Configuration Structure

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TRANS		Data Transmission Tab	+	+	+	+	+	+	+	+	+	+	+	+	+	+	+	+	+	+
	OBJECT	Object Parameters	+	+	+	+	+	+	+	+	+	+	+	+	+	+	+	+	+	+
	SRV1	Transmission Parameters for Server 1	+	+	+	+	+	+	+	+	+	+	+	+	+	+	+	+	+	+
	SRV2	Transmission Parameters for Server 2	+	+	+	+	+	+	+	+	+	+	+	+	+	+	+	+	+	+
	SRV3	Transmission Parameters for Server 3	+	+	+	+	+	+	+	+	+	+	+	+	+	+	+	+	+	+
	AP1	Access Point Settings for SIM1	+	+	+	+	+	+	+	+	+	+	+	+	+	+	+	+	+	+
	AP2	Access Point Settings for SIM2									+		+	+	+	+	+	+	+	+
	AUTOAPN	Automatic APN Settings	+	+	+	+	+	+	+	+	+	+	+	+	+	+	+	+	+	+
	RULES	Data Exchange Rules with Server	+	+	+	+	+	+	+	+	+	+	+	+	+	+	+	+	+	+
	ROAM	Roaming Settings	+	+	+	+	+	+	+	+	+	+	+	+	+	+	+	+	+	+
	ROAMSIM1	Roaming Settings for SIM1	+	+	+	+	+	+	+	+	+	+	+	+	+	+	+	+	+	+
	ROAMSIM2	Roaming Settings for SIM2									+		+	+	+	+	+	+	+	+
	CRYPTO	Encryption Settings	+	+	+	+	+	+	+	+	+	+	+	+	+	+	+	+	+	+
	DRC	DRC Service Settings	+	+	+	+	+	+	+	+	+	+	+	+	+	+	+	+	+	+
	SIMPRIOR	SIM Card Priority Selection	+	+	+	+	+	+	+	+	+	+	+	+	+	+	+	+	+	+

Page	Tag	Description	201x, 241x	242x	243x	2613	265x	4651
PROTOCOL		Protocol Settings Tab	+	+	+	+	+	+	+	+	+	+	+	+	+	+	+	+	+	+
	FLEX	FLEX Protocol Settings	+	+	+	+	+	+	+	+	+	+	+	+	+	+	+	+	+	+
	USRPRM1	Single-byte User Parameters										+	+	+		+	+	+	+	+
	USRPRM2	Two-byte User Parameters										+	+	+		+	+	+	+	+
	USRPRM4	Four-byte User Parameters										+	+	+		+	+	+	+	+
	USRPRM8	Eight-byte User Parameters										+	+	+		+	+	+	+	+

Page	Tag	Description	(!)	201x, 241x	242x	243x	2613	265x	4651
TRACK		Track Settings Tab		+	+	+	+	+	+	+	+	+	+	+	+	+	+	+	+	+	+
	POINTS	Rules for Building Track Points		+	+	+	+	+	+	+	+	+	+	+	+	+	+	+	+	+	+

Page	Tag	Description	(!)	201x, 241x	242x	243x	2613	265x	4651
SYSTEM		System Settings Tab		+	+	+	+	+	+	+	+	+	+	+	+	+	+	+	+	+	+

Page	Tag	Description	(!)	201x, 241x	242x	243x	2613	265x	4651
CAN		CAN Bus Tab								+	+	+	+	+	+		+	+	+	+	+

Page	Tag	Description	(!)	201x, 241x	242x	243x	2613	265x	4651
RS485		RS-232/RS-485 Tab				+	+			+	+	+	+	+	+	+	+	+	+	+	+

Page	Tag	Description	(!)	201x, 241x	242x	243x	2613	265x	4651
TEMPSENS		1-Wire Temperature Sensors Tab		+	+	+	+	+	+	+	+	+	+	+	+	+	+	+	+	+	+

Page	Tag	Description	(!)	201x, 241x	242x	243x	2613	265x	4651
SENSORS		Inputs Tab		+	+	+	+	+	+	+	+	+	+	+	+	+	+	+	+	+	+

Page	Tag	Description	(!)	201x, 241x	242x	243x	2613	265x	4651
ACCEL		Accelerometer Tab		+	+	+	+	+	+	+	+	+	+	+	+	+	+	+	+	+	+

Page	Tag	Description	(!)	201x, 241x	242x	243x	2613	265x	4651
OUTPUTS		Outputs Tab		+	+	+	+	+	+	+	+	+	+	+	+	+	+	+	+	+	+

Page	Tag	Description	(!)	201x, 241x	242x	243x	2613	265x	4651
PHONES		Subscribers Tab		+	+	+	+	+	+	+	+	+	+	+	+	+	+	+	+	+	+

Page	Tag	Description	(!)	201x, 241x	242x	243x	2613	265x	4651
TMKEYS		ID List Tab							+	+	+	+	+	+	+		+	+	+	+	+

Страница	Тэг	Описание	(!)	201x, 241x	242x	243x	2613	265x	4651
GUARD		Security Modes Tab						+	+	+	+	+	+	+	+	+	+	+	+	+	+

