Lithium-ion charger
We offer a full range of lithium - ion chargers to meet your requirements.
These chargers are used for common applications as well as professional and medical applications, measuring instruments and remote controls. Lithium-ion chargers have an excellent capacity to volume ratio and both stable and reliable performances between -30 and +70°C. Some of them are adapted to our lithium ion battery selection.
Select the lithium charger you need below and receive it within 3 days.
How to choose your charger ?
- Find out the number of cells to charge (1 Lithium-ion cell is equivalent to 3.7V, 2 cells are equivalent to 7.2V ...).
- The charge current cannot be more than 1C (one times the battery capacity) subject to protection circuitry.
- The charge of a lithium battery requires specialist battery chargers. For a fully discharged battery, the time necessary to have 80% of the charge of your battery is calculated by dividing the battery capacity by the charger's current charge. For example, if you have a 4 cell battery (14.8V) 2.2A and a 2A charger, your battery will be 80% loaded within about 1 hour (2.2 / 2 = 1.1). In any case, the last 20% need 2 to 3 hour of supplementary charge to reach 100% of the capacity.
* The lithium-ion polymer technology (LIPo) needs specific chargers.
These chargers are used for common applications as well as professional and medical applications, measuring instruments and remote controls. Lithium-ion chargers have an excellent capacity to volume ratio and both stable and reliable performances between -30 and +70°C. Some of them are adapted to our lithium ion battery selection.
Select the lithium charger you need below and receive it within 3 days.
How to choose your charger ?
- Find out the number of cells to charge (1 Lithium-ion cell is equivalent to 3.7V, 2 cells are equivalent to 7.2V ...).
- The charge current cannot be more than 1C (one times the battery capacity) subject to protection circuitry.
- The charge of a lithium battery requires specialist battery chargers. For a fully discharged battery, the time necessary to have 80% of the charge of your battery is calculated by dividing the battery capacity by the charger's current charge. For example, if you have a 4 cell battery (14.8V) 2.2A and a 2A charger, your battery will be 80% loaded within about 1 hour (2.2 / 2 = 1.1). In any case, the last 20% need 2 to 3 hour of supplementary charge to reach 100% of the capacity.
* The lithium-ion polymer technology (LIPo) needs specific chargers.
-
2240-1S Enix Li-Ion Charger 4.1v 1.3A
£43.10 inc. VATper Unit
Availability: In stock.
- Add to Wishlist
- Add to Compare
-
Li-Ion Charger LBC6000
£87.10 inc. VATper Unit
Availability: In stock.
- Add to Wishlist
- Add to Compare
-
Li-ion Charger 2 cell 2.3A 9641
£60.70 inc. VATper Unit
Availability: In stock.
- Add to Wishlist
- Add to Compare
-
Li-ion charger 16.8V 2Ah 9940
£88.00 inc. VATper Unit
Availability: In stock.
- Add to Wishlist
- Add to Compare
-
Enix 16.8V 3.5A 4 cell Li-Ion Charger (2040-4)
£87.10 inc. VATper Unit
Availability: In stock.
- Add to Wishlist
- Add to Compare
-
Lithium-ion charger 4 cells 16.4V 2Ah
£64.20 inc. VATper Unit
Availability: In stock.
- Add to Wishlist
- Add to Compare
-
Lithium-ion charger 1 cell 4.2V/0.8A 110-230V Mascot 2240LI
per Unit£49.00 inc. VAT
Availability: In stock.
- Add to Wishlist
- Add to Compare
-
Lithium charger 3 - 7 cell 2.5A
£75.00 inc. VATper Unit
Availability: In stock.
- Add to Wishlist
- Add to Compare












































