I got my EVE cells a couple weeks ago and now ready to assemble my battery in a permanent configuration so I want to use the proper torque on all connections.
I did not get a spec sheet with my cells like many of you have mentioned I would. Just the cells. No paperwork of any kind in the boxes. Bought from AMY.
I researched this forum on torque specs for the welded studs but most of the posts about this were older and primarily addressed the cells with bolts provided. So, I'd like to know what I should torque these down to.
Additionally, I have bolt connections on the Victron Smart Shunt and the Overkill BMS. Torque specs on those would be helpful as well. The bolts on the Smart Shunt are massive 3/8" thread (or metric equivalent) and have no clue what the torque on those should be or how much torque to put on them and not break anything.
The BMS has M6 bolts to attach the cables to and any suggestions on those would also be really appreciated.
Not sure why these values are not front and center on any paperwork/manual so as to limit the danger of over tightening and potentially either stripping the threads or, for example on the BMS, stressing the connections of the bolt plates to the board.
Thanks to all. You've been a great help in getting me this far and I can finally see the finishline.
I did not get a spec sheet with my cells like many of you have mentioned I would. Just the cells. No paperwork of any kind in the boxes. Bought from AMY.
I researched this forum on torque specs for the welded studs but most of the posts about this were older and primarily addressed the cells with bolts provided. So, I'd like to know what I should torque these down to.
Additionally, I have bolt connections on the Victron Smart Shunt and the Overkill BMS. Torque specs on those would be helpful as well. The bolts on the Smart Shunt are massive 3/8" thread (or metric equivalent) and have no clue what the torque on those should be or how much torque to put on them and not break anything.
The BMS has M6 bolts to attach the cables to and any suggestions on those would also be really appreciated.
Not sure why these values are not front and center on any paperwork/manual so as to limit the danger of over tightening and potentially either stripping the threads or, for example on the BMS, stressing the connections of the bolt plates to the board.
Thanks to all. You've been a great help in getting me this far and I can finally see the finishline.