Scout MT-700 ENT Operation Manual Download Page 55

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МТ-700 fleet tracking system

GPS receiver settings

(«

Navigation

»)

Figure 46. Inertial navigation

In order to enable calculating the track lengths using the inertial sensor, on the panel

“internal sensors” allow checkbox “Use the internal navigation”.

Figure 47. Navigation

Internal sensor “Navigation” has parameters: (

Figure 47

Track detailing (

Figure 48

)

–

choosing one of the five levels of the track detailing,

defining track parameters.

Figure 48. Track detailing

Summary of Contents for MT-700 ENT

Page 1: ...www scout gps ru МТ 700 Fleet monitoring system Operation manual Version 1 0 ...

Page 2: ...mounting order 21 Terminal configuration and control 37 Ports and internal sensors configuration 53 Appendix A MT 700 Pro Pro 285 plug and the configuration cable accordance 108 Appendix B MT 700 STD ENT plug and the configuration cable accordance 110 Appendix C Typical wiring schematics 112 Appendix D SMS commands 122 ...

Page 3: ...em 3 List of Abbreviations Terminal onboard monitoring system МТ 700 Manual operation manual ID tracker identification number Capability Possible restrictions attention Recommended is required Not recommended restricted Caution ...

Page 4: ...МТ 700 fleet tracking system 4 1 Introduction Overview 5 Hardware description 5 Package contents 8 Device configuration 8 Power source recommendations 8 Specification 9 ...

Page 5: ...ation and GSM UMTS cellular service channels The GSM channel is used for the following functions transmission of data imputing voice calls and SMS commands The SIM card must be serviceable activated non locked and have the needed packages activated GPRS general packet data SMS roaming and voice call must be activated for the MT 700 Pro in order to guarantee the tracker s smooth operation Hardware ...

Page 6: ...n contact tamper switch 6 Jack lid non contact tamper switch 7 SIM1 card lot 8 GSM antenna connector 9 GPS GLONASS antenna connector 10 USB MICRO B port 11 SIM2 card lot Figure 5 МТ 700 PRO 285 MT 700 PRO 285 is a fully functional monitoring module which uses a Hybrid GPS GNSS module It meets the requirements of Mintrans RF 285 31 07 2012 МТ 700 Lite STD Lid off Figure 6 ...

Page 7: ...ector 7 GPS GLONASS antenna connector 8 Buzzer 9 Scoutnet LLS jumper connector 10 Interface jack Figure 6 МТ 700 tracker МТ 700 ENT Lid off Figure 7 1 Indicator LEDs 2 Internal battery jack 3 Internal battery mounting holes 4 Non contact tamper switch 5 SIM card lot 6 GSM antenna connector 7 GPS GLONASS antenna connector 8 Buzzer 9 Interface jack Figure 7 МТ 700 ENT ...

Page 8: ... service work as shown in chapters 3 and 4 This manual is written for a tracker the most relevant software 19 X Power source recommendations The tracker is constructed for vehicles with the onboard voltage of 12 24 VDC The Internal overvoltage protection system will protect the device from voltage spikes up to 400 ms and 200 VDC Also the internal overvoltage protection system can provide temporary...

Page 9: ...ns With data transmission С 40 85 On a backup battery С 20 65 Internal battery charging С 0 45 Ingress protection IP51 IP54 No connectors lid Connectors lid and cable glands are used Size and mass Weight g not more 450 Internal sensors and modules PRO PRO 285 ENT STD Lite Internal accelerometer Tamper switch Traffic encryption Built in Flash Mb 16 4 Historical playback entries 500 000 350 000 Port...

Page 10: ...tracking system 10 J1708 RFID RS 232 Port LLS CAN Log VDO Tachograph NMEA CAN J1939 Mobileye OBD USB port 1 MT 700 ENT contains two RS 485 ports one for ScoutNET protocol and the other for LLS or J1708 RFID protocol ...

Page 11: ...network Blinks once every 5 seconds The modem is powered the network found Constantly on Data transmission GNSS indicator Turned off Tracker malfunction Blinks once per second Sputnik search Blinks once every 5 seconds location determined STATUS indicator Turned off No supply power Constantly on Supply power is on Blinks once every 10 seconds Hibernation mode All three are constantly on Tracker ma...

Page 12: ...МТ 700 fleet tracking system 12 2 Functional overview Tracker modes of operation 13 I O and interfaces 15 Password lock 18 Traffic encryption 19 Voice calling 19 SMS commads 19 ...

Page 13: ...r modes of operation scheme Online monitoring Server connection No server connection Black box Calibration Service Hibernation Parking No movement No Ignition Through the Configurator command Automatically or Through the configurator Through the Configurator command Automatically Ignition on or Movement sensor Supply voltage is below the threshold Supply voltage is below the threshold Supply volta...

Page 14: ... 5 minutes The tracker transmits data to the server once every 15 minutes Hybernation Once per day Once per day The tracker will enter a power safe mode 5 min after the supply voltage descends the power off threshold The tracker will immediately power off if the supply voltage exceeds 65 V The shut off threshold is set in the tracker settings in Configurator The Output from this mode occurs automa...

Page 15: ...y input PWM input analogue input for PRO only Р2 peak detector only Р2 1 Wire for PRO only Р3 counting input minimal pulse length 1 ms differential flow meter frequency input PWM input Digital out Drive style Current state indication engine block function Input resistance 100 kОhm Input signal polarity For digital input positive internal pull down resistor Positive internal pull down resistor nega...

Page 16: ...ng the tracker to an onboard CAN bus RS 485 port ScoutNet J1708 LLS RFID NMEA Port RS 485 is used in following regimes For MT 700 Lite ScoutNET protocol For MT 700 STD ScoutNET and LLS protocols Mt 700 ENT encounters two RS485 ports one can be used only for ScoutNET and the other for J1708 ДУТ LLS Omnicomm RFID NMEA Up to 16 ScoutNET sensor can be connected to the RS 485 port In order to correctly...

