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XWELL XW-5V300A16CH Modular Prismatic Battery Cell Grading Machine 300A 16CH Test Equipment with Easy Maintenance Design

XWELL XW-5V300A16CH Modular Prismatic Battery Cell Grading Machine 300A 16CH Test Equipment with Easy Maintenance Design

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
Detail Information
Place of Origin:
Guangdong, China
Certification:
CE
Equipment Model:
XW-5V300A16CH
Channels:
16 Channels
Charge/Discharge Current Range:
600mA~300A
Voltage Measurement Range:
DC 0V~5V
Voltage Measurement Accuracy:
±(0.5‰ Reading + 0.5‰ Full Scale)
Current Measurement Accuracy:
±(0.5‰ Reading + 0.5‰ Full Scale)
Voltage Resolution:
0.1mV
Current Resolution:
1mA
Power Supply:
AC380±10%/50Hz/3P
Power:
≤30KW
Device Size:
L1120×W1420×H1909mm
Supply Ability:
50 Sets per Month
Highlight:

Modular Battery Cell Grading Machine

,

Easy Maintenance Battery Tester

,

16CH Prismatic Cell Test Equipment

Product Description

Overview

Production equipment uptime and serviceability directly impact battery manufacturing throughput. The XWELL XW-5V300A16CH Prismatic Battery Cell Grading Machine employs a modular design concept across its 16-channel architecture, with each channel functioning as an independent constant current and constant voltage source. This modular approach, combined with a human-machine interface that provides intuitive graphical operation and per-channel status indication, supports maintenance procedures and production workflow continuity. The equipment integrates STM32 microcontroller control, bidirectional power supply technology, and comprehensive protection functions within this modular framework.

Core Functions

Modular Design Architecture

The XW-5V300A16CH uses a modular design concept where each of the 16 channels operates as an independent functional unit. This modular architecture supports maintenance procedures by allowing individual channel service access without requiring complete system disassembly.

Independent Channel Construction

Each channel is built as a single-point independent constant current and constant voltage source. Channel independence means that individual channels can be serviced or replaced while the remaining channels continue testing operations, supporting production uptime requirements.

User-Friendly Human-Machine Interface

The software interface is designed with user accessibility in mind, featuring a graphical operation display that shows voltage, current, time, and capacity data simultaneously for all 16 channels. Color-coded status indication provides immediate visual feedback on each channel's operating condition.

Field Effect Tube Power Stage Selection

The power stage employs field effect transistors (FETs) selected for their suitability with lower voltage discharge applications, including lithium iron phosphate (LiFePO4) batteries. This component selection supports the bidirectional power supply design and energy feedback regeneration function.

Real-Time Channel Status Detection

The system performs real-time detection and display of each battery's status across all channels. When an abnormality is detected, the affected channel stops operation and activates its indicator light, while the graphical interface provides visual indication of the fault condition.

Power Failure Protection with Automatic Recovery

The equipment includes power failure protection that preserves the operational state and test data. After power restoration, the system continues the original workflow from the interruption point, supporting unattended operation during extended grading cycles.

System Configuration

  • Control System: Computer control equipment operation, whole cabinet control, with scanning system
  • Microcontroller: STM32 single-chip microcontroller connected to computer
  • Channels: 16 channels, single-point independent constant current and constant voltage source
  • Power Stage: Field effect tube design for lower voltage discharge compatibility
  • Measurement: Four-wire test interface for high measurement accuracy
  • Power Supply: Bidirectional power supply design with energy feedback regeneration
  • Interface: Graphical operation interface with multi-parameter simultaneous display

Specifications

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

Application Scenarios

The XW-5V300A16CH is applicable for prismatic battery cell grading and testing in electric vehicle battery production facilities, energy storage system manufacturing lines, and industrial lithium battery quality control operations where equipment serviceability and production continuity are important operational considerations.