The vibration frequency range that the Vibration Isolator Testing Machine can simulate depends mainly on its design and functional characteristics, and is usually used to test the performance of vibration isolators at different frequencies. Generally speaking, the vibration frequency range that the Vibration Isolator Testing Machine can simulate is quite wide to meet the needs of different industries and application scenarios.
In the field of micro-manufacturing and precision machining, the Vibration Isolator Testing Machine usually needs to be able to simulate extremely low-frequency vibrations to evaluate the performance of the vibration isolator under ultra-low frequency interference. For example, some high-end equipment may need to deal with low-frequency vibrations caused by natural external forces, laboratory personnel walking, etc., and the frequencies of these vibrations are mainly in the range of 0-10Hz. Therefore, the simulation capability of the Vibration Isolator Testing Machine in this frequency band is crucial.
At the same time, the Vibration Isolator Testing Machine also needs to be able to simulate vibrations in the medium and high frequency bands to evaluate the performance of the vibration isolator in a wider range of vibration environments. In general industrial applications, the vibration frequencies caused by ventilation ducts, transformers, and motors are usually between 6-65Hz, while the vibration frequencies caused by vehicle driving may be around 15Hz. In addition, the building itself may also sway in the frequency range of 10-100Hz. Therefore, the simulation capability of the Vibration Isolator Testing Machine within this frequency band is equally important.
The vibration frequency range that the Vibration Isolator Testing Machine can simulate usually covers a wide range from very low frequencies (such as 0-10Hz) to medium and high frequency bands (such as 6-100Hz or higher). The specific frequency range that can be simulated may vary depending on the model and specifications of the Vibration Isolator Testing Machine. When choosing a Vibration Isolator Testing Machine, users should choose a device with an appropriate frequency range based on their actual needs and application scenarios.
