enabling and disabling resistor pull-ups to pow-er supply voltage of multipurpose input/output (if external power supply is present) or to built-in battery. iON FM pull ups are config-ured for input pairs separately: IN1-IN2 and IN3-IN4.

Examples: ● example of command for reading current status of pull-up

resistors for IN1-IN2 pair: IN#1#PULL=?; ● example of command for enabling pull-up for IN3-IN4 pair:

IN#2#PULL=1.

Recommendations: ● it is recommended enabling input pull-up resistors for sen-

sors with open collector output; ● when connecting devices to the terminal, check current

status of pull-up resistors to avoid faulty operation.


? – reading of current value;0 – disabled (by default);1 – enabled.

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IN#1#HIIN#2#HIIN#3#HIIN#4#HI

Configuration of logic 1 level for multipurpose input

IN#1#HI–IN#4#HI commands are designated for reading the cur-rent value and setting new value for logic-1 level for every multi-purpose input (IN1–IN4). The value is measured in millivolts (mV) The commands are separate for each of multipurpose inputs (IN1–IN4).

Examples: ● example of a command for reading the level of a logic-1 at

IN1 input: IN#1#HI=?; ● example of a command for setting the new level at 5000

(mV) at IN1 input: IN#1#HI=5000; ● example of a command for setting the new level at 12,000

(mV) at IN2 input: IN#2#HI=12000.

Recommendations: ● if the command responds with “NO USE” message, the cor-

responding multipurpose input is not set to “Logic”.


? – reading of current value;500 … 50 000 – level, mV(2800 – default value).

IN#1#LOIN#2#LOIN#3#LOIN#4#LO

Configuration of logic 0 level for multipurpose input

IN#1#LO–IN#4#LO commands are designated for reading the cur-rent value and setting new value for logic-0 level for every multi-purpose input . The value is measured in millivolts (mV) The com-mands are separate for each of multipurpose inputs (IN1–IN4).

Examples: ● example of a command for reading the level of a logic-0 at

IN1 input: IN#1#LO=?; ● example of a command for setting the new level at 500 (mV)

at IN1 input: IN#1#LO=500; ● example of a command for setting the new level at 500 (mV)

at IN2 input: IN#2#LO=500.


? – reading of current value;500 … 50 000 – level, mV(2200 – default value).

IN#1#CLRIN#2#CLRIN#3#CLRIN#4#CLR

Resetting the pulse counter

Commands IN#1#CLR — IN#4#CLR are designated for resetting cur-rent value of the pulse counter at pulse inputs. The commands are separate for each of the inputs (IN1 through IN4), set to “Pulse”.

Examples: ● example of a command for resetting current pulse counter

value at IN1 input: IN#1#CLR. This command does not contain any assigned parameters;

● example of a command for resetting current pulse counter value at IN2 input: IN#2#CLR.


command without parameters

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IN#IMP Reading pulse input data

IN#IMP is designated for reading the current value of pulse counter that accumulates a sum of received pulses on each of the IN1–IN4 multipurpose inputs from the moment of last reset of a counter.

IN1–IN4 multipurpose input must be set to “Pulse” beforehand for IN#IMP command to work. The command is applied to all multipur-pose inputs at once.

Examples: ● example of command for reading current value of all pulse

counters at the same time: IN#IMP=?

Recommendations: ● to reset pulse counter for each of the pulse inputs, use com-

mands IN#1#CLR — IN#4#CLR



IN#AVER Reading analog input data

IN#AVER command is designated for reading average value of signal voltage at analog input.

IN1 — IN4 multipurpose input must be set to “Analog” beforehand for IN#AVER command to work. The read value is measured in mil-livolts (MV). The command is applied to all multipurpose inputs at once.

Example: ● example of command for reading current value of all pulse

counters at the same time: IN#AVER=?



IN#FREQ Reading frequency input data

IN#FREQ command is designated for reading the current value of incoming periodic signals at frequency input.

IN1 — IN4 multipurpose input must be set to “Frequency” before-hand for IN#FREQ command to work. The value is in Hz The com-mand is applied to all multipurpose inputs at once.

Example: ● example of command for reading current value of signal

frequency at all inputs at the same time: IN#FREQ=?



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IN#LOG Reading logic input data

IN#LOG command is designated for reading current logic value of input signal at logic input.

