The program Batmon in made for use with the Jeti Muli 6S EX. The data of the Muli is recorded in the logfile as follows:
000000000;4318522914;0;MULi6s;
000000000;4318522914;1;Cell 1;V
000000000;4318522914;2;Cell 2;V
000000000;4318522914;3;Cell 3;V
000000000;4318522914;4;Cell 4;V
000000000;4318522914;5;Cell 5;V
000000000;4318522914;7;LowestVolt;V
000000000;4318522914;8;LowestCell;
000000000;4318522914;9;Accu. volt;V
This should read as follows:
4318522914: Unique sensor number of the Muli
1 to 5: The cell voltage of 5 LiPo cells (use the Muli with a 5 cell LiPo)
7: Lowest cell voltage
8: number of the cell with the lowest voltage.
The Unilog is included in your log file:
000000000;4172823250;0;UniLg2;na
000000000;4172823250;1;Spannung;V
000000000;4172823250;2;Strom;A
000000000;4172823250;3;Kapazitaet;mAh
000000000;4172823250;13;Zelle min;V
000000000;4172823250;14;Zelle min#;
The first thing that strikes you is that the Unilog regulates completely different data.
If Batmon processes these data, for example, under "1" the voltage of the first cell will be expected. However, this is the voltage of the entire battery. This can be seen on the image of the transmitter display. In cell 1 is the voltage of the full Li-Po to see.
Furthermore, the individual cell voltages are not transferred. Whether that is the settings of the Unilog I do not know. See that in the logfile items 4 to 12 are not transferred.
The Batmon program is, as the data is now transferred, not suitable to cooperate with the Unilog.
If it is possible to send the missing cell voltages with the Unilog the Batman program should be adjusted for use with the Unilog. However, this is not a simple task. This requires (thorough) knowledge of LUA.
Nico
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