BDC3000 99V 40A Battery Tester – High-Voltage Charge/Discharge Analyzer

Product Data Sheet

The BDC3000 is a high-performance, multi-channel battery tester designed for comprehensive analysis and maintenance of various battery types, including lithium-ion and lead-acid batteries. With capabilities to handle voltages up to 99V and currents up to 40A, this tester is ideal for applications in electric vehicle (EV) battery diagnostics, large-scale battery pack assembly, and research and development.

Key Features

• Voltage Range: 9V to 99V
• Current Output: 0.5A to 40A adjustable
• Channel Count: Multiple independent channels
• Battery Compatibility: Supports Li-ion and lead-acid battery packs
• Operation Methods: Panel and Software control
• Communication Port: LAN (TCP/IP protocol)
• Input Power: AC 220V±10%, 50Hz/60Hz

Advanced Functionalities

• Charge/Discharge Modes: Constant current & voltage charge; constant current discharge
• Auto Cycle Charge-Discharge: Supports automated cycling for battery conditioning
• Data Analysis: Provides detailed analysis with multi-axis curve plotting
• Data Recording: Records data at specified intervals for voltage, current, and capacity
• Report Generation: Exports test reports in Excel format for easy analysis
• Software Interface: Compatible with Windows XP, 7, 8, and 10

Safety and Protection

• Power-down Protection: Ensures data integrity during unexpected power losses
• Reverse Connection Protection: Prevents damage due to incorrect polarity connections
• Over-temperature Protection: Monitors and controls temperature to prevent overheating
• Over-voltage Protection: Safeguards against voltage spikes
• Short-circuit Protection: Protects the device and batteries from short circuits
• IP Grade: IP20

Applications

• Battery Testing: Ideal for testing individual cells or full battery packs
• Maintenance: Useful in maintaining and repairing EV battery packs
• Production: Supports battery pack assembly and quality control processes
• Research and Development: Facilitates in-depth analysis for battery R&D