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Vibration Measuring Equipment

We have the acumen and experience to provide our clients with the range of Vibration Measuring Equipment. This array of products include Ultrasonic Flaw Detectors, Vibration Data Collectors, Ultrasonic Thickness Gauges, IR Temperature Measuring Instruments, Ultrasonic Flaw Detector, Vibration Monitoring Devices, Digital Vibration Meter and Sound Measuring Devices. Following the international standards of quality, these products exhibit high performance and accuracy. We also provide our clients with a customized range of products as per the requirements and demands of our esteemed clients. 


Item Code: 7040

In order to fulfill the needs of the customers, we are also engaged in trading and exporting Vibration Monitoring Devices. Complying with international standards, these devices are manufactured by using high quality components and employing modern technologies.

Suitable for overall vibration severity assessment, these devices are highly appreciated for their following attributes:

 

  • Outstanding performance
  • Longer service life
  • Least maintenance

 

Other Details:

 

  • Industry-standard version
  • Supplied with a rechargeable battery

 

Application Areas:

 

  • Acceleration
  • Velocity
  • Displacement
  • Bearing Spike

Backed by the profound experience of the industry, we are engaged in trading and exporting a quality range of Ultrasonic Flaw Detector. These detectors are manufactured by experienced team of professionals, appointed by our vendors. All these detectors are manufactured by following industry laid guidelines and using premium quality components. A team of experienced professionals monitors every stage of production, so as to eliminate flaws and maintain higher standards of quality. Offered product is ideally used for ultrasonic flaw detection.

 

Process of detecting flaws by these detectors are mentioned as follows:

 

  • In ultrasonic testing, very short ultrasonic pulse-waves with center frequencies ranging from 0.1-15 MHz and occasionally
  • Up to 50 MHz are launched into materials to detect hidden cracks, voids, porosity, and other internal flaws or to characterize materials.
  • The technique is also commonly used to determine the thickness of the test object
  • High frequency sound waves reflect from flaws in predictable ways, producing distinctive echo patterns that can be displayed and recorded by portable instruments
  • Ultrasonic testing is completely nondestructive and safe, and it is a well-established test method in many basic manufacturing, process, and service industries, especially in applications involving welds and structural metals.

 

Basic Principle:

 

  • It works on pulse-echo method
  • The sound pulse coming from the transmitter is radiated in a beam through a given medium at a specific speed or velocity, in a predictable direction
  • They encounter a boundary with a different medium they will be reflected


Frequency:

 

  • All sound waves oscillate at a specific frequency, or number of vibrations or cycles per second, which we experience as pitch in the familiar range of audible sound. Human ears can respond to sound vibrations, which have frequencies in the range of 20 Hz to 20 kHz
  • While the majority of ultrasonic flaw detection applications utilize frequencies between 500 KHz to 10 MHz. At frequencies in the megahertz range, sound energy does not travel efficiently through air or other gasses, but it travels freely through most liquids and common engineering materials

 

Velocity:

 

  • The speed of a sound wave varies depending on the medium through which it is traveling, affected by the medium's density and elastic properties
  • In steel the velocity of sound wave is 6*1000000 mm/sec


Wavelength:

 

  • Any type of wave will have an associated wavelength
  • Which is the distance between any two corresponding points in the wave cycle as it travels through a medium
  • Wavelength is related to frequency and velocity by the following
  • where:
    • λ = v/f
    • λ = wavelength
    • v = sound velocity
    • f = frequency

 

Modes of Propagation:

 

  • Sound waves are propagations of mechanical vibrations
  • Each particle that vibrates due to an applied excitation oscillates its immediate neighbor and this process continues till total energy transfer occurs
  • Sound waves in solids can exist in various modes of propagation that are defined by the type of motion involved
  • Longitudinal waves and shear waves are the most common modes employed in ultrasonic flaw detection
  • Surface waves and plate waves are also used on occasion

Our organization is counted among the most distinguished trader and export of Sound Measuring Devices. Widely used for spot measurement of spl in db(a-weighted) units, these sound level meters are equipped with digital display. While manufacturing these devices, our vendors ensure to follow the norms and standards laid by the industry. In addition to this, all these devices are stringently tested on different parameters of quality and then forwarded for the final dispatch to the customers.

 

Highlights:

 

  • These instruments are type-2 accuracy instruments
  • Comply with IS: 9779:1980
  • Calibration traceable to npl
  • Durability
  • Low maintenance
 

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Onyx Dynamic Balancing Services

Vinay Sharma (Manager)
No. 126 - B, Somdutt Chamber - 1, Bhikaji Cama Place
New Delhi - 110066
Delhi, India
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