Page	Tag	Description	(!)	201x, 241x	242x	243x	2613	265x	4651
ECODRIVE		EcoDriving Tab						+	+	+	+	+	+	+	+	+	+	+	+	+	+

Page	Tag	Description	(!)	201x, 241x	242x	243x	2613	265x	4651
BLUETOOTH		Bluetooth Tab		+	+	+	+	+	+	+	+	+	+	+	+	+	+		+		+

Request and Command Examples
Request	`*!READ TRANS:OBJECT`
Command	`*!EDITS TRANS:OBJECT()`

Position	Name	Description
`1`	name	Object Name (up to 24 symbols). Type: `Char[24]`

Request and Command Examples
Request	`*!READ TRANS:SRV1`
Command	`*!EDITS TRANS:SRV1()`

Position	Name	Description
`1`	protocol	Data Transmission Protocol: `F5.2`, `F6`, `FLEX`, `EGTS` - EGTS without authentication, `EGTSAUTH` - EGTS with authentication. Type: `Char[8]`
`2`	objID	Object Identifier (Used for EGTS protocol) Type: `U32`
`3`	dcID	Dispatch Center Identifier Type: `U32`
`4`	addr	IP or DNS. Default: `0.0.0.0`. This value indicates that the server is not used. Type: `Char[35]`
`5`	port	Port. For example: `21626`. Type: `Char[7]`
`6`	transProto	Transport Layer Protocol: `TCP`, `UDP`. Type: `Char[3]`

Position	Name	Description
`1`	protocol	Data Transmission Protocol: `F5.2`, `F6`, `FLEX`. Type: `Char[8]`
`2`	objID	Object Identifier (Used for EGTS protocol) Type: `U32`
`3`	dcID	Dispatcher Center Identifier Type: `U32`
`4`	addr	IP or DNS Default: `0.0.0.0`. This value indicates that the server is not used. Type: `Char[35]`
`5`	port	Port. For example: `21626`. Type: `Char[7]`
`6`	transProto	Transport Layer Protocol: `TCP`, `UDP`. Type: `Char[3]`

Request and Command Examples
Request	`*!READ TRANS:SRV2`
Command	`*!EDITS TRANS:SRV2()`

Request and Command Examples
Request	`*!READ TRANS:SRV3`
Command	`*!EDITS TRANS:SRV3()`

Request and Command Examples
Request	`*!READ TRANS:AP1`
Command	`*!EDITS TRANS:AP1()`

Position	Name	Description
`1`	name	Mobile Operator APN Default: empty. This value in the name, login, pass parameters indicates that the Automatic Mode is selected for the access point (see AUTOAPN). Type: `Char[30]`
`2`	login	Mobile Operator Login. Default: empty. This value in the name, login, pass parameters indicates that the Automatic Mode is selected for the access point (see AUTOAPN). Type: `Char[20]`
`3`	pass	Mobile Operator Password. Default: empty. This value in the name, login, pass parameters indicates that the Automatic Mode is selected for the access point (see AUTOAPN). Type: `Char[20]`
`4`	pin	SIM card PIN code. Default: empty. This value disables PIN code verification on the SIM card. Type: `Char[9]`

Request and Command Examples
Request	`*!READ TRANS:AP2`
Command	`*!EDITS TRANS:AP2()`

Request and Command Examples
Request	`*!READ TRANS:APS`
Command	`*!EDITS TRANS:APS()`

Position	Name	Description
`1`	name	Mobile Operator APN Default: `era` Type: `Char[30]`
`2`	login	Mobile Operator Login Type: `Char[20]`
`3`	pass	Mobile Operator Password Default: empty. Type: `Char[20]`

Request and Command Examples
Request	`*!READ TRANS:AUTOAPN`
Command	`*!EDITS TRANS:AUTOAPN()`

