| Brand Name: | XWELL |
| Model Number: | XW-5V300A16CH |
| MOQ: | 1 Set |
| Price: | Contact for Pricing |
| Packaging Details: | Wooden Case Export Packaging |
| Payment Terms: | T/T,L/C,Western Union |
Modern battery production facilities require testing equipment with integrated data management and control capabilities. The XWELL XW-5V300A16CH Prismatic Battery Cell Grading Machine operates under computer control with whole cabinet integration and a scanning system. An STM32 single-chip microcontroller manages equipment functions and connects to a computer that stores all test data and curves. The system records voltage, current, time, and capacity at 1-second intervals across all 16 channels, providing a comprehensive data record for battery cell grading, sorting, and quality analysis.
The XW-5V300A16CH operates under computer control with whole cabinet integration and a scanning system. This control architecture enables centralized management of all 16 channels, including process programming, test execution, data recording, and status monitoring from a single computer interface.
The system records voltage, current, time, and capacity data at 1-second intervals for every channel during testing. This recording frequency captures detailed charge and discharge characteristic curves, supporting comprehensive analysis of battery cell performance across all 16 channels.
The equipment is controlled by an STM32 single-chip microcontroller connected to the host computer. This architecture supports reliable equipment operation while enabling computer-based data storage, curve analysis, and test program management for all 16 channels.
The operation interface simultaneously displays voltage, current, time, and capacity for each battery under test. Configurable color coding differentiates working statuses and abnormal conditions, providing intuitive visual monitoring during production-scale testing.
In addition to computer control, the equipment supports direct operation through a built-in keyboard for setting process parameters and executing test and sorting functions. This dual-mode operation provides flexibility for different production workflow requirements.
All test data and measurement curves are stored on the connected computer system, enabling post-test analysis, cell grading decisions, and quality documentation. The system retains both measurement values and status records for each channel throughout the test duration.
| Parameter | Specification |
|---|---|
| Power Supply | AC380±10%/50Hz/3P |
| Power | ≤30KW |
| Channels | 16 channels |
| Charge/Discharge Voltage Range | DC 0mV~4.5V / DC 2V~4.5V |
| Constant Voltage Range | DC 2~4.5V |
| Voltage Measurement Range | DC 0V~5V |
| Charge/Discharge Current Range | 600mA~300A |
| Voltage Measurement Control Accuracy | ±(0.5‰ reading + 0.5‰ full scale) |
| Current Measurement Control Accuracy | ±(0.5‰ reading + 0.5‰ full scale) |
| Voltage Resolution | 0.1mV |
| Current Resolution | 1mA |
| Time Measurement Control Accuracy | ≤±0.1% |
| Charge/Discharge Mode | Constant current, constant voltage, constant current constant voltage, constant power, constant resistance |
| Charging Cut-Off Condition | Voltage, current, time, capacity, -ΔV |
| Discharge Cut-Off Condition | Voltage, time, capacity |
| Process Settings | 64 process step parameters and 256 cycles can be set |
| Cell Specification | Pole distance: 50-170mm; Length: 90-220mm; Thickness: 15-100mm; Height: 80-310mm |
| Control Method | Computer control equipment operation, whole cabinet control, with scanning system |
| Protection | Overvoltage, undervoltage, overcurrent, undercurrent, overcapacity protection, power failure protection, data breakpoint recovery |
| Device Size | L1120*W1420*H1909mm |
The XW-5V300A16CH is suitable for prismatic battery cell testing in electric vehicle battery production, energy storage system manufacturing, and industrial battery quality control environments where comprehensive data recording and computer-based test management are required for production documentation and quality assurance.