Product Description
Purpose:
This tester is designed to conduct tensile, compression, adhesive strength, peel, tear and bending tests etc. for metal, rubber, plastics, textile, leather, paper, composite materials and so on.
Software Function:
Test & Control System is designed for PC Electronic Universal Testing Machines, PC Hydraulic Universal Testing Machines and PC Compression testers; can conduct tensile, compression, bending, shearing, tearing and peeling test; use PC and interface board for data collection, preservation, processing and printing test result; can calculate max force, yield strength, average peeling force, max deformation, yield point, elastic modulus and other parameters; can conduct curve graphics processing, multi-sensor support, video and image interface, flexible data processing, MS-ACCESS database support, making more powerful function of system.
Software Protection: over stroke, over capacity protection.
Advanced Testing and ComplianceThis machine delivers robust measurement capabilities for textile applications, ensuring compliance with major international standards such as ASTM, ISO, and BS. Its microprocessor-based control and high-precision load cell provide accuracy within 0.5% of the indicated value, meeting the rigorous demands of manufacturers and laboratories alike.
Versatile Operation and User-Friendly InterfaceWith fully automatic grade and customizable operating modes, users can test tensile, elongation, burst, and tear properties effortlessly. The intuitive touch screen and keyboard controls streamline workflows, while software compatibility allows sophisticated analysis and reporting on Windows platforms.
Safe, Efficient, and Reliable PerformanceKey safety features like automatic overload protection, emergency stop switch, and over-travel limit safeguard both operator and sample. Adjustable speed control, stable performance in 10C to 40C environments, and durable mild steel construction ensure the machine meets laboratory and industrial needs. Internal memory plus seamless PC export maintains convenient data management.
FAQs of computerized Fabric tensile testing machine:
Q: How does the computerized fabric tensile testing machine benefit textile testing operations?
A: This machine offers precision measurement of tensile, elongation, burst, and tear properties with real-time graph display. It streamlines workflows through automatic operation, fast data analysis, and compliance with standards like ASTM and ISO, enhancing both quality control and efficiency.
Q: What types of fabrics and materials can be tested using this machine?
A: Thanks to interchangeable grips and up to 5 kN load capacity, the device can test textiles, fabrics, yarns, and fibers of varying thicknesses and strengths. This versatility makes it suitable for diverse laboratory, manufacturer, and supplier applications.
Q: Where can data from the tests be stored and exported for further analysis?
A: Test data is stored in the machines internal memory and can be exported to a PC via USB or RS232 interface. The Windows-compatible software enables in-depth analysis, reporting, and record-keeping for distributors, exporters, and laboratories.
Q: How safe is operating this tensile testing machine during routine tests?
A: The machine is equipped with multiple safety mechanisms such as automatic overload protection, emergency stop switch, and over-travel limits. These features minimize risk to both operators and samples during high-force testing operations.
Q: When should the optional attachments for burst and tearing tests be used?
A: Optional attachments should be installed when specific burst or tearing strength tests are required. These modules can be easily added to expand the machines capabilities according to changing industry or research requirements.
Q: What is the process for setting up and operating the machine?
A: To operate, select suitable grips for your fabric type, configure test settings via touch screen or keyboard, and use the integrated software to choose the appropriate test mode. Adjust speed and parameters as needed, then begin testing with safety features active for reliable results.
Q: Why choose a microprocessor-based computerized tensile tester over manual alternatives?
A: Microprocessor-based controls offer higher accuracy, automation, and rapid data processing. The digital interface provides instant feedback, advanced plotting, and easier compliance with international standards, resulting in more consistent, reproducible test results compared to manual systems.