EMERSON A6500-UM

Description

AMS 6500 ATG
„ API 670 compliant TSI protection system
„ Embedded predictive diagnostics including
PeakVue™ technology, order analysis, band
analysis and energy in bands
„ Interface with other applications through
OPC UA, Modbus TCP/IP, or Modbus RTU
„ SNTP time synchronisation
„ 3-year warranty Real-time machinery health feedback integrates to digital control
systems so you can run your plant with confidence.
Overview
Five percent of the rotating machines in every plant have
the ability to impact production if they fail. Although your
critical machines have vibration shutdown protection
systems in place to prevent catastrophic failure, is your
plant really protected?
Predictive intelligence is the key to increasing availability and
improving the reliability of plant assets. Emerson’s AMS 6500
ATG is a stand-alone machinery protection solution that also
allows users to cost effectively introduce prediction monitoring
of critical assets from the same system.
With four reconfigurable cards the AMS 6500 ATG can be setup
in the field for a wide range of protection measurements,
including all the required TSI measurements, which include
embedded prediction capabilities, such as impacting or peakto-peak data used in Emerson’s PeakVue™ methodology.
Prediction data from PeakVue technology cuts through the
complexity of machinery analysis to provide a simple, reliable
indication of equipment health, working through a single trend
that filters out traditional vibration signals to focus exclusively
on impacting.
With the addition of this impact data, users can monitor the
start-up and coast down of critical turbo machinery for safe
operation and receive the earliest indications of developing
faults in gearboxes and bearings.
What about the shocking repair costs, missed production
goals, and unfulfilled customer commitments associated
with a trip or a missed trip?
With the AMS 6500 ATG protection system users benefit with
prediction monitoring of critical assets from the same cards,
without the additional cost of another system, and production
impact is virtually non-existent. Greater flexibility of the cards
will help with fewer inventory spares, as well.
Real-time machinery health feedback integrates to digital
control systems so you can run your plant with confidence.
As many as 50% of machinery malfunctions that lead to
downtime are process induced, and 90% are predictable –
even controllable.
With the focus on impact data, users will experience a lot fewer
“process induced” failures because they will have a much better
indicator of overall asset health on pumps, fans, motors, and
other types of rolling-element bearing machines, which are
most often the reason for downtime.

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