Page 17: ...e vehicle units breakdown and or CAN bus failure Be cautious when connecting the tracker to an onboard J1708 bus LLS and ScoutNet protocols are incompatible Connecting the LLS on the ScoutNet port can lead to a malfunctioning device The Omnicomm LLS fuel level sensors should be calibrated through the manufacturer s software For MT 700 PRO and MT 700 PRO 285 if RS 485 port is used for LLS the confi...

Page 18: ...et Only supported in MT 700 PRO MT 700 PRO 285 A USB port is used for local configuration via micro USB cable Password protection Password protection is used against unauthorized local and remote access to the tracker A password is required for changing common settings ID and password changing By default all trackers use an empty password Password setting can be achieved by sending a SMS command s...

Page 19: ...assword The default key is identical for all trackers so it is not recommended to use it for traffic encryption Enable Use password for access option is SCOUT Server settings Enter the key tracker password in the password in SCOUT Server settings Figure 9 password enable Using the Voice call МТ 700 PRO МТ 700 PRO 285 provides speaker and microphone connection for voice calls SMS messages The track...

Page 20: ...al format Text field detains the message The messages should include only Latin symbols digits spaces and punctuation Send SMS button sends messages Note that using the remote configuration tracker will only send the message after the server connection Function can be used to restore the lost SIM card number of the tracker ...

Page 21: ...der Pre instalation of the tracker SIM card and battery installation 22 Preliminary tracker settings 23 Tracker mounting 24 Tracker sealing 28 Antenna connection 30 Power connection 31 Auxilary sensors 33 Sparkproof parameters 33 Terminal function test 34 ...

Page 22: ...e to high temperatures these can lead to a backup battery failure Before powering on and configuring the device you should Take off the connectors lid if it is pre installed by tackling 2 screws and pushing the latches on the top side of the lid Take off the top lid by unscrewing the four screws from the bottom side Figure 11 Figure 11 Tracker disassemble Plug in the backup battery connector Figur...

Page 23: ...local or remote Configurator or through SMS commands see further in chapter 4 To properly install the tracker you have to specify these settings GPRS settings login password access point Modem settings Phone number for SMS commands Server connection IP address Port Connection condition settings and port settings depending on the required operational mode and connected sensors and devices Terminals...

Page 24: ...abin The terminal can provide two ingress protection degrees depending on an assembly IP 51 no connectors lid IP 54 using a connectors lid and corrugated cable sleeve Recommended corrugated sleeves aren t included SLT 10 50 мм It is recommended to mount the tracker using a connectors lid and corrugated sleeves A rubber burn can be installed to enhance the ingress protection Figure 14 The arrow sho...

Page 25: ... Figure 15а Put the rest of the burn in the nearest cavity Figure 15b Make sure that the burn goes all around the enclosure A b Figure 15 Mounting the burn If the tracker is installed with the connectors lid Use specified corrugated cable sleeve 10mm in diameter Install them in the grooves on the bottom lid Pull the cable through the cable sleeve Tie the sleeves with zip ties Figure 16 Power on th...

Page 26: ...e connector facing down If not properly mounted then the ingress protection lowers drastically The device should be attached to maximize the rigidity of the overall construction there should be no displacement or vibrancy of the terminal during the operation You can use fix ties screws bolts and sticky tape to fixate the terminal cable Recommended fixing options 1 Bolts screws 1 1 Screw the termin...

Page 27: ...es and tied Figure 19 Make sure that the tracker does not move on the zip tie Figure 19 3 2 Also it is possible to tie a terminal to vertical parts Figure 20 Make sure that the tracker does not move on the zip tie Figure 20 1 1 Other option is to anchor the tracker to two vertical objects In that case one zip tie should be used for each side of the tracker Figure 21 Make sure that the tracker does...

Page 28: ... may lead to incorrect tracker performance motion and parking regimes work regimes etc Sealing the tracker It is recommended to seal the device after assembling it in the enclosure If the tracker is mounted without a connectors lid then it is recommended to seal the connector Figure 22 When sealing the connector make sure that unplugging it will cause a seal violation Figure 22 1 If the connectors...

Page 29: ...ure 24 Figure 24 1 3 Thread the spiral wire through the connectors lid s apertures and the loose ends through the indicator seal and tighten them Figure 25 Figure 25 1 4 Thread the spiral wire through the connectors lid s apertures and make an additional rotation over the connectors lid then put the loose ends through the indicator seal and tighten them Figure 26 Figure 26 1 5 Connectors lid can b...

Page 30: ... cm Also it is recommended to distance the antenna from the built in radio and other radio emitting devices Mount the antenna not more than the 30 cm from the device enclosure Mounting the antenna on the enclosure of the device is strictly forbidden Figure 27 Mounting options for GPS GNSS antenna Mounting GPS GNSS antenna A GPS GNSS antenna should be mounted so that the best open sky view is achie...

Page 31: ...EN Antennas should be plugged to corresponding jacks on the terminal While connecting the jack it should be properly tightened so there is no slippage Connect and disconnect antennas only while the tracker is in power off mode After connection the jack can be isolated using an electrical tape or a heat shrink tube Power connection Power to the terminal is delivered on the wires 1 and 7 in the powe...

Page 32: ... 28 Figure 28 Interface jack Table 6 Number on the scheme PRO PRO285 STD ENT Colour of the wire The wire s marking on the plate classification The wire s marking on the plate Classification The wire s making on the plate Classificatio n 1 Power Power Power Black 2 RS 485 B RS 485 B RS 485 B RS 485 B RS 485 B RS 485B SCOUTNet Blue 3 RS 232 TX RS 232 TX RS 485 B RS 485B LLS J1708 RFID Yellow green 4...