IN1 — IN4 multipurpose input must be set to “Logic” beforehand for IN#LOG command to work. The value can be of two states:0 or 1. The command is applied to all multipurpose inputs at once.

Example: ● example of command for reading current values from all

inputs at the same time: IN#LOG=?



IN#F1 Track point filter from inputs “by value change”

The command IN#F1 is for reading the current value and setting of a new value, which answers for the filtering of the transferred data from the inputs of the device only when they change.

If the filter is enabled on certain input, the new values from it will be sent to the server, only if they change in relation to the previ-ous. In this case the values from the universal inputs (IN#T) are still being read by time, if the values haven’t changed they will not be sent to the server.

This filter is to decrease GPRS traffic consumption from the device.

Examples: ● command for reading the current value: IN#F1=?; ● command for the filtration on 2nd, 3rd input and voltage

values of the onboard network (select from right to left 2nd, 3rd and 6th bit = 100110 in binary = 38 in decimal): IN#F1=38;

● command for the filtration on the 4th input and voltage values of the onboard network (select from right to left 4th and 5th bit = 11000 binary = 24 decimal): IN#F1=24.


? – reading of current value;<Bit mask 654321 in decimal form>where:

● 1st bit – IN #1; ● 2nd bit – IN #2; ● 3rd bit – IN #3; ● 4th bit – IN #4; ● 5th bit – battery voltage (in-

ternal network); ● 6th bit – voltage (onboard

network).

33

3.9. Outputs


OUT#5OUT#6

Переключение состояния на управляющих выходах

OUT#5 and OUT#6 commands are designated for reading the current value and setting new value for parameter responsible for switching the state of controller OUT5 and OUT6 outputs of iON FM terminal.

Contacts of OUT5 and OUT6 are situated on Microfit10 connector.

Examples: ● example of command for reading of current output state

OUT5: OUT#5=?; ● example of command for closing circuit at power source

“minus” OUT6 output: OUT#6=1; ● example of command for opening ouptut circuit and discon-

necting an external device from OUT6 ouput: OUT#6=0.


? – reading of current value;0 – output disabled, i.e. circuit is open (default for all outputs);1 – output enabled, i.e. circuit is closed at power source “minus”.

34

3.10. RS485 interface


485#1#TP485#2#TP485#3#TP485#4#TP

Allowing and denying data reading from liquid level sensors

485#1#TP–485#4#TP commands are designated for reading the current value and setting new value for parameter corresponding for allowing and denying reading of data from LLS (Liquid Level Sensors) with a respective numerical number at RS-485 bus. Com-mands are separate for each of the numerical number sensors.

It is required to match the sensor’s net address with its number with 485#1#A through 485#4#A commands.

Each sensor must already have its net address (see the sensor’s documentation).

Examples: ● example of command for reading of current value for sensor

#1: 485#1#TP=? . If the response value is 0, then sensor #1 is software-disconnected (can be physically connected) from iON DM terminal, i.e. sensor reading is forbidden by the user;

● example of command for excluding sensor #1 from being processed by iON FM terminal 485#1#TP=0;

● example of command for indicating that sensor #1 is physi-cally connected and must be processed by iON FM terminal 485#1#TP=1.

Recommendations: ● when connecting LLS to iON FM terminal via RS485 bus,

it is required to fully configure each sensor, i.e. use com-mands 485#1#TP — 485#4#TP, 485#1#A — 485#4#A, 485#T, 485#SPEED.


? – reading of current value;0 – sensor reading is forbidden(by default for all sensors);1 – sensor reading is allowed.

35


485#1#A485#2#A485#3#A485#4#A

Configuration of network address for liquid level sensors

485#1#A – 485#4#A commands are designated for reading the cur-rent value and setting new value for network address of iON FM, which will be used by the terminal for polling a sensor with its re-spective number on RS485 bus.

In other words, command 485#1#A=7 will provide iON FM with the network address for communication with sensor #1. Commands are separate for each of the numerical number sensors.

Examples: ● example of a command for checking the value of current

address for communication between iON FM and sensor #1: 485#1#A=?;

● example of command for setting network address for poll-ing sensor #1: 485#1#A=1 , this means, that sensor #1 will be polled by the terminal at address 1 (address is written after “=” character).

Recommendations: ● before connecting sensors to the terminal, configure their

net addresses according to their documentation; ● when connecting LLS to iON FM terminal via RS485 bus,



? – reading of current value;1 … 255;default setting:485#1#A=1;485#2#A=2;485#3#A=3;485#4#A=4.

