BITREK BI-530P TREK Operating Manual Download

Page: 26 / 49

www.bitrek.com.ua

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+380 44 507 02 07

Appendix 1 – Device parameters

Name of

parameter

ID at

configuration

Grade of

parameter

Parameter purpose

Measurement

unit

Default value

Server and GPRS

ipsHost0

0245

string

IP or DNS of primary

server

193.193.165.165

ipsPort0

0246

2 byte

PORT of primary server

20127

ipsPass

0211

string

Password IPS of primary

server

1111

ipsHost1

0188

string

IP address of backup

server

193.193.165.165

ipsPort1

0189

2 byte

PORT of backup server

20127

ConfServEna

0908

1 byte

Operation with the

configuration server (0 –

disabled, 1 – enabled)

settingsHost

0220

string

IP or DNS of WEB

configuration server

configurator.

bitrek.com.ua

settingsPort

0221

2 byte

PORT of WEB

configuration server

55755

settingsTimeOut

0222

2 byte

Period of connection to

WEB configuration server

second

900

settingsPass

0223

string

Access password to WEB

configuration server

1111

APN

0242

string

Access point of GPRS

gps.utel.ua

Usname

0243

string

Access login of GPRS

none

Uspass

0244

string

Access password of GPRS

none

Connect Try

Amount

0904

1 byte

Number of attempts in

the series of connection

to the server

pcs

Summary of Contents for BI-530P TREK

Page 1: ... UKREXIMBANK in c Kyiv MFO 380333 TIN 163033726585 www bitrek com ua sales bitrek com ua 380 44 507 02 07 03061 Ukraine c Kyiv 95 S Otradny ave Telephone 38044 507 02 07 Fax 38044 507 02 02 www bitrek com ua sales bitrek com ua Vehicles Tracking Device BI 530P TREK Operating manual Version 2020 06 1 ...

Page 2: ... 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 t...

Page 3: ...ortation 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 the...

Page 4: ...es 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 ...

Page 5: ...s 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...

Page 6: ... 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 so...

Page 7: ...pherals 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 ...

Page 8: ...le 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 S...

Page 9: ...h 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 Ma...

Page 10: ...ction 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 ...

Page 11: ...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 informati...

Page 12: ...end 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 i...

Page 13: ...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 sen...

Page 14: ...ommand 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 c...

Page 15: ...sful 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 necessa...

Page 16: ... 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 i...

Page 17: ...mber 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...

Page 18: ... 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 sen...

Page 19: ...ple 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 ...

Page 20: ...ations 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 trigge...

Page 21: ...ut after which the process will be repeated Configuring the device to work with the RFID reader by RCS SOVA protocol on RS 485 bus BI 530P TREK tracking device enables work with RFID reader using RCS SOVA protocol via RS 485 bus By default the device is programmed to poll RFID reader at the 9th address To correctly configure the reader please first familiarize with the device technical documentati...

Page 22: ...nprocessed raw data from level sensors as well as data processed by Kalman software filter Filtered and unfiltered values are passed by different I O elements see Appendix 2 In addition if fuel level sensors are equipped with a built in temperature sensor it is possible to obtain these data and transfer them to the server see Appendix 2 Setting the device for temperature sensors The tracking devic...

Page 23: ...l iButton protocol Such devices can operate on the 1 Wire interface only in the absence of other devices for example thermal sensors on the bus An example of such devices is some CP Z2L readers Operation mode is set with ID 0991 Appendix 1 If I O element of Ekey Appendix 2 is set up its number will be sent to the server when the electronic key is brought to In addition to the transmission of key n...

Page 24: ...device BI 530P TREK has the ability to work with the CAN LOG device via the RS 232 interface To enable the work you must send the appropriate command setparam 5007 1 CAN LOG V1 setparam 5007 3 CAN LOG V4 List of all I O components of the CAN LOG device is provided in Appendix 3 Configuring the device for working with fuel level sensors via RS 232 BI 530P TREK tracking device enables work with fuel...

