In lithium battery production test, self-discharge has always been an important consideration. The traditional test method will be used to test the battery's open-circuit voltage (OCV)test, through the observation of the open-circuit voltage over time can be calculated by the battery's values, but this traditional test method needs a long time to stand still to make the open-circuit voltage sufficiently change. However, this traditional test method requires a long period of time for the open- circuit voltage to change sufficiently to determine whether the self-discharge capability of the product is within the permissible range. Because of the large production capacity of current battery manufacturers, this method of testing can result in the production of batteries bei<span style=";font-family:'Times New R
l Fast recognition of the self-discharge current with a minimum time of 30min;
l Output voltage 0.5V-5V;
l Ultra high output stability, voltage output fluctuation Vpp<10μV;
l Voltage and current external calibration;
l With temperature compensation function, it can make up for the influence of ambient temperature change on the battery to a certain extent;
l Can be paired with a customized constant temperature test chamber for laboratory development and validation;
l The upper computer software can set the starting test value, test mode, temperature compensation parameters, record the detailed current curve, and generate excel test files, which can observe, analyze and record the change of self-discharge status.
Test Example
Overall interface of the upper computer
Model | RJ6962 |
Number of channels | 2-16 channels |
Voltage Range | 0.5V-5V |
Voltage resolution | 1μV |
Voltage output stability (Vpp) | <±10μV |
Current Measurement Accuracy | ±(0.1%rdg.+2μA) |
Voltage Measurement Accuracy | ±(0.05%rdg.+200μV) |
Test Time | 30 minutes |
Test Mode | Approximation mode, normal mode |
Temperature test accurate reading | ±0.5℃ |
Temperature compensation range | <±1℃ |
Thermostat temperature control range | 5℃-50℃ |
Thermostat temperature control accuracy | ±1℃ |
Thermostat temperature uniformity | ±2% |
External Interfaces | LAN,RS232,RS485 |
Suggested SOC | ≤10% or ≥90% |
Operating Environment | 0℃~40℃,20%RH~70%RH |
Power Supply | AC220V,50/60Hz |
Weight | 8.5kg |
External Dimension | 340mm×133mm×380mm (W×H×D) excluding the feet height, the feet height is15mm |
Ruijie Instrument
4008-515-616
