BITREK BI-530P TREK User manual

Research and Production Enterprise "DISC SYSTEMS" LTD
EDRPOU 16303375, a/c No.260075014037759
at PJSC "UKREXIMBANK" in c. Kyiv
MFO 380333, TIN 163033726585
www.bitrek.com.ua
[email protected].ua
[phone]
03061, Ukraine, c. Kyiv, 95-S Otradny ave., Telephone [phone]. Fax [phone]. www.bitrek.com.ua, [e-mail]
Vehicles Tracking Device
BI-530P TREK
Operating manual
Version 2020.06.1

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Introduction...................................................................................................... 3
Safety requirements within installation and maintenance of “BI-530P TREK”
tracking device .............................................................................................. 3
Transportation and storage ............................................................................. 3
Warranty ...................................................................................................... 3
Device ............................................................................................................. 3
Purpose ........................................................................................................ 3
Operation principles ....................................................................................... 4
Technical specifications................................................................................... 5
Supply package ............................................................................................. 6
Preparation for operation, commissioning ............................................................. 6
SIM-card installation ...................................................................................... 6
Connectors for power supply and peripherals..................................................... 7
Assembly, commissioning ................................................................................... 9
Assembly recommendations ............................................................................ 9
Electrical connections ..................................................................................... 9
Device to computer connection ........................................................................ 9
Description of indication ............................................................................... 10
Adjustment of “BI-530P TREK” device ................................................................ 11
Basic information ......................................................................................... 11
List of information commands to operate the device ......................................... 11
List of control commands to operate the device ............................................... 14
Basic configuration....................................................................................... 16
Security settings.......................................................................................... 16
Adjustment of I/O elements .......................................................................... 17
Notifications ................................................................................................ 20
Roaming options .......................................................................................... 21
Configuring the device to work with the RFID reader by RCS SOVA protocol on
RS-485 bus ................................................................................................. 21
Configuring the device for working with fuel level sensors by RS-485 ................. 22
Setting the device for temperature sensors ..................................................... 22
Setting the device for electronic keys ............................................................. 23
Configuring the device to work with CAN-LOG ................................................. 24
Configuring the device for working with fuel level sensors via RS-232 ................ 24
Setting the device to work with tires pressure sensors via RS-232 ..................... 25
Appendix 1 –Device parameters ....................................................................... 26
Appendix 2 –List of I/O elements...................................................................... 35
Appendix 3 –List of CAN-LOG I/O elements........................................................ 39
Appendix 4 –Selecting a discrete output control source ....................................... 43
Appendix 5 –List of TPMS I/O elements ............................................................. 44

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Introduction
Safety requirements within installation and maintenance
of “BI-530P TREK”tracking device
Technical staff involved in installation of tracking device is in charge
for compliance with security measures, as well as the staff responsible for
equipment at the work area.
To prevent damage, device shall be stored in a shock-proof
packaging. Before using, place the device so that you can see the
indication display elements. Before connecting/disconnecting the power
socket and inputs/outputs, turn off the power supply.
Transportation and storage
Transportation of tracking device in the transport packaging of the
manufacturer is allowed by all kinds of enclosed land and sea transport
(rail cars, containers, vehicles of closed type, bilges, etc.). Transportation
in pressurized heated compartments of the aircraft is allowed.
Transportation and storage shall comply with requirements
specified by the signs on the packages.
Warranty
Warranty period of operation of tracking device is 12 months from
the date of sale of the device.
The warranty obligations of the manufacturer are valid if the
consumer observes the requirements of this manual. In case of their
violation, or at any mechanical or electrical damages caused by factors
other than specified by this manual, the warranty shall be considered null
and void.
Device
Purpose
Tracking device “BI-530P TREK”shall be applied to solve issues of
navigation, remote control and monitoring of a vehicle or other remote
object.
The tracking device is designed to be installed on any mobile or
remote stationary object in order to:
determine the geographical coordinates, speed and direction
of movement;
ensure data collection from external devices;
control actuating mechanisms;
transmit data to the control dispatching center.

