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MEZN3960 Intelligent Battery Discharge Monitor
※ Monitor the voltage of the battery pack and each battery cell during the discharge process; ※ Can adapt to various battery voltages: 2V, 4V, 6V, 12V
Product details
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1. Verification discharge experiment
Capable of conducting a verification capacity test on the battery pack, continuously setting the discharge current, discharging at a constant current according to the set discharge current, monitoring the voltage of the battery pack and each cell during the discharge process, and measuring the capacity of individual cells and battery packs.
Setting multiple discharge stop conditions;
Total voltage of battery pack
Single cell voltage
Discharge time
Discharge capacity
Can adapt to various battery voltages: 2V, 4V, 6V, 12V
2. Short term capacity testing function
This device can use 10-20 minutes of rapid discharge to quickly test the internal resistance and discharge capacity of individual batteries, and quickly determine the performance and capacity of the battery.
3. Data management function
A comprehensive computer management, analysis, and monitoring software with powerful data processing capabilities, using advanced mathematical models to comprehensively analyze multiple measurement results of batteries, accurately judge battery performance, and query real-time operating status and historical data of batteries, including various parameters, curves, and automatically generate reports.
Characteristics of intelligent battery discharge monitoring device:
1. Adopting PTC ceramic resistors avoids the phenomenon of red heating and makes the entire discharge process safer.
2. There is a USB interface that can store the data of the discharge process on a USB flash drive and import it into a PC. PC data management software can analyze the process of battery discharge and generate corresponding data reports.
3. Adopting intelligent microcontroller ARM control and LCD display in both Chinese and English. The menu operation is simple and clear.
4. Test/discharge termination conditions can be set, including battery pack termination voltage, discharge current, and discharge time.
5. The capacity of the battery pack can be estimated by short-term discharge (10 minutes).
6. The testing/discharging process can be recorded, mainly including the total capacity, total voltage, total current, etc. of the battery pack.
Intelligent battery discharge monitoring device
purpose1. Verification discharge experiment
Capable of conducting a verification capacity test on the battery pack, continuously setting the discharge current, discharging at a constant current according to the set discharge current, monitoring the voltage of the battery pack and each cell during the discharge process, and measuring the capacity of individual cells and battery packs.
Setting multiple discharge stop conditions;
Total voltage of battery pack
Single cell voltage
Discharge time
Discharge capacity
Can adapt to various battery voltages: 2V, 4V, 6V, 12V
2. Short term capacity testing function
This device can use 10-20 minutes of rapid discharge to quickly test the internal resistance and discharge capacity of individual batteries, and quickly determine the performance and capacity of the battery.
3. Data management function
A comprehensive computer management, analysis, and monitoring software with powerful data processing capabilities, using advanced mathematical models to comprehensively analyze multiple measurement results of batteries, accurately judge battery performance, and query real-time operating status and historical data of batteries, including various parameters, curves, and automatically generate reports.
Characteristics of intelligent battery discharge monitoring device:
1. Adopting PTC ceramic resistors avoids the phenomenon of red heating and makes the entire discharge process safer.
2. There is a USB interface that can store the data of the discharge process on a USB flash drive and import it into a PC. PC data management software can analyze the process of battery discharge and generate corresponding data reports.
3. Adopting intelligent microcontroller ARM control and LCD display in both Chinese and English. The menu operation is simple and clear.
4. Test/discharge termination conditions can be set, including battery pack termination voltage, discharge current, and discharge time.
5. The capacity of the battery pack can be estimated by short-term discharge (10 minutes).
6. The testing/discharging process can be recorded, mainly including the total capacity, total voltage, total current, etc. of the battery pack.
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