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Onyx Dynamic Balancing Services
Onyx Dynamic Balancing Services


Vibration Analysis Service

We offer multiple services to the Sugar, Cement, Chemical, Power Plants and others. Our offered service arevibration analysis, dynamic balancing, condition monitoring, thermography, ultrasonic flaw detection, MPI and DPI. Machines are essential constituents of any organization. We have a team of expert professionals to accurately trace and solve the machinery defects. Our onyx PDM instruments are used for ascertaining the causes of machinery breakdown. We offer PDM instruments likevibration meters, vibration data collectors, balancing machine, ultrasonic flaw detectorsandmagnetic particle inspection etc.

Preferd Area-Pan India

Dehi, Gurgaon, Punjab, Noida,Jaipur ,Ghaziabad, Greter Noida etc...

Vibration Analysis Service

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Vibration Analysis Service
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Approx. Rs 18,000 / DayGet Latest Price

Service Details:
Application/UsageIndustrial
Analytical Service Frequency3 Months
Specific Problem/IssueDetecting Fan Problem
Testing TypeCondition Monitoring
Audit TypeThird Party
Preferred Audit LocationOn-Site Testing

Description:

  • If machines exhibit unacceptably strong vibrations, how they are caused is the question, which faces the operator and manufacturer
  • Of course, sources of vibration can be found by the step-by-step replacement of components, such as drive motor, coupling, bearing, drive shaft or gearbox. This procedure is however expensive, since it requires a very large stock of replacement parts and possibly many parts are replaced which are still completely in order
  • Only a method of approach that places a systematic determination of the causes of vibration before replacement of machine parts is economically justifiable. A proved method for this is frequency analysis. In this, the existing mixture of vibrations is split up into its separate components. The origin is determined from the frequencies of the partial vibrations
  • The most commonly used method for rotating machines is called vibration analysis. Measurements can be taken on machine bearing casings with seismic or piezo-electric transducers to measure the casing vibrations, and on the vast majority of critical machines, with eddy-current transducers that directly observe the rotating shafts to measure the radial (and axial) vibration of the shaft. The level of vibration can be compared with historical baseline values such as former start-ups and shutdowns, and in some cases established standards such as load changes, to assess the severity
  • Interpreting the vibration signal so obtained is a complex process that requires specialized training and experience. Exceptions are state-of-the-art technologies that provide the vast majority of data analysis automatically and provide information instead of data. One commonly employed technique is to examine the individual frequencies present in the signal. These frequencies correspond to certain mechanical components (for example, the various pieces that make up a rolling-element bearing) or certain malfunctions (such as shaft unbalance or misalignment). By examining these frequencies and their harmonics, the analyst can often identify the location and type of problem, and sometimes the root cause as well. For example, high vibration at the frequency corresponding to the speed of rotation is most often due to residual imbalance and is corrected by balancing the machine. As another example, a degrading rolling-element bearing will usually exhibit increasing vibration signals at specific frequencies as it wears. Special analysis instruments can detect this wear weeks or even months before failure, giving ample warning to schedule replacement before a failure which could cause a much longer down-time. Beside all sensors and data analysis it is important to keep in mind that more than 80% of all complex mechanical equipment fail accidentally and without any relation to their life-cycle period
  • Most vibration analysis instruments today utilize a Fast Fourier Transform (FFT) which is a special case of the generalized Discrete Fourier Transform and converts the vibration signal from its time domain representation to its equivalent frequency domain representation. However, frequency analysis (sometimes called Spectral Analysis or Vibration Signature Analysis) is only one aspect of interpreting the information contained in a vibration signal
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Vibration Measuring Equipment

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Vibration Measuring Equipment
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Approx. Rs 42,000 / PieceGet Latest Price

Service Details:
Minimum Order Quantity1 Piece
Usage/ApplicationIndustrial
Model Name/Number2050
BrandBaseline
MaterialAluminium
Power SourceDC
Service ModePortable
Power9V Battery(6F22)
Acceleration0.1-199.m/s2 peak(rms*v2)

We are a trusted name engaged in offering a comprehensive range of Vibration Measuring Equipment to the customers. Manufactured using optimum quality raw material which is obtained from authentic vendors of the industry, these products are demanded extensively and are appreciated for their robustness and durable standards. We make these products available to the customers in varied specifications, in order to suit their exact requirements.