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Standart data communication channel is the network of mobile
communication operator with GSM standard 900/1800 or GSM
850/900/1800/1900. LBS, GPS or LBS, GPS/GLONASS are used to
determine the coordinates.
Device shall be installed out of reach of the driver.
The device is not designed to run on water transport.
Operation principles
In real time mode the tracking device:
determines location and movement parameters of the object
(time, geographical coordinates, speed, and direction).
collects and processes information from the analog, digital,
and discrete sensors
ensures control over actuating mechanisms upon command
from the control dispatching panel.
Received data are recorded and stored in an internal log, which is
implemented on microchip of nonvolatile memory. At specified intervals
or according to event entries from this log are sent to the server of the
dispatcher via the GSM network. Exchange of information is carried out
by means of GPRS and SMS channels.
Operation of the device in “on-line”mode is possible only at
presence of the network coverage. Outside GSM network coverage, the
tracking unit operates in the “black box”mode, i.e., it records all
information in the nonvolatile memory and sends it when the vehicle is
entering a GSM coverage area.

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Technical specifications
Table 1 –Technical specifications
No.
Name
Technical
specification
1
Data transmission standard
GSM 900/1800 or GSM
850/900/1800/1900
2
GSM network communication channel
GPRS, SMS
3
SIM-cards quantity
1
4
SIM-card format
Micro-SIM
5
GPRS class
10
6
Type of navigation system
LBS, GPS or LBS,
GPS/GLONASS
7
GSM and GPS antennas
Internal
8
Auxiliary digital interfaces
RS-485, RS-232, 1-Wire
9
Motion sensor
Accelerometer
10
Number of discrete inputs with active
“0”
2
11
Number of discrete outputs
1
12
Type of power supply
Direct current
13
Accumulator battery capacity
130 mAh
14
Supply voltage
From 6 V to 36 V
15
Average consumption current (12 V)
60 mA
16
Range of voltages of discrete inputs
From 0 V to 40 V
17
Type of discrete outputs
Open collector
18
Maximum current of discrete outputs
0.5 А
19
Number of analog inputs
2
20
Range of voltage of analog inputs
From 0 V to 27 V
21
Volume of nonvolatile memory
2 MB (or 50 000
records)
22
Operating temperature
From -30 °C to +80 °C
23
Relative humidity of air
(80±15) %
24
Dimensions (L x W x H)
(96 x 77 x 14) mm
25
Weight of the device
75 g
26
Housing protection class
IP54
27
Housing material
Plastic ABS UL94V0
Design of tracking device
Appearance and dimensions of the tracking device “BI-530P TREK”are
shown in Figure 1.

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Figure 1 –Appearance and design of the device.
Supply package
The tracking device “BI-530P TREK”is provided with the following set:
1. Tracking device “BI-530P TREK”–1 piece.
2. Connection cable –1 piece.
3. Technical data sheet –1 piece.
4. Warranty card –1 piece.
5. Package box –1 piece.
Preparation for operation, commissioning
SIM-card installation
To operate in GSM network device shall contain installed SIM-card of
Micro-SIM format. Phone book of SIM-card shall remain empty, PIN-code
shall be removed (use of SIM-card with PIN-code can be allowed subject
to entering the PIN-code to the device settings).
To install the SIM-card disconnect the power socket from the
device, remove the side cover and install the SIM-card into the slot (see
Figure 2).

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Figure 2 –Installation of SIM-card into the device.
Connectors for power supply and peripherals
The rear panel of the tracking device contains sockets for
connecting cables. Connecting cables in turn have outlets for power,
analog, digital, discrete sensors and actuating mechanisms. Location of
sockets and numbering of contacts are shown in Figure 3.
Marking of connector pins for power supply, sensors and
peripherals is shown in Table 2.