Page 33: ...5 D F C Universal input 5 P5 D F C Universal input 5 Orange 16 P7 Out OUT OC P7 Out OUT OC P7 Out OUT OC Brown Auxilary sensors Universal and digital inputs allow for the auxiliary sensors to be connected Optional sensors that can be connected are shown below Digital movement sensors ignition door opening passenger incline and others P0 P1 P2 P3 positive polarity sensors P4 P5 negative polarity se...

Page 34: ...indication control 1 1 Make sure that STATUS LED is constantly on GPS is blinking once every 5 sec and GSM once every 5 sec or constantly on 2 Control using a local Configurator Detailed in chapter 4 2 1 Connect the Configurator tie in subsection local configuration 2 2 Launch the SCOUT Configurator on the laptop and go to the Internal sensors tab 2 3 Check the network registration satellites capt...

Page 35: ...and captured the satellites Figure 30 Figure 30 Remote control using SCOUT Configurator 4 Verification through SMS commands 4 1 Terminal performance check is conducted using command test 4 2 Responded SMS contains Serial ID version Supply voltage Backup battery voltage Energy safe configuration APN settings Server settings Used protocol Unsent data size Voltage is send multiplied by a factor of 10...

Page 36: ...МТ 700 fleet tracking system 36 4 3 Response example ID test 1 1 1 1 Pwr 24 6 4 4 OFF 8 0 APN internet SRV 1 1 1 1 6600 SCOUTData Unsent 0 ...

Page 37: ...МТ 700 fleet tracking system 37 4 Terminal configuration and control Local configuration 38 Remote configuration 42 Configuration through SMS commands 43 General setting order 43 ...

Page 38: ...tured by LLC CTM or through the USB port for the МТ 700 PRO МТ 700 PRO 285 For local and remote configuration the SCOUT Configurator should be used You can read more on installing and using the SCOUT Configurator in the operational manual for the software Local configuration For the local configuration of the tracker the 485 Configurator Universal 485 Configurator is used not included The system r...

Page 39: ...apter Figure 35 USB cable Figure 36 Universal 485 configurator Both autonomous and tie in connection for configuration are allowed The MT Power Supply or any other power supply 12 24 VDC can be used to supply the terminal in the autonomous connection If the external power supply is absent then the terminal configuration can only be done with a charged backup battery and if plugged in The correlati...

Page 40: ... the antennas 2 Connect the 2 wire jack Figure 34 to one of the three available sockets 3 Connect the jack of the adapter Figure 34 to the main terminal connector Figure 36 The resulting connection is shown in Figure 37 4 Plug in the USB cable Figure 35 into the Configurator 5 Plug in the USB cable into the computer s USB port 6 Launch the SCOUT Configurator software 7 At the logging screen Figure...

Page 41: ...attery plug then connect the antennas 2 Plug the main terminal connector Figure 33 in the terminal Configurator s adapter jack 4 Figure 31 3 In the tie in connection plug the jack s second adapter into the corresponding plug 4 Plug in the USB cable Figure 35 into the Configurator 1 5 Plug in the USB cable to the computer s USB port 6 Launch the SCOUT Configurator software 7 At the logging screen F...

Page 42: ...nal therefore the tracker s has to connect to the server to remotely configure Correct settings server name APN settings and others should be specified If the tracker is inside an area with low GSM signal or has data accumulation settings then the commands implementation can be delayed Remote connection to the tracker should be carried out in the following order 1 Launch the Universal SCOUT Config...

Page 43: ...ce and separated by a comma General setting order Figure 40 General settings Part 1 White number list List of the phone numbers from which the SMS commands can be received The phone numbers should be put into the Phone 1 Phone 4 column Setting the white list can be achieved Using the SMS command setwhitelist An example of the command is following Setwhitelist 79211112233 Terminal reply id Setwhite...

Page 44: ...nal then you cannot connect to the server Login username for the AP Password password for the AP Access Point AP name GPRS can also be configure using a SMS command Setapn with the following parameters login password APN Expample Setapn mts mts internet mts ru Terminal s respond id setapn OK ...

Page 45: ...ns all of which can be individually configured Connection type The connection type for server 2 and 3 can be changed using Not in use button this will prohibit the connection to the selected server Connecting to a a reserved type is only conducted if the main connection has failed server is off not responding After a main connection failure then the reserved ...

Page 46: ...amount of data in bytes is accumulated If the parameter 0 then the terminal connects to the server after generating the first entry Roaming connection interval sec the terminal initiates the connection after the specified timeout regardless of the amount of data accumulated The terminal only separates presence in the gateway national or international roaming While using the native operator the ter...

Page 47: ...he amount of data Monday Sunday using those parameters will initiate the connection on the specified days Connection time 1 Connection time 3 Up to 3 values can be specified The terminal will initiate a connection at a specified time If no times were specified then the function deactivates Time is specified in the UTC world time format ...

Page 48: ...d ECall which includes date and time of the activation location data on the vehicle cellular provider eCall Qualifier data on the connection type manual or automatic A phone call to the vehicle is simultaneously established Voice call phone number a phone number supported format is MSISDN and short format for sending an in band message and voice call to an operator If the connection is successful ...

Page 49: ...rminal exits the power safe mode and connects to the server and sends the stored data Terminal shutdown threshold the supply voltage level which specifies the voltage threshold below which terminal powers off and does not react on inputs sensors state changing Power off occurs every 5 min if the supply voltage does not exceed the threshold value In that regime every second terminal checks the inpu...

Page 50: ...afe mode is allowed and parking for more than 5 min is fixated The power safe mode is entered 5 minutes after any of the mentioned events has occurred After the device has finished its connection then it will enter into power safe mode Exiting the power safe mode can be achieved in the following ways Pushing the panic button Battery voltage of the backup accumulator is restored Supply voltage is l...

Page 51: ...ty The terminal will evaluate if it is operating on the highest priority rule if not then it will automatically alternate rules from highest to lowest priority every 30 min GSM registration rules can be set using SMS command setnetrule with the following parameters Rule number 1 6 SIM card number 1 Operator code 0 99999 value 1 indicates the possibility of registering only at the home network valu...

