{{CLIENT_NAME}} / {{PLANT_NAME}} / {{AREA_NAME}}

Trend Analysis

{{ASSET_NAME}}

{{TIMEZONE}} · {{UTC_OFFSET}}

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Data feed MANUAL
Spectra chart No configured data
Plant: {{PLANT_NAME}}, Area: {{AREA_NAME}}, Machine: {{ASSET_NAME}}, Location: No configured data
MID averages: No configured data MID: No configured data, RPM: No configured data RPS: No configured data
No configured data Average+Sigma RPM: No configured data
Hide graph legend
Measurement severity trend No configured data
Extreme
Serious
Moderate
Slight
Ok
Envelope analysis (HF demodulation) ISO 13373-3
Band-pass: 2 000 to 5 000 Hz  |  Demod range: 0 to 500 Hz  |  Lines: 800
BPFO: No configured data  |  BPFI: No configured data  |  BSF: No configured data  |  FTF: No configured data
BPFO: no configured data
BPFI: no configured data
BSF: no configured data
2x BPFO: no configured data
3x BPFO: no configured data
FTF: no configured data
Envelope analysis (ISO 13373-3): High-frequency carrier signal (2 to 5 kHz band) is band-pass filtered and amplitude-demodulated (Hilbert transform). The resulting envelope spectrum reveals bearing fault frequencies masked by machine noise in velocity spectra. No configured live diagnostic data is available for this chart.
Time-domain waveform No configured data
Sample rate: No configured data  |  Duration: No configured data  |  Window: No configured data  |  Points: No configured data
RMS: 0.00 g
Peak: 0.00 g
Peak-Peak: 0.00 g
Crest factor: 0.00
Time-domain waveform: The waveform artefact is retained for the configured diagnostic workflow. No live waveform has been persisted for the selected sensor yet, so the plotted waveform remains at zero until verified waveform data is available.
Prescriptive guidance Loading reference library
    How this works: Select an equipment category above to surface failure mechanisms, recommended predictive maintenance methods, inspection intervals and corrective actions from the configured Optimal® reference library. Each mechanism is mapped to detection methods so the page can support targeted maintenance programmes without implying live Rössing diagnostic findings.