Position	Name	Description
`1`	sID1	Network code 1 stored in the SIM card Type: `Char[6]`
`2`	name1	Access point name (APN) for code 1 Type: `Char[30]`
`3`	login1	Login for code 1 Type: `Char[20]`
`4`	pass1	Password for code 1 Type: `Char[20]`
`5`	sID2	Network code 2 stored in the SIM card Type: `Char[6]`
`6`	name2	Access point name (APN) for code 2 Type: `Char[30]`
`7`	login2	Login for code 2 Type: `Char[20]`
`8`	pass2	Password for code 2 Type: `Char[20]`
`9`	sID3	Network code 3 stored in the SIM card Type: `Char[6]`
`10`	name3	Access point name (APN) for code 3 Type: `Char[30]`
`11`	login3	Login for code 3 Type: `Char[20]`
`12`	pass3	Password for code 3 Type: `Char[20]`
`13`	sID4	Network code 4 stored in the SIM card Type: `Char[6]`
`14`	name4	Access point name (APN) for code 4 Type: `Char[30]`
`15`	login4	Login for code 4 Type: `Char[20]`
`16`	pass4	Password for code 4 Type: `Char[20]`
`17`	sID5	Network code 5 stored in the SIM card Type: `Char[6]`
`18`	name5	Access point name (APN) for code 5 Type: `Char[30]`
`19`	login5	Login for code 5 Type: `Char[20]`
`20`	pass5	Password for code 5 Type: `Char[20]`
`21`	sID6	Network code 6 stored in the SIM card Type: `Char[6]`
`22`	name6	Access point name (APN) for code 6 Type: `Char[30]`
`23`	login6	Login for code 6 Type: `Char[20]`
`24`	pass6	Password for code 6 Type: `Char[20]`
`25`	sID7	Network code 7 stored in the SIM card Type: `Char[6]`
`26`	name7	Access point name (APN) for code 7 Type: `Char[30]`
`27`	login7	Login for code 7 Type: `Char[20]`
`28`	pass7	Password for code 7 Type: `Char[20]`
`29`	sID8	Network code 8 stored in the SIM card Type: `Char[6]`
`30`	name8	Access point name (APN) for code 8 Type: `Char[30]`
`31`	login8	Login for code 8 Type: `Char[20]`
`32`	pass8	Password for code 8 Type: `Char[20]`
`33`	sID9	Network code 9 stored in the SIM card Type: `Char[6]`
`34`	name9	Access point name (APN) for code 9 Type: `Char[30]`
`35`	login9	Login for code 9 Type: `Char[20]`
`36`	pass9	Password for code 9 Type: `Char[20]`
`37`	sID10	Network code 10 stored in the SIM card Type: `Char[6]`
`38`	name10	Access point name (APN) for code 10 Type: `Char[30]`
`39`	login10	Login for code 10 Type: `Char[20]`
`40`	pass10	Password for code 10 Type: `Char[20]`

Request and Command Examples
Request	`*!READ TRANS:RULES`
Command	`*!EDITS TRANS:RULES()`

Position	Name	Description
`1`	noPriorMsg	Disable Transmission of Out-of-Order Messages: `0` - out-of-order messages enabled, `1` - out-of-order messages disabled. Type: `bool`
`2`	noCur	Disable Transmission of Current State when Unloading Archival Messages: `0` - current state transmission enabled, `1` - current state transmission disabled. Type: `bool`
`3`	cnctType	Server Connection Type: `0` - periodic, `1` - permanent. Type: `bool`
`4`	pingTimer	Ping Period: Unit of Measure: sec Type: `U32`
`5`	telAddPing	Send Telemetry Instead of Ping: `0` - do not transmit, `1` - transmit. Type: `bool`
`6`	cnctTimer	Server Connection Period: Unit of Measure: sec Type: `U32`
`7`	useCmd	Allow Execution of Commands via GPRS: `0` - GPRS commands prohibited, `1` - GPRS commands allowed. Type: `bool`
`8`	blockTimer	Suspend the Connection Procedure after a Series of Unsuccessful Attempts: Unit of Measure: sec Type: `U32`
`9`	coercCnct	Connect to the server when the timer triggers, even if there is no information: `0` - do not connect, `1` - connect. Type: `bool`
`10`	grpTimer	Send Archival Records Only in Groups, but at Least Every XXX Seconds `0` - disable grouping `>0` - maximum sending delay Unit of Measure: sec Type: `U32`

Request and Command Examples
Request	`*!READ TRANS:ROAM`
Command	`*!EDITS TRANS:ROAM()`

Position	Name	Description
`1`	cnctTimer	Connect to the Server in Roaming with a Period Unit of Measure: sec
`2`	moveTimer	In Motion, Transmit One Message with a Period Unit of Measure: sec
`3`	blockTimer	In Case of a Series of Unsuccessful Attempts, Suspend Connection Procedure for a Period Unit of Measure: sec
`4`	stopTimer	On Stop, Transmit One Message with a Period Unit of Measure: sec
`5`	archSend	Upon Connection, Send All Accumulated Data: `0` - send only one message of current telemetry, `1` - send all accumulated data. Unit of Measure: `bool`

Request and Command Examples
Request	`*!READ TRANS:ROAMSIM1`
Command	`*!EDITS TRANS:ROAMSIM1()`

Position	Name	Description
`1`	mode	Roaming mode: `0` - operate like in home network, `1` - connect to the server at a specified interval, `2` - do not operate in roaming, `3` - transmit one message at a specified interval. Type: `bool`
`2`	dontCnct	Do not operate in roaming if the operator is not in the allowed list: `0` - if the current operator is not in the list, the device connects to any available operator automatically, `1` - if the current operator is not in the list, roaming operation will not be performed. Type: `bool`
`3`	noCall	Do not Make Calls in Roaming: `0` - make calls, `1` - do not make calls. Type: `bool`
`4`	noSms	Do not Send SMS in Roaming: `0` - send SMS, `1` - do not send SMS. Type: `bool`
`5`	opCode1	Operator Code №1. Default: 0. Indicates that the operator code is absent. Type: `U32`
`6`	opCode2	Operator Code №2. Default: 0. Indicates that the operator code is absent. Type: `U32`
`7`	opCode3	Operator Code №3. Default: 0. Indicates that the operator code is absent. Type: `U32`
`8`	opCode4	Operator Code №4. Default: 0. Indicates that the operator code is absent. Type: `U32`
`9`	opCode5	Operator Code №5. Default: 0. Indicates that the operator code is absent. Type: `U32`
`10`	opCode6	Operator Code №6. Default: 0. Indicates that the operator code is absent. Type: `U32`
`11`	opCode7	Operator Code №7. Default: 0. Indicates that the operator code is absent. Type: `U32`
`12`	opCode8	Operator Code №8. Default: 0. Indicates that the operator code is absent. Type: `U32`
`13`	opCode9	Operator Code №9. Default: 0. Indicates that the operator code is absent. Type: `U32`
`14`	opCode10	Operator Code №10. Default: 0. Indicates that the operator code is absent. Type: `U32`

