64 Channel Prismatic Battery Energy-Saving Capacity Grading Machine
Product Features
stable operation, selected materials, fine craftsmanship, higher service life than peers, and fast inspection speed.
2.Technical excellence: The feeder-type energy-saving mode design is adopted, which has high energy-saving efficiency,
flexibility, and humanized intelligent operation. The product linearity, accuracy and speed have reached high standards, and the
maintenance and upgrades are good for expansion.
Key Features
- Innovative Pressure-based Grading Mechanism: Setting a new standard in battery grading technology, our machine utilizes a pressure-based grading mechanism specifically tailored for prismatic batteries housed in aluminum shells. This innovative approach ensures precise and consistent grading results, enhancing overall battery quality and performance.
- Customizable Grading Parameters: Designed to accommodate the unique characteristics of prismatic aluminum shell batteries, our grading machine offers customizable grading parameters. Operators have the flexibility to adjust parameters such as pressure levels, cutoff voltage, and discharge characteristics to tailor the grading process to specific battery chemistries and performance specifications.
- Automated Grading Process: Engineered for seamless integration into production lines, our grading machine features an automated grading process. With advanced robotics and conveyor systems, batteries are efficiently handled and graded according to predefined criteria, minimizing manual intervention and maximizing throughput.
| Working power | Three-phase five-wire system AC380V±10%, 50HZ | ||
| Work environment | Temperature 0-40 degrees, relative humidity ≤80% | ||
| Heat dissipation | to enter the air naturally and exhaust the air upward | ||
| Overall energy saving | over 70% | ||
| Channel Parameter | |||
| Voltage measuring range | 0-5V, 1MV resolution | ||
| Battery voltage range | Charge 0-4.5V: Discharge 4.5-2V | ||
| Constant voltage range | 2.5V-4.5V | ||
| voltage accuracy | ±(1‰ reading +1‰ full) | ||
| Current accuracy | ±(1‰ reading +1‰ full) | ||
| Software Function | |||
| Control mode | Computer connection equipment work, FCL control | ||
| Communication mode | RS485 baud rate 57,600 | ||
| Process set | A maximum of 32 work steps and 256 cycles are se | ||
| Charging mode | Constant current, constant pressure | ||
| Charging cutoff condition | Voltage, current, time, capacity | ||
| Discharge | constant current | ||
| Discharge cut-off condition | Voltage, time, capacity | ||
| Defensive function | Overvoltage, undervoltage, overcurrent, undercurrent, overcapacity, etc | ||
| Time range | Set it anywhere from 0 to 30,000 minutes | ||
| Time accuracy | ≤±1‰ | ||
| Sampling inspection period | ≤3S | ||
| Minimum frequency of data recording | ≤5S | ||
| Battery sorting | By capacity, time, discharge platform, etc | ||
| Data processing | Data, graphs, and loop diagrams | ||
XWELL can provide different fixtures for different types of cells
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