Downloads

Removed from production.

Removed from production. Version (2.3.0.087 26.04.2019)
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Fixes and improvements (only for M5):
- A vulnerability has Been fixed in the algorithm for working with HJ, which can lead to the deletion of several unsent track points after restarting the terminal.
- Improved the algorithm for adjusting the internal clock of the terminal.

Version (3.1.0.068 15.04.2021)

Changes and improvements:
- It is forbidden to register track points until the first measurement of the supply voltage after launch;
- Upper limit of maximum speed increased from 250 to 600 km/h;
- Added command to request last valid coordinates;
- Vulnerabilities have been fixed in the distance calculation algorithms, in the algorithm for working with the GSM module, in the algorithm for saving track points with unsynchronized time, and in the algorithm for transferring data via USB;
- Reduced likelihood of long intervals between wireless sensor readings;
- Improved reliability of GSM interference detection.

New functionality:
- As for the event system;
- Added the ability to work with geofences;
- Added the ability to configure the temporary disconnection of the GSM antenna;
- Added event "Stop changing the value of the parameter" (control of freezing, freezing, stopping);
- Added the ability to control the number of unsent track points;
- Added the ability to control the acceleration values along the axes;
- Added the ability to pause and start algorithms;
- Added the ability to send the acceleration value along the axes to the server;
- Added support for working with RDAVIA reader;
- Added support for Mielta TPMS tire pressure monitoring system.

Version (3.1.0.068 15.04.2021)

Changes and improvements:
- It is forbidden to register track points until the first measurement of the supply voltage after launch;
- Upper limit of maximum speed increased from 250 to 600 km/h;
- Added command to request last valid coordinates;
- Vulnerabilities have been fixed in the distance calculation algorithms, in the algorithm for working with the GSM module, in the algorithm for saving track points with unsynchronized time, and in the algorithm for transferring data via USB;
- Reduced likelihood of long intervals between wireless sensor readings;
- Improved reliability of GSM interference detection.

New functionality:
- Added the ability to work with geofences;
- Added the ability to configure the temporary disconnection of the GSM antenna;
- Added event "Stop changing the value of the parameter" (control of freezing, freezing, stopping);
- Added the ability to control the number of unsent track points;
- Added the ability to control the acceleration values along the axes;
- Added the ability to pause and start algorithms;
- Added the ability to send the acceleration value along the axes to the server;
- Added support for working with RDAVIA reader;
- Added support for the Mielta TPMS tire pressure monitoring system.

Changes in the firmware:
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- improved the level filtering algorithm: now a sharp change in the internal oscillator frequency and its going beyond the calibration limits will not lead to an immediate output of the 20/5000/6000 error. The level and frequency values remain constant during the averaging time. If an incorrect frequency is detected during the averaging time, the DUT will issue an error code. If the internal oscillator frequency value has returned to the acceptable limits before the averaging period expires, no error code is issued.

- code 20 is issued if the internal generator frequency exceeds the empty tank calibration frequency by more than 2%;
- code 5000 is issued if the frequency of the internal generator decreases by more than 1% of the full tank calibration frequency;
- code 6000 is issued if the frequency of the internal generator decreases by more than 2 times from the full tank calibration frequency Changes in the Сonfiguratorе.
==========================

- Added display of calibration frequencies for full and empty tank (in the "Calibration "menu);
- Added the ability to manually change the calibration frequencies for full and empty tank.
(In the" Calibration "menu, left - click on the corresponding value);
- The level and frequency display in the "Calibration" menu is now performed without filtering.
(Filtering is taken into account on The General tab);
- Added the ability to reset the DUT settings to factory settings.

Changes in the firmware:
=====================

- Improved the level filtering algorithm: now a sharp change in the frequency of internal
generator and going beyond the calibration limits will not lead to an immediate output
error 20/5000/6000. The level and frequency values remain constant for
averaging time. If the incorrect frequency is fixed for a period of time
averaging, the DUT will give an error code. If the internal oscillator frequency value is
returned to acceptable limits before the averaging period expired, error code
is not issued;

- code 20 is issued if the frequency of the internal generator exceeds the calibration frequency
for an empty tank by more than 2%;

- code 5000 is issued if the frequency of the internal generator decreases by more than 1%
from the full tank calibration frequency;

- code 6000 is issued if the frequency of the internal generator decreases by more than 2 times
from the calibration frequency Changes in the Сonfiguratorе:
==========================

- Added display of calibration frequencies for full and empty tank (in the "Calibration" menu);

- Added the ability to manually change the calibration frequency for full and empty tank.
(In the "Calibration" menu, left-click on the corresponding value);

- The level and frequency display in the "Calibration" menu is now performed without filtering.
(On the "General" tab, filtering is taken into account);

- Added the ability to reset the DUT settings to factory settings.

Changes in the configurator:
=====================
Version 3.8

- Added a message when changing the password;
- Added an automatic first line to the calibration with the possibility of rewriting;
- Added displaying of the current level value during taring (fine calibration);
- Added displaying of the level stability status and level errors in taring (fine calibration);
- Added a checking for a negative and unchanged level value;
- Added a checking for too large deviation from the average value in the taring (fine calibration);
- Added displaying a graph of current valuesзначений;
- Added uploading taring (fine calibartion) data in the format of .csv.



Changes in the configurator:
=====================
Version 3.7

- Added settings to show errors about level;
- Added Spanish language to the interface;
- Added an account login page;
- Modified connection to old versions of sensors.


Changes in the firmware:
ver. 1.3.36 dd 29.11.21.

- Improved operation with inbuilt accelerometer;
- Optimized power consumption to prolong battery life;
- Improved temperature compensation algorithm.


Changes in the firmware:
Version 1.3/.29 dd. 09.08.21
Added additional protection mechanisms:

- When the connection is active, the FLS continues to send advertising packets to the air;
- In the advertise packet, when the connection is active, one of the bits in the flag byte = 1;
- The connection inactivity timeout has been reduced to 10 seconds;
- Each connection is registered in the event log (the duration of the session is recorded).