Signal chain for sound & vibration

Measure on one TIERA ecosystem.

A minimal industrial interface for PhonoVibe DAQ, TMFSS fault simulators, T-Vib analysis software, T-Calibro calibration, T-Sonus acoustic testing, and ToLearnVibe training.

Explore product families -> Build a use case
PhonoVibe
DAQ systems
PhonoVibe
 TMFSS
Machinery fault simulators
TMFSS
 T-Vib
Analysis software
T-Vib
 T-Calibro
Calibration system
T-Calibro
Live signal view waveform
RMS
4.7 mm/s
Peak band
1.2 kHz
Alarm
OK
TIERA ecosystem map

Product families that become complete measurement workflows.

Sensors, mounts, cables, DAQ, software, simulators, calibration and training work together. The value is in the combined signal chain, not in one product sitting alone on a shelf.

How to read this section

Each workflow below shows what gets measured, which TIERA products are used, which analysis method is applied, and what engineering decision it supports.

PhonoVibe
DAQ systems

PhonoVibe
TMFSS
Machinery fault simulators

TMFSS
T-Vib
Analysis software

T-Vib
T-Calibro
Calibration system

T-Calibro
T-Sonus
Impedance tube

T-Sonus
ToLearnVibe
Training software

ToLearnVibe
Technical multi-product workflows

See how TIERA products combine during real diagnostic work.

These are not marketing categories. They are practical routes for acquiring signals, validating machines, creating fault data, training analysts and producing reports.

Open use-case library
Condition monitoring route
Workflow 01

Condition monitoring route

A repeatable plant-health workflow for rotating assets, with reportable spectra and trend evidence.

PhonoVibeT-VibAccelerometersLow-noise BNC cables
Signals / analysis
Time waveformFFT spectrumRMS / crest factorAlarm bands
Engineering insight

Detect imbalance, misalignment, looseness, bearing wear, cavitation and electrical symptoms before the machine reaches a shutdown condition.

Measurement method

Mount IEPE accelerometers on motor, pump, fan or gearbox points, route signals through low-noise BNC cables, acquire with PhonoVibe, then analyse time waveform, RMS, crest factor, FFT and alarm bands in T-Vib.

Calibration and QA
Workflow 02

Calibration and QA

Audit-ready sensor QA for internal labs, service teams and customer-facing test reports.

T-CalibroAccelerometersCalibration software
Signals / analysis
Reference vibrationSensor sensitivityCalibration recordQA status
Engineering insight

Protect the whole measurement chain by checking the sensor before trusting a spectrum, trend or acceptance report.

Measurement method

Verify accelerometer sensitivity on T-Calibro before field tests, record the calibration result, then use the verified sensor with PhonoVibe and T-Vib for audited measurement jobs.

Modal and shaker testing
Workflow 03

Modal and shaker testing

A lab workflow for modal, shaker and resonance studies with traceable input-output measurements.

PhonoVibe Eco XShaker standImpact hammerT-Vib FRF
Signals / analysis
FRFCoherencePhaseNatural frequency
Engineering insight

Separate structural resonance from machine faults and support product design, fixture validation and NVH troubleshooting.

Measurement method

Excite the structure using an impact hammer or electrodynamic shaker on a vertical or horizontal stand. Acquire reference and response channels in PhonoVibe, then use T-Vib FRF, coherence and cursor bands to study resonances.

Acoustic material testing
Workflow 04

Acoustic material testing

A controlled sound-material testing workflow for R&D, acoustic labs and enclosure development.

T-SonusMicrophonesPhonoVibeT-Vib
Signals / analysis
Absorption coefficientAcoustic impedanceTransfer functionFrequency response
Engineering insight

Move from subjective noise judgement to material-level acoustic evidence that design teams can compare and document.

Measurement method

Use the T-Sonus impedance tube with microphones, signal generation and acquisition to compare foams, liners, panels, ducts and enclosure materials under controlled acoustic excitation.

Fault dataset generation
Workflow 05

Fault dataset generation

A controlled data pipeline for AI developers, reliability classrooms and vibration analyst training.

TMFSSPhonoVibe HDT-VibToLearnVibe
Signals / analysis
Labelled fault runsRPM sweepOrder contentTraining spectra
Engineering insight

Build reliable examples because the machine fault is known, repeatable and safer than waiting for random plant failures.

Measurement method

Use TMFSS to create controlled faults such as unbalance, misalignment, bearing defects, gear faults, belt faults and pump cavitation. Capture each run with PhonoVibe HD, label it in T-Vib, then convert examples into ToLearnVibe lessons or AI datasets.

Vibration analyst training
Workflow 06

Vibration analyst training

A practical curriculum that connects ISO-style theory, simulation and hands-on machinery behaviour.

ToLearnVibeTMFSSTraining kitsPhonoVibe
Signals / analysis
Simulated spectraReal fault spectraPhase / RPM cluesAnalyst report
Engineering insight

Students see how textbook symptoms change when sensor mounting, speed, loading and measurement settings become real.

Measurement method

Begin with ToLearnVibe simulations, then reproduce the same symptoms on TMFSS using training kits, acquire real sensor data through PhonoVibe, and review the signature in T-Vib.

New service for industry

AI marketing systems for technical companies.

TIERA now helps industrial and engineering teams convert product knowledge into sales-ready websites, CRM workflows, datasheets, manuals, videos, product visuals, email campaigns, and Telegram-connected follow-up systems.

