SMART VIBRATION ANALYSIS

Your Vibration
Analysis Workspace

Tractian gives you the visibility and tools to diagnose failure modes
in real time - remotely and reliably.

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A TRUE VIBRATION WORKSPACE

Your Command Center for Vibration Analysis

See It in Action

DESIGNED FOR EXPERTS. CLEAR FOR EVERYONE

Built-in Intelligence: AI-Powered Fault Detection

Remote Fault Detection
Without Manual Analysis

Tractian AI pinpoints root causes automatically
using vibration signatures.

These insights are validated against historical
failures, frequency libraries, and expert
-reviewed data, giving your team the confidence
to move faster and focus their attention where it
matters most.

Remote Fault Detection Without Manual Analysis

Detect Failure Modes

Bearing Erosion
Bearing Wear
Belt Wear
Blade Passage
BPFO
BPFI
Cavitation
Damage Rotor Bars
Friction
Gear Eccentricity
Gear Wear
Inner Bearing Wear
Loose Rotor Bars
Lubrication Failures
Loose Stator Windings
Misalignment
Outer Bearing Wear
Overheating
Overvoltage
Overload
Operational Problems
Phase Unbalance
Pipe Deformation
Pulley Wear
Pump Recirculation
Resonance
Rotating Looseness
Rotor Eccentricity
Rotor Meshing
Structural Mechanical Looseness
Shaft Eccentricity
Stator Eccentricity
Turbulence
Unbalance
Vane Passage

Bearing Erosion

Bearing Wear

Belt Wear

Blade Passage

Overvoltage

Overload

Operational Problems

Phase Unbalance

EXPERT VALIDATION WHEN IT COUNTS

Supervised Analysis:
Get a Second Set of Eyes

Not every alert needs a manual review - but when it does, our supervised analysis feature connects you with expert-vetted insights. Ideal for non-vibration experts or teams validating high-impact alerts.

Smart Data Sampling Tailored to Your Assets

Set up specific data samples to extract key information from different assets.

Auto Diagnosis™ Sample
Automatic, AI-powered sampling every 30 minutes. Record vibration, acceleration, and envelope acceleration to identify faults with precision, adapting to asset behavior for continuous monitoring without manual intervention.
Trend Sample
For short-interval monitoring, this mode samples velocity and acceleration data such as RMS, Peak-to-Peak, and Crest Factor. Ideal for identifying patterns and efficiently planning preventive maintenance.
Expert Sample
Provides full autonomy in adjusting parameters such as sample duration and resolution, spectrum interval, and number of lines, offering flexibility for in-depth, on-demand diagnostics with uncompressed data.

Spectral Analysis: Detecting Faults Through Frequencies and Harmonics

The Spectral Analysis tool allows you to identify issues in your machinery and
detect fault frequencies such as BPFI, BPFO, and GMF.

Cursor
An essential tool for highlighting specific points in the spectrum, such as frequencies or amplitudes.
Ruler
Calculates the distance between points in the spectrum, like the distance between a fundamental frequency and its harmonics.
Harmonics Selector
Helps identify harmonic frequencies or multiples of a fundamental frequency.
Sidebands
Identifies peaks around a primary frequency, typically resulting from modulation.