Outstanding Advantages

• Full featured, high-end DAQ and analysis system at an affordable price
• All-inclusive noise and vibration problem solution from definition to resolution
• Built-in experimental design templates to organize and document testing program
• Powerful user defined automatic data reduction algorithm greatly reduce data analysis time
• Modeling capability to reveal root causes
• Simple intuitive user interface for easy/fast operation
• Features: full time and spectrum analysis, statistical analysis, rotating machinery and induction motor fault diagnosis, order analysis, transient analysis, wavelet transform, filter design, data streaming, modal testing, and acoustical analysis
• Simple procedure for project and user management

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 Highlights

• Packaged for instant application from experimental design to developing predictive models.
• 24 bits ADC resolution,102.4 KHz simultaneous sampling to 32 channels, upgradeable to 48 channels at minimum cost.
• Analysis and modeling software: all the frequency domain measurements expected of a high-end dynamic signal analyzer are provided.
• Proprietary automated true peak identification algorithm to assist user to precisely determine peak frequencies.
• Customized report generation with export to MS Word and Excel.
• Export directly to ME' scope for modeling and modal analysis.
  User friendly design with intuitive step-by-step process for quick learning.
• Rotating machinery and induction motor fault frequency calculations and display for quick diagnostics.
• Capability to incorporate non-linear sensor behavior

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Noise and Vibration Solutions

Noise and vibration measurements and analyses are increasingly performed to enhance product quality; monitor and diagnosis rotating/reciprocating machinery performance; design more efficient structures and products; and improve our quality of life. In order to optimize the benefits, this process must be examined in a broad sense. Most software packages on the market today do not address each phase of the process needed to reach a complete solution. Typically, these phases are as follows:

      1   Project Definition and Experimental Design
      2   Data acquisition
      3   Data reduction and analysis
      4   Predictive model development
      5   Development of possible solutions and strategies
      6   Report generation

SpectraQuest’s VibraQuest starts the solution process by designing experiments. Then it helps you create a plan to implement the experiments. It collects quality data and performs indepth analyses. VibraQuest also provides tools to expediously examine the effects of test variables to reveal root causes and develop a predictive model for arriving at solution strategies. Finally, the results can be used to create reports, which can be exported in a variety of different formats and shared with other engineers.

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Application Modules

• VibraQuest Working Environment
• Data Acquisition
• Dynamic Signal Analysis
• Rotating Machinery Diagnosis
• Induction Motor Fault Diagnosis (MCSA)
• Order Tracking
• Data Streaming and Play Back
• Acoustic Analysis
• Digital Filter Design
• Transient Analysis

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