Request and Command Examples
Request	`*!READ TRANS:ROAMSIM2`
Command	`*!EDITS TRANS:ROAMSIM2()`

Request and Command Examples
Request	`*!READ TRANS:CRYPTO`
Command	`*!EDITS TRANS:CRYPTO()`

Position	Name	Description
`1`	key	Key Used for AES Encryption in CBC Mode. For example: `29B3EE5477E63094265075CDA73F37ED` Type: `Char[32]`
`2`	srv1Mode	Encrypt Transmitted Data Using the Algorithm for the 1st Server: `0` - do not encrypt, `1` - encrypt with AES in CBC mode. Type: `bool`
`3`	srv2Mode	Encrypt Transmitted Data Using the Algorithm for the 2nd Server: `0` - do not encrypt, `1` - encrypt with AES in CBC mode. Type: `bool`
`4`	srv3Mode	Encrypt Transmitted Data Using the Algorithm for the 3rd Server: `0` - do not encrypt, `1` - encrypt with AES in CBC mode. Type: `bool`

Request and Command Examples
Request	`*!READ TRANS:DRC`
Command	`*!EDITS TRANS:DRC()`

Position	Name	Description
`1`	use	Automatic Сonnection to DRC Server: `0` - do not connect, `1` - connect. Type: `U8`
`2`	cnctTimer	Connection Period. Type: `U32`
`3`	idDRC	Account ID. Type: `U32`
`4`	transProto	Transport Layer Protocol: `TCP` `UDP` Type: `Char[3]`

Request and Command Examples
Request	`*!READ TRANS:SIMPRIOR`
Command	`*!EDITS TRANS:SIMPRIOR()`

Position	Name	Description
`1`	prior	Primary SIM Сard: `1` - SIM1 (External); `2` - SIM2 (Internal). Type: `U8`
`2`	checkTimer	Check the Ability to Work with the Primary SIM Card Every: `0` - off, `600` … `86400` - check period. Unit of Measure: sec Type: `U32`
`3`	periodMode	Operate with the Primary Server (Server №1) Only on the Primary SIM Card: `0` - SIM cards are not tied to servers, `1` - Primary SIM card works only with the Primary server (Server №1) Type: `bool`
`4`	priorType	At Operation with Two SIM Cards Set Priority for: `0` - Primary SIM card; `1` - SIM card in home network. Type: `U8`
`5`	regTimer	Cellular Network Registration Timeout Unit of Measure: sec Type: `U16`

Request and Command Examples
Request	`*!READ PROTOCOL:FLEX`
Command	`*!EDITS PROTOCOL:FLEX()`

Position	Name	Description
`1`	format	Version of the FLEX protocol used for server connection: `10` - FLEX 1.0; `20` - FLEX 2.0; `30` - use FLEX 3.0. Type: `Char[2]`
`2`	mask	A string consisting of 0 and 1, where the leftmost character corresponds to the first field of the FLEX protocol (then, from left to right, follow the characters describing the other fields of the FLEX protocol). `1` - FLEX field is used; `0` - FLEX field is not used. Field numbers and descriptions of the FLEX fields are provided in the table. The mask status can be conveniently changed using the !SETFM command Type*: `Char[256]`

Request and Command Examples
Request	`*!READ PROTOCOL:USRPRM1`
Command	`*!EDITS PROTOCOL:USRPRM1()`

Position	Name	Description
`1`	p1	User parameter alias For example: `mb1` If empty, parameter is not used. Type: `Char[5]`
`2`	p2	See p1 Type: `Char[5]`
`3`	p3	See p1 Type: `Char[5]`
`4`	p4	See p1 Type: `Char[5]`
`5`	p5	See p1 Type: `Char[5]`
`6`	p6	See p1 Type: `Char[5]`
`7`	p7	See p1 Type: `Char[5]`
`8`	p8	See p1 Type: `Char[5]`
`9`	p9	See p1 Type: `Char[5]`
`10`	p10	See p1 Type: `Char[5]`
`11`	p11	See p1 Type: `Char[5]`
`12`	p12	See p1 Type: `Char[5]`
`13`	p13	See p1 Type: `Char[5]`
`14`	p14	See p1 Type: `Char[5]`
`15`	p15	See p1 Type: `Char[5]`
`16`	p16	See p1 Type: `Char[5]`

Request and Command Examples
Request	`*!READ PROTOCOL:USRPRM2`
Command	`*!EDITS PROTOCOL:USRPRM2()`

`U8`	- integer from 0 to 255
`I8`	- integer from -128 to 127
`U16`	- integer from 0 to 65535
`I16`	- integer from -32768 to 32767
`U32`	- integer from 0 to 4294967295
`Float`	- floating-point number with a sign and `.` separator (e.g., `23.754`)
`Char[x]`	- text string of `x` characters.

