Analizator akumulatorów 5V 200A 8CH

• Voltage accuracy: ±0.05% FS
• Current accuracy: ±0.05% FS
• Recording frequency: 10 Hz
• Current response time (10% FS to 90% FS): < 30 ms
• Current switching time: ≤ 50 ms
• Resolution: 24-bit
• Energy recovery efficiency (max): 75% (when output power > 80%)
• Test safety
• Data security

Model	LCT-5V200A-8CH
Current Range	1A – 200A
Current Accuracy	±0.05% of FS
Voltage Range	Charge: 0V – 5V; Discharge: 1.7V~5V
Voltage Accuracy	±0.05%FS
Response Time	< 30ms
Sampling Rate	10Hz
Max Power/Channel	1000W
Stability	±0.2% of FS
Energy Efficiency	Charging ≥ 85%; Discharging ≥ 80%
Charge Modes	CC, CV, CC-CV, CP, CR, Pulse
Discharge Modes	CC, CV, CC-CV, CP, CR, Pulse, DC
Cut-off Conditions	Voltage, Current, Time, Capacity, Energy, -△V

• Designed for power and energy storage cells, this system meets the testing needs of battery manufacturers, EV and energy storage companies, universities, and research institutes.
• It supports cycle life, capacity, efficiency, working condition, float charge performance, SOC/DOD analysis, rate charge/discharge, and DCIR tests.
• Charge/discharge modes include constant current, constant voltage, constant current-constant voltage, constant power, and constant resistance.
• Equipped with power-off protection, offline testing, and overheat protection for safety.
• Discharge energy can be recycled for use by other channels or fed back to the grid.
• Features modular AC/DC and DC/DC dual-stage high-frequency isolation design, with low temperature drift and high-performance 24-bit ADCs for superior steady-state accuracy.
• Test system and environmental chambers can be centrally controlled via PC.

Tester akumulatorów LCT-200A-8CH to wysokowydajny analizator przeznaczony dla laboratoriów badawczych i producentów pakietów akumulatorowych. Obsługuje ciągłe testy wysokoprądowe 5 V i 200 A, co idealnie sprawdza się w przypadku ogniw cylindrycznych 21700 i 4680, a także akumulatorów typu soft pack. Ten wytrzymały system umożliwia precyzyjne testowanie rozładowania do 10°C, dzięki czemu doskonale nadaje się do fabryk akumulatorów modułowych OEM, które poszukują niezawodnej i dokładnej oceny wydajności w wymagających warunkach.