Page 25: ... of pressure and air temperature for each of the sensors to the server A list of all available I O elements for working with pressure sensors is provided in Appendix 5 To enable work with pressure sensors it is necessary to set the appropriate mode of operation for RS 232 To do this send the command setparam 5007 5 Receiver connector pinout is discribed at Figure 8 Figure 8 CUB receiver connector ...

Page 26: ...ORT of backup server 20127 ConfServEna 0908 1 byte Operation with the configuration server 0 disabled 1 enabled 1 settingsHost 0220 string IP or DNS of WEB configuration server configurator bitrek com ua settingsPort 0221 2 byte PORT of WEB configuration server 55755 settingsTimeOut 0222 2 byte Period of connection to WEB configuration server second 900 settingsPass 0223 string Access password to ...

Page 27: ... IPS 0 GPRSRegTimeout 4018 2 byte GPRS network registration timeout second 120 GSMRegTimeout 4019 2 byte GSM network registration timeout second 120 Tracking Enable Time Period 0900 1 byte Permission to record by time 1 Enable Dist Period 0901 1 byte Permission to record by distance 1 Enable Angle Period 0902 1 byte Permission to record by azimuth 1 Day Period 0903 2 byte Period of readout by time...

Page 28: ...s degree 3 Delta Y 0282 1 byte Angle of deviation of the accelerometer by Y axis degree 3 Delta Z 0283 1 byte Angle of deviation of the accelerometer by Z axis degree 3 Start Move Timeout 0284 2 byte Timeout of movement start according to the accelerometer 0 1 sec 50 Stop Move Timeout 0285 2 byte Timeout of movement stop according to the accelerometer 0 1 sec 200 Min_GPS_Speed 0918 1 byte Minimum ...

Page 29: ...tring Authorized telephone number 2 Phone3 0264 string Authorized telephone number 3 Phone4 0265 string Authorized telephone number 4 Phone5 0266 string Authorized telephone number 5 Phone6 0267 string Authorized telephone number 6 Phone7 0268 string Authorized telephone number 7 Phone8 0269 string Authorized telephone number 8 SMS Login 0252 string Access login by SMS SMS Password 0253 string Acc...

Page 30: ...oot Per 0186 1 byte Period of the regular reboot of the device hour 24 Reboot Type 0187 1 byte Type of device reboot 0 complex 1 modem only 0 ErrSatNum 0992 1 byte Authorization to set the number of satellites at the loss of GPS signal pcs 0 ringNum 0912 1 byte Number of rings before automatic response to check the SIM card pcs 3 NTP_Ena 0909 1 byte Time synchronization via NTP 1 enabled 0 disable...

Page 31: ... send an SMS to authorized phone number when the events occur SMSText 0817 string Text added to the SMS no more than 30 characters in the Latin alphabet Roaming Operator selection 0917 1 byte Operator selection mode 0 UsipTable 0020 0059 string List of codes of authorized operators UsAPNTable 0060 0099 string List of APN of authorized operators UsLoginTable 0100 0139 string List of GPRS logins of ...

Page 32: ...e Service authorization RFID reader via RCS SOVA protocol by RS 485 bus at 9 network address or iButton and control of digital output check Appendix 4 0 Ekey_num 0920 0939 8 byte ID of allowed RFID cards or iButton keys MinDuration 0349 1 byte Filter of discrete inputs Duration less than the predetermined levels will be filtered 10 msec 5 Max_HDOP 0998 1 byte The permissible error in the horizonta...

Page 33: ...led 0 K_AIN1 0957 2 byte Kalman rate for the analog input No 1 filtering 1 off filtration range is 2 65535 c u 19 K_AIN2 0958 2 byte Kalman rate for the analog input No 2 filtering 1 off filtration range is 2 65535 c u 19 ValidFuelLevel 0819 1 byte Permission to use the last valid level of fuel level 0 Polling_period_ fuel 0197 1 byte Polling period for 4 fuel level sensors sec 10 Ekey_period 0208...