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Figure 3 –Location of sockets and numbering of contact elements.
Table 2 –Designation of contact elements
No.
Color
Contact
name
Signal type
Contact assignment
1
Black
GND
Power supply
Common cable (ground)
2
Brown
DAT_low 1
Input
Digital input with active
“0”No. 1
3
Black
GND
Power supply
Common cable (ground)
4
White
AN in 1
Input
Analogue input No. 1
5
Violet
Out 1
Output
Digital output No. 1
6
Orange
RS-485 A
Input/output
Signal “А” RS-485
7
Red/
Black
1-Wire
PWR
Power supply
1-Wire power
8
Red
+ V in
Power supply
“+”onboard power supply
(rated voltage 12 V or 24
V)
9
Blue
DAT_low 2
Input
Digital input with active
“0”No. 2
10
Yellow
RS-232 TX
Input/output
Signal “TX” RS-232
11
Pink
RS-232 RX
Input/output
Signal “RX” RS-232
12
Grey
AN in 2
Input
Analogue input No. 2
13
Green
RS-485 B
Input/output
Signal “B”RS-485
14
Yellow/
Green
1-Wire
Input/output
1-Wire data

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Assembly, commissioning
Assembly recommendations
Zone of installation of tracking device shall enable the connecting of
the pin to it and disable the possibility of accidental damage to the
device, moisture, impact of high temperature. Recommended location for
installation in the vehicle is an empty space under the dashboard inside
the vehicle; in addition, the device shall be placed in a way ensuring the
upper side with LEDs to face up.
The body of the device contains grooves for easy fastening with
plastic ties.
Electrical connections
Power supply wires are laid through the maintenance holes in the
body of the vehicle from the regular battery location to the place of
installation of the tracking device. Power wires are connected to the
corresponding battery terminals.
Carrying out welding work during the repair of the vehicle
necessarily requires disabling of power socket and peripherals.
The active state for discrete input with active “0”is a connection of
this input with the negative of the power (ground). The passive state for
this input is the lack of connection (“in the air”input).
Analog input voltage can range from 0 V to 27 V.
The discrete output of the device are made according to the
scheme such as “Open collector”. The load shall be connected to the gap
between the discrete output and “+”power of the on-board network.
When activated, the output gets ground switching. Maximum current of
the discrete output load shall not exceed 0.5 A. If it is needed to switch
higher currents, connect digital outputs via additional relay.
The voltage on the discrete inputs shall not exceed 40 V.
The voltage on the analog inputs shall not exceed 27 V.
The power supply voltage of the device shall not exceed 36 V.
Otherwise, the device may be disabled.
Device to computer connection
The tracking device can be connected to a PC, in order to configure
the device, as well as to perform maintenance works. For this purpose,
the device is equipped with a service UART output. To connect to a
computer, use an additional USB-UART converter, which can be
purchased from a dealer for an additional fee.
UART service output socket is located on the board of the device
next to the SIM-card slot. To access the socket, remove the side cover of

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the device. Procedure of connection of USB-UART converter cable is
shown in Figure 4.
Connect the cable of USB-UART converter to the tracking device so
that the arrow on the cable socket to be located closer to the SIM-card
slot (see Figure 4).
To work with the USB-UART converter, install the appropriate
device drivers. They can be downloaded from the official website:
http://www.ftdichip.com
To exchange data with the device, use a terminal program. Settings
of the terminal: speed –115200 bit/second, data bit –8, stop bit –1, no
parity check, no flow control.
Figure 4 –Connection of the cable of USB-UART converter to the
device “BI-530P TREK”.
Once connected, the device will transmit data about its state to the
terminal. In addition, the user is able to use a terminal program to send
commands to a device and receive response to them. Send preliminary to
device the password to access the terminal in the following format:
TPASS: password;
, where password is a password for access to the device terminal (default
value is 11111).
Lifetime of access password after sending is 60 seconds.
After this time, re-send the password to exchange data with the device.
Description of indication
Top panel of the tracking device contains two LEDs that indicate the
current status of the device.
LED “STATUS”(red) is on for 0.5 seconds and is off for 0.5 seconds
when GPRS connection is inactive; is constantly on when GPRS