Request and Command Examples
Request	`*!READ PROTOCOL:USRPRM4`
Command	`*!EDITS PROTOCOL:USRPRM4()`

Request and Command Examples
Request	`*!READ PROTOCOL:USRPRM8`
Command	`*!EDITS PROTOCOL:USRPRM8()`

Position	Name	Description
`1`	useMoveSens	Record Track Points when Stopping and Starting Movement (Vehicle Motion Sensor): `0` - do not record, `1` - record. Type: `U8`
`2`	useMaxSpeed	Record Track Points when Overspeeding: `0` - do not record, `1` - record. Type: `U8`
`3`	maxSpeed	Speed at which a Point is Recorded when Overspeeding. Unit of Measure: km/h Type: `FLOAT`
`4`	angleMode	Additionally Record Points when Changing Direction of Movement: `0` - do not record; `1` - record at a fixed angle; `2` - record points, adaptive angle selection depending on the speed. Type: `U8`
`5`	angle	Angle at which a Point is Recorded when Changing Direction of Movement. Units: degrees Type: `U16`
`6`	useDist	Additionally Record Points after X Meters after the Last Point: `0` - do not record, `1` - record. Type: `U8`
`7`	dist	Distance Traveled after Which a Point is Recorded. Unit of Measure: meters Type: `U16`
`8`	useTimer	Additionally Record Points after X Seconds or when at Least One of the moveTimerSens Conditions is Triggered: `0` - do not record, `1` - record. Type: `U8`
`9`	moveTimer	Time after which an Additional Point is Recorded. Unit of Measure: sec Type: `U32`
`10`	moveTimerSens	Mask Determining the Recording of Additional Points. Bit String from Left to Right. `1 bit` - ignition input activation, `2 bit` - engine operation sensor (by supply voltage) activation, `3 bit` - tachometer input activation. Unit of Measure: mask as a string `char` from left to right Type: `Char[3]`
`11`	stopTimer	Time after which an Additional Point is Recorded on Stop. Unit of Measure: sec Type: `U32`

Request and Command Examples
Request	`*!READ TRACK:LIMPOINT`
Command	`*!EDITS TRACK:LIMPOINT()`

Position	Name	Description
`1`	blockDist	Limit Track Point Recording by Distance: `0` - no limitation, `1` - limit. Type: `U8`
`2`	dist	Distance for Limitation Unit of Measure: meters Type: `U8`
`3`	blockTimer	Limit Track Point Recording by Time: `0` - no limitation, `1` - limit. Type: `U8`
`4`	timer	Time for Limitation Unit of Measure: seconds Type: `U32`

Request and Command Examples
Request	`*!READ TRACK:COORDFLT`
Command	`*!EDITS TRACK:COORDFLT()`

Position	Name	Description
`1`	use	Coordinate Processing: `0` - disabled, `1` - enabled. Type: `U8`
`2`	minSats	If Number of Satellites is Less than. Unit of Measure: pcs Type: `U8`
`3`	maxHDOP	If Geometric Factor HDOP is More than. Type: `FLOAT`
`4`	maxSpeed	If Speed is More than. Unit of Measure: km/h Type: `FLOAT`
`5`	maxAccel	If Speed Increase per Second is More than. Unit of Measure: km/h Type: `FLOAT`
`6`	maxDist	If Movement in the Last 2 Seconds is More than. Unit of Measure: meters Type: `U16`
`7`	maxFilterCnt	Maximum Number of Coordinates that Can Be Discarded. Unit of Measure: pcs Type: `U8`
`8`	maxAlt	If Height above Sea Level is More than. Unit of Measure: meters Type: `I16`
`9`	minAlt	If Height above Sea Level is Less than. Unit of Measure: meters Type: `I16`

Request and Command Examples
Request	`*!READ TRACK:COORDAVER`
Command	`*!EDITS TRACK:COORDAVER()`

Position	Name	Description
`1`	mode	Coordinate Averaging Mode on Stops: `0` - do not average or fix coordinates, `1` - average coordinates, `3` - fix coordinates of the stopping point. Value 2 is not used by the device. Type: `U8`
`2`	sensors	Sensors Used for Averaging/Recording Coordinates (bit string from left to right): `1 bit` - ignition input, `2 bit` - shock/tilt/movement sensor, `3 bit` - engine operation sensor (by supply voltage), `4 bit` - tachometer input; `5 bit` - vibration sensor. Unit of Measure: mask as a string `char` from left to right Type: `Char[5]`

Request and Command Examples
Request	`*!READ TRACK:MOVESENS`
Command	`*!EDITS TRACK:MOVESENS()`

Position	Name	Description
`1`	mode	Vehicle Motion Sensor Mode: `0` - determine vehicle motion based on GNSS receiver data, `1` - determine vehicle motion based on GNSS receiver data and SH3 movement sensor state. Type: `U8`
`2`	stopTimer	Duration of Timeout Before Registering a Stop. Unit of Measure: sec Type: `U32`

