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{{Template:FMB Status info
|model=FMB150
__TOC__
|family=FMB1 UniDev
|FMB150_CAN=chip inside [[FMB150]] device. UniDev}}
Status info enables the user to monitor real time information of {{{model|FMB1YX}}}. Following fields are displayed: '''Device Info''', '''GNSS Info''', '''GSM Info''', '''I/O Info''', '''Maintenance''' and etc. User is able to export all of the information to '''.HTML''' file using [[File:Export_html.png|15px|link=]] icon which is at the top right corner of the '''Device Info''' area.
==Device Info==
*Device Name
*Firmware version
*Last Start Time - last device start time.
*RTC Time - real-time clock or current device time.
*Power Voltage (mV)
*Device IMEI
*External Storage (used/total) - {{{txt_memory|Internal Flash memory}}} free space.
*Device Uptime - device uptime from last start time.
{{{battery|* Battery Voltage (mV)
* Internal Battery Status - Charging/Not Charging}}}
==GNSS Info==
*GNSS status
**Module status - ON, [[{{{model|FMB120}}}_Sleep_modes#GPS_Sleep_mode|GPS Sleep]], [[{{{model|FMB120}}}_Sleep_modes#Deep_Sleep_mode|Deep Sleep]], [[{{{model|FMB120}}}_Sleep_modes#Online_Deep_Sleep_mode|Online Deep Sleep]], [[{{{model|FMB120}}}_Sleep_modes#Ultra_Deep_Sleep_mode|Ultra Deep Sleep]] mode.
**GNSS packets - the number of GNSS packets the device received from startup.
**Fix Status - Fix/No Fix. <b>(Note: Fix time strongly depends on indoor/outdoor location. To achieve best performance acquiring GNSS fix device should be used in outdoor locations</b>)
**Fix Time - the last GNSS fix time.
*Satellites
**Visible - the number and type of satellites that are visible.
**In Use - the number of satellites used for location positioning.
*Location
**Latitude/Longitude - shows current device coordinates and if you press them opens '''Object location''' window with a map.
**Altitude, Angle
**HDOP, PDOP <br> {{{model|FMB120}}} sends HDOP/PDOP value to the server in precision of dilution '''coefficient'''. HDOP/PDOP calculation depends on how many [[{{{model|FMB120}}}_System_settings#GNSS_Source|GNSS sources]] are selected. If configured GNSS Source options are "GPS" and "GLONASS" and HDOP/PDOP values are received from both systems, the parameters HDOP/PDOP will be calculated as shown below: <br> "GPS" - 1.60; <br>"GLONASS" - 1.60; <br>"Galileo" - will be 0, because it is not selected and not taken into account; <br> "BeiDou" - will be 0, because it is not selected and not taken into account; <br> Calculation formula - '''("GPS" + "GLONASS" + "Galileo" + "BeiDou") / 4 (four GNSS systems)'''. <br> Calculated HDOP/PDOP value according to above parameters - '''(1.60 + 1.60 + 0 + 0) / 4 = 0.8''' coefficient.
**Speed - current device speed.
<BR>
== HDOP/PDOP value calculation changes ==
<BR>
{|
|[[File:Alert.png|left|link=|50px]]||<b>From firmware version 03.27.06.Rev.01 HDOP/PDOP value calculation has been removed. DOP values are taken from GPGSA messages. DOP values are calculated according to constellations that are currently in use. Example: If we have 4 GNSS systems and there will be two in use then average will be calculated from two GNSS systems.</b>
|}
Main calculations of separate HDOP/PDOP values of GPS, GLONASS, Galileo and BeiDou are made by GNSS modem. GNSS Modem already outputs average of HDOP/PDOP from 4 GNSS systems (Used satellites) with a formula below.
<BR>
Calculation formula - ("GPS" + "GLONASS" + "Galileo (0-sat)" + "BeiDou (0-sat)") / 2 (four GNSS systems)**<BR>
Calculation formula - ("GPS" + "GLONASS") / 2 (two GNSS systems)<BR>
HDOP/PDOP will be different if it will have 19 and i.e. other packet with 6 satellites. In parsed regular AVL packet example below all of 19 satellites are shown as in use.
