Wire swing testing machine is also called wire bending testing machine. This machine complies with the "General Safety Requirements for Soft Wire Components and Power Supply Soft Cords" in relevant standards such as UL817. The wire swing testing machine is suitable for relevant manufacturers and quality inspection departments to conduct bending tests on power cords and DC cords. The wire swing testing machine is used to test the folding endurance and performance of wires, cables and various products at a certain speed, angle, weight and frequency.
Wire swing testing machines usually consist of motors, crank mechanisms, fixtures and control systems. During operation, the wire sample is clamped on the test fixture, and the motor produces reciprocating rocking motion through the crank mechanism. The sample is subjected to reciprocating bending and stretching during the rocking process, simulating the stress loading during actual use. The control system of the testing machine can adjust the frequency, angle and load size of the swing to meet different testing needs.
The wire swing testing machine has the following characteristics:
Simulate real stress: By applying reciprocating swing loads, the wire swing testing machine can simulate the bending and tensile stresses that wires bear in actual use, and evaluate their flexibility and durability.
Versatility: Testing machines usually have adjustable swing frequency, angle and load size to meet the needs of different wire specifications and testing requirements.
High-precision measurement: The testing machine is equipped with sensors and measuring equipment, which can accurately measure parameters such as the wire's deflection angle, cycle times, load, etc., and provide reliable test data.
Automated control: Testing machines usually adopt automated control systems, which can monitor and adjust test parameters in real time, record and display test results at the same time, and improve test efficiency and accuracy.
Reliability and safety: The testing machine has a stable structure, good durability and safety, ensuring that no accidents occur during the test and protecting the safety of operators and equipment.