60V 300A Charge 300A Discharge Battery Cycler Tester For Li-Ion Lead Acid Ni MH Ni Cd Battery

60V 300A Charge 300A Discharge Battery Cycler Tester For Li-ion/Lead-acid/Ni-MH/Ni-Cd Battery

Product Description

ACEY-HRCDS-60V300A-2CH battery cycler tester is used for cycle life testing and quality control in battery production and laboratory applications, the system supports lithium-ion, lead-acid, nickel-cadmium, and nickel-metal hydride batteries. Each channel offers a voltage measurement range of 0.2V–60V and a current measurement range of 150mA–300A. With an energy regenerative design, the system recovers energy during both charging and discharging, achieving an overall efficiency of ≥90% while reducing power consumption and heat generation.

This system provides stable and accurate charge and discharge control, making it suitable for both production verification and R&D evaluation. It supports a wide range of battery performance tests, including:

• Battery cycle life testing
• Battery capacity testing
• Charge characteristic testing
• Discharge characteristic testing
• State-of-charge (SOC) retention testing
• Charge and discharge efficiency testing
• Overcharge and over-discharge tolerance testing

Key Advantages

• CCCV Charging with Seamless Transition
  The CCCV charging process features smooth, gapless transition without voltage or current spikes. This effectively prevents localized heating caused by peak currents, avoiding electrode powder shedding, micro short circuits, island effects, or PCB protection triggering due to overcurrent or overvoltage.
• High Stability and High-Accuracy Voltage & Current Sampling
  Equipped with high-precision, wide dynamic range ADC/DAC units, the system ensures accurate voltage and current sampling with excellent long-term stability, suitable for continuous aging and life cycle testing.
• DCIR Testing Capability
  Supports four different DCIR test methods, allowing flexible configuration to meet various battery testing standards and application scenarios.
• Voltage Clamping Protection
  During charging, when battery protection is triggered or abnormal conditions occur, the system clamps the voltage at a safe level to prevent damage to batteries or battery protection boards (BMS).
• Integrated BMS Communication (CAN & RS485 per Channel)
  Each channel is equipped with built-in CAN and RS485 communication modules, supporting BMS CAN communication. The system can synchronously acquire BMS data such as total voltage, total current, cell voltage, and temperature, and compare them with CDS voltage and current data in real time. Test steps can be paused or switched when preset BMS voltage, current, or temperature conditions are met (BMS protocol details to be provided by the customer).
• DBC Import and Custom BMS Protocol Support
  Supports one-click DBC file import as well as manual customization of BMS protocols. Different BMS protocols can be configured and sampled independently for each channel.
• Custom Signal Sets and Advanced Data Logic
  Users can define custom signal sets according to specific test and data recording requirements. Sub-signals can be added as protection parameters, supporting multiple parameters and logical or mathematical operations such as maximum, minimum, difference, average, addition, subtraction, multiplication, division, AND/OR logic, exponential variance, sine and cosine functions. The calculated results can be used to generate new judgment conditions.
• Third-Party Device Control (Optional)
  Supports integration and control of third-party equipment, such as temperature chambers, during testing. All related test data can be recorded and stored together to meet comprehensive battery testing requirements (optional; third-party communication protocol required).

Main Technical Parameter

Equipment Specification

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