CF-5200 Vibration Sensor and FFT Analyzer Combination (Discontinued Product)
FAQ
- I want to perform calibration analysis using noise on ACH and vibration on BCH, but is this possible using the operations described in the easy operation section?
- I want to record the displacement signal on a data recorder and analyze it later. What precautions should I take during measurement?
- When the speed is 10 mm/sec, the calibration procedure for 0.5V is as follows:
- I want to calibration the Y-axis by inputting a signal from a calibration with a frequency of 9.8 m/s² (= 1G) and displaying the single-amplitude value.
- Vibration and CAL signal (80Hz 1V) are being recorded on a recorder. I would like to perform real-time 1/1 OCT analysis, but I need: 1) calibration method, and 2) Criteria for selecting the time constant.
- How to calibration Accelerometer and store calibration value
- Which is better to use for vibration analysis: AC or DC coupling?
- Is a CF0107 type conversion connector necessary to use a charge-type Accelerometer?
- What are the sensitivities of the NP550 and NP3210?
- Can it be directly connected to Accelerometer with a built-in amplifier?
- What is the model number of the conversion connector used when inputting Accelerometer with a built-in amplifier?
- Is it possible to connect the NP4110 directly?
- How can I input a vibration sensor with a built-in amplifier from another company?
- Could we filter the impact test results to create force and acceleration data for frequencies, for example, between 500 and 1000 Hz?
- The amplitude of the 2Hz vibration waveform changes in 1 to 5 steps. We want to measure the amplitudes of amplitude 1 and amplitude 5 in a discriminant manner.
- I want to measure the maximum rotation speed of an inverter motor when voltage is applied for just one second. How can I do this? Since the shaft is not exposed, I am measuring the fundamental period of a vibration sensor to observe the steady rotation.