Test method for Wewon’s Swing Life Test Machine: The listening part of the earphone is fixed on the fixture (the microphone arm part is fixed on another fixture), → then open the swing arm, move the microphone arm to open to a certain angle and stop, → close the swing arm, move the microphone arm to close to a certain angle The angle stops, the sensor detects and records the actual number of times.
| Number Of Stations | One Stations | Two Stations |
| Operation Mode | Button Type | Touch Sreen Type |
| Moving Component | 1 Stepper Motor | AC Stepper Motor |
| Swing Arm Angle Range | 1~ 180 Degrees | 1~ 180 Degrees |
| Arm Swing Speed | 10~30 Times/min | 10~50 Times/min |
| Counter Unit | 0-999999 Times | 0-999999 Times |
| Power Voltage | AC220V, 50Hz | AC220V, 50Hz |
| Power Consumption | 500 Watt | 850 Watt |
| Equipment Dimensions | 600x550x500mm | 850x650x500mm |
| Equipment Weight | 30 KGS | 58 KGS |
Swing life testers are important for microphone arms because they simulate the wear and tear that a microphone arm goes through over time. This test helps to ensure that the arm can withstand heavy use without breaking down or failing. By subjecting the arm to repetitive motion, it’s possible to determine how much stress or pressure it can handle before it fails. This type of testing is crucial for ensuring that microphone arms meet quality standards and are reliable in various settings, from recording studios to live performances. Performing swing life tests on microphone arms ensures that users get long-lasting and high-performance equipment.
wewon’s swing life test machine can directly input the number of tests, running speed, and swing angle, which is convenient and quick. The outer box adopts electrostatic baking paint, which is beautiful and generous. The earphone microphone arm swing life tester adopts touch screen + PLC + stepping motor control, and the operation is simple and convenient. The fixed earphone seat adopts automatic centering fixture, the earphone does not shake during the test, the height can be adjusted freely, and the radius of the pendulum can also be adjusted, which is suitable for testing different products.
| The swing life test machine adopts touch screen display + PLC + Stepping motor control, which is easy and convenient to operate. The fixed earphone seat adopts an automatic centering fixture, the earphone does not shake during the test, the height can be adjusted freely, and the swing rod can also adjust the radius, which is suitable for testing different products. | Equipment Features |
| Wewon’s swing life tester can directly input the number of tests, running speed, and swing angle, which is convenient and quick. Parameters such as test angle, times, speed can be set and displayed, the operation is simple and convenient, and the design is humanized. | |
| The outer case is treated with electrostatic baking paint, which is beautiful and generous. The structure of the machine is tight, the operation is safe, and it meets the test requirements. Driven by a stepping motor, the length of the swing arm and the clamping range of the fixture can be adjusted to meet the testing of products with different specifications. |
https://www.wewontech.com/telescopic-life-test-for-headset-microphone-arm/ Swing life test machine for microphone arms simulate repetitive motion to assess the arm’s durability and reliability over time. The machine moves the arm back and forth in a specific motion, repeating it many times to imitate how the arm may be used in real-world settings. This process allows manufacturers to identify potential weak spots or failures that may occur with heavy use. Additionally, they can determine how many movements or cycles an arm can endure before showing signs of wear and tear. By conducting swing life tests on microphone arms, manufacturers ensure that their products meet industry standards for quality performance and longevity.
The results of a swing life test provide valuable information about the durability and reliability of a microphone arm. Manufacturers use this data to identify any weak spots or potential failures that may occur over time with regular use. Typically, the results are reported in cycles or movements, which indicate how many times the arm was moved back and forth before showing signs of wear and tear. The higher the number of cycles or movements, the more durable and reliable the microphone arm is deemed to be. Additionally, manufacturers can use this data to improve product design and production processes to ensure that their microphone arms meet industry standards for quality performance and longevity.