3029和3033的模型展現(xiàn)出壓電加度100 picoCoulombs /克名義移的靈敏度和可無助信號理用于提供振動測一種經(jīng)濟可的手段。 的壓電地系統(tǒng)內(nèi)建確保單位沒有明顯的雜散響應(yīng)安扭矩體株拉索振動電纜壓力變化最溫瞬變。
3029和3033的模型展現(xiàn)出壓電加度100 picoCoulombs /克名義移的靈敏度和可無助信號理用于提供振動測一種經(jīng)濟可的手段。 的壓電地系統(tǒng)內(nèi)建確保單位沒有明顯的雜散響應(yīng)安扭矩體株拉索振動電纜壓力變化最溫瞬變。
The Models 3029 and 3033 piezoelectric accelerometers exhibit a nominal transfer sensitivity of 100 picoCoulombs/g and may be used without auxiliary signal conditioning to provide an economical and reliable means of vibration measurement. The internal construction of the piezoelectric seismic system ensures that the units have no discernible spurious response to mounting torque, body strains, cable vibration, cable whip, pressure variations and most heat transients.
Performance Specifications | |
Acceleration | 1000 g |
Frequency Range | 2.00 to 6000 Hz |
Accuracy | 5.00 +/-% FS |
Measurement Axes | Single |
Device Category | Sensor / Transducer |
Sensor Outputs | Acceleration |
Sensor Mounting | Stud/Bolt |
Features | Environmentally / Hermetically Sealed |
Technology | Piezoelectric |
Environment | |
Maximum Shock | 1000 g |
Maximum Vibration | 1000 g |
Operating Temperature | -100 to 500 F |
3029,哥倫比亞研究實室公司,振動傳感器,3029, Columbia Research Labs, Inc., Vibration Sensors