Page 34: ...lman filter at motion c u 400000000 Ain1Per 0959 1 byte Coefficient of median filtering for analog input No 1 from 1 to 256 c u 19 Ain2Per 0980 1 byte Coefficient of median filtering for analog input No 2 from 1 to 256 c u 19 CanLog program_num 0406 2 byte Set program number of the CAN LOG 0 canLogTM 0407 2 byte CAN LOG polling period sec 5 RS232 Ena 5007 1 byte Configuration of RS 232 mode 0 off ...

Page 35: ...0451 0452 0453 0454 0455 Availability of GPS signal 9 GSMCSQ 21 0470 0471 0472 0473 0474 0475 Level of GSM signal 10 OperCode 111 0680 0681 0682 0683 0684 0685 Operator code 11 ModemStat 117 0750 0751 0752 0753 0754 0755 Modem status 12 GSM Stat 118 0760 0761 0762 0763 0764 0765 Registration status in the GSM network 13 GPRS net stat 119 0770 0771 0772 0773 0774 0775 Registration status in the GPR...

Page 36: ...670 0671 0672 0673 0674 0675 Temperature value of temperature sensor 5 30 fuelLevel232 188 5430 5431 5432 5433 5434 5435 Polling of filtered fuel level sensor RS 232 31 fuelLevel1 100 0580 0581 0582 0583 0584 0585 Polling of filtered fuel level sensor 1 network address 32 fuelLevel2 101 0590 0591 0592 0593 0594 0595 Polling of filtered fuel level sensor 2 network address 33 fuelLevel5 129 0850 085...

Page 37: ...emperature per fuel level sensor RS 232 45 ecoAccel 44 0960 0961 0962 0963 0964 0965 Value of acceleration of motion 46 ecoBrake 45 0970 0971 0972 0973 0974 0975 Value of acceleration of braking 47 ecoCrn 47 5450 5451 5252 5453 5454 5455 Value of corner acceleration 48 FrqVal 25 0830 0831 0832 0833 0834 0835 Frequency value of dl_Low 1 discrete input 49 fuelCounter 1 136 0180 0181 0182 0183 0184 0...

Page 38: ...unter 60 FuelCounter 2 137 0190 0191 0192 0193 0194 0195 dl_Low 2 pulse counter 61 Can_stat 207 5510 5511 5512 5513 5514 5515 CAN BUS connection status Note Function to determine the location by the base stations is available only when devices operate by IPS protocol When using the Wialon IPS protocol the values of the parameters id_Send 44 45 47 are transferred in g When using the Teltonika proto...

Page 39: ... 5083 5084 5085 km 153 0 005 km 5 Total vehicle mileage since the reset of the counter 5090 5091 5092 5093 5094 5095 km 154 0 005 km 6 Total fuel consumption 5100 5101 5102 5103 5104 5105 liter 155 0 05 L 7 Instant fuel consumption 5110 5111 5112 5113 5114 5115 liter h 156 0 05 L 8 Fuel level in percents 5120 5121 5122 5123 5124 5125 195 0 1 9 Fuel level in liters 5130 5131 5132 5133 5134 5135 lit...

Page 40: ...5223 5224 5225 liter 167 0 05 L 19 Level of AdBLUE fluid in percents 5230 5231 5232 5233 5234 5235 168 0 1 20 Level of AdBLUE fluid in liters 5240 5241 5242 5243 5244 5245 liter 169 0 1 L 21 Vehicle condition 5250 5251 5252 5253 5254 5255 170 22 Harvest time 5260 5261 5262 5263 5264 5265 hrs 171 23 Square of the treated area 5270 5271 5272 5273 5274 5275 ha 172 24 Performance 5280 5281 5282 5283 5...

