BITREK BI-910 TREK Operating Manual Download Page 44 | Manualshive

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44

www.bitrek.com.ua

[email protected]

+380 44 507 02 07

Parameter

name

ID for

configu

ration

ID for

transmi

ssion

Bit

depth

Parameter purpose

Units

Possible values

Default

values

RadioMod

En

0808

none

1 byte

Enabling wireless sensor

of tailing equipment

none

0 – disabled; 1 -

enabled

0

canID1

3326

none

4 byte

IDs of CAN-messages

received

none

ID

0

canID2

3327

none

4 byte

IDs of CAN-messages

received

none

ID

0

canID3

3328

none

4 byte

IDs of CAN-messages

received

none

ID

0

canID4

3329

none

4 byte

IDs of CAN-messages

received

none

ID

0

canID5

3330

none

4 byte

IDs of CAN-messages

received

none

ID

0

canID6

3331

none

4 byte

IDs of CAN-messages

received

none

ID

0

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Summary of Contents for BI-910 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 910 TREK Operating Manual Version 2019 09 1 ...

Page 2: ...onnection to a Computer 11 Indicators Description 11 List of SMS Commands 12 Structure of the SMS Commands 12 Configuring the Device 13 Detailed Description of Information Commands 15 Detailed Description of Controlling Commands 16 Basic Device Configuration 18 Security Settings 18 Configuring I O Components 19 Configuring Alarms 23 Switching Between the Profiles 24 Description of Profile Switchin...

Page 3: ...erved Warranty The warranty period for the tracking device shall be 12 months of the date of commissioning The commissioning date must be recorded per requirements set forth in the certificate for the tracking device if no such data are available in the certificate the warranty period shall be counted starting with the tracking device shipment to the customer Manufacturer s warranty shall only be ...

Page 4: ...ed on a non volatile memory chip Records from this log are transferred to the operator panel through a GSM channel with a predetermined frequency or on an event basis Information exchange is done via GPRS and SMS Voice communication is also supported On line terminal operation is only possible provided there is GSM coverage Beyond the GSM network coverage area the tracking device is in the mode of...

Page 5: ... 0 V to 27 V 18 Power DC 19 Voltage from 6 v to 40 V 20 Normal current 12 V 60 mA 21 Max current 12 V 300 mA 22 Microphone Electrete 23 Microphone load resistance 2 2 kOhm 24 Outer speaker resistance 8 Ohm 25 Non volatile memory capacity 2 MB or 65 000 entries 26 Internal battery Li Ion 1 000 mAh 27 Operating temperature from 30 С to 80 С 28 RH 80 15 29 Dimensions W х L х H 125 х 95 х 33 30 Weight...

Page 6: ...tenna 1 pc 4 Connection cable 1 pc 5 Certificate 1 pc 6 Warranty sheet 1 pc 7 Packing box 1 pc Preparation for Operation Inserting SIM Card To operate on a GSM network at least one SIM card has to be inserted into the device The second SIM card is optional and can be used for an alternative carrier network in areas with no primary carrier s coverage Contacts of the SIM card must not be saved PIN c...

Page 7: ...urer does not supply a SIM card necessary for connecting to a GSM network You can purchase a SIM card from a local GSM carrier Sockets for Power Supply Antennas and Periphery Devices The front panel of the tracking device contains antennae connectors while its rear panel contains power supply connector discrete and analog sensors actuators and headset connectors For antennae connection SMA inlets ...

Page 8: ...rek com ua sales bitrek com ua 380 44 507 02 07 Fig 4 Location of the Socket and Numbers of Pins Connection of the Power Supply Discrete and Analog Sensors as well as Extra Devices Fig 5 BI 910 TREK Contact Pins ...