Position	Name	Description
`1`	mode	Navigation System Mode (bits from left to right): `1 bit` - GPS, `2 bit` - GLONASS, `3 bit` - GALILEO, `4 bit` - QZSS, `5 bit` - BEIDOU. For 20xx, 24xx, 26xx, 46xx (SIM868): "GPS+GLONASS" - `11000` "GPS " - `10000` "GPS+BEIDOU" - `10001` "GLONASS" - `01000` For 2652, 4752 (ASN): "GPS+GLONASS" - `11000` "GPS " - `10000` "GLONASS" - `01000` For 451x, 47xx (A7672): "GPS+QZSS" - `10010` "BEIDOU" - `00001` "GPS+GLONASS+GALILEO+QZSS" - `11110` "GPS+BEIDOU+GALILEO+QZSS" - `10111` "GPS+GLONASS" - `11000` "GLONASS" - `01000` Unit of Measure: mask as a string `char` from left to right Type: `Char[5]`
`2`	angle	Satellite Cut-off Angle (not present in A7672) If satellite rises above the horizon by less than the specified value, its readings are not taken into account. Unit of Measure: degrees Type: `U8`
`3`	receiver	(only for devices with two navigation modules) Used Navigation Module: `0` - Primary, `1` - Secondary. Type: `U8`
`4`	datum	Coordinate System Selection: `0` - WGS84, `1` - PZ-90.11. Type: `U8`

Position	Name	Description
`1`	general	Password for USB, GPRS, Bluetooth control Type: `Char[15]`
`2`	SMS	Password for SMS control Type: `Char[10]`
`3`	number	Phone Number for which SMS Password Verification is not Performed. For example: `+70001112233` Unit of Measure: digits and "+" Type: `Char[15]`
`4`	ignore	Allow Execution of Certain Requests/Commands Bypassing the Password: `1 bit` - request for model, version, and telemetry; `2 bit` - time synchronization command; `3 bit` - request for diagnostic information. Type: `Char[3]`

Position	Name	Description
`1`	zone	Time Zone relative to Greenwich Unit of Measure: hours Type: `I8`
`2`	DST	Daylight Saving Time Setting: `0` - do not switch, `1` - switch. Type: `U8`
`3`	syncMode	GNSS Time Synchronization Mode: `0` - GNSS synchronization disabled; `1` - GNSS synchronization enabled. Type: `U8`

Request and Command Examples
Request	`*!READ SYSTEM:BALANCE`
Command	`*!EDITS SYSTEM:BALANCE()`

Position	Name	Description
`1`	use	Use Automatic Balance Checking: `0` - do not use, `1` - use. Type: `U8`
`2`	USSD	USSD Message for Querying the Account Balance. For example: `100#` Type*: `Char[6]`
`3`	checkTimer	Checking Frequency. Unit of Measure: seconds Type: `U32`
`4`	phrasePos	Phrase at Positive Balance. Type: `Char[30]`
`5`	phraseNeg	Phrase at Negative Balance. Type: `Char[30]`
`6`	phraseMin	Phrase in SMS about Balance Reduction. Type: `Char[30]`
`7`	minBalance	Minimum Account Balance Threshold. Unit of Measure: integer part - rubles, fractional part - kopecks Type: `FLOAT`

Request and Command Examples
Request	`*!READ SYSTEM:PWRSAVE`
Command	`*!EDITS SYSTEM:PWRSAVE()`

Position	Name	Description
`1`	condition	Energy Saving Mode: `0` - disabled, `1` - switch to energy saving mode at restoring of the selected sensors, and exit when selected sensors are activated, `2` - switch to energy saving mode out of schedule upon restoting of selected sensors and exit according to the schedule, `3` - switch to energy saving mode out of schedule and exit according to the schedule when selected sensors are activated, `4` - switch to energy saving mode at restoring of selected sensors, and exit after X minutes. `5` - the power-saving mode is controlled by the Complex Events function. Type: `U8`
`2`	activePeriod	Wake-up Time in Periodic Mode (condition = "4"). Unit of Measure: seconds Type: `U16`
`3`	savingPeriod	Sleep Time in Periodic Mode (condition = "4"). Unit of Measure: HH:MM Type: `Char[5]`
`4`	sensors	Sensors Used to Enter Energy Saving Mode (bit string from left to right): `1 bit` - external supply voltage sensor, `2 bit` - engine operation sensor, `3 bit` - SH1…SH4 sensors if no triggering signals occur within, `4 bit` - input; `5 bit` - vibration sensor. Unit of Measure: bit mask as `char` string from left to right Type: `Char[5]`
`5`	line	Input Used to Enter Energy Saving Mode: `0` - UIN1, `1` - UIN2, `2` - UIN3. Type: `U8`
`6`	offGNSS	Turn off GLONASS/GPS when Entering Energy Saving Mode: `0` - do not turn off, `1` - turn off. Type: `U8`
`7`	offGSM	Turn off GSM when Entering Energy Saving Mode: `0` - do not turn off, `1` - turn off. Type: `U8`
`8`	offPeriph	Turn off Peripherals/Digital Interfaces when Entering Energy Saving Mode: `0` - do not turn off, `1` - turn off. Type: `U8`
`9`	offCharger	Turn off Battery Charging when Entering Energy Saving Mode: `0` - do not turn off, `1` - turn off. Type: `U8`
`10`	delayOffGNSS	Turn off GLONASS/GPS Module after a Certain Time. Unit of Measure: seconds Type: `U16`
`11`	delayOffGSM	Turn off GSM after a Certain Time. Unit of Measure: seconds Type: `U16`
`12`	delayOffPeriph	Turn off Peripherals/Digital Interfaces after a Certain Time. Unit of Measure: seconds Type: `U16`
`13`	delayOffCharger	Turn off Battery Charging when Entering Energy Saving Mode after a Certain Time. Unit of Measure: seconds Type: `U16`
`14`	delaySleepMode	Put the Device to Sleep Mode after a Certain Time. Unit of Measure: seconds Type: `U16`
`15`	accelWait	Delay for SH1…SH4 Sensors (Sensors Field) when there are no Triggering Signals within a Certain Time. Unit of Measure: seconds Type: `U16`
`16`	savingMode	When Entering Energy Saving Mode: `0` - change module operation mode, `1` - put the device into sleep mode, `2` - properly turn off the device. Type: `U8`
`17`	savingFlags	Mask Determining Exit from Power Saving Mode for Periodic Mode (condition = "4"): `1 bit` - exit periodically (according to activePeriod and savePeriod parameters), `2 bit` - exit according to schedule (according to the PWRSAVEDAY tag settings). Unit of Measure: bit mask as `char` string from left to right Type: `Char[2]`

