Electronic wire high and low temperature tensile testing machine

ANA-LS50XHElectronic wire high and low temperature tensile testing machineSuitable for constant temperature tensile performance testing of new thermal conductive metal materials in electronic energy, such as metal wires such as transposed wires, electromagnetic wires, enameled wires, etc., under high and low temperature environments, high temperature oil environments, and room temperature environments, including tensile, compression, bending, shear, peeling, tearing, two-point extension tests.

We use imported photoelectric encoders for displacement measurement, and the controller adopts an embedded single-chip microcomputer structure with powerful measurement and control software built-in. It integrates measurement, control, calculation, and storage functions, and automatically calculates the results.

Anaros Tensile Strength Tester Company has various material performance characteristic testing and data analysis centers, specializing in the research of material tensile performance testing. It can meet the testing requirements of 1000 materials and provide customers with professional product quality testing and control solutions.

Test Principle

The sample is clamped between two clamping heads of the fixture, and the two clamping heads move relative to each other. The force value sensor located on the moving clamping head and the displacement sensor built into the machine are used to collect the changes in force value and displacement during the test process, thereby calculating the performance indicators such as tensile strength, tearing strength, and deformation rate of the sample.

Test Standard

The constant temperature and humidity tensile testing machine meets the standard GB/T16491-2022 Electronic Testing Machine

Technical Specifications

1. Measurement range: 100N, 200N, 500N, 1KN, 2KN, 5KN, 10KN, 20KN, up to 50KN, optional

2. Accuracy level: Level 1/Level 0.5

3. Effective force measurement range: 0.2% to 100% (Level 1)/0.4% to 100% (Level 0.5)

4. Resolution: 0.001 N

5. Effective test width: 200mm

6. Effective stretching space: 600mm

7. Test bench safety device: electronic limit protection

8. Test bench lifting device: automatic control of fast/slow speed, can be inched

9. Accuracy of indication: indication error/indication variability ≤ 0.3%

10. Test speed error: 5-100 ± 0.2mm/min

11. Displacement accuracy: 0.3mm

12. Displacement resolution: ± 0.05mm

13. Force resolution: 0.001N

14. Force units: N, g, kg, Lb, kpa and other units

15. Deformation resolution: ≤ 0.1mm

16. Journey: 600mm

17. Transmission screw: Taiwan, China single column precision ball screw

18. Shell: Made of aluminum alloy shaping

19. Motor: stepper motor, 0-500mm/min infinitely variable speed

20. Print output: Built in modular integrated thermal printer

21. Communication output: Built in R232 interface

22. Power supply: 220V, 50Hz

23. Host size: 1000 × 600 × 1900mm

24. Weight: 300kg

Product Features

The high and low temperature tensile testing machine is a new type of material testing machine that combines electronic technology with mechanical transmission. It has a wide and accurate loading speed and force measurement range, and has high accuracy and sensitivity in measuring and controlling loads and displacements. It can also perform automatic control tests for constant speed loading and constant speed displacement. It has simple and convenient operation, especially suitable as a testing instrument for controlling product quality on production lines.

We use imported photoelectric encoders for displacement measurement, and the controller adopts an embedded single-chip microcomputer structure with powerful measurement and control software built-in, integrating measurement, control, calculation, and storage functions. It has the function of automatically calculating stress, elongation (with the addition of an extensometer), tensile strength, and elastic modulus, and automatically calculating the results; Automatically record the force value or elongation of points, fracture points, and points; The experiment process and dynamic display of the test curve are carried out using a computer, and data processing is performed. After the experiment is completed, the curve can be enlarged through a graphic processing module for data reanalysis and editing, and reports can be printed. The product performance has reached the level.

ANA-LS50XHElectronic wire high and low temperature tensile testing machineIndustry Applications

Applicable to industries such as metrology and quality inspection, rubber and plastics, footwear, metallurgy and steel, machinery manufacturing, electronics and electrical appliances, automobile production, textile and chemical fiber, wire and cable, civil nuclear energy, civil aviation, higher education institutions, research and experimental institutes, building materials and ceramics, petrochemicals, etc.

More styles to choose from More styles available ——
Double-layer style	Door style	Functional version (customized according to materials)）
floor model	Explosion proof version	Large walk-in style