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Neware CT-9002-5V6A-F-204n Battery Testing System with High Speed Sampling (≤100 us), ENCT90025V6AF

Neware CT-9002-5V6A-F-204n Battery Testing System with High Speed Sampling (≤100 us), ENCT90025V6AF

In Stock SKU: ENCT90025V6AF
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The Neware CT-9002-5V6A-F is a specialized high-performance battery testing system belonging to Neware’s elite 9000 series. While the standard 9000 units are for high-speed material research, the "F" variant is often tailored for 3C consumer electronics (like smartphones and laptops) and features built-in SMBus/I2C communication to talk directly to a battery's internal fuel gauge.

The most significant feature of the CT-9002-5V6A-F is its hardware support for SMBus (System Management Bus) and I2C protocols. (1) BMS Integration: Unlike standard cyclers that only see the "outside" of the battery (total voltage/current), this system can read the "inside" data from the battery's internal chip. (2) Real-time Monitoring: It can pull data such as individual cell temperatures, cycle count, state of health (SOH), and "Remaining Capacity" directly from the battery’s smart controller. (3) Safety Syncing: You can program the Neware software to stop a test if the battery's internal BMS reports a "Permanent Failure" flag or an internal temperature excursion.

Part Number
  • ENCT90025V6AF
Power
  • AC110 V or AC220V±10%, single phase, 50/60Hz, 500 W
Channel Numbers
  • 2 channels

Voltage Features


  • Charge Voltage: 0-5 V
  • Discharge Voltage: -5V ~ 5 V
  • Minimal discharge voltage: -5 V
  • Accuracy: ± 0.02% of F.S.
  • Stability: ±0.01% of F.S.
Current Features
  • Current Range:

           Range 1: 0.1 uA - 180 uA

           Range 2: 180 uA - 6 mA

           Range 3: 6 mA - 180 mA,

            Range 4: 180 mA - 6000 mA

  • Accuracy: ± 0.02% of F.S.
  • Stability: ±0.01% of F.S.
Output Power
  • 30 W/Channel
  • Stability: ± 0.02% of F.S.
Time
  • Current Response Time: ≤100 us (10% to 90% or 90% to 10%)
  • Time Range of Work Step: ≥10ms
Main Test Functions
  • Constant current charging/discharging (CCC/CCD)
  • Constant voltage charging/discharging (CVC/CVD)
  • Constant power charging/discharging (CPC/CPD)
  • Constant current constant voltage charging/discharging (CCCVC/CCCVD)
  • DCIR
  • Pulse Simulation Test
  • GITT

 

References:

S. Chen, et al., Critical Parameters for Evaluating Coin Cells and Pouch Cells of Rechargeable Li-Metal Batteries, Joule, 2019, 3, 1094-1105

Y. Son, et al., Analysis of Differences in Electrochemical Performance Between Coin and Pouch Cells for Lithium-Ion Battery Applications, Energy Environmental Materials, 2024, 7, e12615.

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