Shaker systems are devices used to test the vibration resistance of products. Electrodynamic shakers generate mechanical vibrations using electric current and magnetic fields and transmit these vibrations to the product under test, simulating real-world conditions.
Data acquisition systems record and analyze the data generated during testing. These systems are critical to ensure the accuracy and reliability of test results.
Accelerometers are devices that measure the acceleration of mechanical vibrations and shocks. These devices contain piezo materials that find mechanical force by converting mechanical energy into electrical energy. Various accelerometers are used with different axes and sensitivities.
| Model | Number of Axis | Sensitivity | Measurement Range | Frequency Range |
|---|---|---|---|---|
| 8763B500BB | 3-axis | 10 mV/g | ±500 g | 0.5-10000 Hz |
| 8704B500M1 | Single axis | 10 mV/g | ±500 g | 0.5-10000 Hz |
| 8702B500M1 | Single axis | 10 mV/g | ±500 g | 0.5-10000 Hz |
| TLD356A02 | 3-axis | 10 mV/g | ±500 g | 0.5-6000 Hz |
| 356A32 | 3-axis | 100 mV/g | ±50 g | 0.5-6000 Hz |