Page 9: ...power terminal nominal voltage is 12 VDC or 24 VDC B1 Yellow Black CAN_L Input Output CAN_L signal from the CAN bus B2 Black White M Input Mic input B3 Black Red M Input Mic input В4 White Black DOut 2 Output Discrete output No 2 B5 White An_in 1 Input Analog input No 1 B6 Oragnge DAT_low 2 Input 0 active discrete input B7 Green Red A Input Output А signal RS 485 B8 Yellow Vout Power Secure power ...

Page 10: ...ive battery terminals ATTENTION When performing welding operations during repairs of a vehicle MAKE SURE to disconnect power cable and periphery cables Discrete inputs with active 0 respond to connection of these inputs to GND ground This input is inactive when it is not connected input is blank Discrete inputs with active 1 respond to the voltage of over 8 V on them connection of the input to the...

Page 11: ...bps data bit 8 stop bit 1 without parity check without stream control Once the link is up the device will start sending its status data to the terminal Using the terminal program a user can send commands to the device and receive responses to them But the device first needs to send access password to the terminal in the following format TPASS password where password is an access password for the t...

Page 12: ...ng the settings etc An SMS command should be sent together with login and password the sender s number must be included to the list of authorized contacts when such list is used Structure of the SMS Commands Any SMS with commands includes login password pair when configured and a list of different commands The commands are delimited with semicolon delimiter SMS commands entered to the tracking dev...

Page 13: ...ed that they have been sent from one of the authorized phone numbers login password is also required if enabled If there is no authorized phone number enabled SMS with commands will be received from any phone number Configuring the Device The BI 910 TREK Tracking Device can be configured by one of the methods below 1 Using a direct connection between the device and a computer 2 Remotely using SMS ...

Page 14: ...nal device sensors yes 6 flush Request for device profile parameters yes 7 getparam Get a parameter by its ID yes Table 4 List of Controlling Commands No Command Description Response 1 cpureset Reset of the device CPU none 2 rstallprof Reset to default profile parameters none 3 deleterecords Deletion of all records saved none 4 setparam Set a parameter by its ID yes 5 boot Update of device firmwar...

Page 15: ...133 143 201 GSM 5 Roaming 0 Retrieval of current location of the device getstatus No Parameter name Description 1 GPS Valid data 1 Invalid data 0 2 Sat Number of visible satellites 3 Lat Latitude previous known latitude 4 Long Longitude previous known longitude 5 Alt Altitude m 6 Speed Speed km h 7 Dir Direction degrees 8 Date Date 9 Time Current GMT time Example of a response GPS 1 Sat 7 Lat 50 2...

Page 16: ...PORT Server port 7 MODE Operating mode always 0 TCP IP Example of a response 353976012555151 internet none none 212 47 99 62 12050 0 Get the readings by parameter ID getparam ID consists of 4 digits the first digit is a profile number the last three specify ID of a parameter Example of a command request value of ID 242 parameter from profile 0 getparam 0242 No Parameter name Description 1 Param ID...

Page 17: ...tparam 0242 www kyivstar net command setting an APN Param ID 0242 New Val www kyivstar net Device firmware update BOOT Command parameters HOST IP address of the server containing the update PORT Port of the server containing the update PATH Path to the firmware update file on the server Example of the command BOOT fw bitrek ua 80 bin Where is a version of the firmware bin file format extension Opt...

Page 18: ...ing settings They are included to the Server GPRS and Tracking groups Once the appropriate settings are configured the device will start transmitting the data of its current location to the server All configurable settings are given in Addendum 1 Security Settings To comply with the security regulations access to the device configuration settings may be restricted When connecting the device to a c...

Page 19: ...ly SMS from the authorized phone numbers saved to its memory If SMS login and password are enabled they must be included in each SMS with the commands Configuring I O Components The BI 910 TREK Tracking Device can collect process and send data obtained from different sensors to the server Each sensor is an I O component and has a group consisting of 6 parameters for configuration E g to configure ...

