Digital Vibration Calibrator Non Destructive Testing Equipment

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Digital Vibration Calibrator Non Destructive Testing Equipment

测振仪

May 23, 2021

Category Connection: yıkıcı olmayan test etme donanımları

sohbet Bizimle iletişim kur

Tags:

#tahribatsız muayene makinesi #ndt test cihazları #ndt denetim araçları

Brief: Discover the HG-5010 Digital Vibration Calibrator, a versatile non-destructive testing equipment designed for calibrating vibration meters, analyzers, and testers. Complying with ISO10816 standards, it offers high accuracy, easy operation, and portability for both laboratory and on-site use.

Related Product Features:

Calibrates vibration accelerometers, velocity, and proximity transducers with standard sine signals at frequencies from 10Hz to 1280Hz.
Features digital displays for acceleration, velocity, and displacement amplitudes, adjustable via potentiometers.
Generates both horizontal and vertical vibrations for comprehensive testing.
Combines sine signal generator, power amplifier, standard transducer, and shaker in one compact unit.
High accuracy with amplitude precision: ±0.3dB to ±0.5dB depending on frequency range.
Portable design with dimensions of 280 x 180 x 250mm and weight of 9kg, suitable for field use.
Operates in a wide temperature range from 0°C to 50°C and storage conditions from -20°C to 70°C.
Includes multiple sockets for power input, output monitoring, and -24V voltage for proximity probes.

Sorular:

What standards does the HG-5010 Vibration Calibrator comply with?

The HG-5010 complies with the ISO10816 international standard, ensuring reliable and accurate vibration calibration.
Can the HG-5010 be used for both laboratory and on-site calibrations?

Yes, the HG-5010 is designed for both laboratory and on-site use, thanks to its compact size, portability, and robust performance.
What is the frequency range of the HG-5010 Vibration Calibrator?

The HG-5010 offers a frequency range from 10Hz to 1280Hz, with precise control and display of acceleration, velocity, and displacement amplitudes.