60V (16s) smart charger for electric bikes, Sur-Ron, Talaria, e-bikes and scooters
Versatile and powerful 60V class charging. This charger is designed for 16s Li-ion (Class 60V) batteries. Adjustable current of up to 20 A allows you to choose between fast and gentle charging. The integrated display shows voltage, current and charge level (%) in real time and an active fan ensures stable cooling.
Key benefits
- Adjustable current up to 20 A – adjust according to battery recommendations.
- Detailed display – voltage (V), current (A), charging percentages.
- Active cooling – built-in fan for longer charging sessions.
- Wide compatibility – suitable for e-bikes, Sur-Ron, Talaria, e-motorcycles and scooters with 16s batteries.
- Simple to use – plug in, set the current and monitor the status on the screen.
Compatibility
- Battery voltage: 16s Li-ion (60 V class; fully charged to ~67.2 V)
- Vehicles: electric bicycles, Sur-Ron, Talaria, e-motorcycles, electric scooters
- Stacking connector: please specify the required connector model in the order comments (e.g. GX16-3, XT60, Anderson, etc. if applicable)
Specifications
- System rating: 60 V (16s Li-ion)
- Max. Voltage: ~67.2 V (16 × 4.2 V)
- Current: up to 20 A, adjustable
- Display: voltage (V), current (A), charging level (%)
- Cooling: active (fan)
- Protections: overload/overheating/short circuit (actual may vary according to equipment)
- Included: charger; charging connector according to the model you specify
Tips for use
- Follow the battery manufacturer’ s recommended current.
- Stack in a ventilated area on a non-flammable surface.
- Check the polarity and compatibility of the connector before connecting.
- For longer durability, choose a lower current when fast charging is not required.
FAQ
Is it suitable for my Sur-Ron/Talaria battery?
Yes, if you are using a 16s (60 V class) battery. Be sure to specify the type of connector.
Can I reduce the charging current?
Yes, the current is adjustable up to 20 A.
Is the fan very noisy?
The normal active cooling sound is heard during operation.