2 pilhas de iões de lítio 18650 EVE INR18650-29V !BOX!

• Packaging: 2 pieces
• Cell type: 18650
• Typical capacity: 2850mAh
• Nominal voltage: 3.6V

EVE INR18650/29V 2850mAh lithium-ion cell - efficient Li-Ion cell for professional applications

The EVE INR18650/29V lithium-ion cell with a capacity of 2850mAh is a high-quality industrial energy source designed for applications requiring stable operation, high efficiency and reliable parameters. Thanks to the use of modern Li-Ion technology, the cell ensures high voltage stability and repeatable parameters during use.

Model EVE INR18650/29V offers a maximum discharge current of up to 8.4A for a single cell, making it suitable for professional battery packs, power systems and projects requiring a stable energy source with moderate current draw.

The cell has a rated capacity of 2850mAh and a nominal voltage of 3.6V, providing a favourable compromise between capacity, efficiency and compact size.

The sold battery does not have electronic protection against overcharging and deep discharge.

• WARNING!

When using lithium batteries, they should be used together with PCB protection circuits or BMS battery management systems, which ensure their safe use - protecting the cells against overcharging, overheating, excessive discharge and short circuit, and also have a positive effect on their lifespan.

Remember that by purchasing a cell without protection, you accept the reservation contained in the regulations, point 6.7.

For charging, use only high-quality chargers with automatic cut-off at a maximum voltage of 4.20V.

• Do not allow the cell to discharge below 2.5V.
• Do not exceed the permissible charging and discharging currents.
• Do not short-circuit the cell.

Do not carry the cell together with metal objects that could cause a short circuit.

• Do not use cells with damaged protective film or casing.
• Protect the cell from water, moisture and other liquids.

Do not allow the cell to overheat above the temperatures specified by the manufacturer.

Do not solder directly to the cell using a standard soldering iron - this may damage it.