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#Chroma lab software
#Chroma lab series

When the system is interrupted, the test can be continued after the exception is eliminated without missing any data. Real-time abnormality detection in each tester automatically detects deviations based on independent logic.An independent external voltage/temperature meter relay is optional to achieve reliable two-level protection. Following the numerous built-in recipe protections, the protection mechanism monitors and triggers with a response speed of 1mS.② System protection and abnormality detection External real-time data can serve as cut-off or protection judgments (temperature).Recording temperature (☌), voltage (V), pressure (mPa), force (kg).

#Chroma lab software

The Battery LEx software can simultaneously set parameters and monitor data, as well as automatically merge test data into the test report, thus providing users with the most complete test solution.

17212M-6-100: CC and CP 120% charge/discharge outputĬhroma 17010 regenerative models are provided with current response time of 0-1200A in less than 1mS, which can more realistically simulate the instantaneous peak current of battery charging and discharging behavior when driving, and also meets NEDC, FUDS, and DST test standards.Ĭhroma 17010 supports integration of a variety of renowned environmental chambers and multi-functional data loggers.

For short-time & high-current pulse applications, the super mode can be set and executed directly through steps, and provides an even wider range of current and power usage.

Feed back current to the grid with <5% total harmonic distortion.Ĭhroma 17010 regenerative models provide up to 30 sec.

AC: Recover excess energy to the AC line, with >60% recycling efficiency.

DC: Automatically prioritize discharged energy to charging channels with >80% recycling efficiency.

The test system so avoids electricity waste heat due to load consumption during discharge.

#Chroma lab series

Report single point transient sampling rate: 1mSĮnergy Regenerative Series Features Energy RecyclingĬhroma 17010 large current models have a high-precision, high-efficiency and power-optimized energy recycling architecture that achieve green and low-carbon performance.

Hardware internal voltage/current sampling rate: 1mS.

The advanced test system provides more accurate capacity calculations to solve the issue that general battery test equipment only use the report sampling speed to record key data, causing large cumulative errors. 0V - +10V: Batteries in series, EDLC testingĬhroma 17010 uses high-speed voltage and current sampling with double integration of computing to capture transient changes in the test without distortion.0V - +5V: Half-cell, full-cell, EDLC testing.This is perfect for applications such as float charging or potential regulation, which require long-term and highly stable testing of extremely small current output.Ĭhroma 17216M-10-6 model built in three voltage ranges, for more profuse product development applications. Automatic range switching under constant voltage mode: Chroma 17010 linear circuit models support automatic switching of the current range in the constant voltage test mode, without any output interruption.This improves the test accuracy and resolution for highly accurate test data. At the start of a test step, the system will detect the output current and then automatically and quickly switch to the appropriate current range. Quick switching of current ranges: Chroma 17010 series provide multiple current outputs and measurement range switching, fitting test plans with both large and small currents.High-precision & Multiple Current Range Design The test current and voltage data can be converted into highly accurate and clear characteristic peaks to efficiently research the aging mechanism of Li-ion batteries. Chroma 17010 is equipped with low output noise and high measurement accuracy.