Page 20: ... 5 monitoring going beyond range 6 monitoring going within beyond range 7 event generation by change of an input by a preset value 8 event generation by change of an input by a preset value monitoring 5 Averaging constant 0 Clarifications to Table 5 Parameter 0 enabling disabling I O component transmission to the server Parameter 1 Priority low high When selecting the Priority low option the data ...

Page 21: ...sor readings comes within such configured range In all other cases the event will not be generated and no information will be sent to the server Example Lower threshold of input voltage is set to 0 V the upper threshold is 10 V 10 000 mV If the input voltage decreases lower than 10 V the event will be generated Figure 7 Fig 7 Generation of the Event by Going Within Range 1 Going beyond range An ev...

Page 22: ... and the upper threshold is 10 V 10 000 mV When actual input voltage goes off the limits of a configured range the event is generated Figure 9 Fig 9 Generation of the Event by Going Within Beyond Range 3 Monitoring When this mode is selected the data will be transmitted continuously and no events will be generated 4 Monitoring Going Within Range When a Going Within Range event is generated actual ...

Page 23: ...o make an outbound call if a particular condition is met Activation of a particular I O component constitutes such condition Voice calls must be enabled in general configuration settings of the device I O component must be enabled configured to one of the events going within range going beyond range going within beyond range its ID must be set as a trigger for outbound calls and an authorized phon...

Page 24: ...gister on the network it switches off the modem for some time without switching between the profiles In case of successful registration on the network the device will use configuration settings of the respective profile profile 0 for SIM1 and profile 1 for SIM2 Example of profile switch enabling setparam 0916 1 ATTENTION For correct operation of the profile switch option roaming must be disabled f...

Page 25: ...t is reached the process is repeated If the profile switch is enabled the device switches to profile 1 selects SIM2 and waits for it to be up and ready If during a particular timeout the SIM card is not detected or it is detected but not ready the device switches to profile 0 and switches the modem to the sleep mode for a certain timeout Once the sleep timeout is reached the device selects SIM1 an...

Page 26: ... scans for available networks If networks are detected that are included to the list of enabled ones the device tries to register on one of the enabled networks If the device has failed to register on any of the enabled networks detected using SIM1 or if there are no enabled networks in the list of available networks the device checks if the profile switch ID 0916 option is enabled If the profile ...

Page 27: ...tch ID 0916 option is enabled and if it is then the device switches to profile 1 and selects SIM2 The list of networks enabled for SIM2 is checked If it is empty the device tries to register on the home network of SIM2 If the list is not empty the device scans for available networks If networks are detected that are included to the list of enabled ones the device tries to register on one of the en...

Page 28: ...rati on Capacity Parameter purpose 1 UsAPNTable 0060 0099 string List of APNs of enabled carriers 2 UsLoginTable 0100 0139 string List of GPRS logins of enabled carriers 3 UsPassTable 0140 0179 string List of GPRS passwords of enabled carriers Specify APNs of enabled networks setparam 0060 APN setparam 0061 APN setparam 0099 APN Specify GPRS logins of enabled networks setparam 0100 GPRS login setp...

Page 29: ...er there is also a feature for control of discrete outputs Out 1 and Out 2 depending on the cards being read For this the device is capable of storing up to 20 card numbers in non volatile memory If a number of a card being read matches one of the card numbers saved to the memory the device activates one of the discrete outputs Network addresses 3 9 and 10 are reserved for operation with RFID read...

Page 30: ... Parasite Power Pattern Term inal No Tracker conductor color Signal type Meter conductor color Signal type Purpose А2 Violette Black 1 wire PWR White Power Output 3 3 V for device power supply 1 Wire 15 mA max А3 Green Yellow 1_wire Green Signal 1 Wire interface data signal С1 Black GND Brown Power Ground earth Configuration example Enabling thermometer servicing setparam 0990 1 Readings from ther...

