



The SCT-30A-16CH Battery Tester is a high-precision analyzer for lithium-ion and other rechargeable batteries. With 16 independent 5V 30A channels, it supports various types like 18650, 26650, LiFePO4, NCM, and NiMH. It enables accurate charge, discharge, and cycle tests, ideal for labs and battery pack analysis. Perfect for R&D and quality control.
| Model | LCT-5V30A-16CH |
| Current Range | 0.5A~30A |
| Current Accuracy | ±0.03%FS±0.03%RD |
| Voltage Range | 25mV~5V |
| Voltage Accuracy | ±0.025%FS±0.025%RD |
| Response Time | <10ms |
| Sampling Rate | 10Hz |
| Max Power/CH | 150W |
| Stability | ±0.2% of FS |
| Charge Modes | CC, CV, CC-CV, CP, CR, Pulse |
| Discharge Modes | CC, CV, CC-CV, CP, CR, Pulse |
| Cut-off Conditions | Voltage, Current, Time, Capacity, Energy, -△V |
Wide Application: Ideal for large cylindrical and pouch cells. Perfect for battery manufacturers, material suppliers, universities, and research institutes.
Flexible Communication & Control: Supports SMBus/I²C communication and central PC control for multiple units.
Modular Design: Each unit has 16 independent channels. Channels can be connected in parallel for larger tests. Supports import, editing, and export of DBC files.
Versatile Testing Modes: Perform cycle life testing, rate charge/discharge, pulse simulation, DCIR measurement, and dQ/dV differential capacity analysis.
Multiple Charge/Discharge Options: Supports constant current (CC), constant voltage (CV), CC-CV, constant power, and constant resistance modes.
Built-in Safety Features: Power-off protection, offline testing, and overheat protection ensure safe operation.
Energy Recovery: Discharged energy can be reused by other channels or fed back to the internal grid, saving power
Cycle Life Testing: Repeatedly charges and discharges the battery to evaluate durability and predict lifespan, helping you choose long-lasting battery products.
Rate Charging/Discharging Test: Tests battery performance under fast charging and high-power conditions, confirming suitability for rapid charging and high-power applications.
Pulse Simulation Test: Simulates sudden high-power usage to check if the battery can handle peak loads, ensuring reliability under extreme conditions.
GITT (Galvanostatic Intermittent Titration Technique): Tests the battery’s reaction speed and stability, helping you understand if it operates reliably and select more consistent cells.
DCIR (Direct Current Internal Resistance Test): Measures the battery’s internal resistance to assess output power and heat generation, ensuring safe and efficient performance.
dQ/dV Curve Analysis: Analyzes charge and discharge data to detect early signs of aging or abnormal behavior, helping prevent performance decline and potential failures.
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