 

Highlights:

  • This is a microprocessor based Vibration Measuring Equipment, analysis and balancing instrument with memory for Analysis results and PC data transfer for trending the spectral information and printing Magnitude v/s frequency plots
  • It also has inbuilt balancing programs for 1-plane and 2-plane balancing
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Wear Debris Analysis Services

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Wear Debris Analysis Services
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Approx. Rs 4,500 / UnitGet Latest Price

Service Details:
Monitoring Test TypeContamination Testing
Preferred Audit LocationOff-Site Testing
Testing TypeViscosity Test
Audit TypeThird Party
Testing StandardsASTM
Analytical Service Frequency3 Months
Certification RequiredYes

The results of these tests yield information that can save maintenance dollars, avoid unnecessary repairs, and help lower repair costs. Particles, moisture, soot, heat, air, glycol, fuel, detergents and process fluids are all contaminants commonly found in industrial lubricants and hydraulic fluids.
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Ultrasound Acoustic Emission Analysis Services

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Ultrasound Acoustic Emission Analysis Services
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Approx. Rs 18,000 / DayGet Latest Price

Service Details:
Minimum Order Quantity1 Day
Service TypeMachine Condition
Type of EquipmentLoad Bearing Machine
Testimonial FormatE-Mail
Application/UsageSteel and Power Plant
Course IncludeEmission
Testing SectorEquipment
Condition TypeProcess Definition
Periodic Review RequiredYes

Every defect in its incipient stage emmits ultrasound and that can be captured with the help of ultrasound instruments. These ultrasound are of range 36 Khz to 40Khz and can not be audible  by us, so to make it audible ultrasound instrument use hytrodyne process and also represent them through graphs. this method is used to check lubrication, HT panels, plain bearing, slow speed machine bearings and so on.

Additional Information:

  • Pay Mode Terms: T/T (Bank Transfer)
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    Vibration Analyst Level 3

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    Vibration Analyst Level 3
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    Approx. Rs 18,000 / PersonGet Latest Price

    Service Details:
    Usage/ApplicationIndustrial
    Testing TypeCondition Monitoring
    Preferred Audit LocationOn-Site Testing
    Analytical Service FrequencyOne Time Requirement
    Audit TypeThird Party
    Specific Problem/IssueGear Fault
    Inspection Service ForHeavy Machines
    Balancing Service ForFANS AND ROTORY EQUIPMENT
    Service FrequencyQuarterly

    If machines exhibit unacceptably strong vibrations, how they are caused is the question, which faces the operator and manufacturer.

    Of course, sources of vibration can be found by the step-by-step replacement of components, such as drive motor, coupling, bearing, drive shaft or gearbox. This procedure is however expensive since it requires a very large stock of replacement parts and possibly many parts are replaced which are still completely in order.

    Only a method of approach that places a systematic determination of the causes of vibration before replacement of machine parts is economically justifiable. A proved method for this is frequency analysis. In this, the existing mixture of vibrations is split up into its separate components. The origin is determined from the frequencies of the partial vibrations.

    The most commonly used method for rotating machines is called vibration analysis. Measurements can be taken on machine bearing casings with seismic or piezo-electric transducers to measure the casing vibrations, and on the vast majority of critical machines, with eddy-current transducers that directly observe the rotating shafts to measure the radial (and axial) vibration of the shaft. The level of vibration can be compared with historical baseline values such as former start-ups and shutdowns, and in some cases established standards such as load changes, to assess the severity.
    Yes! I am Interested

    Vibration Analysts

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    Vibration Analysts
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    Approx. Rs 18,000 / DayGet Latest Price

    Service Details:
    Application/UsageIndustrial
    Testing TypeCondition Monitoring
    Preferred Audit LocationOn-Site Testing
    Analytical Service Frequency6 Months
    Audit TypeThird Party
    Specific Problem/IssueGear Fault
    Certification RequiredYes