Page 31: ...processed raw data from the level meters as well as the data processed with Kalman filter Optimal filtration factors for Kalman filter are set by default Filtered and non filtered values are transmitted by different I O components Moreover if the level meters are equipped with an in built temperature sensor data from it can be retrieved and transmitted to a server Also when fuel level meters are u...

Page 32: ...use of a backup server setparam 0196 1 IP Host2 setparam 0188 111 1 111 11 Port2 setparam 0189 11 Configuring Engine Lock The BI 910 TREK Tracking Device together with a normally closed relay can be used to lock the engine of the vehicle Lock is enabled by sending an SMS message to the device Example of the SMS command for locking engine DOUT2 setdigout 01 Example of the SMS command for locking en...

Page 33: ...end the response ignitionon To disable the ignition lock the following command is used ignitionoff When the lock is disabled the device will send the response ignitionoff ATTENTION The ignitionon ignitionoff commands will be performed by the device provided that they have been received via SMS message ...

Page 34: ...Host1 0188 none String Backup server IP address none IP or DNS 31 28 163 20 ipsPort1 0189 none 2 Byte Backup server PORT none PORT 20127 APN 0242 none String GPRS access point none APN gps utel ua Usname 0243 none String GPRS access login none User Name none Uspass 0244 none String GPRS access password none User Password none Send Period 0270 none 2 byte Transmission to server time sec 0 65535 60 ...

Page 35: ... distance of retrieval none 0 disabled 1 enabled 1 Enable Angle Period 0902 none 1 Byte Enabling azimuth of retrieval none 0 disabled 1 enabled 1 Day Period 0903 none 2 byte Enabling time of retrieval with the ignition on sec 0 65535 30 Night Period 0011 none 2 byte Enabling time of retrieval with the ignition off sec 0 65535 30 Dist Period 0012 none 2 byte Retrieval period by distance meter s 0 6...

Page 36: ...ent stop by acceleration meter 0 1 sec 0 65535 200 Axel Sleep Enable 0911 none 1 byte Enabling sleep by acceleration meter none 0 disabled 1 enabled 0 WAIT_SLEEP_ TIMEOUT 4007 none 2 byte Timeout for sleep by acceleration meter minut es 5 65535 15 SLEEP_ TIMEOUT 4008 none 2 byte Sleep timeout by acceleration meter minut es 0 65535 720 min_GPS_ speed 0918 none 1 byte Minimum speed according to GPS ...

Page 37: ...zed phone number 4 xxxxxxxxxxxx Phone5 0266 none String Authorized phone number 5 xxxxxxxxxxxx Phone6 0267 none String Authorized phone number 6 xxxxxxxxxxxx Phone7 0268 none String Authorized phone number 7 xxxxxxxxxxxx Phone8 0269 none String Authorized phone number 8 xxxxxxxxxxxx SMS Login 0252 none String SMS access login Login SMS Password 0253 none String SMS access password Password Termina...

Page 38: ...ifetime min 1 65535 480 Voice communication InputCall Trigger 0994 none 1 byte Response to incoming call with digital inputs 0 disabled 1 6 ID of I O component digital input used for response to incoming call 0 ringNum 0912 none 1 byte Number of rings prior to auto phone pickup pcs 1 256 3 Microphone Level 0995 none 1 byte Headset mic level adjustment c u 0 7 4 speakerLevel 0996 none 1 byte Headse...

Page 39: ...omponent triggering SMS to be sent to an authorized phone number in cases of event generation ID SMSText 0817 none string Text added to SMS NMT 30 Latin characters Text Roaming Operator Selection Enable 0917 none 1 byte Enabling carrier selection 0 disabled 1 2 3 enabled different modes 0 UsipTable 0020 0059 none string List of enabled carriers xxxxx UsAPNTable 0060 0099 none string List of APNs o...