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connection is active and the device is connected to a remote server; LED
slowly flashes for 0.2 seconds when GPRS connection is not active, and
the modem is in sleep mode.
LED “GNSS”(green) flashes (or lights) when the device is
receiving correct position coordinates and is off when the device is not
receiving the coordinates, or the signal is too weak, and the data are not
correct.
Adjustment of “BI-530P TREK”device
Basic information
The tracking device “BI-530P TREK”can be configured in following
ways:
1. With a direct connection of the device to a computer.
2. Remotely, using SMS commands.
3. Remotely, using the configuration server.
Setting of the device through any of the available methods is
limited with the setting of the required values of the device parameters.
Each parameter has its own unique ID. Special commands are used to
read/record the values of selected parameter.
At remote configuration via SMS take into consideration that the
total length of the SMS shall not exceed 160 Latin characters. Number of
commands in SMS is limited to a maximum length of SMS.
All commands for the device are divided into control and
information commands.
List of information commands to operate the device
Table 3 –List of information commands to operate the device “BI-530P
TREK”
No.
Command
Description
Availability
of response
1
getstatus
Information about current state of
the device
yes
2
getgps
Current GPS coordinates and time of
device.
Yes
3
getmap
Request of device coordinates
yes
4
getver
Request of the version of the device
software
yes
5
getio
Read the value of the device’s
internal sensors
yes
6
flush
Request of device profile parameters
yes
7
getparam
####
Read the value of the parameter by
its ID
yes
Notes to Table 3.

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Information about current state of the device
Command to be send –getstatus;
Example of response:
«Data Link: 1 GPRS: 1 IP: xxx.xxx.xxx.xxx GSM: 4 Roaming: 0»
, where:
Data link –current connection status (0 –not connected to the server, 1
–connected to the server);
GPRS –status GPRS (0 –not active, 1 –active);
IP –IP address of the device. With an active GPRS connection it is
assigned by the operator (not to be confused with the IP address of the
server);
GSM –level of GSM signal (1 –minimum, 5 –maximum);
Roaming –SIM-card in roaming (0 –home network, 1 –roaming).
Current GPS coordinates and time of device.
Command to be send –getgps;
Example of response:
“GPS: 1 Sat: 7 Lat: 50.2345 Long: 30.1652 Alt: 123 Speed: 0, Dir: 77
Date: 2018/4/15 Time: 14:37:32”
, where:
GPS –status of GPS data (1–valid, 0 –invalid);
Sat –number of satellites visible for the device;
Lat –latitude (last known latitude);
Long –longitude (last known longitude);
Alt –altitude, height above sea level;
Speed –speed (km/hour);
Dir –direction of motion (degrees);
Date –current date (1980/1/6 is transmitted in the absence of GPS-
signal);
Time –current GMT time (in the absence of a GPS signal there is
transmitted 00:00:00).
Request of device coordinates.
Command to be send –getmap;
Example of response:
«www.biakom.com/maps/q=50.420209,30.428448,12,0»
Request of the version of the device software
Command to be send –getver;
Example of response:
«BI-530P Ver: 0.0.7»
Read the values of the device’s sensors.
Command to be send –getio;
Example of response:

