
C200 | 12V-72V Multi-Platform Smart Charger
Best for: E-Bike / Mobility / Robotics
- CE
- FCC
- UL
- UKCA
- SAA
- PSE
- KC

Model XT30-1500
Off-board charger for heavy AMRs and forklift-class AGVs. Parallel-capable with current sharing for fast opportunity charging.
Global Certifications
| Nominal Voltage | Voltage Output Range | Current Output Range | Max Output Power |
|---|---|---|---|
| 48V Series | 48.0V - 54.6V | 0.1A - 25.0A | 1365.0W |
Other voltage and current set-points can be configured for your battery pack on request.
XT60
Anderson
XLR 3-Pin
DC 5.5 Barrel
GX16 AviationEvery unit ships with the regional AC cord your market requires, so the charger is retail-ready on arrival.
Temperature-controlled cooling keeps full output available under continuous load, and stays quiet whenever demand is light.
Integrated support for CAN2.0, RS-485, and Single-Wire Communication for seamless telemetry with smart BMS.
Microcontroller-driven smart charging curves that automatically adjust voltage/current to maximize battery lifespan.
Standard configurations start from small trial orders, so you can validate the market before scaling. Custom branding, plugs, and output settings usually start from a few hundred units. Tell us your target volume and we will quote the matching tier.
Yes. Output voltage and current, charging curve, DC connector, AC plug, cable length, and BMS communication (CAN / RS-485) can all be matched to your pack. Send us your battery specification and we will confirm feasibility within 12 hours.
Standard samples ship within 3-7 working days. Customized samples typically take 7-15 working days depending on the changes required.
The certification marks for this model are listed at the top of this page, and every unit passes 100% pre-shipment testing. We provide a standard warranty and full technical documentation for customs clearance and platform listings.
Drop your project details below. Our technical sales engineers will provide comprehensive CAN/RS-485 documentation and volume tier-pricing within 12 hours.

Best for: E-Bike / Mobility / Robotics

Best for: AGV / AMR / Service Robots
