Brand | Nuprol |
EAN | 744368378707 |
MSRP (UK) | £24.99 |
Charging Chemistry | NiMH, LiPo, LiFe |
Input | AC 100v-240v |
Charge Power | 18W |
Charge Current | 3.0A |
Lithium Cell Count | 2s-3s |
Nickel Cell Count | 1s-8s |
Output Connector(s) | Balance Sockets, Small Tamiya (NiMH) |
Weight (g) | 170 |
Dimensions | 35 x 90 x 70 |
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Charge Lithium LiPo/ LiFe Batteries 2s-3s (LiPo 7.4v - 11.1v)
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Charge NiMH Batteries 1s-8s (1.2v - 9.6v)
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100v-240v AC Power Input
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Fitted EU Plug with UK Adapter provided
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Charge Current of 3.0A
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At 3.0A, chargers a fully depleted 1600mAh NiMh battery in 40 minutes
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At 3.0A, charges a 75% depleted 1450mAh LiPo battery in 25 minutes
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Supplied 4-Pin Balance to Small Tamiya Adapter to charge NiMH batteries
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Buttons to select LiPo, LiFe or NiMH battery types
The NiMH/LiPo/LiFe (2s/3s) Smart Balance Battery Charger is a great charging option for those participating in hobbyist sports such as Airsoft & RC vehicles. Capable of charging 2s-3s LiPo and LiFe batteries as well as a wide selection of NiMH batteries 1s-8s (1.2v to 9.6v). This charger is very easy to use, simply power up, select the battery type and connect. With a 3.0A charge current, you will get you back playing in no time at all.
What is in the box?
(x1) NiMH/LiPo/LiFe (2s/3s) Smart Balance Battery Charger
(x1) 4-Pin Balance to Small Tamiya Adapter
(x1) EU Power Lead + UK Plug Adapter
(x1) Instruction Manual
LiPo Safe Use Warning
WARNING – Strict instructions must be followed to ensure the safe use of Lithium-Polymer Cell batteries.
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Use a LiPo Balance Charger ONLY!
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Ensure the Balance Lead is connected when charging.
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Always use a Fire-Retardant LiPo Charging Bag when Charging Battery.
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Never leave LiPo Batteries charging unattended.
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Always check cell voltages before and after charging - Minimum Cell Voltage (3.3v), Maximum Cell Voltage (4.2v).
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Maximum Charing Current of 3C.
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In the event that Battery Cells show signs of swelling/ expansion or the surface temperature is in excess of 70°c you must disconnect and stop using the battery. Failure to comply may result in the rapid venting of the battery cells which can lead to fire and explosions.