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«DL1: 1 DL2: 0 DO1: 0 VPSV: 12996mV VBAT: 4290mV AIN1: 37mV
AIN2: 38mV»
, where:
DL1: 1 DL2:0 –current state of the discrete inputs;
DO1: 0 –current state of the discrete output;
VPSV –external power supply, millivolts;
VBAT –power supply of device accumulator battery, millivolts;
AIN1: 37mV AIN2: 38mV –analog inputs voltage, millivolts.
Request of device profile parameters.
Command to be send –flush;
Example of response:
«xxxxxxxxxxxxxxx, gps.utel.ua, none, none, xxx.xxx.xxx.xxx, xxxxx 0»
, where:
IMEI (xxxxxxxxxxxxxxx) –identification number (IMEI) of the device;
APN (gps.utel.ua) –access point for GPRS connection (to be specified by
the operator);
Login (none) –access login to GPRS (to be specified by the operator,
usually, it is not required);
Password (none) –access password to GPRS (to be specified by the
operator, usually, it is not required);
IP (xxx.xxx.xxx.xxx) –Server IP address for data transmission;
PORT (xxxxx) –PORT of server for data transmission;
MODE (0) –mode of device operation (0 –TCP/IP connection).
Read the value of the parameter by its ID
Command to be send –getparam ####;
Parameter ID (####) consists of four digits and indicates the number of
the parameter. All configurable parameters are specified in the list of
device parameters (see Appendix 1 and Appendix 2).
Example of response:
«Param ID #### Val: #»
, where:
Param ID –ID of requested parameters;
Val –current value of parameter.
Example of the command to request APN of the device (a parameter that
contains the APN device has ID 0242) –getparam 0242;
Example of response:
«Param ID 0242 Val: gps.utel.ua».

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List of control commands to operate the device
Table 4 –List of control commands to operate the device
No.
Command
Description
Availability
of response
1
cpureset
Reload of device processor
no
2
rstallprof
Restoring of original state of profile
settings
no
3
deleterecords
Deletion of all saved records
no
4
setparam
####
Set the value of the parameter by ID
yes
5
boot #,#,#
Update of device software
yes
6
setdigout ##
Set the mode of operation of digital
output Out 1
Yes
7
ignitionoff
Activation of the safety locking of
ignition
yes
8
ignitionon
Deactivation of the safety locking of
ignition
yes
Notes to Table 4.
Reboot of device processor.
Command to be send –cpureset;
No response is returned for this command. Receipt of the command
initiates a complete restart of all device processes.
Restoring of original state of profile settings.
Command to be send –rstallprof;
No response is returned for this command. Receipt of this command
initiates reset of profile parameters to default ones.
Deletion of all saved records.
Command to be send –deleterecords;
No response is returned for this command. Receipt of the command
deletes all the data packets from the device memory.
Set the value of the parameter by ID
Command to be send –setparam ####;
Parameter ID (####) consists of four digits and indicates the number of
the parameter. All configurable parameters are specified in the list of
device parameters (see Appendix 1 and Appendix 2).
Example of response:
«Param ID #### New Val: #»
, where:
Param ID –ID of parameter to be set up;
New Val –assigned value of parameter.
Example of the command to set APN of the device (a parameter that
contains the APN device has ID 0242) –setparam 0242 gps.utel.ua;

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Example of response:
“Param ID 0242 New Val: gps.utel.ua».
Update of device software.
Command to be send –BOOT #,#,#;
Example of command to update the software:
«BOOT fw.bitrek.ua,80,*.bin;»
, where:
«HOST» - (fw.bitrek.ua,) is address of server locating the update files;
«PORT» –(80,) –port of server locating the update files;
«Firmware» - (*.bin;) –binary update file,
where * is the firmware version, .bin is the file
extension.
This command allows remote software update of the device via GPRS
channel.
Note: Enable “download”for the SIM-card, and set the session timeout
not less than 10 seconds.
There are following responses at attempt to update the device software:
«BOOT: UPDATE DOWNLOAD OK»- successful update;
«BOOT: WAITE ERROR» – exceeded timeout at downloading software
update;
«BOOT: HOST CONNECT ERROR» –failure to connect to SW server;
«BOOT: PAGE LOAD ERROR» –failure to load the file;
«BOOT: UPDATE DOWNLOAD ERROR» –failure to update the file.
Set the mode of operation of digital output Out 1.
Command to be send –setdigout #;
Example of command for the activation of the output Out 1: setdigout 1;
When it is necessary to activate the output, set the output value must to
“1”. When it is necessary to deactivate the output, set the value to “0”.
Activate/deactivate the safety locking of ignition.
Command to activate safe locking –ignitionon;
Command to deactivate safe locking –ignitionoff;
In case of activation of secure locking the discrete output Out 1 will be
activated if the speed according to GPS is less than 5 km/h.
Examples of response:
«Set RQS To Ignition On» - ignition switch on;
«Set RQS To Ignition Off» - ignition switch off;

