5V 10A 256CHS High-Precision LiFePO4 Battery Capacity Tester for Prismatic Cell Testing
Product Description
ACEY-BCT520-256H prismatic lithium cell grading machine is specifically developed for lithium iron phosphate (LFP) prismatic cell testing, providing accurate charge-discharge analysis, capacity grading, and cycle life evaluation. Each testing channel operates independently to ensure consistent measurement accuracy while preventing channel interference.
Designed for battery manufacturers, EV battery production, energy storage system (ESS) suppliers, and research laboratories, the tester supports flexible testing profiles, real-time monitoring, and automated data recording. Its high-precision measurement system enables reliable quality inspection throughout battery manufacturing and incoming cell verification.
Features
- 256 independent testing channels
- High-accuracy voltage and current sampling
- Supports CC, CV and CCCV charging modes
- Automatic capacity grading and sorting
- Programmable charge-discharge cycles
- Real-time monitoring and graphical data display
- Power failure recovery function
- Data export in Excel and database formats
- Multiple safety protections against over-voltage, over-current and reverse polarity
- Suitable for continuous industrial production
Main technical parameters
| Number of equipment channels | The whole machine has 256chs |
| External dimension | Length 1861* width 931* height 1840 |
| Case color | Standard gray / black (customizable) |
| Clamp type | Flat head clamp |
| Clamp spring | 40MM |
| Support battery specifications | Diameter range: 16-30MM, length range: 65-220MM, height range: 90-230MM, Distance between tabs 45-160MM |
| Channel control mode | Each channel can be started, stopped, suspended, continued and protected independently. |
| Each channel has independent constant voltage and current. Hardware control circuit | |
| The accuracy of charging current and discharging current of each channel can be calibrated automatically by software | |
| Working power supply | Three phase five wire AC380V土10%, 50Hz |
| Power factor | ≥0.99 |
| AC current distortion rate | ≤2% |
| efficiency of the whole machine | Charge≥ 80%, discharge≥70% |
| Power consumption work | ≤ 15KW |
| Equipment failure rate | <1% |
| Work environment | Temperature -10~40°C. Relative humidity 80% |
| Heat dissipation mode | Natural wind in, upward exhaust |
| Power component protection function | 1. Grid voltage over limit protection 2. Grid frequency over limit protection |
| Voltage measurement range | DC 0~5V |
| Battery voltage range | Charge DC 0~4.5V; discharge DC 4.5~2V |
| Constant voltage range | DC 2~4.5V |
| Voltage accuracy | ±(0.05% reading + 0.05% full), resolution ratio 1mV |
| Voltage stability | ≤(±1mA) |
| Current range | Charge DC 50mA~10A; Discharge DC 50mA~10A |
| Current accuracy | ±(0.05% reading + 0.05% full), resolution ratio 1mV |
| Current stability | ≤(±1mA) |
| Control mode | Computer control, can control the whole cabinet with scanning function |
| Communication mode | 485s port communication (port rate 57600)/ TCP |
| Process settings | Up to 32 steps and 256 cycles can be set |
| Charging mode | Constant current; constant pressure; constant current & pressure |
| Charging cut-off conditions | Voltage, current, time, capacity |
| Discharge mode | Permanent flow, constant power, constant resistance |
| Discharging cut-off conditions | Voltage, time, and capacity |
| Protection function | 1. Charging overvoltage protection, charging undervoltage protection 2. Discharge overvoltage protection, discharge undervoltage protection 3. Charge and discharge voltage trend protection 4. Voltage fluctuation protection 5. Current fluctuation protection 6. Battery reverse connection protection, hardware protection method 7. Short circuit protection for power transistors 8. Channel capacity alarm protection (timeout protection) 9. Voltage sampling disconnection protection 10. Voltage Outlier Protection 11. Capacity Outlier Protection 12. Before starting the process, perform pressure detection and stop channels that exceed the pressure limit 13. Power outage protection and data breakpoint recovery |
| Time frame | 0~3000 min / step in min |
| Time accuracy | ≤±0.1% |
| Sampling inspection cycle | 1s-60s optional |
| Battery sorting | Divide according to capacity, time, open-circuit voltage, discharge platform, etc. |
Product Details






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