Page 40: ...ation FuelCounter Mode 0993 none 1 byte Fuel meter mode none 0 absolute fuel economy 1 instantaneous fuel economy 0 AIN1_filter_ period 0959 none 2 byte Period of data retrieval by AIN1 median filtering X 1 50m S 19 AIN2_filter_ period 0980 none 2 byte Period of data retrieval by AIN2 median filtering X 1 50m S 19 MIN_duration _of_fuel 0349 none 1 byte Filter of digital inputs dlow3 dlow4 Levels b...

Page 41: ...g_period _radio_ module 0199 none 2 byte Polling period of RS485 based wireless sensor of tailing equipment 0 1 sec 100 polling_period _iButton 0208 none 2 byte Polling period for RS485 iButton 0 1 sec 100 polling_period _tsens 0206 none 2 byte Polling period for RS485 Tsens 0 1 sec 100 polling_period _RFID_RKS 0201 none 2 byte Polling period for RS485 RFID RKS SOVA 0 1 sec 15 FactorF 0950 none 4 ...

Page 42: ...0000000 FactorRm 0954 none 4 byte R factor for Kalman filter with movement c u 400000000 switchFilters 0209 none 1 byte Switching between filter types for filtered fuel meters none 1 Kalman filter 1 Ekey_num 0920 0939 none 8 byte ID of enabled electronic keys none ID 1 GSM_Reg_ Timeout 4019 none 2 byte Timeout for registration on the GSM network sec 60 300 120 GPRS_Reg_ Timeout 4020 none 2 byte Ti...

Page 43: ...ard and outputs control none 0 disabled iButton 9 controlling DOUT1 10 controlling DOUT2 RFID network address 3 5 controlling DOUT1 6 controlling DOUT2 RFID network address 9 13 controlling DOUT1 14 controlling DOUT2 RFID 10 network address 17 controlling DOUT1 18 controlling DOUT2 0 iButtonEn 0991 none 1 byte Enabling electronic ID key none 0 disabled 1 enabled 0 TsensEn 0990 none 1 byte Enabling...

Page 44: ...nsor of tailing equipment none 0 disabled 1 enabled 0 canID1 3326 none 4 byte IDs of CAN messages received none ID 0 canID2 3327 none 4 byte IDs of CAN messages received none ID 0 canID3 3328 none 4 byte IDs of CAN messages received none ID 0 canID4 3329 none 4 byte IDs of CAN messages received none ID 0 canID5 3330 none 4 byte IDs of CAN messages received none ID 0 canID6 3331 none 4 byte IDs of ...

Page 45: ...ages received none ID 0 canID8 3333 none 4 byte IDs of CAN messages received none ID 0 canID9 3334 none 4 byte IDs of CAN messages received none ID 0 CAN_ DMASK_ID 1 0326 none 2 byte Mask of bytes received c u 0 255 0 CAN_ DMASK_ID 2 0327 none 2 byte Mask of bytes received c u 0 255 0 CAN_ DMASK_ID 3 0328 none 2 byte Mask of bytes received c u 0 255 0 CAN_ DMASK_ID 4 0329 none 2 byte Mask of bytes...

Page 46: ...values Default values CAN_ DMASK_ID 5 0330 none 2 byte Mask of bytes received c u 0 255 0 CAN_ DMASK_ID 6 0331 none 2 byte Mask of bytes received c u 0 255 0 CAN_ DMASK_ID 7 0332 none 2 byte Mask of bytes received c u 0 255 0 CAN_ DMASK_ID 8 0333 none 2 byte Mask of bytes received c u 0 255 0 CAN_ DMASK_ID 9 0334 none 2 byte Mask of bytes received c u 0 255 0 ...

Page 47: ...1 byte Digital input responding to log 0 none 0 enabled 1 disabled dlLow4 0370 0375 4 1 byte Digital input responding to log 0 none 0 enabled 1 disabled dlHigh1 0540 0545 5 1 byte Digital input responding to log 1 none 0 disabled 1 enabled dlHigh2 Ignition 0550 0555 6 1 byte Digital input responding to log 1 reserved for ignition connection none 0 disabled 1 enabled GSMCSQ 0470 0475 21 1 byte GSM ...