<BR>
Parsed NMEA Record Example:<BR>
<BR>
Record GPS longitude : -14116383<BR>
Record GPS latitude : 530738950<BR>
Record GPS altitude : 356<BR>
Record GPS angle : 357<BR>
Record GPS satellites: 19<BR>
Record GPS Kmh : 102<BR>
<BR>
==GSM Info==
*GSM status
**Modem Status
**SIM State - Ready/Unknown
**GPRS Status - Activated/Deactivated
**Actual Operator Code
**Signal Level
*GPRS traffic
**Sent Data - the amount of data that has been sent by the device.
**Received Data - the amount of data that has been received by the device.
**Total Traffic - Sent Data + Received Data
*Sockets information:
**Type - AVL Data Sending
**Socket - Closed or Server domain and port which is used when sending AVL Data via TCP/UDP.
*Records
**Sent Records count - how many records were sent to the server since the last data reset.
**Last Record Send - date and time when the last record was sent.
**Last Server Response Time - date and time when the last server response was.
*SMS Count
**Received SMS - the amount of SMS messages the device has received.
**Sent SMS - the amount of SMS responses that were sent from the device.
**SMS Count - Received SMS + Sent SMS
==I/O Info==
*I/O Data - shows the current values from all configurable I/O elements.
{{{txt_hide_tmt250|==FMS I/O Info==
* FMS I/O Data - shows the current values from FMS configurable I/O elements.
==Tachograph Data Info==
* Tachograph Data - shows the current values from Tachograph Data configurable I/O elements.
}}}
==Maintenance==
*Log/Dump
**Log - after button is pressed, the device starts log capturing for 10 minutes with configuration download. After this time device .log and configuration .cfg will be in compressed archive. <p>Archive name: <code>YYYY_MM_DD_HH_MM_SS_{{{model|FMB1YX}}}_IMEI_Log.zip</code><br>Default directory: <code>C:\Users\<username>\Documents</code></p>
[[File:logging.gif]]
:*Dump - after button is pressed, the device starts to download .dmp logs and configuration .cfg from device in compressed archive. <p>Archive name: <code>YYYY_MM_DD_HH_MM_SS_{{{model|FMB1YX}}}_IMEI_Dump.zip</code><br>Default directory: <code>C:\Users\<username>\Documents</code><br>Dump files can be read only with special software. If needed, provide these files to your Teltonika sales manager or Teltonika Support team.</p>
:*Open directory - this button appears near '''Log''' or '''Dump''' if one of these functions were used.
*Accelerometer - after the button is pressed, the device starts to capture accelerometer values for 1 second.
{{{txt_lls|==LLS Calibration==
* LLS calibration - in this section you can calculate calibration values of Analog LLS sensors for AVL server - create a polynomial which is needed to convert sensor values to liters:
**Table is filled row by row. Each row represents one fuel tank fill. To calculate constants it is needed to select a sensor from ''„Available sensors“'', and fill the „Fuel, L.“ column and capture the current value of a sensor by clicking the ''"Refresh"'' button. Then the next value in liters should be entered by the user and so on.
**When a table is filled, calculated a0, a1, a2, and a3 values should be seen.
**To add a new tank fill row click "Add row". To remove the row click the ''"minus"'' button near the row you want to clear. To Clear all the rows click ''"Clear rows"''.
**By clicking ''"Export"'' data will be exported to .csv file.
**To recalculate the polynomial click on ''"Calculate"'' button.
[[File:LLS_Calibration.png]]
Default log capture time, accelerometer capture time and files directories can be changed by pressing [[File:Configurator-settings.png|25px|link=]] icon at the bottom right corner.}}}
{{{txt_obd|==OBD Info==
Shows the main OBD parameters with current values when the device is connected to the vehicle via OBDII socket or using [[{{{model|FMB120}}}_Bluetooth_settings#How_to_connect_OBD_II_Bluetooth_Dongle_to_FMB_device|OBDII Bluetooth Dongle]].
'''Note:''' not all parameters which are displayed in the ''"OBD Info"'' tab can be readable from the vehicle.}}}
[[Category:FMB150 Configuration]]
[[Category:FMB150 Configuration]]