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Basic configuration
After installing the SIM-card of the mobile operator and connection
of the power supply, the device shall be configured to transmit data to
the server.
All adjustable parameters of the device are divided into groups:
Server and GPRS.
Tracking.
Security.
Service.
Voice communication.
Roaming.
Setting required for basic operation of the device include data
transmission and tracking. They are grouped in “Server and GPRS”and
“Tracking”. After setting up the necessary parameters the device will
transmit data about its current location to the server.
All parameters available for configuration are specified in Appendix
1.
Security settings
To meet the safety conditions, access to the configuration of the
device can be limited.
At connection your device to the PC using USB-UART converter,
every time you send a command, the device requires the access
password. Standard access code is 11111. Lifetime of password is 60
seconds. After this timeout the password shall be re-entered. Access
password can be changed by the user (ID 0910, see Appendix 1).
Format of sending a standard password to the device is TPASS:
11111;
Examples of response:
«TASK COM TERM: PASSWORD OK» –correct password is entered;
«TASK COM TERM: INCORRECT PASSWORD» –incorrect password is
entered;
When sending commands via SMS, set the login and password of
SMS access. To set the login use ID 0252 parameter, to set the password
use ID 0253.
To set the login and password, any SMS command shall have the
following structure to be sent:
<Login><Password><Command1>;<Command2>;<Command3>;
Example of the command to be sent: abcd 1234 getgps; getstatus;
In addition to the login and password, use the authorized phone
numbers. To record the telephone numbers in the memory device use the
parameters ID 0261 –ID 0269 (Appendix 1). Total up to 9 phone
numbers can be applied. When using this function, the device will
respond to SMS from the stored in the memory authorized phone

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numbers only. If the login and password are set by SMS, they shall be
specified in each SMS with commands.
Adjustment of I/O elements
The tracking device “BI-530R TREK”is able to collect, process and
send to the server the data received from various sensors. Each sensor is
an I/O element and has a group consisting of 6 parameters for setting.
For example, to set the value of power supply voltage level to the server,
use group of parameters of ID 0410/0411/0412/0413/0414/0415. These
options have the following structure:
0410/0411/0412/0413/0414/0415
First 3 numbers (green) refer to parameter group number to
configure the I/O element.
Last number (grey) is a parameter number.
6 parameters (from 0 to 5) are available for a single I/O element.
Possible values of these parameters are presented in Table 5.
Table 5 –List of parameters of I/O elements
Parameter
number
Description
Possible values
0
Enable/disable I/O
element
0 –disabled; 1 –enabled
1
Priority of I/O element
at transmission
0 –low; 1 –high
2
Upper limit
(depending on the type of I/O
element)
3
Lower limit
(depending on the type of I/O
element)
4
Setting of the type of
the generated event
0 –entering the range;
1 –leaving the range;
2 –returning/leaving to/of the
range;
3 –monitoring;
4 –monitoring + entering the
range;
5 –monitoring + leaving the
range;
6 –monitoring + return to/leaving
the range;
7 –generation of the event to
change the input value to a
predetermined value;
8 –generation of the event to
change the input value to a
predetermined value + monitoring
5
Averaging constant
From 0 and higher

