Product Description
Simultaneous Multi Channel Peel Tester customized for Solar Cell Peel Strength Testing (upto 24 BB, Half Cut). Fully automatic PC based testing system with high precision control and accuracy, includes automated computer control of test methods giving simplicity of operation
Variable Speed
Variable Sample Length 10BB 24BB Half Cut) Simultaneous Pell of all channels in one run High Resolution upto 0.01N / 0.2 mmCustom Jigs for solar cell Type matched to Bus Bar Real time graph of Peel Length and Peel Strength Multiple Peaks (F Max) for each Peel Individual v/s Lot reporting Superimposed Graphs for comparison
Multi Channel Solar Cell Tensile / Peel tester
- Peel / Tensile testers are fully automatic withan unique features of
- Auto set up of (a) Sample / Peel Length (b) Speed ofPeel
- Auto Stop at preset peel Length
- Sliding Jaws ensure true 180 peel
- Real Time Force v/s Peel Graph with Individual Peak
- Single Channel reoprt of Min / Max and individual peakvalues
- Superimposed reoprt of Min / Max peak values for all channels (across Peaks)
https://www.youtube.com/watch?v=Mi__fe84DXc
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Specification
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Value
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Peel Mechanism
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Imported ball screw and nut Mechanism, running on steel rail and ball bearing mounted sliders.
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Sample Length
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Auto set up as per Test selected (accommodates 10BB to 24BB Cut)
Sample Length: Upto 250 mm
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Peel Length
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Upto 450 mm
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Peel Speed
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50 mm/Min
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Peel Resolution
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@ 0.2 mm
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Force Range & Resolution
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100N @ .01 N
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Software
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Custom Tests for 10/12/16/20/24 B.B (1/2 Cut)
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Technical Details 
Universal Testing VersatilityThis equipment accommodates a wide range of mechanical tests, including tensile, peel (180, 90), and shear methods. Its interchangeable clamp system allows users to switch fixtures effortlessly, making it adaptable for various specimen sizes and types. Both manual and pneumatic sample loading options offer enhanced flexibility, improving test efficiency and accuracy in solar cell evaluation.
Advanced Data and Automation FeaturesEquipped with built-in memory for up to 1000 test sets and CSV export via USB or data acquisition software, this tester streamlines documentation and analysis. The 7-inch touch screen permits intuitive configuration and test monitoring. Real-time graphing and robust analysis tools optimize experimental workflows, supporting comprehensive reporting and traceability for research and production environments.
Precision and Safety IntegratedA high-precision stepper motor enables adjustable test speeds from 5 to 500 mm/min, ensuring repeatable results with 1% accuracy and 0.01 N resolution. Automatic and manual calibration options maintain measurement integrity. Safety measures include overload and emergency stop protection, while CE compliance ensures the instrument meets rigorous standards for laboratory and industrial use.
FAQ's of Multi-Channel Solar Cell Tensile / Peel Tester:
Q: How do I export test data from the Multi-Channel Solar Cell Tensile / Peel Tester?
A: Test data can be exported directly as CSV files via the USB interface or through the available data acquisition software. This facilitates easy transfer and detailed analysis on external devices.
Q: What types of mechanical tests can be performed with this tester?
A: The device supports 180 and 90 peel, tensile strength, and shear testing methods, allowing comprehensive evaluation of solar cell adhesion and robustness.
Q: When is automatic calibration recommended versus manual calibration?
A: Automatic calibration is ideal for routine testing or when high throughput is required, ensuring consistent measurement accuracy with minimal user input. Manual calibration may be preferred for custom specimens or specific test setups requiring fine-tuning.
Q: Where is this tester typically used?
A: This equipment is primarily employed in solar cell research laboratories, quality assurance departments, and production facilities to assess the mechanical properties of solar cell modules.
Q: What is the process for loading samples onto the tester?
A: Samples can be loaded either manually or using pneumatic assistance. The universal clamp system accommodates both standard and customized specimen sizes, providing secure and reliable mounting prior to testing.
Q: How does the tester ensure operator safety during use?
A: The tester is designed with overload and emergency stop protections, along with CE-standard compliance and vibration isolation feet to minimize operational risks and ensure safe laboratory conditions.
Q: What are the benefits of using a multi-channel tester for solar cells?
A: Multi-channel capability allows simultaneous testing of up to eight specimens, enhancing productivity and enabling comparative analysis. Built-in data logging and programmable tests streamline workflows, benefitting both research and manufacturing environments.