Across industry, manufacturers are
challenged with optimizing their
return on investment, streamlining
processes and increasing eciencies.
A key way to achieve this is via the
implementation of calibration and
asset management strategies.
The eective monitoring of
your assets and calibration
instrumentation across your sites
requires two signicant components.
Firstly, the availability of data from
your equipment and, secondly, the
reliability of that data.
Calibration management software can
oer the complete system solution
to many of a site’s maintenance,
process eciency and compliance
concerns. This article will cover the
main reasons why site and engineering
managers are increasingly turning to
software solutions to manage their
instrumentation, data analysis and
maintenance actions.
As we begin to unpick this challenge, we recognize
the obstacle we face is not how to store our data,
but rather the accessibility, optimization and
utilization of data. This refers to whichever process
is used to interpret and pass relevant calibration
and asset information to the applicable person at
the appropriate time. The eectiveness of which can
be measured in relation to reductions in unplanned
downtime, increases in eciencies and cost savings.
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Current industry standards
and processes
For those not currently using calibration and asset management software,
in some cases alternative processes can be used to fulll certain aspects
of the same role. Outside of eciency concerns, these other processes
often come with a number of unforeseen implications, with some of the
most common examples below:
Paper-based systems
Typically, this process involves engineers manually
logging calibration results. While relying on paper
checklists sounds like an inexpensive measure, in
practice it’s highly labor-intensive, time-consuming
and prone to inaccuracies. Accordingly, a manual,
paper-based system, generates a lot of paper and
makes nal calibration data dicult to aggregate,
access and analyze.
Spreadsheets
Although an improvement on paper-based systems,
spreadsheet software still requires manual data
entry, meaning human error remains a key concern.
In addition, the data entry process takes up valuable
time. Using this method inhibits the automization
of calibration scheduling and aords limited
data analysis.
DCS management system
Some plant managers do their best to stretch the
capabilities of their DCS to manage plant assets.
While these systems conform to certain reliability
and security standards, their intended use does not
directly relate to calibration and asset management.
The implication of such limitations in terms of the
functionality of DCS management systems results
in an obvious consequence – the absence of
scheduling and reporting features.
Hiring an outside service
Outsourcing is often a useful ‘stop-gap’ and provides
a quick resolution in the early stages of a plant’s
operational cycle. However, as a long-term solution
this mode of management can prove costly and may
make a plant reliant on an external service with
availability concerns at critical times.
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While any of these methods can be used across
a plant, they do not oer a complete system solution.
The ideal solution is one which positively impacts both
asset management and asset optimization.
This being said, what really are the core reasons a site
needs a calibration management software solution?
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4 reasons why a plant
needs calibration & asset
management software
1. To be fully compliant and audit ready
No matter the size of your installed base of
instrumentation, calibration can pose a challenge.
A software solution that seamlessly integrates
with existing calibration equipment can provide
automatic task downloads and direct uploads
of results, removing the need for manual
workarounds. This in turn delivers simple
control over calibration and maintenance
workow and data, as well as automated worksheets and insights into performance
management, ensuring easily accessed,
audit-ready data.
2. To take a predictive approachto plant maintenance
Comprehensive asset analysis, such as data
derived from a historical trending module,
allows a device’s performance to be monitored
over time. This feature is a key tool in improving
eciency and maintenance, helping to plan
preventative actions, choosing the most
cost-eective and reliable equipment, extending
calibration intervals and optimizing processes.
3. To have the exibility to grow with operations
The ideal software solution is one capable of
growing with a plant, oering multi-license
packages that can expand alongside operations.
As the number of technicians and equipment
increases, so can the licensing. As the number
of plants grows, plant managers will have the ability
to share insights as software provides a common
‘cross-plant’ language with consistent reporting
and veriable compliance. In this context, the ability
to install software directly onto a company server
is of additional benet, as is a range of supported
installation options if required. As a further benet,
there are signicantly lower investment costs and
minimal IT requirement costs in terms of server
support of server support, upgrade management
and data backup.
4. To increase operational eciencies
Plants will become more ecient as managers
gain the ability to predict maintenance and act
proactively, before unexpected repairs impact
operations. Unnecessary paperwork and ling
will be minimized, and record keeping for audits
and compliance will improve. The software
undertakes a variety of tasks on behalf of the
plant manager; overseeing calibration schedules,
generating certicates and applying historical
trend analysis to monitor devices and extend
calibration schedules.
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So, when choosing the right calibration
& asset management software for your
operation, what key challenges should your
preferred software solution address?
Calibration Software Checklist
Easy to use and accessible
Scalable
Cost eective
Purpose-built
Custom installation support available
Accessible from mobile devices
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Visibility of your assets and resources
Compliant, audit-ready, real time management
Integration with existing calibration equipment
Smart asset management
Historical trend analysis
Predictive maintenance tools
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The next-generation
solution for calibration
and asset management
4Sight2, from Baker Hughes, a GE company, makes
calibration management easy to use, cost eective
and scalable. Purpose-built with custom installation
support available, 4Sight2 is designed to deliver
actionable intelligence and transformative insights.
Equally eective for single use or global multi-site
operations, this bespoke software solution is designed
to empower your organization to operate simply and
securely, connecting people to instruments, data,
and enhanced analytics.
4Sight2’s historical trending module allows an asset’s
performance to be monitored over time. This powerful
feature is a key tool in improving eciency, oering
a predictive maintenance strategy for your asset base.
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A predictive
maintenance
strategy enables:
50%
Reduction in
maintenance cost
55%
Reduction in unplanned
machine failures
30%
Increase in
machinery availability
90%
Reduction when process data
was combined with predictive
maintenance data
40%
Reduction
in downtime
60%
Reduction in Mean
time to repair (Mttr)
30%
Increase in plant
machinery life
25%
Increase
in production
30%
Reduction in spare
parts costs
70%
Reduction in
machinery breakdowns
4Sight2
Your complete
system solution
Conclusion
A great majority (77-94%) of assets within a plant experience a variety
of unexpected problems throughout their life cycle underpinning the
need for a solution. Calibration management software enhances the
visibility of these assets along with the data they provide. The complete
software solution is one which ultimately helps you plan resources
that impact eective maintenance, process eciency and regulatory
compliance, keeping your plant running eciently.
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For more information please contact
your local BHGE representative, or visit:
www.gemeasurement.com/test-calibration/
Specications are subject to change without notice. BHGE is a registered trademark
of Baker Hughes, A General Electric Company. Other company or product names
mentioned in this document may be trademarks or registered trademarks of their
respective companies, which are not aliated with BHGE.
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