Request and Command Examples
Request	`*!READ SYSTEM:PWRSAVEDAY`
Command	`*!EDITS SYSTEM:PWRSAVEDAY()`

Position	Name	Description
`1`	days	Mask Determining which Days are Involved in Energy Saving (bit string from left to right): `1 bit` - Monday, `2 bit` - Tuesday, `3 bit` - Wednesday, `4 bit` - Thursday, `5 bit` - Friday, `6 bit` - Saturday, `7 bit` - Sunday. Unit of Measure: bit mask as `char` string from left to right Type: `Char[7]`
`2`	on1	Monday, Start of the Range Unit of Measure: HH:MM Type: `Char[5]`
`3`	on2	Tuesday, Start of the Range Unit of Measure: HH:MM Type: `Char[5]`
`4`	on3	Wednesday, Start of the Range Unit of Measure: HH:MM Type: `Char[5]`
`5`	on4	Thursday, Start of the Range Unit of Measure: HH:MM Type: `Char[5]`
`6`	on5	Friday, Start of the Range Unit of Measure: HH:MM Type: `Char[5]`
`7`	on6	Saturday, Start of the Range Unit of Measure: HH:MM Type: `Char[5]`
`8`	on7	Sunday, Start of the Range Unit of Measure: HH:MM Type: `Char[5]`
`9`	off1	Monday, End of the Range Unit of Measure: HH:MM Type: `Char[5]`
`10`	off2	Tuesday, End of the Range Unit of Measure: HH:MM Type: `Char[5]`
`11`	off3	Wednesday, End of the Range Unit of Measure: HH:MM Type: `Char[5]`
`12`	off4	Thursday, End of the Range Unit of Measure: HH:MM Type: `Char[5]`
`13`	off5	Friday, End of the Range Unit of Measure: HH:MM Type: `Char[5]`
`14`	off6	Saturday, End of the Range Unit of Measure: HH:MM Type: `Char[5]`
`15`	off7	Sunday, End of the Range Unit of Measure: HH:MM Type: `Char[5]`

