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A.7B
Overview
Introducing the LiFePO4 12V Professional Good Quality Motorcycle Storage Starter Battery, a reliable and high-performance power solution designed specifically for motorcycles.
Product specifications:
| Battery Type | Lithium Iron-Phosphate (LiFePO4) | Built-In Battery Management System | YES |
| Max Charging Rate | (see battery label) | Charger Type | Lithium-Iron Phosphate for 12.8V Batteries |
| Cranking Amps | 650 peak (varies, see battery label) | Peak Discharge Current | 180A (20S) |
| Max Charging Voltage | 14.4V | Dimensions | 150*65*93mm |
| Min Discharge Voltage | 12.4V | Voltage | 12.8V (nominal) |
| Capacity | 6000mAh | Weight | 1.1kg |
Protection Function
Protection function | Descriptions |
Cell OVP | When charging, any single string of cell voltage reaches the preset protection threshold, the protection is triggered, and the Charge MOSFET (CFET) is turned off. |
Charge Over-current Protection | When charge current reaches the preset protection threshold for a preset time period, the protection is triggered, and the CFET will be turned off. |
UTC/OTC | While in charging, when the battery pack temperature reaches the protection threshold for a preset time period, the protection is triggered, and the CFET will be turned off. |
Pack UVP | When the total voltage of the battery pack is below the preset protection threshold for a preset time period, the protection is triggered and the discharge MOSFET (DFET) is turned off. |
Cell UVO | When the discharge of a single string of cell voltage is detected below the preset protection threshold for a preset time period, the protection is triggered, and the DFET is turned off. |
OCD | When discharge current reaches the preset protection threshold for a preset time period, the protection is triggered, and the DFET will be turned off. |
UTD/OTD | While in discharging, when the battery pack temperature reaches the protection threshold for a preset time period, the protection is triggered, and the DFET will be turned off. |
Short Circuit Protection | When current value reaches the preset short-circuit protection threshold for a preset time period, the protection is triggered, and the CFET & DFET will be turned off, the battery pack will go into Power OFF. |
With its advanced features, this battery ensures optimal performance and maximum safety.
The built-in Charge Over-current Protection safeguards against excessive current flow during the charging process, preventing any potential damage to the battery or connected devices.
Additionally, the Short Circuit Protection feature provides an extra layer of safety, automatically triggering protection if any single string of cell voltage exceeds the preset threshold.
Notes
| 1.Use ONLY the approved 12.8V lithium-iron phosphate chargers with this battery. |
| 2.Make sure there is voltage presented at battery terminals (battery is not in Sleep Mode). Depending on the type of charger used, zero voltage at battery terminals may prevent the charger from detecting the battery. |
Crafted with precision and attention to detail,
this battery utilizes Charge MOSFET technology to deliver efficient and reliable charging performance.
Whether you're storing your motorcycle or starting it up for a thrilling ride,
this LiFePO4 battery is the perfect choice for professionals seeking top-notch quality and peace of mind.
Trust in its exceptional performance and durability,
and enjoy a worry-free riding experience like never before.
FQA
Q1.What kind of battery is used to start the battery?
Answer: We use lithium iron phosphate batteries.
Q2.Can it be installed on a motorcycle as a battery?
Answer: Yes, before installing this battery, please be sure to check the vehicle's charging system to ensure that it is operating normally and that the output voltage cannot exceed 14.4V.
Q3.Does the starter battery have a protection function?
Answer: Yes, it has multiple protection functions, including cell overcharge protection, charging overcurrent protection, low temperature protection, high temperature protection, undervoltage protection, discharge overcurrent protection, low temperature discharge protection, high temperature protection, and short circuit protection.