Page 52: ...ed events there are following settings Only critical error that occur only on hardware glitches Critical and failures adds the failed attempts of a server connection finding location network registration and GPRS activation All adds the events of the terminal s changing settings Also the option work in roaming can be added in order to use roaming outside of the home region for sending OEC messages...

Page 53: ...МТ 700 fleet tracking system 53 5 Ports and internal sensors configuration Internal sensors configuration 54 Ports configuration 63 Digiral LLS sensors configuration 104 ...

Page 54: ...5 Internal sensors configuration The internal sensors panel can configure the following service devices GPS receiver modem accelerometer voltmeters Work description of the panel can be found in the operational manual for the Universal SCOUT Configurator software The following manual will review each of the devices parameters and recommended parameters ...

Page 55: ...ng the track lengths using the inertial sensor on the panel internal sensors allow checkbox Use the internal navigation Figure 47 Navigation Internal sensor Navigation has parameters Figure 47 Track detailing Figure 48 choosing one of the five levels of the track detailing defining track parameters Figure 48 Track detailing ...

Page 56: ...k is needed Manual setting allows for manual setting of parameters Timeout between measurements in seconds timeout between forced saving of the measurements Recommended value 300 600 seconds 0 stands for disabling the forced savings Displacement write threshold in meters distance for the creation of the new entry Course changing threshold new log entry generated only on the course change more than...

Page 57: ...avigation add the Navigation mileage sensor Figure 51 Millage based on navigation Odometer initial value button allows you to specify the initial odometer state in meters Figure 51 Modem settrings МТ 700 PRO 285 incorporates the embedded 3G modem terminals МТ 700 PRO МТ 700 STD МТ 700 ENT MT 700 Lite 2G modem Figure 52 Modem parameters ...

Page 58: ...will be picked up after the indicated port activation Figure 53 Call control button Call indication indicated ports digital outputs will be activated and at the incoming call will be activated After picking up the call will be deactivated Figure 54 Call indication Outgoing call number a phone number which is used for outgoing calls if the call control button is pushed Speaker volume volume of the ...

Page 59: ...ltage change to create a new entry Filter length s accumulation length in seconds which is used to average the data Tamper sensor parameters Figure 56 Tamper settings Debouncing Timeout ms threshold for a new state fixation Temperature sensor Figure 57 Датчик температуры Write threshold С value change in С that will lead to the creation of a new entry ...

Page 60: ... threshold configuration Sending SMS command Set Accelgage to the terminal with the automatic calibration enabled will disable the automatic calibration and the threshold specified by the SMS will be applied If the SetAccelgage send with 0 accelerometer will enable the automatic calibration mode Figure 59 Moving state Moving state sensor Figure 59 incorporates the following parameters Vibration th...

Page 61: ...e not calibrated calibration was not conducted angle A angle between the linear calibration vector and linear statistic vector Response ID CheckCalibration horizon fault not calibrated linear fault not calibrated Accelerometer state indication is conduction through the SMS command getacceleration Response from the terminal Id getacceleration accel acc angle ang current Xc Yc Zc horizon Xh Yh Zh li...

Page 62: ...ors Horizon can be set using the SMS command Horizon Response ID horizon OK Also the traffic accident sensor can detect if the vehicle has been through an accident During the sensor s work it analyses the data from the built in accelerometer If the parameters exceed the threshold during the timeout then the sensor will generate an entry in the journal Linear accelerometer calibration is conducted ...

Page 63: ... on the X and Y axes after exceeding which the event is fixated Strong collision on X Y axes look collision X Y threshold Strong collision on Z axe look collision Z threshold If a collision took place then data is being send to the server and the dispatcher can see it in the SCOUT Configurator Also the SMS notification can be set up In order to achieve this turn on the option in SMS Settings SMS n...

Page 64: ... port has personal settings Choosing the port s mode of operation All inputs can work in one of the selected modes To change the work mode you should push the dropdown list button at the top of the window For some modes additional configurable sensors are available In order to change the work mode open the port window and click the work mode dropdown list and choose the needed option Figure 62 ...

Page 65: ...P2 P5 P6 P7 RS 485 RS 232 CAN Off Digital input Analogue input OnlyP2 Peak detector OnlyP2 Counting input Differential flow meter Frequency input PWM input 1 Wire Only P3 Digital out Current state indication ScoutNet J1708 J1939 LLS FLS Omnicomm Drive Style RFID CAN LOG VDO Tachograph Mobileye OBD Protocol Working modes for МТ 700 STD МТ 700 ENT in the 19 х software version are shown in Table 10 ...

Page 66: ...S FLS Omnicomm Drive Style J1708 VDO Tachograph Mobileye OBD Protocol Only for the MT 700 Ent not for the MT 700 Ent МТ 700 Lite working modes are shown in the Table 11 Table 11 Port Function P0 P1 P2 P5 P6 P7 ScoutNet RS 485_2 CAN Off Digital input Only P2 Analogue input Peak detector Counting input Differential flow meter Frequency input PWM input 1 Wire Digital out Only P6 Current state indicat...

Page 67: ...on they only differ by the icon picture in the PORTS tab The settings are identical Digital input has the following parameters Ports P0 P1 Figure 64 Ports P0 P5 Debounce timeout мс minimal pulse length which can be fixated The parameter is used to protect against false actuation Recommended value 1000 for the panic button 100 Invert the signal Inverts the logic of work By default the High voltage ...

Page 68: ... correspond to the change in measuring parameter to the output voltage change Those sensors are fuel level sensors temperature sensors etc Analogue ports can be configured as follows Ignition filtering if the parameter is on then the changes in the sensor are not counted until the ignition is ON Battery disconnect switch if the parameter is on then the changes in the sensor are not counted until t...

