The 14.6V 4.3A 62.78W LiFePO4 battery charger from Guangdong QINX Technology Co., Ltd. is designed for 4S 12.8V LiFePO4 battery packs used in electric golf trolleys and other compatible battery-powered equipment.
With a universal 100–240V AC input, the charger is suitable for customers serving different international markets. Its 14.6V DC output is matched to the charging requirements of a 4S LiFePO4 battery configuration, while the 4.3A charging current provides a practical balance between charging capability and compact desktop form factor.
The charger uses a CC/CV charging approach for lithium iron phosphate battery applications. The Anderson Torberry DC connector provides a practical connection option for equipment where a secure, application-specific battery connection is required.
For customers looking for desktop battery charger solutions, this model provides a compact 62.78W platform that can be integrated into electric mobility and battery-powered equipment projects.
Guangdong QINX supports OEM and ODM development for customers requiring customized charging voltage, current, connector configuration, cable length, labeling or packaging.
14.6V DC output for 4S 12.8V LiFePO4 battery packs
4.3A / 4300mA charging current
62.78W output power
Designed for LiFePO4 battery charging applications
Universal 100–240V AC input
CC/CV charging method
Anderson Torberry DC connector
1.2m DC cable / customized
Compact desktop charger housing
Level VI energy efficiency design
OVP, OCP, SCP and OTP protection
OEM and ODM customization available
Suitable for electric golf trolleys and compatible mobility equipment
| Parameter | Specification |
|---|---|
| Product Type | AC to DC LiFePO4 Battery Charger |
| Model | QXP-BCD-14604300 |
| Input | 100–240V AC, 50/60Hz |
| Output Voltage | 14.6V DC |
| Output Current | 4.3A / 4300mA |
| Output Power | 62.78W |
| Battery Type | LiFePO4 |
| Battery Configuration | 4S, 12.8V nominal |
| Charging Method | CC/CV |
| Output Connector | Anderson Torberry / customized |
| Output Cable Length | 1.2m / customized |
| Protection | OVP, OCP, SCP, OTP |
| Efficiency | Level VI |
| Product Size | 115 × 50 × 32mm |
| Weight | 0.21kg |
| AC Inlet | C6 / C8 / C14 optional |
| AC Cable | 1.2m with 2-pin or 3-pin US/JP/UK/EU/AU/AR/KR/IN plug |
| Color | Black (Standard) / White / Customized |
| Certifications | UL, cUL, SAA, PSE, UKCA, CE, RoHS, FCC, DOE Level VI and CB |
| Warranty | 3 years |
The charger is designed around an efficient AC/DC conversion platform and supports DOE Level VI efficiency requirements where applicable.
Level VI efficiency helps reduce unnecessary energy consumption during operation and supports the requirements of customers supplying battery-powered equipment to international markets.
For 62.78W applications, the design focuses on maintaining efficient charging performance while keeping the charger compact enough for desktop or service-oriented charging environments.
This charger is specifically suited to compatible electric golf trolleys, where 4S LiFePO4 battery packs are used as the energy source.
Typical applications include:
Electric golf trolleys
Golf trolley battery systems
Small electric mobility equipment
LiFePO4 battery-powered mobility equipment
Compatible portable battery systems
Other equipment using a 4S 12.8V LiFePO4 battery pack
The charger should always be matched to the actual battery chemistry, battery configuration and BMS requirements of the target system.
Guangdong QINX also provides battery-powered equipment applications for different electric mobility and battery-powered equipment requirements.
For electric golf trolley manufacturers, the charging voltage, current, connector and cable configuration should be confirmed according to the battery pack and equipment interface before production.
This model is specified with an Anderson Torberry DC connector, which is commonly used where a secure battery-side connection is required.
The standard configuration is:
Anderson Torberry DC connector
1.2m output cable
Customized cable length available
For OEM projects, Guangdong QINX can review alternative connector requirements according to the customer's battery pack and equipment interface.
Connector customization may include connector type, cable length, cable configuration and related mechanical requirements.
The charger incorporates the following standard protection functions:
OVP (Over Voltage Protection)
OCP (Over Current Protection)
SCP (Short Circuit Protection)
OTP (Over Temperature Protection)
These protection functions are intended to support safe and stable operation of the charger under normal application conditions.
The final protection configuration should be evaluated together with the customer's battery pack, BMS and system requirements.
Guangdong QINX supports OEM and ODM battery charger development for customers requiring application-specific charging solutions.
The custom battery charger solutions can be adapted according to project requirements, including:
Specification review
Output voltage customization
Output current customization
Prototype support
Initial technical evaluation
Testing
Prototype samples
Charging performance testing
Connector verification
System verification
Customer battery-pack compatibility evaluation
Electrical specification review
Output voltage and current adjustment
Connector selection
Cable configuration
Product optimization
Customization is particularly useful when an electric golf trolley manufacturer has a specific battery pack, connector interface or charging requirement that differs from the standard configuration.
