Product Description
Single Channel Sequential Multi Channel Peel Tester customized for Solar Cell Tensile Peel Strength Testing upto 16 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 16BB Half Cut High Resolution upto 001N 02 mm 1800 1800 Bus Bar and 900 Peel Test of Glass PV Custom Jigs for Simultaneous Multi Peel Real tim
PC Based Solar Cell Tensile Peeltester
Peel Tensile testers are fully automatic with an uni16e features of
a Real Time Peel force vs Peel Length Graph
b Preset test Parameters for 10 BB upto 16BB Bus Bar etc
c Auto stop and Auto return to sample length
d Displaying MinMax Avg for each sample
e Capable of both the 180 and 90 peel Synchronised moving platform for 90 Peel
f Custom Jigs Multi Peel attachment for sequential multi pee
PC Based Peel Tester 180 Degree
httpswwwyoutubecomwatchvpTa_03ZIpqs
httpswwwyoutubecomwatchvLeD5BgHQwrg
PC Based Peel Tester 90 Degree
httpswwwyoutubecomwatchv_mSIuxyg5m8
Specification
Value
Peel Mechanism
Imported ball screw and nut Mechanism running on steel rail and ball bearing mounted sliders
Sample Length
Auto set up as per Test selected accommodates 10BB to 16BB Cut
Peel Length
a 180 300 mm
b 90 Peel 160mm
Peel Speed
a 180 Peel 100mm Min Variable for Tests
b Glass Polymer 300 mm Min
c Bus Bar 50 300 mmMin
Peel Resolution
02 mm
Force Range Resolution
Max Force Resolution
a 180 100N 01 N
b 90 Peel 500N 01N
Software
5 Custom Tests 180 Peel of 101216 BB
0 Bus Bar 90 peel for glass polymer
Technical Details
Robust Construction for Reliable TestingBuilt with a heavy-duty painted steel frame, the tester ensures durability and minimal vibration during operation. Its bench-top design optimizes stability for consistent, reproducible test results, making it suitable for both laboratory and industrial environments.
Advanced Testing CapabilitiesThe machine enables adjustable test speeds (50500 mm/min), configurable peel angles (90/180), and a generous test stroke of up to 300 mm. Customizable grips allow for varied specimen shapes and sizes, providing versatile application for solar cell and PV module testing.
Intuitive Control and Data ManagementUsers benefit from a digital touchscreen controller for precise operation. Data output is streamlined via USB and RS232 interfaces, and comprehensive software support for Windows ensures in-depth analysis and graph plotting. Safety features, such as emergency stop and overload alarm, provide operational peace of mind.
FAQs of Single Channel, Multi Peel Solar Cell Tensile/Peel Tester:
Q: How do I adjust the peel angle between 90 and 180 on the tester?
A: The peel angle can be configured directly from the touchscreen digital controller. Adjust the settings to select either 90 or 180, depending on your testing requirements. Refer to the user manual for step-by-step instructions on switching angles safely.
Q: What types of solar cell specimens can be tested with this equipment?
A: The tester accommodates a single specimen per cycle, with customizable grips that allow for various sizes and shapes of solar cells and PV modules. Specimen size can be tailored to your specific requirements to ensure compatibility and accurate results.
Q: When should I use the emergency stop button or overload alarm?
A: Use the emergency stop button immediately if an unsafe condition arises during automated testing. The overload alarm automatically activates if forces exceed set thresholds, protecting the machine and samples from damage and ensuring user safety at all times.
Q: Where can the test data be exported and analyzed?
A: Test data can be exported via the built-in USB or RS232 ports. The results are fully compatible with Windows analysis software, allowing for comprehensive data review, storage, and graph plotting on your laboratory or office computer.
Q: What is the recommended environment for operating the tester?
A: Operate the machine in environments with temperatures between 10C and 40C and humidity levels from 20% to 80% RH (non-condensing) to maintain optimal measurement accuracy and equipment longevity.
Q: How does the precision servo motor benefit tensile and peel strength testing?
A: The precision servo motor delivers stable, controllable motion for consistent test speeds and repeatable results. Its accuracy directly enhances measurement reliability, especially when testing the delicate structure of solar cells.
Q: What are the main benefits of using this tensile/peel tester for solar cells and PV modules?
A: This tester provides high accuracy (1% of reading), fast response time (<50 ms), automated controls, and comprehensive data output. Its robust build, customizable features, and integrated safety systems ensure dependable performance, making it an essential tool for quality assessment in research and manufacturing.