NE9282A Vibration Calibration Platform

NegotiableUpdate on 03/03

Model

Nature of the Manufacturer: Producers

Product Category

Place of Origin

Online Consult

Overview

NE9282A vibration calibration table features: 1. It can calibrate various types of vibration sensors, such as piezoelectric acceleration sensors, magneto electric velocity sensors, and eddy current sensors. 2. Various vibration testing tables, vibration monitoring systems, and data acquisition systems composed of the above-mentioned sensors can be calibrated. $n3. The vertical and horizontal support legs of the verification console chassis are adjustable. When the calibration table cannot be placed smoothly due to uneven desktop or other reasons, adjusting the height of the fixed support legs can keep the calibration table stable. $n4. Its functionality can be changed according to the user's special requirements.

Product Details

　　NE9282A Vibration Calibration Platformsummary:

It can calibrate various types of vibration sensors, such as piezoelectric acceleration sensors, magneto electric velocity sensors, and eddy current sensors. It can also calibrate various vibration testing tables, vibration monitoring systems, and data acquisition systems composed of the above sensors. In addition to generating standard sine signals at five commonly used frequencies such as 20, 40, 80, 160, and 200Hz, the calibration table can also be used internally. It can also be digitally adjusted to any frequency within this range, and the amplitude of the output acceleration, velocity, and displacement vibrations can be changed by setting the amplitude and displayed digitally

　　NE9282A Vibration Calibration PlatformTechnical Indicators:

1. Power input: 220V, 50Hz, high power consumption of 80W

2. Frequency: commonly used 20, 40, 80, 160, 200Hz, etc. Frequency accuracy: ± 0.01%. And any given frequency within 20-200Hz. (Standard configuration 20-200Hz, other customized)

3. Unit: Acceleration: m/s2 (PK peak value) Velocity: mm/s (RMS effective value) Displacement: um (PK-PK peak value)

4. Amplitude accuracy: Universal type within 20-200Hz

Acceleration: 20Hz~200Hz ± 5%. Speed: 20Hz~200Hz ± 5%.

Displacement: 20Hz to 200Hz ± 5%.

5. System accuracy: High acceleration: 60m/s2 PK; High speed: 150mm/s-R; Large displacement: 1mm

Measurement accuracy: Acceleration: ± 0.3m/s2; Speed: ± 0.3mm/s; Displacement: ± 3um

Signal input: AC: 0-1V (RMS) Accuracy: ± 10mV;

6. Sensor input: Large AC signal<1.2V (RMS), bias voltage from 0 to -24V.

a. Communication measurement accuracy: ± 10mV. Measurement signal frequency response: 1Hz-1KHz.

b. Measurement accuracy of eddy current negative bias voltage: ± 0.10V.

7. CNC signal source output: Large CNC AC signal 10.0V-PPK, output accuracy ± 0.04V.

The frequency range of the CNC is 1-600Hz, with an output frequency accuracy of ± 0.2Hz. The output impedance is less than 150 ohms.

8. Positive and negative power output: can provide power for sensors and transmitters.

-24V， Large power supply of 40mA. Suitable for powering eddy current sensors with negative power supply.

+24V， Large power supply of 40mA. Suitable for powering various 24V input transmitters.

9. Display: Using LCD screen display,

10. Communication baud rate: 9600bps

Sensor calibration, report printing, and storage operations can be completed through the upper computer, and real-time communication operations can be carried out with the vibration table.

11. Environmental parameters:

Working temperature: 0-50 ℃;

Storage temperature: -25~70 ℃

Volume: Length 350mm × 260mm × 300mm

12. Weight: Approximately 12Kg