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Похоже, что ваша корзина пуста
Currently this link can be used to order a charger: https://www.ebay.com/itm/11V-Charger-1A-...
updated the guide to include the charging tray also.
You basically need an CCCV charger for LiFe. If you got the BMC built in it it will handle the balancing of the three cells and cut off if charged.
Basically the search term is LiFePo4 charger 3S (3 cells) e.g. something like that: https://m.aliexpress.com/item/3281134765...
I also created a 3D Model for a charger stand (to be 3D printed) . If you like I have a spare set (unused that I would sell) . Otherwise the model is available here: https://www.thingiverse.com/thing:215677...
Well I also had lots of troubles with batteries. The NiMH variants (self build and ready made pick from China) both had too low voltage for my 6008AF. (I was using the MaHa charger to charge). Then I had many trails with LiIon and Voltage converters (1 and 3 cells). The LiFe setup as described above works for me. The camera is fully functional on a battery that has been charged 6 months ago (don’t have PQS lenses though). Your comment on the thermal sensor and motherboard frying is completely wrong. The sensor is to prevent overheating while charging. What you’re referring to is the fuse. Just look inside the battery compartment of the camera the thermal sensor isn’t even connected.
This is my charging tray: https://www.thingiverse.com/thing:215677...
and again a link for the exact charger I use: https://www.ebay.com/itm/P2012-l3-12-6v-...
The 3.7V batteries would be LiIon not LiFePO4. the LiFePO4 have 3.33V which adds up to the 10V. 3.7V * 3 sums up to 11.1V. Which I didn’t want to try back then (risk of damaging the camera with over voltage). But there is now a company offering LiPo battery replacements (see here for picture: https://www.photoscala.de/2017/10/05/neu...).
SO to sum it up, the 11.1V doesn’t seem to be a problem for the cameras. To do so, you will need another BMS Board (for 3S LiPO/LiIon) though to have another cutoff voltage.
I am using one of these: P2012-l3 12.6v 1.5a LiPo Lithium Ion Charger for 11.1V Li-ion Battery
The PCB BMS Protection Board for 3 Packs 18650 LiFePO4 LiFe Battery Cell 3S does the balancing and cut off. So every “C.V. Voltage for LiFePo4: 10.8V±1%” should work.
Hey guys, sad to hear it’s not yet working for you. The initial current the camera draws is pretty high (around 4,5A peak). So make sure the cells you chose can deliver this current.
Worked perfectly with a 4th generation and a WD60EZRX!
Slowly start peeling at one corner... worked better than shown on the pictures.