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[...] .8 - 3.8 V. The cell is capable to provide short time discharge current up to 5C. FAQ: Initial charging information [...]

[...] effect - can be recharged at any state of discharge (no memory effect). FAQ: Initial charging information [...]

[...] effect - can be recharged at any state of discharge (no memory effect). FAQ: Initial charging information This is the original 143mm (145mm) size 90Ah cell. Please note that Winston Battery ( [...]

[...] effect - can be recharged at any state of discharge (no memory effect). FAQ: Initial charging information This is the original 145mm size 100Ah cell. Please note that Winston Battery ( [...]

[...] Nominal voltage of the cell is 3,2 V and the operational voltage is 2,5 - 3,6 V. The cell is capable to [...]

[...] Nominal voltage of the cell is 3,2 V and the operational voltage is 2,5 - 3,65 V. The maximum charging [...]

[...] Nominal voltage of the cell is 3,2 V and the operational voltage is 2,5 - 3,8 V. The maximum charging voltage [...]

[...] Nominal voltage of the cell is 3,2 V and the operational voltage is 2,5 - 3,8 V. The maximum charging voltage [...]

[...] Nominal voltage of the cell is 3,2 V and the operational voltage is 2,5 - 3,8 V. The maximum charging voltage for initial charge is 4 V. Recommended [...]

[...] Nominal voltage of the cell is 3,2 V and the operational voltage is 2,5 - 3,8 V. The maximum charging voltage for initial charge is 4 V. Recommended [...]

[...] Nominal voltage of the cell is 3,2 V and the operational voltage is 2,5 - 3,8 V. The maximum charging voltage for initial charge is 4 V. Recommended [...]

[...] Nominal voltage of the cell is 3,2 V and the operational voltage is 2,5 - 3,8 V. The maximum charging voltage for initial charge is 4 V. Recommended [...]

[...] charging is to 3,7 V. The minimum voltage is 2,8 V. The cell is capable to provide short time discharge current up to 5C or 3C continously. There is no Selfdischarging effect - can be recharged at [...]

[...] charging is to 3,7 V. The minimum voltage is 2,8 V. The cell is capable to provide short time discharge current up to 5C or 3C continously. There is no Selfdischarging effect - can be recharged at [...]

[...] charging is to 3,7 V. The minimum voltage is 2,8 V. The cell is capable to provide short time discharge current up to 5C or 3C continously. There is no Selfdischarging effect - can be recharged at [...]

[...] charging is to 3.65 V. The minimum voltage is 2.5 V. The cell is capable to provide short time discharge current up to 10C or 3C continously. There is no Selfdischarging effect - can be recharged at [...]

[...] effect of these cells not exists and they can be recharged at any state of discharge (no memory effect). [...]

[...] . There is no Selfdischarging effect - can be recharged at any state of discharge (no memory effect). FAQ: Initial charging information This is the original 143mm (145mm) size 90Ah cell. Please [...]

[...] . There is no Selfdischarging effect - can be recharged at any state of discharge (no memory effect). FAQ: Initial charging information This is the original 183 mm size 200 Ah "tall" [...]

[...] . There is no Selfdischarging effect - can be recharged at any state of discharge (no memory effect). FAQ: Initial charging information [...]

[...] charging voltage for initial charge is 4 V. Recommended subsequent charging is to 3.8 V. The minimum voltage is 2.5 V. The cell is capable to provide short time discharge current up to 20C or 3C [...]

[...] voltage for initial charge is 3,8 V. Recommended subsequent charging is to 3,7 V. The minimum voltage is 2,8 V. The cell is capable to provide short time discharge current up to 5C or 3C [...]

[...] voltage for initial charge is 3,8 V. Recommended subsequent charging is to 3,7 V. The minimum voltage is 2,8 V. The cell is capable to provide short time discharge current up to 5C or 3C [...]

[...] voltage for initial charge is 3,8 V. Recommended subsequent charging is to 3,7 V. The minimum voltage is 2,8 V. The cell is capable to provide short time discharge current up to 5C or 3C [...]

[...] capable to provide short time discharge current up to 10C or 3C continously. There is no Selfdischarging effect - can be recharged at any state of discharge (no memory effect). FAQ: Initial charging [...]

[...] capable to provide short time discharge current up to 10C or 3C continously. There is no Selfdischarging effect - can be recharged at any state of discharge (no memory effect). FAQ: Initial charging [...]

[...] capable to provide short time discharge current up to 20C or 3C continously. There is no Selfdischarging effect - can be recharged at any state of discharge (no memory effect). FAQ: Initial charging [...]

[...] 2000 cycles (max. 8000 cycles). Can be used at temperatures from -45 ° C to 85 ° C. Selfdischarging effect of these cells not exists and they can be recharged at any state of discharge (no [...]

[...] cell is 3,2 V and the operational voltage is 2,5 - 3,8 V. The maximum charging voltage for initial charge is 4 V. Recommended subsequent charging is to 3.8 V. The minimum voltage is 2.5 V. The cell [...]

[...] cell is 3,2 V and the operational voltage is 2,8 - 3,7 V. The maximum charging voltage for initial charge is 3,8 V. Recommended subsequent charging is to 3,7 V. The minimum voltage is 2,8 V. The cell [...]

[...] cell is 3,2 V and the operational voltage is 2,5 - 3,8 V. The maximum charging voltage for initial charge is 4 V. Recommended subsequent charging is to 3.8 V. The minimum voltage is 2.5 V. The cell [...]

[...] cell is 3,2 V and the operational voltage is 2,5 - 3,8 V. The maximum charging voltage for initial charge is 4 V. Recommended subsequent charging is to 3.8 V. The minimum voltage is 2.5 V. The cell [...]

[...] voltage is 2,5 - 3,8 V. The maximum charging voltage for initial charge is 4 V. Recommended subsequent charging is to 3.8 V. The minimum voltage is 2.5 V. The cell is capable to provide short [...]

[...] voltage is 2,8 - 3,7 V. The maximum charging voltage for initial charge is 3,8 V. Recommended subsequent charging is to 3,7 V. The minimum voltage is 2,8 V. The cell is capable to provide short [...]

[...] voltage is 2,5 - 3,8 V. The maximum charging voltage for initial charge is 4 V. Recommended subsequent charging is to 3.8 V. The minimum voltage is 2.5 V. The cell is capable to provide short [...]

[...] voltage is 2,5 - 3,8 V. The maximum charging voltage for initial charge is 4 V. Recommended subsequent charging is to 3.8 V. The minimum voltage is 2.5 V. The cell is capable to provide short [...]

Nominal voltage of the cell is 3,2 V and the operational voltage is 2,5 - 3,6 V. The cell is capable to provide short time discharge current up to 10 [...]

Nominal voltage is 3,2 V. Operational voltage is 2.8 - 3.8 V. The cell is capable to provide short time discharge current up to 5C. FAQ: Initial cha [...]

Nominal voltage is 3,2 V. Operational voltage is 2.8 - 3.8 V. The cell is capable to provide short time discharge current up to 5C. FAQ: Initial cha [...]

Nominal voltage of the cell is 3,2 V and the operational voltage is 2,5 - 3,6 V. The cell is capable to provide short time discharge current up to 10 [...]