GP Batteries GPTC202
$22.88

in stock? NO
This item is on back-order. It's difficult to know when it will be available to ship.7.2 6 cell pack 2200mah nimh
This is a 6-Cell, 2200mAh Nickel-Metal Hydride Assembled Stick Battery Pack
from GP (Gold Peak).
These are matched Gold Peak Sport Spec cells.
Matched Gold Peak NiMH Sub-C size cells for use with radio controlled
vehicles.
Longer run time than 2000mAh.
NiMH cells have no discharge memory so there is no need to deep
discharge them by shorting out the cells. This will hurt the cells.
No need to be recycled, NiMH cells are environmentally friendly.
One Assembled 6 cell, Matched 2200mAh NiMH Stick Battery Pack
Charger: Having Negative DeltaV or Zero DeltaV Peaking capabilities
Discharger: Having capabilities to properly discharge batteries
Charge Rate: 3 amps with a negative delta peak detection set at a
level below 10 millivolts (.005 to .009 volts) per cell.
Maximum Cycles Per Day: Three, with a 1 to 2 hour rest period
between cycles.
Charger MUST be able to adjust the negative deltaV peak charge rate.
Heat or Overcharging Will Deteriorate or Damage Ni-MH Cells.
from GP (Gold Peak).
FEATURES:
These are matched Gold Peak Sport Spec cells.
Matched Gold Peak NiMH Sub-C size cells for use with radio controlled
vehicles.
Longer run time than 2000mAh.
NiMH cells have no discharge memory so there is no need to deep
discharge them by shorting out the cells. This will hurt the cells.
No need to be recycled, NiMH cells are environmentally friendly.
INCLUDES:
One Assembled 6 cell, Matched 2200mAh NiMH Stick Battery Pack
REQUIREMENTS:
Charger: Having Negative DeltaV or Zero DeltaV Peaking capabilities
Discharger: Having capabilities to properly discharge batteries
SPECIFICATIONS:
Charge Rate: 3 amps with a negative delta peak detection set at a
level below 10 millivolts (.005 to .009 volts) per cell.
Maximum Cycles Per Day: Three, with a 1 to 2 hour rest period
between cycles.
COMMENTS:
Charger MUST be able to adjust the negative deltaV peak charge rate.
Heat or Overcharging Will Deteriorate or Damage Ni-MH Cells.