Product Highlights
- Chemistry Li-ion
- Nominal Voltage (V) 3.6
- Capacity (mAh) 6600
- Max Continuous Discharge Current 6A
- Weight 4.8oz
- Dimensions 67x 54 x 18mm (LxWxT)
- Connector Tamiya Connector
- Made of 3pcs 2200mAh (1S3P) cylindrical 18650 cells with PCB for protection
- Built-in IC chip will prevent battery pack from over charge and over discharge and prolongs battery life
- Longer storage life than NiMH battery
- Built with Standard Tamiya Connector
Features
- Made of 3pcs 2200mAh (1S3P) cylindrical 18650 cells with PCB for protection
- Built-in IC chip will prevent battery pack from over charge and over discharge and prolongs battery life
- Longer storage life than NiMH battery
- Built with Standard Tamiya Connector
output
- Type Pack
- Chemistry Li-ion
- Nominal Voltage (V) 3.6
- Capacity (mAh) 6600
- Max Continuous Discharge Current 6A
- Battery Charging Current
- Standard: 1.3A
- Rapid: 3.3A
- Weight 4.8oz
- Dimensions 67x 54 x 18mm (LxWxT)
- Connector Tamiya Connector
- Avg. Temperature Ranges for
- Charging 32° F~113° F / (0~45°C)
- Discharging 14°F ~140°F / (-10~60°C)
- Storage 32°F ~86°F / (0~30°C)
- PCB/Pack Protection
- Over Charge Cutoff Voltage: >4.2V
- Over Discharge Cutoff: <3.0V
- Over Current Cutoff (Ah) 15 ± 3A
Supported Chargers:
| Item Number | Model/Description | Compatible Packs | Charging Current |
| 01348 | Tenergy Li-ion 3.7V 1.5A Battery Pack Charger | 3.7V (1S) | 1.5A |
| 01211 | Tenergy TLP-2000 Li-ion Battery Pack Charger | 3.7V - 14.8V (1-4S) | 0.5A |
| 01281 | Tenergy TLP-4000 Li-ion Battery Pack Charger | 3.7V - 14.8V (1-4S) | 1.0A |
CAUTION:
- when working with Li-ion cells, they are very sensitive to charging characteristics and may explode if mis-handled.- users should have enough knowledge on Li-ion rechargeable batteries in charging, and discharging before use.
- we are not responsible for any damage caused by misuse or mishandling of these Li-ion battery packs.
- it is strongly suggested that you use our Smart Li-ion battery chargers to recharge the battery pack
- never use conventional DC adapter to charge the battery module - we are NOT responsible for any damage that is caused by improper charging.
- do not make parallel connection with more than three modules to avoid uneven charge.