Page 69: ...llowing parameters are available Minimal value for the input mV the minimal value of the Output voltage of the sensor Maximal value for the input mV the maximal value of the Output voltage of the sensor If the Voltage will be below or above the listed borders then the terminal will not send data to the server New entry threshold a new entry will only be written if the differences between current a...

Page 70: ...the P2 and P3 for the counting inputs only one data type is allowed Pulse count which has the following parameters Entry threshold amount the amount of pulses that leads to a log entry generation Timeout s timeout which leads to counting the value on the sensor and resetting the counter If one of these conditions is met then the data will be saved P2 and P3 can only count the pulses longer than 20...

Page 71: ...pulses to a speed Frequency counter on the Р2 Р5 ports Frequency inputs are used for the sensors which convert parameter change in frequency change on its output Examples are fuel level sensors and temperature sensors Interpretation of the allowed parameters is equal to the analogue input Figure 66 Frequency sensors can be divided into the following categories Frequency any sensor using the freque...

Page 72: ...elow the listed borders then the terminal will not send data to the server New entry threshold Hz new entry will only be written if the differences between the current and the previous values are greater than the threshold Recommended value for the fuel sensor 0 3 from the working range Figure 72 Engine speed parameters Using the Engine speed sensor Figure 72 the following parameters are available...

Page 73: ... 66 For PWM input those sensors can be set PWM occupation rate non specified PWM sensor Fuel level special filtration for the fuel level sensors Figure 73 PWM occupation rate sensor settings Sensor PWM occupation rate Figure 73 has the following settings Write threshold threshold for the value change to create a new entry Filter length s accumulation length in seconds to average the data Figure 74...

Page 74: ...the value change to create a new entry Recommended value not less than 10 mV Filter length s accumulation length in seconds to average the data Figure 76 Fuel level peak detector Using the Fuel level sensor Figure 76 the following parameters are available Minimal value for the input the minimal value of the voltage of the sensor Maximal value for the input the maximal value of the voltage of the s...

Page 75: ...ts of the flow meter Figure 77 Differential Flow meter 1 Wire sensor setting on the Р3 port 1 wire is used for sensors Driver identification and Temperature 1 Wire protocol used for sensors Driver identification which provides the driver identification using the iButton reader Dallas DS 1990A protocol reader mounting order is shown in scheme 9B ...

Page 76: ... not been made value and the buzzer indication will continue After the ignition is off the sensor will send Identification has not been made When the ignition is off the buzzer will stop the indication Outside relay control allows you to change the specified output state if successful identification has occurred Inverting signal allows you to change the specified output state of the digital output...

Page 77: ...80 The following parameters for the sensor are can be used Write threshold threshold for the value change to create a new entry Filter length s accumulation length in seconds to average the data Digital outputs Р6 Р7 settings Digital outputs of the tracker allow you to control the external slave devices Output is activated on the SMS command or command from the SCOUT Configurator ...

Page 78: ...nostics instruments including event log debug journal and state indication on the digital output For indication of the malfunction the external indicator can be connected on the output Figure 82 State indication In order to achieve that Current state indication it should be configured on one of the P6 P7 ports Figure 82 Two functions can be activated Sensors Status Flag and error word are send to ...

Page 79: ...to three long buzzer signals Maximal permitted speed 4 km h the speed value exceeding which will lead to a buzzer signal that will not stop until the speed will be lower than the threshold Speed exceed threshold 1 km h a speed limit which when exceeded causes the timer to Permitted speed exceed time At the end of the timeout the other entry will be created containing the current speed If the viola...

Page 80: ...n bump Figure 86 Body bump Figure 87 Figure 84 Acceleration deceleration sensor Acceleration deceleration sensor has the following parameters Sharp acceleration threshold 0 001g acceleration threshold exceeding which will generate 3 short buzzer signals High deceleration 0 001g deceleration threshold exceeding which will generate 3 short buzzer signals Acceleration indication allowing the checkbox...

Page 81: ...h will generate 2 short buzzer signals Acceleration slew rate 0 1 mg ms 0 1mg ms threshold exceeding length Suspension bump indication allowing checkbox will implement the indication on turns acceleration events Figure 87 Body bump Acceleration threshold on the X axis mg 0 001g exceeding the threshold on the X axis will generate 2 short buzzer signals Acceleration threshold on the Y axis mg 0 001g...

Page 82: ...2 3 4 Accel acceleration threshold Brake deceleration threshold Request example SetDrivestyle 4 60 90 120 135 250 300 Response Id setdrivestyle Оk Ports Р6 Р7 current settings can be obtained using the SMS command GetDriveStyle Request example GetDrivestyle 7 Response Id getdrivestyle P7 DriveStyle 60 90 110 120 250 300 Where id terminal ID spd1 spd2 spd3 spd4 maximal permitted speed limits 1 2 3 ...

Page 83: ...lowing parameters Command example setport 6 1 Response id setport OK Port status request for the Р0 Р7 ports Port status can be requested using the SMS command getport the parameter is the port number Example getport 0 Response Id getport P0 PeakDetector 0 RS 485 port settings RS 485 ScoutNet is used for local configuration of the tracker and external sensors connection Up to 8 sensors can be conn...

Page 84: ...lowing parameters Net number sensor net number in ScoutNet 0 o 7 Port PetrolX port number default number 1 or extension board net number if Fuel level sensor is using the RS485 RS232 port number 9 Sensor sensor number which contains the needed Fuel sensor data Write threshold threshold for the value change to create a new entry Recommended value 0 3 of the working range Ignition filtering if the p...

Page 85: ...ber sensor net number in ScoutNet 0 o 7 Port PetrolX port number default number 4 or extension board net number if Fuel level sensor is using the RS485 RS232 port number 9 Sensor sensor number which contains the needed Temperature data Write threshold threshold for the value change to create a new entry Filter length time s for averaging the values Refueller Identification sensor Figure 92 provide...