485#SPEED Configuring data exchange rate with LLS

485#SPEED command is designated for reading the current value and setting new value for data exchange rate (bps, baud rate) via RS485 interface between the device and Liquid Level Sensors (LLS).

Examples: ● example of command for reading of current exchange rate:

485#SPEED=?; ● example of command for setting new exchange rate value:

485#SPEED=19200.

Recommendations: ● when connecting LLS to iON FM terminal via RS485 bus,



? – reading of current value;Value range, bps:2400;4800;9600;19200 (default value);38400;57600;115200.

36


485#T Configuring period of data reading from liquid level sensors

485#T is designated for reading of the current value and setting the new value for period of automatic polling, saving and transmitting LLS data, acquired via RS485 bus, to a server (sec).

Polled (read) data is saved into the internal memory (black box), and will be transferred to web server, once the connection is es-tablished. The command affects all sensors, connected via RS485 interface.

Examples: ● example of command for reading period value: 485#T=?; ● example of the command for setting new value of 10 sec-

onds: 485#T=10.

Recommendations: ● setting the polling period to, 10 (sec), means, that the graph

will be generated by points, arriving at specified time period; ● every 10 seconds, the data will be saved into black box

memory if no Internet connection is available. Frequency of track point saving affects internet traffic consumption and the rate at which internal memory is filled, as well as response time of web monitoring server when generating graphs, as well as their detailization;

● 485#T parameter should be set to 0 when it is required to reduce iON FM terminal’s resource consumption. In this case, sensor data is not being read, saved in the black box or trans-mitted via GPRS channel to the monitoring server;

● connecting LLS to iON FM terminal via RS485 bus requires to complete configuration of each sensor, i.e. use com-mands 485#1#TP — 485#4#TP, 485#1#A — 485#4#A, 485#T, 485#SPEED.


? – reading of current value;1 ... 65535 – period, sec(60 – default value);0 – disable data saving.

37


485#1#D485#2#D485#3#D485#4#D

Reading measurements from liquid level sensors

485#1#D – 485#4#D commands are designated for requesting (reading) data from Liquid Level Sensors (LLS) connected to the device via RS485 bus.

Each command returns temperature T and fuel level L values from their respective sensors. Commands are separate for each of the numbered sensors. If sensor does not transmit anything, then the returned value equals NULL.

Example: ● example of command for reading data from sensor #1:

485#1#D=?.

Recommendations: ● command 485#1#D=? can be used for quick checking of sen-

sor operation, before transferring its data to monitoring server; ● when connecting LLS to iON FM terminal via RS485 bus,




485#1#M Setting RS485 interface operating mode

485#1#M command is designated for setting operating mode of RS485 interface: Among the devices, that can be connected to RS485 interface are LLS and CAN-LOG iRZ Online.

Example: ● command for reading current value: 485#1#M=?; ● command for working with CAN-LOG iRZ Online: 485#1#M=2.


? – reading of current value;0 – working with liquid level sensors (LLS);2 – working with CAN-LOG iRZ Online.

38

3.11. CAN-LOG


CAN-L CAN-LOG reboot

CAN-L command is designated for rebooting CAN-LOG device.

Examples: ● command for rebooting CAN-LOG: CAN-L.



CAN-L#DA Reading current version of CAN-LOG firmware

CAN-L#DA command is designated for reading current firmware ver-sion of the CAN-LOG device. The information is displayed in the fol-lowing format:

● NUM — number of the installed program; ● DATE — firmware date version; ● VER APP — version of firmware; ● VER KER — version of core; ● OPTIONS — installed add-ons; ● ID — device’s identification number.

Recommendations: ● this data may be useful when contacting technical support.



CAN-L#PROG Setting CAN-LOG program number

CAN-L#PROG command is designated for reading and setting of pro-gram number of CAN-LOG device.


? – reading of current value;0 ... 999 – settings parameter.

39

3.12. Driving style


DS#BRAKE Warning of overload during braking

DS#BRAKE command is designated for setting the threshold for overload warning when braking. The overload is measured in mg (g is acceleration of gravity).

Examples: ● example of command for setting threshold to 1.5 g:

DS#BRAKE=1500.

? – reading of current value;100 ... 4000 – mg (500 – by default).