Page 48: ...Availability of GPS signal pcs pcbTemp 0440 0445 70 4 byte Device temperature C Real Odometr 0500 0505 199 4 byte Relative virtual odometer km Odometr 0710 0715 200 4 byte Absolute virtual odometer km fuelCounter 0460 0465 76 4 byte Fuel meter pulse difference between dlLow3 and dlLow4 meter inputs c u fuelLevel1 0580 0585 100 2 byte Polling filtered fuel meter network address 1 c u fuelLevel2 059...

Page 49: ...5 113 2 byte Polling non filtered fuel meter network address 2 c u fuelLevel Unfilt5 0870 0875 131 2 byte Polling non filtered fuel meter network address 5 c u fuelLevel Unfilt6 0880 0885 132 2 byte Polling non filtered fuel meter network address 6 c u fuelTemp1 0600 0605 102 1 byte Fuel temperature per fuel meter network address 1 C fuelTemp2 0610 0615 103 1 byte Fuel temperature per fuel meter n...

Page 50: ... 2 byte Thermometer 2 readings C TSens3 0660 0665 109 2 byte Thermometer 3 readings C TSens4 0670 0675 110 2 byte Thermometer 4 readings C fuelCounter 1 0180 0185 136 4 byte Direct flow pulse counter dlLow3 c u fuelCounter 2 0190 0195 137 4 byte Reverse flow pulse counter dlLow4 c u 1_Wire 0400 0405 78 8 byte iButton identifier electronic key none OperCode 0680 0685 111 4 byte Transmission of carr...

Page 51: ...lt values SIM_Stat 0790 0795 121 1 byte SIM card status none 0 no SIM detected 1 SIM detected 2 SIM detected but not ready 3 SIM detected and ready GSM_Stat 0760 0765 118 1 byte GSM network registration status none 0 not registered and not searching for carriers 1 home network 2 not registered but searching for carriers 3 registration disabled 4 status unknown 5 roaming ...

Page 52: ...home network 2 not registered but searching for carriers 3 registration disabled 4 status unknown 5 roaming GPRS_ content_ stat 0780 0785 120 1 byte GPRS content activation status none 0 not activated 1 activated count_dLow 1 0830 0835 125 4 byte Frequency input transmission of number of pulses per 5 sec c u fast_dlLow1 0320 0325 155 4 byte Instantaneous pulse counter minimum measurement is 1mS c ...

Page 53: ...25 105 8 byte RFID identifier network address 3 none RFID_RKS_ 9 3800 3805 157 8 byte RFID RKS identifier СОВА network address 9 none RFID_RKS_ 10 3830 3835 160 8 byte RFID RKS identifier СОВА network address 10 none TimeSaving 5000 5005 190 4 byte Device operation time minutes axesX 0720 0725 114 1 byte Actual value of X direction elevation angle degrees 0 255 axesY 0730 0735 115 1 byte Actual va...

Page 54: ...nt CAN2 c u 0 setIO_CAN3 3640 3645 147 8 byte Activation of I O component CAN3 c u 0 setIO_CAN4 3650 3655 148 8 byte Activation of I O component CAN4 c u 0 setIO_CAN5 3660 3665 149 8 byte Activation of I O component CAN5 c u 0 setIO_CAN6 3670 3675 150 8 byte Activation of I O component CAN6 c u 0 setIO_CAN7 3680 3685 151 8 byte Activation of I O component CAN7 c u 0 setIO_CAN8 3690 3695 152 8 byte...

Page 55: ...18 Ver 2018 06 1 Basic document 09 07 2018 Ver 2018 07 1 Changed the firmware update port number 09 10 2018 Ver 2018 10 1 Added new I O element IDconf 0907 09 09 2019 Ver 2019 09 1 The description of the section describing the principle of working with the list of prohibited operators has been expanded ...

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