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Notes to Table 5:
Parameter 0 –on/off of transmission of I/O element to the server.
Parameter 1 –Priority: low/high. While selecting “Priority:
low”–data of the sensor will be sent to the server with the following
data packet. While selecting “Priority: high”data of the sensor will be
sent to the server at the earliest possible opportunity.
Parameter 2 –Upper limit –set the upper limit of the I/O element.
Parameter 3 –Lower limit –set the lower limit of the I/O element.
Parameter 4 –Set the type of the generated event:
0 –Returning to the range.
At a specific range of sensor values (range of values is specified as
follows –lower limit of the range is recorded to the corresponding
parameter –“Lower limit”, upper limit of the range is recorded to
the corresponding parameter “Upper limit”), the event will be
generated when the actual value of the sensor gets within the
specified range. In other cases, the event will not be created and
the information will not be sent to the server.
Example: The lower voltage limit is set to 0, the upper limit is set
to 10 V (10 000 mV). Lowering the voltage below 10 V will
generate the event (see Figure 5).
Figure 5 –Generation of event by returning to the range.
1 –Leaving the range.
The event will be generated if the actual sensor value is outside the
predetermined range.
Example: The lower voltage limit is set to 0, the upper limit is set

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to 10 V (10 000 mV). Rising of the voltage above 10 V will generate
the event (see Figure 6).
Figure 6 –Generation of event by leaving the range.
2 –Returning/leaving to/of the range.
Event is generated every time when the actual value of the sensor
is out of the limits of the predetermined range.
Example: The lower voltage limit is set to 5 V (5 000 mV), the
upper limit is set to 10 V (10 000 mV). When the actual voltage
crosses limits of the specified range, then event is generated (see
Figure 7).
Figure 7 –Generation of event by returning/leaving to/of the
range.
3 –Monitoring.
When this mode is selected, data will be transmitted continuously,
the events will not be generated.
4 –Monitoring + entering the range.
When there is generated the event after entering the range, the
actual value of the sensor starts to be transmitted to the server in
the monitoring mode.

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5 –Monitoring + leaving the range.
When there is generated the event after leaving the range, the
actual value of the sensor starts to be transmitted to the server in
the monitoring mode.
6 –Monitoring + returning/leaving to/of the range.
When one of the events is generated, the actual value of the sensor
starts to be transmitted to the server.
7 –Change of the input value to a predetermined value.
Changing of the input value to the predetermined value in either
direction will cause the event generation. The value is recorded to
the parameter “Upper limit”.
8 –Monitoring + change of the input value to a predetermined
value.
When the event is generated, the actual value of the sensor starts
to be transmitted to the server.
Parameter 5 –Averaging constant.
It is time required for I/O to be in a certain state in order to
generate an event. It is measured in milliseconds (X*50 ms, i.e., while
setting 10, the constant will be equal to 10*50=500 ms).
List of all I/O components of the device, available for configuration,
is provided Appendix 2.
Notifications
Device can be configured to perform an outgoing voice call at
occurrence of certain conditions. Such a condition is a triggering of
predetermined I/O element. Voice calls shall be enabled in the general
settings of the device. I/O element shall be enabled, configured for one
of the events (entry to the range, exit out of the range, entry/exit in/out
of the range), its ID shall be defined as a trigger of outgoing call; Phone0
authorized phone number shall be defined.
An additional condition includes finding of the device in the
coverage area of GSM-operator and sufficient funds in the account. At the
absence of coverage the pursuant outgoing call will be postponed until
the moment when the device gets into the coverage area. The device
performs one attempt to make a voice call, per each trigger.
Setting to configure alerts are provided in the “Security”section in
Appendix 1. Authorized phone number Phone0 is recorded in the
parameter ID 0261.
In addition to a voice call, the device can send SMS to the
authorized phone number when the events occur. ID of I/O element,
which is used to send SMS, shall be defined as a trigger for outgoing SMS
messages. In addition to the SMS message you can add customized text,
where the text length shall not exceed 30 characters in the Latin
alphabet.