Overview
YN-KZY500 Microcomputer Vertical Tensile strength tester is a professional test instrument designed according to the national standard GB/T12914 and ISO1924-2 methods for measuring the Tensile Strength and Tensile Index of various paper and Cardboard materials. It adopts two-way Test method, supports tensile and compression tests, and has the characteristics of small range and high accuracy. It is suitable for paper mills, scientific research institutes and Quality control departments.
Features
1.1 Test accuracy to ensure the accuracy of test results
2.7.0 inch touch screen Linear dispersion display, support Chinese and English bilingual language switching, real-time display data and tensile curve
3. Built-in intelligent safety design such as limit protection, overload protection, and automatic return
4. Adopt imported stepper motor control, accurate positioning, fast Response, improve test efficiency
5. High-speed ARM processor realizes high automation, fast data collection and intelligent judgment
6.24-Bit High Accuracy AD Converter for Fast and Accurate Force Data Collection
7. Built-in R232 interface, optional connection to computer software, support Data analysis, saving and printing
8. The system is equipped with more than 50 sample clamps to meet the testing requirements of more than 1,000 materials
Principle
The Working Principle of the Paper Vertical Tensile Strength Tester is to stretch the specimen of specified size to fracture at constant speed, measure its tensile resistance, and record the ultimate tensile resistance, breaking length and tensile index at fracture.
Applications
Paper, mica paper, daily necessities, new materials, Electrical Insulating Paper, fiber paper, filter paper, other industrial paper, graphene, composite fiber materials
Standards
GB/T 12914、GB/T453、ISO1924-2、GB 8808、GB/T 1040、GB/T 17200、GB/T 16578.1、ASTM D882
Steps
1. Prepare standard configuration host, 25mm fixture, standard Paper cutter, power cord, etc
2. Connect the power supply and start the instrument
3. Set test parameters such as force range, stretching speed, etc. through a 7.0-inch touchscreen
4. Install the specimen fixture and place the specimen
5. Start the test, and the instrument automatically stretches the specimen until it breaks
6. Real-time observation data and tensile curves
7. After the test is completed, the data is automatically saved, optionally printed or exported through the R232 interface
8. The instrument automatically returns to position, ready for the next test
Notice
• Make sure the power supply is connected correctly before operation to avoid overload
• Use the specified fixture to avoid sample size mismatch
• Do not touch moving parts during testing to ensure safety
• Regularly check instrument accuracy and keep it clean
• When professional software is available, ensure stable communication cable connection
• Follow the built-in protection function to prevent misoperation
