This 3.3 kW portable charger assembly converts single-phase AC power to a stable DC output. This series of portable DC chargers offers seven output options, ranging from 24V DC to 540V DC, features an IP65-rated enclosure, independent ventilation, and supports CAN bus communication and bootloader functionality. The model you order depends almost entirely on the battery pack's voltage; therefore, the table below clearly outlines the voltage, model, and current limitations.
All models have a rated input voltage of 220 VAC and an output power of 3.3 kW. The only differences are the output voltage range and the corresponding upper current limit; therefore, the model number, not the power rating, is what truly matters.
| Product Model | Rating VIN | Vin range | Pouting | Rated voltage | Output voltage range | Output range |
|---|---|---|---|---|---|---|
| LK1301-M28-XX | 220V AC | 90~265V AC | 3.3 kilowatts | 540V DC | 0~720 VDC | 0~6 Amperes |
| LK1302-M28-XX | 220V AC | 90~265V AC | 3.3 kilowatts | 360V DC | 0~500 VDC | 0~10 amperes |
| LK1303-M28-XX | 220V AC | 90~265V AC | 3.3 kilowatts | 144 volts DC | 0~200 VDC | 0~22 amperes |
| LK1304-M28-XX | 220V AC | 90~265V AC | 3.3 kilowatts | 108V DC | 0~140 VDC | 0~30 Amperes |
| LK1305-M28-XX | 220V AC | 90~265V AC | 3.3 kilowatts | 72V DC | 0~95 VDC | 0~45 Amperes |
| LK1306-M28-XX | 220V AC | 90~265V AC | 3.3 kilowatts | 48V DC | 0~68 VDC | 0~60 Amperes |
| LK1307-M28-XX | 220V AC | 90~265V AC | 3.3 kilowatts | 24V DC | 0~36 VDC | 0~100 Amperes |
LK1300 is the series designation for this component; LK1301 to LK1307 are its voltage versions. This series is suitable for golf carts and low-speed vehicles, electric boats and small vessels, forklifts and high-reach industrial vehicles, electric motorcycles, tricycles and quadricycles, mini-trucks, sanitation vehicles and vans, lawnmowers and power tools—therefore, the vehicle category represents the application area, while the battery pack voltage represents the specific model.
The casing is marked with the model number LK13xx, which is the fastest way to confirm the voltage version you have.
Fleet or modification workshops often find that some equipment already in use lacks relevant documentation. Please read the model designation on the casing and compare the last two digits with the table above: LK1307 is the model with the lowest voltage and highest current, while LK1301 is the model with the highest voltage and lowest current. All models in between maintain the same 3.3 kW rated power, the same IP65 protection rating, and the same CAN interface; therefore, the model designation is the only factor affecting electrical performance.
A fixed output power of 3.3 kW means that voltage and current are inversely proportional. Understanding this rule provides a clear overview of the characteristics of all seven models.
The charts are derived from the model table above: each point plots the relationship between the rated output voltage of a model and its upper limit of current.
At 24 VDC, this component can deliver up to 100 A of current; at 540 VDC, the same 3.3 kW hardware can deliver up to 6 A of current. The rated power remains constant—the upper limit of current simply decreases as the voltage range increases, because watts are the product of voltage and current.
This is why high-voltage battery packs are not “slow chargers” in terms of energy. They receive the same number of kilowatts per hour, only in a different form: higher voltage and lower current.
For buyers, the practical significance lies in choosing the model based on the battery pack voltage and considering the current value as a final result rather than a target value. Regardless of the model chosen, a 5 kWh battery pack will take approximately one and a half hours to fully charge at a rated output power of 3.3 kW—this is just an estimate, as the actual charging time depends on the remaining capacity of the battery pack, the degradation characteristics of the charging curve, and the limitations of the battery management system (BMS).
If your project requires a faster turnaround time than 3.3 kW, the solution is to use different components from the charging series, rather than different voltage versions.
First, check the nominal voltage printed on the battery pack or charging port. The following section provides the conversion to the corresponding model, maximum current limit, and checks to be performed before ordering.
One casing, one ventilation duct, seven voltage specifications—the difference lies in the battery pack voltage.
The DC power supply is only half the buying decision. Input window, heat dissipation path, and protection architecture determine whether the component is suitable for your site.
All models in the specification sheet are rated at 220 VAC with an input voltage range of 90~265 VAC, while a feature description on the same page lists 90~290 VAC. Please confirm your specific voltage range when requesting a quote. Additionally, please note that this series utilizes active PFC technology, enabling full-range AC input and maintaining stable performance even under power supply voltage fluctuations or drift.
This component has an IP65 protection rating and features an independent cooling duct, making it suitable for both outdoor and industrial environments. It effectively prevents electronic components from getting damp and water ingress. During installation, ensure that the cooling duct is not obstructed by walls, boxes, or fabric covers. Even with an IP65 enclosure protection rating, water accumulation around the equipment should be avoided.
This device employs a dual-layer hardware and software protection design, and its components meet the EMC requirements of CE and UL standards. The output stage utilizes fully digital control technology, and the CAN interface supports bootloader updates, allowing for on-site firmware updates.
Bidirectional conversion with inverter output is an optional upgrade feature for this component. It will not change your required voltage specifications, but it may change your order timing.
With the inverter output option, the same component can move energy in reverse and provide AC power from the battery pack—this is very useful for load-type operations such as site tools, mobile workbenches, and vehicles, which would otherwise require a separate inverter.
Just ask one question: Does the battery pack need to power other devices? If the answer is yes, then the bidirectional power supply configuration is the best choice, as it is an optional feature included with the product, not an aftermarket accessory.
If the answer is no, the standard unidirectional configuration will be chosen based entirely on the electrical aspects—matching the model to the upper voltage and current limits of the battery pack, confirming the AC power supply, and the specifications are determined.
This component is sold at the quoted price; online checkout is not available on the product page. Please provide your packaging details so we can confirm the correct model, connector, and configuration before you confirm assembly.
Grouping adjacent product options together allows for faster product catalog comparisons.
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View productThe LK1306 is a model with a rated voltage of 48V DC, an output range of 0~68V DC, and a maximum current of 60A. Before ordering, please match the rated output voltage with the nominal voltage of the battery pack, and then confirm that the fully charged voltage of the battery pack is within the output voltage range of the model.
Each model in the specification sheet has a rated voltage of 220V AC and an input voltage range of 90~265V AC, while a feature list on the same page lists 90~290V AC. When requesting a quote, please confirm the exact range you require; this series of products uses active PFC to achieve a full range of AC input.
The seven models cover rated outputs from 24V DC to 540V DC, with operating windows ranging from 0~36V DC for the LK1307 to 0~720V DC for the LK1301. All models have a rated output power of 3.3 kW.
Yes. It supports CAN communication with bootloader functionality, enabling firmware updates and CAN-based coordination with the battery management system (BMS). When requesting a quote, please confirm the protocols and message sets required for your battery pack.
This component has an IP65 protection rating and features an independent cooling duct, making it suitable for outdoor and industrial environments. Ensure the air duct is unobstructed, the air conditioning power supply is within its rated range, and avoid water accumulation around the equipment.
This component is intended for distributors and OEM/ODM buyers, with bidirectional inverter output as an optional upgrade feature. Please send your component voltage, target current, connectors, labels, and quantity requirements in your quotation, or contact info@lincoren.com / 15906105580.