Guangdong QINX provides manufacturing support from requirement analysis through prototype development and mass production.
The production team reviews:
Input requirements
Output specifications
Power requirements
Battery configuration
Connector requirements
Cable configuration
Application environment
Prototype development can include:
Prototype samples
Product testing
Connector verification
System verification
Customer evaluation
For approved products, manufacturing can proceed through:
Defined manufacturing processes
Quality control procedures
Production testing
Electrical inspection
Final quality inspection
This production structure supports repeat orders and customized battery charger projects for OEM customers.
Depending on product specifications, target markets, and customer requirements, Guangdong QINX products can be designed to meet applicable certifications and compliance requirements, such as UL, cUL, SAA, PSE, UKCA, CE, RoHS, FCC, DOE Level VI and CB.
Certification requirements should be confirmed according to the final product configuration, target market and applicable regulatory requirements.
Yes. The specified 14.6V output is designed for charging a 4S 12.8V nominal LiFePO4 battery pack. The actual battery pack and BMS requirements should be confirmed before production.
Yes. Guangdong QINX supports DC connector customization according to the customer's battery pack and equipment interface requirements.
Not necessarily. Charging current should be selected according to battery capacity, BMS specifications and the battery manufacturer's charging requirements.
Yes. OEM projects can be evaluated for customized output specifications, connectors, cable length, labeling and packaging.
Depending on the final specifications, target market and customer requirements, applicable certification options may include UL, cUL, SAA, PSE, UKCA, CE, RoHS, FCC, DOE Level VI and CB.
The 14.6V 4.3A 62.78W LiFePO4 battery charger is a compact charging solution for 4S 12.8V LiFePO4 battery packs, with particular suitability for electric golf trolleys.
Its universal 100–240V AC input, 14.6V / 4.3A output, CC/CV charging method and Anderson Torberry DC connector provide a practical platform for battery-powered mobility applications.
For projects requiring different charging specifications, connector configurations or branding requirements, Guangdong QINX can provide OEM and ODM development and manufacturing support.
Customers can also review LiFePO4 battery charger solutions for additional guidance when selecting chargers according to battery chemistry and charging requirements.
If you are developing electric golf trolleys or other equipment using 4S LiFePO4 battery packs, contact Guangdong QINX to discuss your required charging voltage, current, connector, cable and production specifications.
Our team can support specification review, prototype development, testing and mass production for OEM battery charger projects.
| Series | Models | Output Voltage/Current/Power | Energy Efficiency |
|
14.6V LiFePO4 Battery Chargers for 4S Rechargeable Battery Packs |
QXP-BCD-14600500 | 14.6V 0.5A 7.3W | VI |
| QXP-BCD-14601000 | 14.6V 1A 14.6W | VI | |
| QXP-BCD-14601500 | 14.6V 1.5A 21.9W | VI | |
| QXP-BCD-14602000 | 14.6V 2A 29.2W | VI | |
| QXP-BCD-14602500 | 14.6V 2.5A 36.5W | VI | |
| QXP-BCD-14603000 | 14.6V 3A 43.8W | VI | |
| QXP-BCD-14604000 | 14.6V 4A 58.4W | VI | |
| QXP-BCD-14604300 | 14.6V 4.3A 62.78W | VI | |
| QXP-BCD-14605000 | 14.6V 5A 73W | VI | |
| QXP-BCD-14606000 | 14.6V 6A 87.6W | VI | |
| QXP-BCD-14607000 | 14.6V 7A 102.2W | VI | |
| QXP-BCD-14608000 | 14.6V 8A 116.8W | VI | |
| QXP-BCD-14609000 | 14.6V 9A 131.4W | VI | |
| QXP-BCD-14610000 | 14.6V 10A 146W | VI | |
| QXP-BCD-14611000 | 14.6V 11A 160.6W | VI | |
| QXP-BCD-14612000 | 14.6V 12A 175.2W | VI | |
| QXP-BCD-14613000 | 14.6V 13A 189.8W | VI | |
| QXP-BCD-14614000 | 14.6V 14A 204.4W | VI | |
| QXP-BCD-14615000 | 14.6V 15A 219W | VI | |
| QXP-BCD-14616000 | 14.6V 16A 233.6W | VI | |
| QXP-BCD-14617000 | 14.6V 17A 248.2W | VI | |
| QXP-BCD-14618000 | 14.6V 18A 262.8W | VI | |
| QXP-BCD-14619000 | 14.6V 19A 277.4W | VI | |
| QXP-BCD-14620000 | 14.6V 20A 292W | VI | |
| QXP-BCD-14625000 | 14.6V 25A 365W | VI | |
| Email us at info@qinxpsu.com if you need customized service. | |||




