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Lithium battery pressure testing machine
The lithium battery pressure testing machine is suitable for testing and analyzing the static mechanical properties of metal or non-metal (including c
Product details
1、 Product Overview:
The lithium battery pressure testing machine is specifically used for pressure testing of lithium batteries, calculating the deformation changes under a certain force. It is used to simulate the various squeezing situations that occur during the use of lithium batteries, and to control the quality of the battery and prevent various adverse reactions such as fire and explosion.
The lithium battery pressure testing machine is suitable for testing and analyzing the static mechanical properties of metal or non-metal (including composite materials), rubber and plastic, adhesive materials, such as tension, compression, bending, shear, peeling, tearing, and load retention. It has three closed-loop control methods of stress, strain, and displacement, and is required to be able to calculate parameters such as strength, tensile strength, peel strength, bending strength, compression strength, elastic modulus, fracture elongation, yield strength, etc. By using a computer controlled Windows operating system to dynamically display the test data curve, it is possible to automatically obtain parameters such as high force, large deformation, bending stress, bending strength, compressive strength, compressive force, yield, elastic modulus, elongation, etc. (corresponding fixtures can be equipped according to user requirements for which type of test is needed). The experimental curve and data results can be dynamically displayed and freely set on the computer, making curve operation more convenient relaxed. Curve editing can be done anytime, anywhere Full electronic display monitoring for stacking, separation, scaling, printing, etc.
2、 Main technical parameters:
1. Testing machine frame: Longmen style frame, convenient for battery pressure testing, specific space size selected according to the test sample
2. Load capacity: 50kN, 100kN (selected according to demand)
3. Power accuracy level: 0.5%
4. Speed range: 0.001-500mm/min
5. Main configuration: Panasonic servo motor+ball screw
6. Safety protection: During the testing process, there is a possibility of battery explosion, so it is recommended that the fixture part be equipped with a safety protection door, and the entire machine be equipped with a protective door for double-layer protection
7. Software control: customized according to testing requirements as needed
8. Effective compression space: 800mm (expandable)
9. Effective test width: 500mm (expandable)
10. Test speed: 0.001-500mm/min
11. Host size: 950 * 460 * 2230mm
12. Power supply: 220V
13. Host weight: 500kg
3、 Main software functions:
1. Load displacement curve; Load and time curves; Displacement and time curves; Stress and strain curves.
2. Modify the corresponding testing standards based on the requirements of each country for the test piece, fill in the test material, modify the testing method, and provide options for future testing.
3. Automatically store the results of this experiment and modify them into a report for printing and output. There is a formula modification function that can compare multiple tested curves.
4. Can set decimal places, physical units, and password protection.
5. Auto reset: When the computer receives the instruction to start the experiment, the measurement system automatically resets to zero.
The lithium battery pressure testing machine is specifically used for pressure testing of lithium batteries, calculating the deformation changes under a certain force. It is used to simulate the various squeezing situations that occur during the use of lithium batteries, and to control the quality of the battery and prevent various adverse reactions such as fire and explosion.
The lithium battery pressure testing machine is suitable for testing and analyzing the static mechanical properties of metal or non-metal (including composite materials), rubber and plastic, adhesive materials, such as tension, compression, bending, shear, peeling, tearing, and load retention. It has three closed-loop control methods of stress, strain, and displacement, and is required to be able to calculate parameters such as strength, tensile strength, peel strength, bending strength, compression strength, elastic modulus, fracture elongation, yield strength, etc. By using a computer controlled Windows operating system to dynamically display the test data curve, it is possible to automatically obtain parameters such as high force, large deformation, bending stress, bending strength, compressive strength, compressive force, yield, elastic modulus, elongation, etc. (corresponding fixtures can be equipped according to user requirements for which type of test is needed). The experimental curve and data results can be dynamically displayed and freely set on the computer, making curve operation more convenient relaxed. Curve editing can be done anytime, anywhere Full electronic display monitoring for stacking, separation, scaling, printing, etc.
2、 Main technical parameters:
1. Testing machine frame: Longmen style frame, convenient for battery pressure testing, specific space size selected according to the test sample
2. Load capacity: 50kN, 100kN (selected according to demand)
3. Power accuracy level: 0.5%
4. Speed range: 0.001-500mm/min
5. Main configuration: Panasonic servo motor+ball screw
6. Safety protection: During the testing process, there is a possibility of battery explosion, so it is recommended that the fixture part be equipped with a safety protection door, and the entire machine be equipped with a protective door for double-layer protection
7. Software control: customized according to testing requirements as needed
8. Effective compression space: 800mm (expandable)
9. Effective test width: 500mm (expandable)
10. Test speed: 0.001-500mm/min
11. Host size: 950 * 460 * 2230mm
12. Power supply: 220V
13. Host weight: 500kg
3、 Main software functions:
1. Load displacement curve; Load and time curves; Displacement and time curves; Stress and strain curves.
2. Modify the corresponding testing standards based on the requirements of each country for the test piece, fill in the test material, modify the testing method, and provide options for future testing.
3. Automatically store the results of this experiment and modify them into a report for printing and output. There is a formula modification function that can compare multiple tested curves.
4. Can set decimal places, physical units, and password protection.
5. Auto reset: When the computer receives the instruction to start the experiment, the measurement system automatically resets to zero.
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