Page 86: ...r fuel shipment P7 control on successful identification the P7 is used for fuel shipment P0 Driver ID control on successful identification the internal P0 of the device is used for fuel shipment P1 Driver ID control on successful identification the internal device P1 of the device is used for fuel shipment White list button dialogue window for setting the white list Figure 94 Driver identification...

Page 87: ...s the white list dialogue Figure 79 which provides the opportunity to administrate the white list Copy to buffer button is used to save the buffer of the captured ID Tachograph mode using that mode output control ignition state control and indication are not performed Figure 94 White list window Engine speed Distance travelled Passing beam High beam Seat belt and Vehicle speed can be obtained usin...

Page 88: ...t settings For the J1708 protocol the following sensors are created Fuel sensor Fuel consumption and Engine speed For Fuel level there is only one parameter write threshold threshold for the changed value to create a new entry Default value 10 uu Figure 95 Fuel level For the Fuel consumption only one parameter write threshold ml Default value 200 ml Figure 96 Расход топлива Engine speed is in the ...

Page 89: ...threshold RPM minimal RPM that corresponds to a running engine not in idle mode Default value 800 RPM Critical RPM minimal RPM considered dangerous on the long run Default value 6000 RPM Hysteresis RPM the hysteresis value for the RPM Default value 100 RPM Using the Engine speed sensor a new entry will only be created if one of the parameters exceeds the threshold That provides the engine control ...

Page 90: ...90 Figure 98 Figure 99 Navigation NMEA input has the following parameters Minimal city to city carriage with the minimum time spent in urban areas Used for location tracking with no mileage counting Standard any auto transportation ...

Page 91: ...ipment or if the highly detailed track is needed Manual setting is giving the opportunity for a manual setting of parameters Timeout between measurements in seconds timeout between forced saving of the measurements Course changing threshold new log entry generated only on the course change more than degrees Satellite system type Figure 49 GPS GNSS or combined ...

Page 92: ...otocol the following sensors are available Fuel level Fuel consumption Engine speed Machine hours overall Axle load Trailer mass Cargo weight and Distance travelled The settings are analogues to the ones stated in the J1708 settings Figure 101 For the Fuel consumption the following parameters are available Write threshold l threshold for the voltage change to create a new entry Default setting 10 ...

Page 93: ...eshold min Default 60 min Figure 103 Axle load Axle load has the following parameters Axle number 0 frontal axis Write threshold kg threshold for the change in mass required to create a new entry Entry timeout length s Default setting 4s Figure 104 For the Trailer mass and Cargo weight the following parameters are available ...

Page 94: ...efault 4s Figure 105 Параметры датчика Общий пробег For the Distance travelled only one parameter can be changed write threshold Default 100 0 1 km Mobileye protocol settings Mobileye is the protocol for the traffic accident preventing Figure 106 Mobileye protocol parameters Mobileye Figure 106 supports the following data with no settings ...

Page 95: ...d collision warning LDW lane departure warning HMW headway monitor warning Passing beam High beam Brake signal Left signal Right signal Wipers Figure 107 Vehicle speed sensor For the Vehicle speed Figure 107 only one parameter is available Write threshold kmph threshold for the change in velocity required to create a new entry ...

Page 96: ...the vehicle CAN bus Figure 108 The OBD protocol has the following parameters Channel number should correspond the required CAN bus data in the busses defers in drastic way Vehicle model selection from the dropdown list of the supported vehicles OBD protocol supports the following sensors Ignition Check Engine ...

Page 97: ...МТ 700 fleet tracking system 97 Figure 109 Fuel level Write threshold unified units threshold for the value in uu change to create a new entry ...

Page 98: ... for the sensor Running engine threshold RPM minimal RPM for the motor to be considered running Idle speed threshold RPM minimal RPM that corresponds to a running engine not in idle mode Critical RPM minimal RPM considered dangerous on the long run Hysteresis RPM the hysteresis value for the RPM ...

Page 99: ...owing parameters are available Write threshold C threshold for the value in C change to create a new entry Total distance Figure 112 Total distance The following parameters are available Write threshold 100m threshold for the value in m change to create a new entry ...

Page 100: ...ing system 100 Passing beam no parameters can be configured Figure 113 Figure 113 Pasing beam High beam no parameters can be configured Figure 114 Figure 114 High beam Seat belt no parameters can be configured Figure 115 ...

Page 101: ... tracking system 101 Figure 115 Seat belt Vehicle speed one parameter can be configured Figure 116 Figure 116 Vehicle speed Write threshold kmph threshold for the value in mpph change required to create a new entry ...

Page 102: ...ings will be discussed in the following chapter Can log settings МТ 700 PRO МТ 700 PRO 285 support on the RS232 universal CAN LOG М444 connection CAN bus controller CAN LOG М444 CAN LOG P145 is intended to control the technical parameters of the vehicles equipped with CAN bus and sending data through the RS232 The module is connected to the vehicle CAN bus ...

Page 103: ...you can add more supported sensors to poll VDO Tachograph settings Tachograph VDO is used for receiving data from the VDO DTCO 3283 Figure 119 VDO Tachograph settings Only supported sensor Driver identification ddd file request button allow you to receive the constructed records To check the tachograph you can use CheckVDO SMS command ...

Page 104: ...olled by the master terminal Figure 121 Fuel level LLS sensor For the Fuel level Figure 121 the following parameters are available Net number sensor net number in LLS 0 to 255 Write threshold threshold for the value change to create a new entry Ignition filtering if the parameter is on then the changes in the sensor are not counted until the ignition is ON Battery disconnect switch if the paramete...

Page 105: ...ault value 8 Fuel level sensors SPAN The terminal and Configurator support the span table saving to ease the SPAN procedure of the Fuel level sensors Table is saved in the settings profile and during the data transition is send to the server The SPAN mode includes the procedure in which the petrol tank drains and refuels with the small fixated portions To start the SPAN push the SPAN button in the...

