CCD Positive And Negative Testing Machine
CCD Visual Inspector verifies that the maximum test voltage is 100V (can be customized according to requirements).
CCD Tester confirms the maximum charging current (20A) and discharge current (120A) (can be customized according to requirements).
CCD Positive And Negative Testing Machine enables programmable control of test items.
CCD detector ensures a friendly human-computer interface.
AOT-BCT100 can quantitatively and accurately measure some basic parameters of the battery. It can measure the open circuit voltage, internal resistance, charge, discharge, overcurrent protection, short circuit protection and other battery functions. It can easily detect bad batteries and increase production efficiency.
Features:
1. The continuous output power of the equipment is 2KW.
2. The continuous load power of the equipment is 12KW.
3. The maximum test voltage is 100V. (can be customized according to requirements)
4. Maximum charging current (20A), discharge current (120A). (can be customized according to requirements)
5. Programmable control of test items.
6. Friendly human-computer interface.
7. Support one upper computer software to control 8 devices.
8. The device supports serial port, network, and upper computer communication.
9. Test records can be saved to a database (SQL) or file (Excel).
10. Support the export and import function of the test project.
11. The equipment supports the same port and split port batteries for charging and discharging.
Specification:
Model No.
AOT-BCT100
Test open circuit voltage
7.2V-85V
Peak current
100A
Functions
Try charging the voltage test
Charging current test
Internal resistance test
Discharge current test
Load voltage test
Overcurrent current test
Overcurrent recovery voltage test
Set aside time
Setting of discharge time and current
Overcurrent protection delay time setting
Over-current step current setting
Product Display
CCD Positive And Negative Testing Machine
CCD Visual Inspector verifies that the device supports serial port, network, and upper computer communication.
CCD Tester ensures that test records can be saved to a database (SQL) or file (Excel).
CCD Visual Inspector
CCD Positive And Negative Testing Machine confirms the support of the export and import function of the test project.
CCD detector verifies that the equipment supports the same port and split port batteries for charging and discharging.
Exhibition
Certificate
FAQ
Q1. What is a battery CCD tester?
Battery CCD tester is a testing tool specifically designed for analyzing and evaluating batteries using CCD (Charge-Coupled Device) technology. CCD is a technology commonly used in image sensors and cameras. In the context of battery testing, a CCD tester uses CCD technology to monitor and measure various parameters of a battery, such as voltage, current, capacity, internal resistance, and other performance indicators.
It's important to note that the specific procedures and features of a battery CCD tester may vary depending on the manufacturer and model. Always refer to the user manual and guidelines provided by the tester's manufacturer for detailed instructions on its proper usage.
Q2. How to use the battery CCD tester?
To use a battery CCD tester, follow these steps:
Preparation:
Ensure that the tester is properly connected to a power source and turned on.
Make sure the battery being tested is compatible with the CCD tester and has sufficient charge.
Setup:
Place the battery in the designated compartment or connector of the CCD tester.
Ensure proper contact between the battery terminals and the tester's terminals.
Configuration:
Set the desired testing parameters on the CCD tester. This may include voltage range, current range, test duration, or specific test protocols.
Start the Test:
Press the appropriate button or initiate the test sequence on the CCD tester to begin the battery testing process.
The tester will measure and analyze various parameters of the battery, such as voltage, current, internal resistance, or capacity.
Monitor the Test:
Observe the readings displayed on the CCD tester's screen or interface.
Pay attention to any warnings or error messages that may indicate issues with the battery being tested.
Interpret Results:
Evaluate the test results provided by the CCD tester. This may involve comparing the measured values against specified limits or reference standards.
Interpret the results to determine the overall health or performance characteristics of the battery.
Record and Analyze Data:
Record the test results for future reference or analysis.
Analyze the data to identify trends, patterns, or anomalies that may provide insights into the battery's condition or performance.
Repeat or Proceed:
Depending on the testing requirements, you may repeat the process for additional batteries or proceed with other necessary steps in the battery management or quality control process.
Note: It's important to consult the user manual or specific instructions provided by the manufacturer of the battery CCD tester for detailed guidelines and safety precautions.
Q3.Function of Battery CCD tester
Battery CCD Tester plays a key role in battery manufacturing, inspection and quality control. Its main role can be summarized as follows: high-precision detection: The use of CCD (charge-coupled device) technology to achieve accurate measurement of battery appearance, size, position and other parameters. The high resolution and image quality of the CCD sensor ensure the accuracy and reliability of the detection results.
Automated detection: Battery CCD Tester is usually integrated with automated production lines, and can automatically detect batteries in batches without manual intervention, greatly improving the detection efficiency and automation level of the production line.
Defect recognition: Through image processing and analysis technology, the tester can automatically identify the surface of the battery scratches, dents, stains and other defects, as well as position deviation, size discrepancy and other problems, to provide strong support for the quality control of the battery.
Data recording and analysis: During the testing process, the Battery CCD Tester records the detection data of each battery, including image, size, position and other information. These data can be used for subsequent quality analysis, traceability and improvement to help manufacturers continuously optimize production processes and improve product quality.
Strong compatibility: suitable for a variety of types and specifications of battery detection, including but not limited to lithium batteries, nickel-metal hydride batteries, lead-acid batteries, etc. By adjusting the test parameters and changing the fixture, it is easy to adapt to the detection needs of different batteries.
Improve safety: In the battery production process, timely discovery and elimination of unqualified products, help to reduce safety accidents caused by battery quality problems, improve production safety.
