ML / AI Algorithm Development for Predictive Maintenance
Generate clean, labelled fault datasets, capture high-channel-count parallel sensor streams, and validate classifier outputs against ground-truth spectral features — without leaving your lab.
16 Channel IEPE Data Acquisition System-Phonovibe HD
₹7,20,000
Indicative price, ex-works. Excludes GST, packing & forwarding, freight, insurance and duties. Request a quotation to confirm.
Sixteen-Channel Data Acquisition System Plug & Play USB Powered Compatible with accelerometers, microphones, hammers, and other IEPE sensors T-VIB Software for time waveforms, frequency spectra, vibration levels, FRFs, and octave measurements Base version includes Time and Spectrum with TSAP 201 post-processor Explore additional modules with T-VIB Software
Sixteen-Channel Data Acquisition System Plug & Play USB Powered Compatible with accelerometers, microphones, hammers, and other IEPE sensors T-VIB Software for time waveforms, frequency spectra,… Read more
vibration levels, FRFs, and octave measurements Base version includes Time and Spectrum with TSAP 201 post-processor Explore additional modules with T-VIB SoftwareDescription
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A truly economic noise and vibration analyzer, sixteen-channel IEPE digital signal conditioner, PHONOVIBE-HD offers standard plug & play, USB-powered operation. Hassle free setup and intuitive functionality by just plugging the unit into a USB port and viewing signals from accelerometers, microphones, hammers, or any other IEPE/ICP-type sensor using the powerful and intuitive T-ViB software. Existing third-party Windows® or TViB software can be used to acquire time waveforms, frequency spectra, overall vibration levels, FRF’s and octave measurements or simply record data for further analysis. Compact form factor, versatility, and powerful software options make this the perfect DAQ for taking in-situ measurements.
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Base unit16 Channel IEPE Data Acquisition System-Phonovibe HD
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ML / AI Algorithm Development for Predictive Maintenance Generate clean, labelled fault datasets, capture high-channel-count parallel sensor streams, and validate classifier outputs against ground-truth spectral features — without leaving your lab. End-of-Line Quality Testing Automated spectral alarm pass/fail on every unit leaving the production line — driveshafts, pumps, motors, gearboxes — using PhonoVibe DAQ and TVIB NDT RAM. Modal Analysis and Structural Dynamics R&D Hammer and shaker-based FRF testing, frequency-response characterisation, and mode-shape extraction for mechanical R&D teams and structural dynamics labs. Rotating Machinery Condition Monitoring Route-based vibration measurement, spectral analysis, and trend monitoring for plant maintenance teams running a predictive maintenance program on fans, pumps, motors, and compressors. Wireless Sensor Validation Lab Characterise a wireless accelerometer against a wired reference, induce known faults on a controlled rig, and capture parallel streams for ground-truth labelling — all without a trip to a customer site.
End-of-Line Quality Testing
Automated spectral alarm pass/fail on every unit leaving the production line — driveshafts, pumps, motors, gearboxes — using PhonoVibe DAQ and TVIB NDT RAM.
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The engineering behind this product
Why this measurement is made, how it goes wrong, and what the numbers mean — written by the people who build the instrument.
AI datasetsML / AI Algorithm Development for Predictive MaintenanceHow controlled machinery faults, synchronized vibration capture, and analyst-labelled features create useful training data for predictive-maintenance models.8 min read · Read →
AI & datasetsBuilding a Condition-Monitoring Dataset That Does Not Lie to Your ModelMost published 99% accuracies in machinery diagnostics are leakage. Split segments from the same recording across train and test and the model memorises the machine, not the fault — and the number it reports is a measurement of your split, not of your algorithm.10 min read · Read →
Test set-upWiring a 64-Channel Test: Junction Boxes, Ground Loops, and Channel DisciplineBelow about eight channels, cabling is an afterthought. Above thirty it becomes the dominant risk in the test: a mains hum you cannot explain, a channel map nobody trusts, and a day lost to a connector that was never seated. The fixes are boring, cheap and almost always skipped.8 min read · Read →