Page 106: ...utton 6 Repeat the previous three for the every portion 7 Push the Stop button Span window is shown in Figure 125 Figure 125 Span procedure If the terminal during the SPAN stopped working reboot of power loss then push Calibration mode on to continue the SPAN After finishing the SPAN table can be edited in the hand mode The table is saved automatically after the SPAN window is closed In order to d...

Page 107: ...МТ 700 fleet tracking system 107 Figure 126 Uploading the Span table to the SCOUT Explorer If the table was saved in the terminal profile then it will be uploaded for the corresponding input ...

Page 108: ...n Jack wire color RS 485 RS 232 CAN Н RS 485 RS 232 Contact Power P 0 P2 P4 Power В ТX P6 A RX МТ 700 PRO 285 Jack 16 pin 3 10 1 2 4 5 6 7 8 9 blue 11 yellow black blue white grey yellow orange brown red white green green МТ 700 PRO 285 Configurator Jack 4 pin 4 1 3 ...

Page 109: ...ue blue grey orange brown white Configurator jack of the МТ 700 PRO PRO 285 16 pin 16 15 14 13 12 11 10 9 8 7 6 желто черно blue сине white white white сине black white red green green розовый grey black purple red brown white МТ 700 PRO PRO 285 2 pin 10 RS 485A white red ...

Page 110: ...nce Pin in the Jack wire color RS 232 CAN Н RS 23 RS 485 RS 485 Contact Power 485_ 2 ТX P 0 P2 P4 Power 485_ 2 RX В P6 A B A Jack МТ 700 16 pin 3 10 4 11 1 2 white 5 6 7 8 9 blue white white black blue yellow grey Yellow orange brown red white green Green ...

Page 111: ...ite Black white blue Yellow blue white Red blue blue grey orange brown White Jack МТ 700 16 pin 16 15 12 11 10 9 8 7 yellow black white white blue black white white purple red green purple red brown White Jack For configuration of the МТ 700 10 2 pin ...

Page 112: ...m 112 Appendix C Typical Connection schematics Basic connection schematic 116 Analogue Fuel level sensor 118 Frequency Fuel level sensor 118 LLS fuel level sensor 119 Buzzer 120 J1708 and CANJ1939 121 Engine Speed 122 iButton 123 ...

Page 113: ...em 113 Basic schematic connection The simpliest connection is Power to the Battery Power through the 2A fuse to the battery pin 30 P2 to the wire which provide the power only after the ignition is on pin 15 Figure 1 Basic scheme ...

Page 114: ...onnectable battery schematic Figure 2 Disconnectable battery schematic Power to the Battery through the 3 5 A fuse Power through the 2A fuse to the battery pin 30 P2 to the wire which provide the power only after the ignition is on pin 15 ...

Page 115: ...g system 115 Analogue fuel level sensor Signal wire goes to the P0 If needed other sensor can be connected to the 1 and 2 ports Power the sensor from the same power lines as the terminal Figure 3 Analogue fuel level sensor ...

Page 116: ...МТ 700 fleet tracking system 116 Frequency fuel level sensor Figure 4 Frequency fuel level sensor ...

Page 117: ...МТ 700 fleet tracking system 117 Digital LLS fuel level sensor Figure 5 digital LLS fuel level sensor ...

Page 118: ...МТ 700 fleet tracking system 118 Buzzer connection Figure 6 Buzzer connection ...

Page 119: ...МТ 700 fleet tracking system 119 J1708 and CANJ1939 connection Figure 7 J1708 and CAN J1939 connection ...

Page 120: ...МТ 700 fleet tracking system 120 Engine speed sensor connection Figure 8 Engine speed sensor connection ...

Page 121: ...МТ 700 fleet tracking system 121 iButton Figure 9 iButton connection Minus to the common wire data to the P3 ...

Page 122: ...equest example Response example Note ID version Voltage is multiplied by the Power supply voltage Factor of 10 Battery voltage id test 1 1 1 1 Power off threshold Pwr 24 6 4 4 APN settings OFF 8 0 Test Terminal test no Used server test APN internet protocol SRV 1 1 1 1 6600 Unsent data ScoutData Unsent 0 ...

Page 123: ...configuration Port number Port portconfig 0 P0 PeakDetector request VLT Port state порт состояние порта Id getport P0 Getport request Port number значение getport 0 PeakDetector 0 in case the change is available OK Setport Port number setport 6 1 id setport OK Port state setting Invalid params change is not ...

Page 124: ...МТ 700 fleet tracking system 124 available 124 ...

Page 125: ...Setserver1 Parameter setting protocol Setserver1 For server 1 channel gsm 111 222 111 22 wifi IP address 2 6600 passwor Port d Parameters are changed encryption Parameters Connection type incorrect Setserver2 Parameter setting protocol Setserver2 For server 2 channel gsm 111 222 111 22 Protocol scoutdata wifi IP address 2 6600 passwor ...

Page 126: ...tocol channel gsm encryption 1 on 0 off Connection type m Setserver3 Parameter setting For server 3 protocol channel gsm Setserver3 main d wifi IP address 111 222 111 22 doubling r Port encryption 2 6600 passwor reserve Connection type d protocol channel gsm Testserver1 Server 1 no ID Testserver1 id testserver1 Protocol scoutdata parameters WIFI SRV1 1 1 1 1 ...

Page 127: ...nnel scoutopen scoutopen2 request 6600 ScoutData cry Server protocol wips egts pto 0 m Unsent 0 Encryption Channel gsm wifi Server 2 Testserver2 id testserver2 Testserver2 Unsent data Encryption 1 on parameters WIFI SRV1 1 1 1 2 0 off request ...

Page 128: ... d doubling r reserve Testserver3 Server 3 Testserver3 id testserver3 parameters WIFI SRV1 1 1 1 3 request 6608 ScoutData cry pto 0 r Unsent 0 Setid Terminal ID Terminal ID OK setid 123456 id setid OK set Setcalibration Set calibration no Setcalibration Id setcalibration Mode for OK OK 5 min ...

