Hey Craig, really appreciate your videos - useful content that is hard to find on these items. A couple of videos ideas on things that I have been trying to find, but no one has touched on. One relates to the MRBF's. With the bussmann brand being so expensive, I have been considering the cheap eBay version. But not sure I trust either the holders (they're made of stainless instead of copper) or the fuses (does the cheap eBay blade fuse failures translate to these ones also?). Would be great to see a video testing resistance and the true amperage that the fuses blow at. Also would be great to see a discharge and dismantling video on the "queens 120ah Lithium" from outbax, they're being put up on sales for less than the kings and seem almost identical. Cheers!
Apart from what the battery’s safe cutoff can safely operate at, I am always concerned about the increased current in working conditions when voltage drops.
I take back what I said in my comment on the last video. Apart from the low voltage cut-off of 2.0v, the high voltage cut-off of 3.75v is also higher that 3.65v, which I always thought was the upper limit for LiFePO4 technology cells. I guess these pouch/blade cells are a bit different. Nice update Craig.
Hey Craig, really appreciate your videos - useful content that is hard to find on these items.
A couple of videos ideas on things that I have been trying to find, but no one has touched on.
One relates to the MRBF's. With the bussmann brand being so expensive, I have been considering the cheap eBay version. But not sure I trust either the holders (they're made of stainless instead of copper) or the fuses (does the cheap eBay blade fuse failures translate to these ones also?). Would be great to see a video testing resistance and the true amperage that the fuses blow at.
Also would be great to see a discharge and dismantling video on the "queens 120ah Lithium" from outbax, they're being put up on sales for less than the kings and seem almost identical.
Cheers!
Nice work
Apart from what the battery’s safe cutoff can safely operate at, I am always concerned about the increased current in working conditions when voltage drops.
I take back what I said in my comment on the last video. Apart from the low voltage cut-off of 2.0v, the high voltage cut-off of 3.75v is also higher that 3.65v, which I always thought was the upper limit for LiFePO4 technology cells. I guess these pouch/blade cells are a bit different. Nice update Craig.
BYD cells, that's a no from me then with their current EV track record and LifePo4 cells. Was looking acceptable up until that moment too.