⏠34.00 · 4.8 (709) · In Magazzino
I wanted to make a perfect pack of 16 cell with double options : 1- If i wanted to make a 12.6v battery, i could use 3 sets of 4 ( parallel connected ) cells in series to achieve 12.6v with attached BMS. 2- If i wanted to make a simple 3.7v giant battery pack, i could easily connect all of them in parallel. This Design has been well tested before upload on my Flsun Super racer 3D Printer and it took 2 hours 45 minutes at 85% infill. IT'S BEAUTIFUL AND IT HAS A PERFECT FIT FOR MY 18650 LITHIUM ION BATTERIES
18650 cell holder 2 and 5 pack 3D Models to Print - yeggi - page 17
I wanted to make a perfect pack of 10 cell with double options :, 1- If i wanted to make a 12.6v battery, i could use 3 sets of 10 ( parallel
18650 LITHIUM ION DOUBLE ROW BATTERY FIXTURE FOR STRIP WELDING ( 5x2 )
STL file 18650 LITHIUM ION DOUBLE ROW BATTERY FIXTURE FOR STRIP WELDING ( 6x2 ) đă»Model to download and 3D printă»Cults
New 18650 Battery Fixed Fixture Single Row Double Sided Spot Welding Lithium Battery Pack Soldering Fixture Battery Fixed Holder
New 18650 Battery Fixed Fixture Single Row Double Sided Spot Welding Lithium Battery Pack Soldering Fixture Battery Fixed Holder
STL file 18650 LITHIUM ION DOUBLE ROW BATTERY FIXTURE FOR STRIP WELDING ( 4x2 ) đă»3D printing model to downloadă»Cults
STL file 18650 LITHIUM ION DOUBLE ROW BATTERY FIXTURE FOR STRIP WELDING ( 7x2 ) đă»3D print design to downloadă»Cults
STL file 18650 LITHIUM ION DOUBLE ROW BATTERY FIXTURE FOR STRIP WELDING ( 7x2 ) đă»3D print design to downloadă»Cults
I wanted to make a perfect pack of 10 cell with double options :, 1- If i wanted to make a 12.6v battery, i could use 3 sets of 10 ( parallel
18650 LITHIUM ION DOUBLE ROW BATTERY FIXTURE FOR STRIP WELDING ( 5x2 )
cell holder 18650 3D Models to Print - yeggi - page 43