Because TIERA is already a technical company, the AI workflows can be shaped around specifications, applications, instrumentation details, maintenance questions, and how real industrial buyers evaluate products.

Explore AI services -> View all services
AI-powered technical marketing workflow for industrial product teams
AI CRM and sales workflows
AI Inventory-linked product catalogs
AI Websites, landing pages, and chatbots
AI Datasheets, manuals, white papers, and technical notes
AI User videos, product visuals, and AI-generated images
AI Email marketing, Telegram integration, and campaign analytics
How a TIERA system works

Build the full test path, from sensor to report.

Product selection, store purchase, calibration and custom test accessories now live in one clearer workflow.

SensorsDAQCalibrationFixturesSoftwareReports
Compare products -> Open store
TIERA industrial workflow stack from store to test site
Industrial workflow stack
StoreCalibrateMeasureReport
01

Select

DAQ, sensors, IEPE power, junction boxes and cables sized for the test.

Open ->
02

Calibrate

T-Calibro keeps sensors, assets and reports documented.

Open ->
03

Fixture

Shaker stands, mounts and routing hardware fit the structure.

Open ->
04

Customize

Buy standard parts or ask for custom test accessories.

Open ->
01

Capture

PhonoVibe DAQ samples up to 128 kHz at 24-bit through IEPE sensors with TEDS — plug-and-play over USB on Windows 10/11.

02

Analyse

TVIB TSAP 201 runs spectrum, FRF, octave measurements, order tracking and modal — the standard diagnostic toolbox vibration analysts already use.

03

Decide

Export trends, share reports, and act before failure. Optional TCAT training — aligned with ISO 18436-2 — turns your team into qualified analysts.

Featured product
T-Calibro

PC-based vibration calibrator with report-ready software.

T-Calibro calibrates and verifies accelerometers, vibration meters and online protection-system sensor chains using stable, traceable vibration signals.

The workflow combines shaker hardware, reference sensor, Windows software, sensor database management and T-Calibro test reports for documented calibration work.

Frequency tests
Step, sine-sweep and random tests
Deviation records
Sensitivity, phase and linearity
Asset history
Sensor database and calibration log
Word export
Customer-ready documentation
View T-Calibro -> Open datasheets
T-Calibro vibration calibrator with PC software and shaker
Technical snapshot
Frequency range
10 Hz - 10 kHz
Amplitude range
0.1 g - 10 g RMS
Max load capacity
500 g
Reference sensor
Built-in, traceable/NABL
Accuracy
+/-3.5%
Interface
Windows PC software + USB
T-Calibro software
Setup, run calibration and maintain sensor records.
Click any screen to zoom
New product launches

New hardware for larger vibration test workflows.

TIERA is expanding the test chain with channel-dense junction boxes, shaker stands and IEPE power accessories for labs working with more sensors, heavier fixtures and directional excitation.

Ask for launch details
64-channel BNC vibration junction box
High-density signal routing

64-channel BNC junction box

A 64-channel BNC junction box for vibration measurement, acoustic testing, modal analysis and structural health monitoring.

Datasheet: 4 zones x 16 channels, lockable powder-coated chassis, cable glands, castor-supported stand and delivery test report for THD, noise floor and 10 Hz-20 kHz frequency response.

64 BNC channels4 x 16 zonesTest report
Vertical shaker stand for structural vibration testing
Aircraft structure testing

Vertical shaker stand

A vertical stand for holding a shaker during vibration testing of aircraft structures, panels and other test structures.

Designed around height adjustment, mobility, locking castors and levelling feet so the shaker remains supported and aligned during vertical excitation.

Vertical excitationLevelling feetCastors
TIERA LES-2000 lateral excitation stand
Horizontal and oblique excitation

TIERA Lateral Excitation Stand

Model LES-2000 adapts electromagnetic shakers for horizontal and oblique input excitation during modal and structural testing.

Datasheet: 200 cm vertical adjustment, 30 cm horizontal adjustment, up to 50 kg shaker support, tensioned wire stinger and decoupled shaker dynamics.

LES-200050 kg shakerWire stinger
4-channel IEPE power source
Sensor power accessory

4-channel IEPE power source

A 4-channel IEPE/ICP power source for accelerometer powering in compact multi-sensor measurement chains.

Front-panel channel selector, bias-voltage display and DC 24 V powered operation for lab, field and DAQ companion workflows.

4 channelsIEPE / ICPBias voltage
Technology blog

Field notes for vibration, AI and test labs.

Practical articles for research teams, wireless sensor companies and reliability engineers building modern measurement workflows.

View all articles ->
TMFSS PhonoVibe TVIB
AI datasets / 8 min read

ML / AI Algorithm Development for Predictive Maintenance

How controlled machinery faults, synchronized vibration capture, and analyst-labelled features create useful training data for predictive-maintenance models.
Sensor validation

Wireless Sensor Validation Lab

A reference workflow for validating wireless accelerometers against wired sensors, calibration systems, and repeatable machinery faults.

7 min read
University labs

Machine Condition Monitoring Lab for Research Universities

How universities can build a practical vibration lab for condition monitoring, diagnostics, modal testing, and student research.

9 min read
Acoustic materials

Acoustic Impedance and Transmissibility Measurement of Materials

How impedance tube testing helps labs measure absorption coefficient, acoustic impedance and transmission loss for foams, liners, panels and enclosure materials.

8 min read