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YantaiTH8030D Wire 3D Torsion Testing Machine
Scope of application: This equipment is suitable for testing highly flexible cables that meet TUV, VDE, UL, and other standards, featuring a vertical‑type machine design. It is primarily used to conduct repeated torsion and bending tests on high‑flexibility, bend‑resistant flexible cables, including drag chain cables, robotic arm cables, towline cables, mobile cables, sensor/encoder cables, and servo motor cables—cables characterized by exceptional flexibility, superior bend resistance, continuous core integrity under cyclic bending, and minimal deformation. These tests evaluate the ability of metallic conductors to withstand plastic deformation during repeated torsion and reveal any defects that may arise. The system finds broad application in quality‑control sectors, the metal industry, the industrial robotics field, and cable and wire manufacturers. It accommodates metallic wires of various diameters and, when equipped with specialized fixtures, can also perform repeated torsion tests on other specifications.
Category:
Yantai3D Wire Twisting Testing Machine
Product Description
Scope of application: This equipment meets the testing requirements for highly flexible cables certified by TUV, VDE, UL, and other standards, and features a vertical‑type structural design. It is primarily used to conduct repeated torsion and bending tests on high‑flexibility, bend‑resistant flexible cables, drag‑chain cables, flexible cables for robotic arms, trailing cables, mobile cables, sensor/encoder cables, and servo motor cables—cables that exhibit exceptional flexibility, superior bend resistance, continuous core integrity under cyclic bending, and dimensional stability. These tests evaluate the ability of metallic conductors to withstand plastic deformation during repeated torsion and reveal any defects that may arise. The system finds broad application in quality‑control sectors, the metalworking industry, the industrial robotics field, and cable and wire manufacturers. It is suitable for metallic conductors of various diameters and, when equipped with specialized fixtures, can also perform repeated torsion tests on other specifications.
Meets the standard:
1. Requirements of the CRIA 0003-2:2016 standard, “Industrial Robot‑Specific Cables – Part 2: Test Methods,” as well as other standards issued by the China Robot Industry Alliance;
2. Complies with the requirements of TÜV Rheinland Standard 2PFG 2577/2.16, Annex H.
Technical Specifications:
1. Test stations: 3 stations, with simultaneous torsion–bending control;
2. Test method: torsion–bending combined; the specimen is fixed at its upper end to a bending fixture and at its lower end to a rotating platform during testing.
3. Maximum specimen diameter: Φ0.3–20 mm (other specifications available upon request);
4. Test speed: adjustable from 0 to 60 cycles per minute;
5. Torsion angle: digitally settable from ±360°;
6. Bending angle: digitally settable from ±270°;
7. Distance between the bending point and the torsion point: adjustable from 100 to 300 mm;
8. Control Mode: Touchscreen control—both the initial torsional and bending angles can be set synchronously.
9. Number of test cycles: presettable from 0 to 99,999,999 cycles;
10. Drive motor: Stepper motor;
11. Machine material: Main body—constructed from high-quality 45# steel; torsion plate—made of aluminum alloy, 300 mm in diameter.
12. Power and Transmission: Employs imported, original‑equipment industrial synchronous belts and sprockets.
13. Equipment power supply: AC 220V, 50Hz.
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