Page 41: ...3 5374 5375 km 182 34 Time until next service 5380 5381 5382 5383 5384 5385 day 183 35 Time of excess 5390 5391 5392 5393 5394 5395 day 184 36 Time after service 5400 5401 5402 5403 5404 5405 day 185 37 Rear fog lights 5500 5501 5502 5503 5504 5505 0 off 1 on 2 info is available data is not ready 3 info is unavailable 206 38 Reserved technical information 5460 5461 5462 5463 5464 5465 202 39 Reser...

Page 42: ...of parameter ID at configuration Measurement unit ID at transmition Resolution 42 Security state flags 0X1020 5660 5661 5662 5663 5664 5665 D11 D10 D9 D8 221 Bit mask Note No 37 for a vehicle Toyota Hilux 2017 this parameter is describes a status of 4 wheel drive 4WD ...

Page 43: ... iButton without key validation 100 monitoring iButton RFID without key validation 52 monitoring iButton key validation is active 116 мониторинг iButton RFID key validation is active RFID 72 monitoring RFID without key validation 104 monitoring iButton RFID without key validation 88 monitoring RFID key validation is active 120 monitoring iButton RFID key validation is active Without control source...

Page 44: ...4 5135 kPa 162 6 Air temperature of wheel No 3 5140 5141 5142 5143 5144 5145 С 163 7 Air pressure of wheel No 4 5150 5151 5152 5153 5154 5155 kPa 164 8 Air temperature of wheel No 4 1600 1601 1602 1603 1604 1605 С 165 9 Air pressure of wheel No 5 5180 5181 5182 5183 5184 5185 kPa 166 10 Air temperature of wheel No 5 5190 5191 5192 5193 5194 5195 С 168 11 Air pressure of wheel No 6 5200 5201 5202 5...

Page 45: ...pressure of wheel No 11 5360 5361 5362 5363 5364 5365 kPa 184 23 Air temperature of wheel No 11 5370 5371 5372 5373 5374 5375 С 185 24 Air pressure of wheel No 12 5380 5381 5382 5383 5384 5385 kPa 206 25 Air temperature of wheel No 12 5390 5391 5392 5393 5394 5395 С 207 26 Air pressure of wheel No 13 5400 5401 5402 5403 5404 5405 kPa 208 27 Air temperature of wheel No 13 5520 5401 5402 5403 5404 5...

Page 46: ... temperature of wheel No 18 5620 5621 5622 5623 5624 5625 С 151 38 Air pressure of wheel No 19 5630 5631 5632 5633 5634 5635 kPa 152 39 Air temperature of wheel No 19 5050 5051 5052 5053 5054 5055 С 153 40 Air pressure of wheel No 20 5060 5061 5062 5063 5064 5065 kPa 154 41 Air temperature of wheel No 20 5070 5071 5072 5073 5074 5075 С 155 42 Air pressure of wheel No 21 5080 5081 5082 5083 5084 50...

Page 47: ...bitrek com ua 380 44 507 02 07 No Name of parameter ID at configuration Measurement unit ID at transmition 47 Air temperature of wheel No 23 5260 5261 5262 5263 5264 5265 С 202 48 Sensors bitmask 5270 5271 5272 5273 5274 5275 203 ...

Page 48: ...12 10 2018 2018 10 1 Param ID_Conf 0406 0407 0907 added Param ID_Send 137 206 202 203 added 19 10 2018 2018 10 2 Changed iButton parameter number and ID for configuration ID_Send 78 RFID and iButton parameters for configuration and activation are changed ID_Conf 0915 ID_Conf 0991 23 10 2018 2018 10 3 New parameter ID_Send 207 added Configuration logic of parameter ID_Conf 0915 is changed check App...

Page 49: ...4 09 2019 2019 09 1 Changed the parameter number for CAN LOG and CUB TPMS from ID_Send 157 to ID_Send 195 Actual for device whith 4 5 1 or higher firmware version 05 09 2019 2019 09 2 Added description of parameters ID_Conf 4018 4019 23 09 2019 2019 09 3 Changes made in Appendix 3 22 11 2019 2019 11 1 Added description of parametersID_Conf 0408 27 11 2019 2019 11 2 Security State Flags reading add...

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