Product Description
tensile structure tester for PVC insulated copper wire
Application
copper wire testing equipment used to test tension, compression, shearing force, adhesion, peeling force, tear strength,ect
of specimen, semi product and finished product in the field of rubber, plastic, metal, nylon,fabric,paper, aviation, packing, architecture, petrochemistry, electric appliance, automobile,...etc. which are the basic facilities for input quality control (I.Q.C), Quality Control (Q.C.), Physical Inspection,
Mechanics Research and Material Development.
Features
1. Adopting windows platform, and all the parameter settings can be processed in the dialog box, and it operates easily.
2. Using a single-screen operation; do not need to switch the screen;
3. With three languages in Simplified Chinese, Traditional Chinese and English, the software interface can be switched easily;
4. The pattern of Test reports can be selfdesignated; test data can be displayed directly in the main screen;
Main Technical Parameter:
Items | Specification |
Capacity | 5, 10, 20, 25, 50, 100, 200kg |
Unit Switchover | G, KG, N, LB |
Display Device | Microcomputer |
Resolution | 1/100,000 |
Accuracy | ±0.5% |
Max. Stroke | 1000mm (including fixture) |
Test Speed | 20-300mm/min (adjustable ) |
Motor | AC Motor |
Screw | High Precise Ball Screw |
Elongation Accuracy | 0.001mm |
Power | AC220V, 50HZ |
Weight | Approx.45kg |
Acc |
Advanced Digital Display and SafetyThe tester features a user-friendly digital LCD screen, which clearly displays tensile and elongation results. For user protection and equipment longevity, it is equipped with overload protection and an emergency stop switch. Data can be seamlessly transferred through USB or RS232 for further analysis, ensuring both safety and efficient workflow throughout the testing process.
Wide Testing Capability with PrecisionDesigned with self-tightening V jaws, the tester accommodates copper wires with diameters from 0.2 mm to 3 mm. The motorized, variable-speed system allows accurate control of testing speeds from 10 mm/min to 500 mm/min, ensuring precise and repeatable results. Built to international standards (IS 1608, ASTM E8), the tester guarantees consistency and reliability in laboratory or industrial environments.
FAQs of Tensile Strength Tester For Copper Wire:
Q: How does the Tensile Strength Tester for Copper Wire ensure testing safety?
A: The machine includes overload protection to prevent damage under excessive loads and features an emergency stop switch for immediate halting of the operation, providing robust safety for both operators and equipment.
Q: What is the process for conducting a tensile strength test using this machine?
A: First, the copper wire sample (ranging from 0.2 mm to 3 mm diameter) is secured in the self-tightening V jaws. The digital system allows for precise adjustment of test speed, after which the test is started. Data is recorded and displayed in real-time and can be exported for analysis.
Q: When is it beneficial to use the peak hold facility during testing?
A: The peak hold facility is particularly useful when you need to capture and record the maximum force applied during a tensile test, enabling accurate assessment of wire strength without manual intervention during peak load recording.
Q: Where can the test data be exported and analyzed?
A: The tester supports USB and RS232 interfaces for data output. Results can be seamlessly transferred to a PC and analyzed using compatible software, allowing for detailed performance assessment and easy archiving.
Q: What are the benefits of compliance with IS 1608 and ASTM E8 standards?
A: Compliance with these standards ensures that the test results are internationally recognized and meet stringent quality and accuracy requirements, which is crucial in quality control and certification processes.
Q: How does the machine maintain accuracy during different testing speeds?
A: Equipped with a variable motor and a microprocessor-based control system, the tester maintains a test speed accuracy of 0.5% and a force measurement accuracy of 1% of full-scale, ensuring reliable performance across its entire operational range.