DS#TURN Warning of overload at turn entry

DS#TURN command is designated for setting the threshold for over-load warning when entering the turn. The overload is measured in mg (g is acceleration of gravity).


DS#TURN=500.


DS#G_SHAKE Warning of overload during impacts

DS#G_SHAKE command is designated for setting the threshold for overload warning during impacts. The overload is measured in mg (g is acceleration of gravity).

Examples: ● example of command for setting threshold to 1 g: DS#G_

SHAKE=1000.


DS#W_SHAKE Warning of overload when shaking

DS#W_SHAKE command is designated for setting the threshold for overload when shaking. The overload is measured in mg (g is ac-celeration of gravity).

Examples: ● example of command for setting threshold to 3.5 g: DS#W_

SHAKE=3500.

? – reading of current value;100 ... 4000 – mg (2500 – by de-fault).

DS#ACC Warning of overload when accelerating

DS#ACC command is designated for setting the threshold for over-load warning when accelerating. The overload is measured in mg (g is acceleration of gravity).


DS#ACC=500.


40


DS#INIT Resetting user settings of Driving Style warnings

DS#INIT command is designated for setting user settings of Driving Style warnings to default values. The following settings are reset:

● overload warning threshold at braking; ● overload warning threshold at turn entry; ● overload warning threshold at impacts; ● overload warning threshold at shaking; ● overload warning threshold at acceleration.

Examples: ● command for resetting the user settings: DS#INIT.


41

3.13. Buzzer


BUZ#MODE Buzzer operating mode

BUZ#MODE command is designated for setting Buzzer operating mode.

Examples: ● command for activating the buzzer: BUZ#MODE=1.

The command is available for iON Connect only.

? – reading of current value;0 – disable sound notifications;1 – enable sound notifications (by default).

SPD#LVL Setting speed threshold for buzzer activation

SPD#LVL is designated for setting vehicle speed threshold for buzz-er activation. For example, setting the threshold to 90kmph means that buzzer will activate when vehicle’s speed exceeds 90kmph and notify driver of violation of speed limit.

To activate signal data, enable sound notification with BUZ#MODE=1 command.

Examples: ● command for setting threshold at 90 kmph: SPD#LVL=90.


? – reading of current value;0 – buzzer does not notify of speed limit violations (by default);1 ... 255 – speed (kmph); if exceed-ed, the buzzer will activate.

DS#BUZ Buzzer signal on driving style violations

DS#BUZ is designated for enabling/disabling buzzer notifications on driving style violations. If this mode is enabled, then, upon de-tecting a driving style violation (overload at braking, turn entry, impact, shaking and acceleration), it will make a signal.

To activate signal data, enable sound notification with BUZ#MODE=1 command.

Examples: ● command example for enabling buzzer notifications on driv-

ing style violations: DS#BUZ=1.


? – reading of current value;0 – disable buzzer signal for driving style violations (by default);1 – enable buzzer signal for driving style violations.

42

3.14. Vehicle safety

Команда Описание Возможные значения

EMRG#MODE Operation mode of alerts of vehicle safety

The command EMRG#MODE is used for the configuration of the mode of alerts of vehicle safety. To the messages of vehicle safety are added messages of possible evacuation and road accident. With the parameters of the command you can select which type of alerts should be sent to the phone of the user.

Example: ● command for enabling the alerts of evacuation and road ac-

cidents: EMRG#MODE=3.

Recommendations: ● for the correct configuration of the alerts of vehicle

safety, you need not only enable one of the alerts (command EMRG#MODE), but also enter the numbers, to which the alerts will be sent (TEL#EVAC and TEL#EMRG), also you might need to calibrate other parameters: Time of parking event registration (MOVE#TO) and voltage “enabling” ignition (VIGN).


? – reading of current value;0 – alerts disabled (set by default);1 – alerts enabled for vehicle evacu-ation;2 – alerts enabled for road accident;3 – alerts enabled for vehicle evacu-ation and road accident.

TEL#EVAC Telephone number for alerts of vehicle evacuation

The command TEL#EVAC is used to set the mobile number to which the messages will come if and evacuation is suspected. The tele-phone number is set in the format 9998887766.

Example: ● command for the installation of the number

+7(999)888-77-66, as the number for alert of evacuation of vehicle: TEL#EVAC=9998887766.




? – reading of current value;<cell phone number>

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TEL#EMRG Telephone number for alerts of road accident

The command TEL#EMRG is used to set the mobile number to which the messages will come if a road accident is suspected. The tele-phone number is set in the format 9998887766.