Page 129: ...t Id connect SRV1 Server connection processing And data sending SRV2 processing processing SRV3 off OK Id connect SRVx failed connect OK via Id connect SRVx connect failed Id connect SRVx connect via SRVy SetNetRule Remote Rule number setnetrule1 1 id setnetrule OK Rule number 1 6 GSM rules SIM card number 25002 SIM card number 1 set Operator code Operator code 0 OK 99999 ...

Page 130: ...МТ 700 fleet tracking system 130 ...

Page 131: ...запрос Imei no id getimei imei GetImei id getimei номера 123456789012345 модема терминала GetDriveStyle Settings request port data type GetDriveStyle Id getdrivestyle For the drive style Port number spd1 spd2 spd3 spd4 Ac 4 P4 DriveStyle port CelBrake 60 90 110 130 250 port port number 300 spd1 spd2 spd3 ...

Page 132: ...drivestyle Accel acceleration configuration 4 60 90 120 25 Оk threshold Port number 0 300 Brake deceleration spd1 spd2 spd3 threshold Accel Brake Angle in Static coordinates Id linearCalibrate LinearCalibrat e accelerometer If empty linear OK LinearCalibrate linear Calibration is Impossible Оk 0 Id linearCalibrate ...

Page 133: ...МТ 700 fleet tracking system 133 calibration reset Error impossible ...

Page 134: ...er ID Acc current acceleration Ang angle to the horizon Xc Yc Zc current Raw Data on the 3 axes Xh Yh Zh calibration vector Xl Yl Zl linear acceleration calibration Id getacceleration accel a ID getacceleration Accelerometer cc angle 4 current ...

Page 135: ...МТ 700 fleet tracking system 135 angle ang current Xc Yc Z 59 52 1039 GetAcceleration Current state no getacceleration horizon 14 22 request c horizon Xh Yh Zh line Xl Y 1044 line not l Zl calibrated ...

Page 136: ...eters Terminal response Request example Response example Comment state calibration state not calibrate no horizon line detect horizon OK Threshold vibration threshold ID GetAccelgage state ID getaccelgage GetAccelgage no getaccelgage line detect 5 threshold ...

Page 137: ...hold значение ОК SetAccelgage 15 id setaccelgage OK порога statistics horizon 0 10 gravity 3D vector Statistics not ready A liner statistics vector 1030 linear angle request GetStatistics no horizon gravity linear angle GetStatistics 40 vectors A vectors V P lineVector 120 58 149 23 1 ...

Page 138: ...МТ 700 fleet tracking system 138 ...

Page 139: ...МТ 700 fleet tracking system 139 Linear calibration Statistics reset ...

Page 140: ... O Adding the number to the terminal s white K Setwhitelist list Phone number ОК Setwhitelist Id setcalibration f FAIL 79997170944 ail проверка ID TestAccelgage State x1 ID testaccelgage TestAccelGage no ТestAccelgage Ok 58 42 1049 работоспособности y1 z1 x2 y2 z2 x3 y3 571 550 1540 акселерометра z3 640 671 442 ...

Page 141: ...МТ 700 fleet tracking system 141 ID CheckCalibration ...

Page 142: ...fleet tracking system 142 accelerometer ID CheckCalibration horizon horizon ок line 22 side 27 CheckCalibratio resultH causeH linear calibration no CheckCalibration linear ок angle n resultL causeL check 3 25 ...

Page 143: ...МТ 700 fleet tracking system 143 ...

Page 144: ...МТ 700 fleet tracking system 144 Horizon horizon no ОК Horizon ID horizon OK set ID testmemory Processing ...

Page 145: ... test no testmemory pages X errors Y times Z sek Checked pages 1024 errors 0 times 150 sek установка Целевые Setodm показаний показания ОК Setodm 167 7 Id setodm OK одометра одометра Enable disiable Power off mode Voltagesafety Power off voltagesafety id voltagesafety enable OK 1 12 9 OK ...

Page 146: ...МТ 700 fleet tracking system 146 132 ...

Page 147: ...eet tracking system 147 id getregstat Network registration Operator code registration 25002 GSM home lac 0 Getregstat no getregsat x1E7D cid 0x16CB GPR Status request status lac cid S home lac 0x1E7D ci d 0x16CB ...

Page 148: ...tem 148 Password setting setpassword Setpassword For the tracker password ОК qwerty123 id setpassword OK IP address scoutdata Protocol change to port ScoutData OK 111 222 111 222 id scoutdata OK ScoutData password 6600 password ...

Page 149: ...МТ 700 fleet tracking system 149 133 ...

Page 150: ...МТ 700 fleet tracking system 150 scoutopen Protocol change to IP address port ScoutOpen OK 111 222 111 222 id scoutopen OK ScoutOpen password 6600 password IP address port egts ...

Page 151: ...leet tracking system 151 Egts Protocol change to password OK 111 222 111 222 id egts OK EGTS 6600 password wips WIPS OK 111 222 111 222 id wips OK Protocol change to WIPS IP address port 6600 password password ...

Page 152: ...МТ 700 fleet tracking system 152 Autohorizon AutoHorizon setting no ОК AutoHorizon id AutoHorizon OK enable ...

Page 153: ...Vdo VDO tachograph no No connection CheckVdo id CheckVdo Connection test Connect Disconnect OK Modem Modem identification id getmodem GetModem identification no getmodem Quectel_Ltd check Approximate terminal id getcellpos location http www open based on cell ID electronics org cell Getcellpos no Map hyperlink getcellpos ...

Page 154: ...МТ 700 fleet tracking system 154 Location track cell php hex 0 mcc 250 mnc 99 lac 14756 cid 10212 ...

Page 155: ...МТ 700 fleet tracking system 155 ...

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