Fleet
Every site, area, and machine on one map. Each site card shows its worst state, so the day starts where attention is needed.
Condition monitoring that names the fault
Not a spectrum to interpret. The machine, the component, how urgent, and how sure, with enough warning to schedule the fix instead of reacting to it.
3 sensesVibration, temperature, and shaft speed in one sealed unit
ISO 20816Severity anchored to published velocity zones, not a private score
11 faultsFault modes diagnosed by name, with the component identified
48 hRaw waveform buffered on every sensor for a second look
What makes TrackBeat different
Four things you can check on your own line.
01
A diagnosis, not a chart to read
Each machine opens on its state: healthy, warning, or alarm, with the axis and the ISO zone beside it. The spectrum is one tab away for the engineer who wants it.
02
Three senses in one sealed unit
Triaxial vibration, temperature, and a magnetometer for shaft speed. A diagnosis has more than one channel to stand on, and the magnetometer tells a stopped machine from a running one.
03
Severity you can check against a standard
Velocity RMS is plotted on the ISO 20816-3 bands for that machine class. Beside it sits an anomaly score, measured against the baseline learned on your floor.
04
Alerts a technician can act on
One inbox. Filter by severity, source, asset, site, and owner. Acknowledge from the row, and export the list for the shift report or your CMMS.
How a fault gets caught
Four steps, from the bearing housing to the alert.
- Sample on the sensor A burst every 15, 30, 60, or 120 minutes. The sensor extracts the bearing frequencies, velocity RMS, and shaft speed on board.
- Relay through the receiver A small feature packet travels over licence-free sub-GHz. The receiver passes it on through one outbound TLS connection.
- Diagnose with context The platform compares each reading with the ISO 20816 zones and with that machine's own learned baseline, then names the fault.
- Alert and act The alert names the asset, the axis, and the zone. A technician acknowledges it and logs what was found.
Exactly what we detect, and what we don't
Eleven fault modes. Two honest gaps. The coverage list shows how each one is detected.
Rotating equipment
- Motors
- Pumps
- Fans
- Gearboxes
- Coupled drives
Fault modes
- Outer-race defect
- Inner-race defect
- Rolling-element defect
- Cage / train defect
- Imbalance
- Misalignment
- Mechanical looseness
- Overheating
- Cavitation
- Gear-mesh defect
- Unexpected stop / idling
- Not yet: electrical faults
- Not yet: lubrication starvation as its own diagnosis
The sensor is just the start
The same readings feed the screens your team opens every morning.
Trends
Health, anomaly, velocity, temperature, and kurtosis for each asset, on the ISO bands for its machine class.
Alerts
Warnings and alarms in one inbox, with acknowledgement and CSV export.
The hardware, in numbers
Figures not on this list are not claimed. The specifications page is the sheet a reliability engineer can size from.
5–6 yearsBattery life on the battery-powered sensors
48 hRaw waveform kept on the sensor
IP65 / IP67Sealed for washdown and coolant spray
902–928MHz, licence-free sub-GHz to the receiver
- What it sends
- BPFO, BPFI, BSF, FTF band energy, velocity RMS, shaft speed
- Capture
- Burst every 15 / 30 / 60 / 120 min
- Mounting
- Magnetic or stud, external, on a running machine