Example: ● the command for setting the number +7(999)888-77-66, as

the number for alert of road accident: TEL#EMRG=9998887766.




? – reading of current value;<cell phone number>

MOVE#TO Configuration of parking event registration time

The command MOVE#TO is used for the configuration of time, after which a parking event is registered. When the vehicle is not mov-ing, the system registers it as a parking. The command MOVE#TO is used to differentiate a normal stop (traffic lights, traffic jam, etc) from a parking event. Said parameters are set in minutes. The time countdown begins when a vehicle stop is registered.

Example: ● the command for the configuration of the value as 15 min-

utes – MOVE#TO=15, means that after 15 minutes, the stop will be registered as a parking event.

Recommendations: ● when selecting the time for the parking event registration

should be noted, that the evacuation event only work when parking event is in effect.


? – reading of current value;5 ... 30 – minutes (10 by default)

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VIGN Configuration of voltage ignition “ON”

The command VIGN is used for the configuration of the threshold of ignition ON/OFF. If the voltage of the vehicle is above the thresh-old, it is registered as an ignition ON. If the voltage of the vehicle is below the threshold, it is registered as an ignition OFF. The value is entered in mV.

Example: ● the command for the configuration of the lowest threshold

at 12V: VIGN=12000.

Recommendations: ● for small vehicles the recommended threshold of ignition

ON/OFF – 13000mV (set by default). For heavy weight vehicles the recommended threshold of ignition ON/OFF – 25000mV.


? – reading of current value;1 ... 30000 – mV (13000 by default)

45

3.15. Device operation information


VER Read software version information

VER command is designated for reading the data on current version of the device’s software (operation system).

Example: ● example of command for reading software version informa-

tion: VER=?; ● possible response to VER=? command:

HW: 1101CUR: 1441198230BASE: 1441198230

where:HW – device type code (1001 – iON Plane, 1101 – iON FM, 1201 – iON Connect, 006 – iON Pro, 106 – iON Base, 206 – iON Lite);CUR – current firmware version;BASE – base firmware version.

Recommendations: ● knowing the current version of the terminal’s firmware can

be useful when contacting technical support, or when manually installing newer or older version of software;

● firmware version can be changed at monitoring server (https://web.irzonline.com/) in special settings menu.


VIN Reading current value of external supply voltage

VIN command is designated for reading the current value of the device’s external supply voltage. The value is measured in millivolts (mV).

Examples: ● example of command for reading of current value of external

supply voltage: VIN=?.

Recommendations: ● if external supply voltage is not being displayed in the graph,

VIN=? command may be used to quickly determine the voltage at this moment of time.

? – reading of current value;0 ... 50000 – voltage, mV.

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VBAT Reading current value of battery voltage

VBAT command is designated for reading the current value of built-in battery’s voltage The value is measured in millivolts (mV).

Examples: ● example of command for reading of current value of built-in

battery voltage: VBAT=?.

Recommendations: ● if battery voltage is not being displayed in the graph, VBAT=?

command may be used to quickly determine the voltage at this moment of time.

? – reading of current value;0 ... 4500 – voltage, mV.

TMP#1#T Reading temperature value

TMP#1#T command is designated for reading the current value ofair temperature inside of the device. The reading is taken from ac-celerometer. The value is measured in Celsius (°С).

Examples: ● command for reading current value: TMP#1#T=?.

Recommendations: ● if current temperature is not being displayed in the graph,

TMP#1#T=? command may be used to quickly determine thetemperature at this moment.


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3.16. System commands


RESET Reset operating system

RESET command is designated for resetting the terminal’s internal operating system.

Examples: ● command for resetting the terminal’s OS: RESET.

Recommendations: ● this command is used when there is a suspicion of one or

several modules of the terminal are “hung up”.


CFG#RESET Reset to factory settings

CFG#RESET command is designated for resetting the terminal’s cur-rent configuration to factory settings; the device will be rebooted.

Examples: ● example of a command for resetting of current settings:

CFG#RESET.

Recommendations: ● if there is a reason to think that some of the current terminal

settings are erroneous, use this command to reset all of the set-ting to the optimal factory ones;

● please note, that this command does not reset server set-tings, set by SRV#1 command.


ETRACK Clearing black box

ETRACK command is designated for clearing the device’s black box (internal memory).

