IMMPI01 ABB Bailey distributed control system industrial DCS module card

Description

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CoreSense M10 multigas analyzer
The CoreSense M10 utilizes Fourier-transform
infrared (FTIR) technology combined with solidstate hydrogen and moisture sensors to measure
moisture and nine gases: hydrogen (H2
), methane
(CH4), acetylene (C2
H2
), ethylene (C2
H4), ethane
(C2
H6), propene (C3
H6), propane (C3
H8), carbon
monoxide (CO) and carbon dioxide (CO2
). The
CoreSense M10 is also provided with a local version
of Ellipse, ABB’s asset management solution. Ellipse
employs a number of algorithms sequentially to
establish if there is any abnormality and, if there is,
to make recommendations for action →4.
Tough and accurate enough for space
The gas-measuring FTIR module in the CoreSense
M10 is based on the same ABB technology that is
deployed in satellites to analyze greenhouse gases
and meteorology in the Earth’s atmosphere. The
first unit was launched more than 15 years ago and
is still in service today. This technology is sought
after for its outstanding reliability, accuracy
and stability in harsh environments. In addition,
the calibration-free nature of the technology
provides significant savings in maintenance and
replacement costs.
On earth, ABB’s FTIR is also used in other
applications such as refineries, semiconductor
factories and chemical plants to measure chemical
compounds in liquids because it can meet up to 99
percent reliability and provide stable measurements
over extended periods of time, allowing
identification of long-term trends.
Applying proven and robust FTIR technology
to transformers assures that the DGA sensor is
accurate, reliable and calibration-free.
ABB Ability Ellipse Asset Performance Management
In the context of transformer health management,
a major challenge for many industrial and utility
customers is to analyze and keep track of the
data generated by both online and offline
measurements. Often, data exists in isolation and
its interpretation relies heavily on transformer
experts, many of whom are soon to retire.
ABB’s solution to these issues is ABB Ability Ellipse
Asset Performance Management (APM). APM
combines decades of subject-matter expertise
in transformer manufacturing and maintenance
with historical and real-time data analysis from
transformer sensors. This continuous health and
performance insight prevents critical asset failures
while optimizing asset life cycle costs [3]. Each asset
is also categorized according to its current health
condition and expected life.
With all this actionable intelligence, utilities
can optimize the operational and maintenance
spend to maximize the capabilities of their
assets and budgets and build business cases
for repair/replace decisions.