I know you guys explained the CAN Bus connection several times. However for the sake of clarity, kindly explain which wires from the BMS side is which.
Obviously the Focbox has 4 pins , and the BMS has 5.
5v cAn L cAn H GND
Noting the colors, which is which ?
I have tried to go through the documentation. Would be good if someone could verify it:
This is from the schematics of DieBie MS.
And this also. I have numbered the pins. So number
Not sure about the VESC though. Haven’t done it myself yet. Thereof please someone with experience should verify it 
This helps 
, thanks a million
This is correct!
The can connector has 5 pins however 
, last pin, pin 5 is gnd.
Sorry guys for the missing manual. Now that the bms tool is getting useable I will start to focus on the manual.
Finally able to plot bar graphs:
This is just dummy data to test the graph plotting but it looks good already. Will now attempt to make the BMS send the individual cell voltages to the bmstool.
Bar graphing works! Now with real data 
.
Anybody have a suggestion on how to intelligently and automatically zoom without the range changing all the time 
, can’t think of a good method right now.
Fixed scale based on cell chemistry/cut off settings? (e.g. for LiPo form 3.7 to 4.2) otherwise for cell drift maybe with minimum interval + cell status (e.g. steps depending on drift, but can’t go below 0.05V and range is depending on overall soc)
Hello Danny (@JTAG),
witch kind of NTC Thermistors should we utilize?
If I’m not mistaken there is room for two?
Is there any command to test if they work? or will the SW implementation come later on?
Thank you for your help 
Yes you can use up to two NTC sensors, preferably use 100kOhm @25 degree C type sensors.
You can configure the beta value here:
When you connect the NTC and configured it you can enable it by setting the “Temp sensor enable mask Battery” to 3 if you connected both sensors on the balance connector. Set it to 1 if you have only connected a sensor to NT0 and set it to 2 if you have only a sensor connected to NTC1.
You should now be able to see the value in the realtime window:
great! Thank you for the detailed explanation 
@JTAG you rock!!! 
In order to have a single executable on Windows, you need to compile static build of Qt. The easiest way I can recommend is to use these awesome scripts https://github.com/martinrotter/qt5-minimalistic-builds and tweak them a little bit. Remove -skip qtconnectivity and -skip qtserialport because you need that and follow instructions.
Also, I compiled DieBieMS-Tool for mac. When you are ready to do it yourself, let me know if you need any help
Please do not put DieBieMS-Tool builds in git, it hurts me a little You can use GitHub Releases for that 
Thanks thanks, I will try that!
Yes master I’ll change my life and be a better man on github 
(soon).
You might consider to post about your BMS on Endless Sphere forum. You can start a new thread and update all changes on your first post. Also you can put your BMS for sale on ITEMS FOR SALE - NEW page.
Jtag’s******
Is that some kind of code? Who do I contact to buy one of these wonders (BMS)?
Get in on the 3rd batch!
Sign the form and sit tight cause production will begin once the 50 interested orders are in!
Just did, Thanks.
BTW: I ordered one, but can order second if this will make the difference. Keep us posted. Maybe others will order more so we get it going. Do we have some kind of manual or YouTube video how to?