CF-5200 Combination of Vibration Sensor and FFT Analyzer (Discontinued Product)
FAQ
- I want to perform calibration analysis on ACH with noise and on BCH with vibration, but can this be done using the operations in the easy operation section?
- I want to record displacement signals to a data recorder and analyze them later. What should I be careful about in measurements?
- The calibration operation at 0.5V when the speed is 10mm/sec is
- Input the signal from a calibration device of 9.8 m/s² (equivalent to 1G) and calibrate the Y-axis using the display of the peak amplitude value.
- Recording vibration and calibration signals (80Hz 1V) on the recorder. I want to perform real-time 1/1 OCT analysis, but 1) what is the calibration method? 2) what are the criteria for selecting the time constant?
- Methods for the calibration of the accelerometer and how to store the calibration values.
- Which is better for vibration analysis, AC or DC coupling?
- Is the CF0107 type conversion connector necessary to use a charge-type acceleration sensor?
- The sensitivity of NP550 and NP3210 is.
- Can it be directly connected to an accelerometer with a built-in amplifier?
- What is the type of conversion connector used when inputting an accelerometer with a built-in amplifier?
- Is it possible to connect NP4110 directly?
- How should I input a built-in amplifier vibration sensor from another company?
- Can we filter the data in the impact test to create force and acceleration data in the frequency range of 500 to 1000 Hz?
- The amplitude of the vibration waveform at 2Hz changes in 1 to 5 levels. I want to measure it in a way that distinguishes between amplitude 1 and amplitude 5.
- I want to measure how high the rotation of the inverter motor can go in RPM when voltage is applied for just one second, but what is the method? Since the shaft is not protruding, I am measuring the basic cycle of the vibration sensor and observing the steady rotation.