Examples: ● example of command for clearing black box: ETRACK.


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ALPHABETIC LIST OF COMMANDS

Команда Описание FM Connect C-CAN

485#1#A, ... Configuration of network address for liquid level sensors X

485#1#D, ... Reading measurements from liquid level sensors X

485#1#M Setting RS485 interface operating mode X

485#1#TP, ... Allowing and denying data reading from liquid level sensors X

485#SPEED Configuring data exchange rate with LLS X

485#T Configuring period of data reading from liquid level sensors X

APN#1#MODE SIM card operating mode selection X X X

APN#1#NAME Configuration of SIM card's APN address X X X

APN#1#PSW Configuration of SIM card's APN password X X X

APN#1#USER Configuration of SIM card's APN user X X X

BUZ#MODE Buzzer operating mode X X

CAN L#DA Reading current version of CAN-LOG software X X

CAN L#PROG Setting CAN-LOG interface operating mode X X

CAN L CAN-LOG reboot X X

CFG#RESET Reset to factory settings X X X

CPWD Changing the access password X X X

DGROUP Data grouping mode

DS#ACC Warning of overload when accelerating X X X

DS#BRAKE Warning of overload during braking X X X

DS#BUZ Buzzer signal on driving style violations X X

DS#G_SHAKE Warning of overload during impacts X X X

DS#INIT Resetting user settings of Driving Style warnings X X X

DS#TURN Warning of overload at turn entry X X X

DS#W_SHAKE Warning of overload when shaking X X X

EMRG#MODE Operation mode of alerts of vehicle safety X X

ETRACK "Black box" function X X X

GPS#D Reading diagnostic data from GPS module X X X

GPS#F1 Track point filter by "Movement sensor" X X X

GPS#F2 Exceeding distance X X X

GPS#F3 Track point filter by "Movement sensor" X X X

GPS#F4 Track point filter by “Speed” X X X

GPS#T1 Track points saving mode X X X

GSM#1#LOCK Allowing and denying PIN code input X X X

GSM#1#PIN PIN code configuration X X X

GSM#1#ROAM Allowing and denying roaming X X X

GSM#1#SCID Reading SIM card's SCID X X X

GSM#D Reading diagnostic data from GPS module X X X

GSM#IMEI Reading of IMEI number X X X

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Команда Описание FM Connect C-CAN

IN#1#CLR, ... Resetting the pulse counter X

IN#1#HI, ... Configuration of logic 1 level for multipurpose input X

IN#1#LO, ... Configuration of logic 0 level for multipurpose input X

IN#1#PULL, ... Configuration of resistor pull-up on multipurpose input X

IN#1#TP, ... Selecting multipurpose input X

IN#AVER Reading analog input data X

IN#F1 Track point filter from inputs “by value change” X

IN#FREQ Reading frequency input data X

IN#IMP Reading pulse input data X

IN#LOG Reading logic input data X

IN#T Configuration of period of data reading from multipurpose inputs X

LOCATION Obtaining GPS coordinates via SMS X X X

MOVE#F1 Configuring inactivity of movement sensor X X X

MOVE#F2 Configuring sensitivity of movement sensor X X X

MOVE#ST Reading current value of movement sensor X X X

MOVE#TO Configuration of parking event registration time X X

OUT#5, ... Switching state at controller outputs X

PASS Entering security password X X X

PW#EN1 Allowing and denying mode 1 X X X

PW#EN2 Allowing and denying mode 2 X X X

PW#MODE Selecting terminal's operating mode X X X

PW#TS1 Setting timeout for waking up in mode 1 X X X

PW#TS2 Setting timeout for waking up in mode 2 X X X

PW#TW1 Setting timeout for switching to mode 1 X X X

PW#TW2 Setting timeout for switching to mode 2 X X X

RESET Reset operating system X X X

RT#T1 Period for real-time point transmission X X X

SPD#LVL Setting speed threshold for buzzer activation X X

SRV#1 Configuration of IP/DNS address of processing server X X X

TEL#EMRG Telephone number for alerts of road accident X X

TEL#EVAC Telephone number for alerts of vehicle evacuation X X

TMP#1#T Reading temperature value X X X

VBAT Reading current value of battery voltage X X X

VER Read software version information X X X

VIGN Configuration of voltage ignition “ON” X X

VIN Reading current value of external supply voltage X X X

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