DCIR Tester High-Precision Voltage & Current Measurement for Prismatic Cylindrical Pouch Cell Testing Hynn

DCIR Tester High-Precision Voltage & Current Measurement for Prismatic Cylindrical Pouch Cell Testing Hynn

  • DCIR Tester High-Precision Voltage & Current Measurement for Prismatic Cylindrical Pouch Cell Testing Hynn
  • DCIR Tester High-Precision Voltage & Current Measurement for Prismatic Cylindrical Pouch Cell Testing Hynn
Summary
Hynn DCIR Tester for precise internal resistance measurement in prismatic, cylindrical, and pouch cells. Ensures high accuracy with ±(0.05%FS+0.05%RD) voltage and current control, fast response <15ms, compliant with BSEN61960 & HPPC standards. Ideal for battery R&D and quality control in energy storage and EV applications.More
Specifications
Measurement and control precision of voltage:
±(0.05%FS+0.05%RD)
Voltage measurement range (mV):
0~5,000
Current test precision:
±(0.05%FS+0.05%RD)
  • DCIR Tester High-Precision Voltage & Current Measurement for Prismatic Cylindrical Pouch Cell Testing Hynn
  • BSEN61960

    Estimation of DCIR is based on BSEN61960, which adopts 2nd loading current test, calculates DCIR value by voltage difference of current changing, much close to the actual resistant effect by cell continuous current, therefore power battery or high-power type battery should go over the estimation of DCIR test.

  • Efficient Detection

    Cabinet testing machine switch response time less than 15ms, pulse width less than 100ms, can catch the minor curve of current and voltage instantaneously, which offer more accurate and high precision testing hardware platform; software calculating method follows HPPC standard testing for development, closer to response battery characteristic features.

  • Efficient Resistance

    Contacting probe adopts alloy metal, contacting impedance minimize more than double compared to same level beryllium cooper probe, current overflowing temperature rise less than 6°C under 45°C high temperature surrounding.

  • Impact Testing

    Using big current for battery impacting test, adopting the method of voltage difference and ex-current difference, calculates Cell's DCIR, DCIR tester can select NG cell in advance.

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