¶ Contents

¶ Description

¶ Configuration

¶ TRANS

¶ OBJECT

¶ SRV1

¶

¶ SRV2

¶ SRV3

¶ AP1

¶ AP2

¶ APS

¶ AUTOAPN

¶ RULES

¶ ROAM

¶ ROAMSIM1

¶ ROAMSIM2

¶ CRYPTO

¶ DRC

¶ SIMPRIOR

¶ PROTOCOL

¶ FLEX

¶ USRPRM1

¶ USRPRM2

¶ USRPRM4

¶ USRPRM8

¶ TRACK

¶ POINTS

¶ LIMPOINT

¶ COORDFLT

¶ COORDAVER

¶ MOVESENS

¶ GNSS

¶ SYSTEM

¶ PASS

¶ TIME

¶ BALANCE

¶ MOTO

¶ PWRSAVE

¶ PWRSAVEDAY

¶ FUEL

¶ ENGSENS

¶ PWRSENS

¶ SIM

¶ SDBB

¶ EVAC

¶ JAMM

¶ NTP

¶ DEBUG

¶ CAN

¶ DEVICE

¶ BUS1

¶ BUS2

¶ PARAMS

¶ S6DFM1

¶ S6DUT1

¶ S6DUT2

¶ S6DUT3

¶ S6DUT4

¶ S6DUT5

¶ S6DUT6

¶ S6DUT7

¶ S6DUT8

¶ RS232

¶ OPTIONS

¶ FS1

¶ TACH

¶ TPMS

¶ RFID

¶ PCNT

¶ DTCN

¶ DDU

¶ REFR

¶ RS485

¶ OPTIONS

¶ FS1

¶ FS2

¶ FS3

¶ FS4

¶ FS5

Position	Name	Description
`1`	sensors	Sensor Readings will Only Be Considered at (bit string from left to right): `1 bit` - ignition line activation, `2 bit` - active engine sensor (by supply voltage), `3 bit` - sufficient supply voltage level. Unit of Measure: bit mask as `char` string from left to right Type: `Char[3]`
`2`	unblockVolt	Voltage Level to Enable Sensors. Unit of Measure: millivolts Type: `U16`
`3`	blockVolt	Voltage Level to Disable Sensors. Unit of Measure: millivolts Type: `U16`
`4`	unblockDelay	Delay Before Sensor Activation. Unit of Measure: seconds Type: `U32`
`5`	errorMode	When Digital I/O Malfunctions Occur: `0` - transmit error codes, `1` - record last readings. Type: `U8`

Request and Command Examples
Request	`*!READ SYSTEM:ENGSENS`
Command	`*!EDITS SYSTEM:ENGSENS()`

Position	Name	Description
`1`	useCustom	Set the Voltage Threshold Value Manually: `0` - default threshold, `1` - manual threshold. Type: `U8`
`2`	voltageLvl	Power Supply Voltage Threshold Unit of Measure: millivolts Type: `U16`
`3`	noEvent	Do not Generate Events when the Engine Operation Sensor State Changes: `0` - generate, `1` - do not generate. Type: `U8`
`4`	pulseLvl	Threshold Activation Value Type: `U32`
`5`	delay	Sensor Activation Delay Unit of Measure: sec Type: `U8`

Request and Command Examples
Request	`*!READ SYSTEM:PWRSENS`
Commands	`*!EDITS SYSTEM:PWRSENS()`

Position	Name	Description
`1`	alarmLvl	Supply Voltage Sensor Activation Level. Unit of Measure: millivolts Type: `U16`
`2`	restoreLvl	Supply Voltage Sensor Restiration Level. Unit of Measure: millivolts Type: `U16`
`3`	delay	Sensor Activation Delay. Unit of Measure: sec Type: `U8`
`4`	line	Only for S-241x, S-201x Number of Input Used for Supply Voltage Detection: `0` - not used, `3` - use for monitoring main power voltage AIN3. Type: `U8`

Position	Name	Description
`1`	use	Time Synchronization via NTP: `0` - disable `1` - enable Type: `U8`
`2`	usualPeriod	Synchronization Period Unit of Measure: min Type: `U16`
`3`	faultPeriod	Synchronization Period if the Previous Attempt Failed Unit of Measure: min Type: `U16`
`4`	ntpSrv1	NTP Server #1 Type: `Char[23]`
`5`	ntpSrv2	NTP Server #2 Type: `Char[23]`
`6`	ntpSrv3	NTP Server #3 Type: `Char[23]`
`7`	ntpSrv4	NTP Server #4 Type: `Char[23]`

Position	Name	Description
`1`	inner	Use Built-in CAN Interface: `0` - do not use `1` - use Type: `U8`
`2`	passive	Operating Mode of the Built-in CAN Interface: `0` - active `1` - passive Type: `U8`
`3`	boudrate	Baud Rate of the Built-in CAN Interface Unit of Measure: bits/s Type: `U32`
`4`	custom	Mode of Reading Parameters of the Built-in CAN Interface: `0` - according to decoding file `1` - according to user parameters `2` - according to OBD-II standard Type: `U8`
`5`	autobaudrate	Automatic CAN Bus Baud Rate Selection: `0` - do not use `1` - use Type: `U8`
`6`	sendAlways	Used if "passive = 0" Send Requests Even if there is no Data on the Bus: `0` - do not send `1` - send Type: `U8`

Position	Name	Description
`1`	mode	Flow Meter Operation Mode: `0` - do not operate `1` - operate with one flow meter `2` - operate with two flow meters in differential mode Type: `U8`
`2`	address1	Address of the First Flow Meter (Fuel Supply Line) Type: `U8`
`3`	address2	Parameter Available Only if "Mode = 2" Address of the Second Flow Meter (Fuel Return Line) Type: `U8`

Position	Name	Description
`1`	address	Network Address of the Sensor Type: `U8`
`2`	outFS	Index of the RS485 Sensor whose Parameter Data is Transmitted to the Server Index 1 = RS-485 Fuel Sensor #1 Type: `U8`
`3`	filterMode	Filtering: `0` - disabled `1` - enabled Type: `U8`
`4`	filterLength	Averaging Window Value 1 - no averaging Type: `U8`
`5`	filterLvl	Additional Filtering Level. Value 0 - no additional filtering Type: `U8`
`6`	thld	Sensitivity Threshold for Generating Points on the Graph Value 0 - threshold not used Type: `U16`
`7`	thldOff	Ignore Threshold (thld) in Motion: `0` - do not ignore `1` - ignore Type: `U8`

Request and Command Examples
Request	`*!READ RS232:OPTIONS`
Command	`*!EDITS RS232:OPTIONS()`