The XW series aging cabinet is engineered for comprehensive charge and discharge cycle testing of finished lithium batteries. This advanced system performs critical test functions including battery charge protection voltage, discharge protection voltage, and capacity analysis through four distinct test steps: charging, discharging, shelving, and cycling.

• Charging Function: Constant current and constant voltage charging capabilities
• Discharge Function: Constant current discharge operation
• Universal Interface: Supports both same-port and separate-port battery configurations (2-wire: P+ P- C-)
• Power Tool Compatibility: Capable of aging power tool batteries with positive charge protection and negative plate discharge protection
• Protection Testing: Verifies battery charge and discharge protection functionality
• Capacity Recording: Tracks and records charge and discharge capacity data
• Safety Protection: Anti-reverse connection protection, voltage limit settings, and safe discharge current protection
• Flexible Connectivity: Serial port connection for 1-3 instruments or network connection for controlling up to 60 devices
• Advanced Control System: C/S architecture with serial and network communication modes
• Comprehensive Management Software: Windows-based interface with SQL database for test data storage and analysis

The aging instrument's software system utilizes a proven C/S architecture with both serial and network communication options. Serial port mode ensures accurate communication for several instruments over short distances, while network mode enables precise control of multiple instruments over longer distances. In network configuration, a single server can manage up to 60 instruments simultaneously, facilitating unified operation across multiple testing stations.

Built on Windows operating interface with SQL database integration, the system provides comprehensive data storage and analysis capabilities. Staff can efficiently query and export test data, view charge and discharge aging curves based on battery barcode, time, and device number parameters, and export detailed performance curves for analysis and reporting.