    Other Details:
    • If machines exhibit unacceptably strong vibrations, how they are caused is the question, which faces the operator and manufacturer.
    • Of course, sources of vibration can be found by the step-by-step replacement of components, such as drive motor, coupling, bearing, drive shaft or gearbox. This procedure is however expensive since it requires a very large stock of replacement parts and possibly many parts are replaced which are still completely in order.
    • Only a method of approach that places a systematic determination of the causes of vibration before replacement of machine parts is economically justifiable. A proved method for this is frequency analysis. In this, the existing mixture of vibrations is split up into its separate components. The origin is determined from the frequencies of the partial vibrations.
    • The most commonly used method for rotating machines is called vibration analysis. Measurements can be taken on machine bearing casings with seismic or piezo-electric transducers to measure the casing vibrations, and on the vast majority of critical machines, with eddy-current transducers that directly observe the rotating shafts to measure the radial (and axial) vibration of the shaft. The level of vibration can be compared with historical baseline values such as former start-ups and shutdowns, and in some cases established standards such as load changes, to assess the severity.
    Yes! I am Interested

    Vibration Analysis Engineers

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    Vibration Analysis Engineers
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    Approx. Rs 18,000 / DayGet Latest Price

    Service Details:
    Analytical Service FrequencyOne Time Requirement
    Certification RequiredYes
    Specific Problem/IssueGear Fault
    Testing TypeCondition Monitoring
    Audit TypeThird Party
    Preferred Audit LocationOn-Site Testing
    Application/UsageResidential

    Other Details:
    • If machines exhibit unacceptably strong vibrations, how they are caused is the question, which faces the operator and manufacturer.
    • Only a method of approach that places a systematic determination of the causes of vibration before replacement of machine parts is economically justifiable. A proved method for this is frequency analysis. In this, the existing mixture of vibrations is split up into its separate components. The origin is determined from the frequencies of the partial vibrations.
    • The most commonly used method for rotating machines is called vibration analysis. Measurements can be taken on machine bearing casings with seismic or piezo-electric transducers to measure the casing vibrations, and on the vast majority of critical machines, with eddy-current transducers that directly observe the rotating shafts to measure the radial (and axial) vibration of the shaft. The level of vibration can be compared with historical baseline values such as former start-ups and shutdowns, and in some cases established standards such as load changes, to assess the severity.
    Yes! I am Interested

    Cat 3 Vibration Analyst

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    Cat 3 Vibration Analyst
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    Approx. Rs 21,000 / DayGet Latest Price

    Service Details:
    Application/UsageIndustrial
    Analytical Service FrequencyOne Time Requirement
    Certification RequiredNo
    Testing TypeEquipment Diagnostics
    Audit TypeThird Party
    Preferred Audit LocationOn-Site Testing

    If machines exhibit unacceptably strong vibrations, how they are caused is the question, which faces the operator and manufacturer.

    Of course, sources of vibration can be found by the step-by-step replacement of components, such as drive motor, coupling, bearing, drive shaft or gearbox. This procedure is however expensive since it requires a very large stock of replacement parts and possibly many parts are replaced which are still completely in order.

    Only a method of approach that places a systematic determination of the causes of vibration before replacement of machine parts is economically justifiable. A proved method for this is frequency analysis. In this, the existing mixture of vibrations is split up into its separate components. The origin is determined from the frequencies of the partial vibrations.

    The most commonly used method for rotating machines is called vibration analysis. Measurements can be taken on machine bearing casings with seismic or piezo-electric transducers to measure the casing vibrations, and on the vast majority of critical machines, with eddy-current transducers that directly observe the rotating shafts to measure the radial (and axial) vibration of the shaft. The level of vibration can be compared with historical baseline values such as former start-ups and shutdowns, and in some cases established standards such as load changes, to assess the severity.
    Yes! I am Interested

     
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    Onyx Dynamic Balancing Services
    Vinay Sharma (Proprietor)
    Office No. 234, Second Floor, Sector 23 , Dwarka,
    New Delhi - 110077, Delhi, India
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