CSI 4500 Machinery HealthTM Monitor
CSI 4500 Machinery HealthTM Monitor
CSI 4500 Machinery HealthTM Monitor
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<strong>Machinery</strong> Health TM Management<br />
Through AMS Suite: <strong>Machinery</strong> Health Manager, the PeakVue technology allows<br />
clear spikes to poke through the noise floor providing early fault<br />
detection of a Yankee dryer gearbox.<br />
Predictive <strong>Machinery</strong> Health<br />
<strong>Monitor</strong>ing for<br />
Early Warning and Planning<br />
for the Maintenance<br />
Department<br />
Exception-based reporting<br />
drives you to the problem and<br />
reduces troubleshooting time<br />
Exception-based reporting allows<br />
the <strong>CSI</strong> <strong>4500</strong> to keep a close<br />
watch on the assets, but only<br />
alert your maintenance staff<br />
when the machine health<br />
changes. Exception-based<br />
reporting produces specific alerts<br />
and decreases the amount of data<br />
required for review when it is time<br />
to troubleshoot the alert. With<br />
the <strong>CSI</strong> <strong>4500</strong>, troubleshooting<br />
time can be reduced 90%<br />
through powerful analysis tools<br />
such as transient analysis for<br />
turbines, PeakVue bearing health<br />
technology, and customizable<br />
reporting capabilities.<br />
PeakVue technology is<br />
best-available bearing and<br />
gearbox anomaly detector<br />
PeakVue technology provides<br />
early, accurate and trendable roller<br />
bearing and gearbox anomaly<br />
detection unmatched by all other<br />
bearing health tools on the market.<br />
PeakVue’s patented method of<br />
processing preserves the peak<br />
amplitude of the stress wave<br />
emitted from a bearing or gear<br />
defect. Preserving this peak<br />
amplitude allows trendable<br />
bearing health diagnostics.<br />
Other bearing tools on the market<br />
use demodulation techniques,<br />
which subtract carrier frequencies<br />
and use low pass filters. These<br />
processes have adverse effects on<br />
the original peaks that PeakVue<br />
maintains. If the carrier frequency<br />
during demodulation is amplitude<br />
modulated, then the amplitude of<br />
the resultant bearing energy is<br />
changing and will be less than the<br />
original bearing energy collected.<br />
Furthermore, the amplitude of<br />
the bearing energy after the low<br />
pass filter has been applied,<br />
will increase as the frequency<br />
of the defect increases.<br />
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