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cmms and eam

Failure Modes to Failure Codes in Maximo- Part 3

Failure Modes to Failure Codes in Maximo- Part 3

IMC-2016 - 49:58 
by Derek Burley, Blue Sky Reliability Consulting, LLC and John Reeve, Total Resource Management

When organizations wonder why their CMMS contains poor failure data, lacks analytical capabilities and is devoid of any form of failure analysis process, it is because the implementation team assumed the software itself would magically assemble meaningful data to identify worst offenders. Or, it is because the Core Team has not understood the benefits behind chronic failure analysis. Or, it is because the reliability engineer was never involved in the implementation and optimization of the system.
A few months ago, I was told the story of a maintenance engineer who spent 2 months reading through text fields on the work order to glean relevant information to help him identify the key failure modes of the asset in question. So why did this happen? Why weren’t the failure codes properly entered in the CMMS?
There are multiple reasons. But let’s first say this is one of the modern day puzzles within the CMMS community. After 2 decades (based on my field experiences) the majority of all sites - and all industries - have never successfully performed chronic failure analysis by leveraging actionable data direct from the CMMS. This is most unfortunate because 40-60% of all maintenance costs reside in this area.
This 3 hour seminar will involve the audience in a detailed discussion to discover a better solution. Key topic points will include:
Define failure data, failure codes, and failure mode (the language of RCM)
Define the ideal failure analytic, Pareto style.
Define the role of a Reliability Team
Describe how this entire process can be implemented.
Participants will absolutely walk away with an answer to this age old problem. Don't miss out on the largest potential benefit to your CMMS.

Failure Modes to Failure Codes in Maximo- Part 2

Failure Modes to Failure Codes in Maximo- Part 2

IMC-2016 - 49:05
by Derek Burley, Blue Sky Reliability Consulting, LLC and John Reeve, Total Resource Management

When organizations wonder why their CMMS contains poor failure data, lacks analytical capabilities and is devoid of any form of failure analysis process, it is because the implementation team assumed the software itself would magically assemble meaningful data to identify worst offenders. Or, it is because the Core Team has not understood the benefits behind chronic failure analysis. Or, it is because the reliability engineer was never involved in the implementation and optimization of the system.
A few months ago, I was told the story of a maintenance engineer who spent 2 months reading through text fields on the work order to glean relevant information to help him identify the key failure modes of the asset in question. So why did this happen? Why weren’t the failure codes properly entered in the CMMS?
There are multiple reasons. But let’s first say this is one of the modern day puzzles within the CMMS community. After 2 decades (based on my field experiences) the majority of all sites - and all industries - have never successfully performed chronic failure analysis by leveraging actionable data direct from the CMMS. This is most unfortunate because 40-60% of all maintenance costs reside in this area.
This 3 hour seminar will involve the audience in a detailed discussion to discover a better solution. Key topic points will include:
Define failure data, failure codes, and failure mode (the language of RCM)
Define the ideal failure analytic, Pareto style.
Define the role of a Reliability Team
Describe how this entire process can be implemented.

Participants will absolutely walk away with an answer to this age old problem. Don't miss out on the largest potential benefit to your CMMS.

Failure Modes to Failure Codes in Maximo- Part 1

Failure Modes to Failure Codes in Maximo- Part 1

IMC-2016 - 45:20
by Derek Burley, Blue Sky Reliability Consulting, LLC and John Reeve, Total Resource Management

When organizations wonder why their CMMS contains poor failure data, lacks analytical capabilities and is devoid of any form of failure analysis process, it is because the implementation team assumed the software itself would magically assemble meaningful data to identify worst offenders. Or, it is because the Core Team has not understood the benefits behind chronic failure analysis. Or, it is because the reliability engineer was never involved in the implementation and optimization of the system.

A few months ago, I was told the story of a maintenance engineer who spent 2 months reading through text fields on the work order to glean relevant information to help him identify the key failure modes of the asset in question. So why did this happen? Why weren’t the failure codes properly entered in the CMMS?

There are multiple reasons. But let’s first say this is one of the modern day puzzles within the CMMS community. After 2 decades (based on my field experiences) the majority of all sites - and all industries - have never successfully performed chronic failure analysis by leveraging actionable data direct from the CMMS. This is most unfortunate because 40-60% of all maintenance costs reside in this area.

This 3 hour seminar will involve the audience in a detailed discussion to discover a better solution. Key topic points will include:

Define failure data, failure codes, and failure mode (the language of RCM)

Define the ideal failure analytic, Pareto style.

Define the role of a Reliability Team

Describe how this entire process can be implemented.

Participants will absolutely walk away with an answer to this age old problem. Don't miss out on the largest potential benefit to your CMMS.

A New Context: The Industrial Internet of Things

A New Context: The Industrial Internet of Things

IMC-2016 RAP Talk - 20:12 
by John Murphy, Reliabilityweb.com

What is the Industrial Internet of Things? In this RAP Talk from IMC-2016, John Murphy breaks the term down by explaining the various pieces of it. According to Murphy, the new context is Industrial Internet of Things is part of asset management. Asset managers must be thinking about that as they make any investment going forward.

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Cognitive Solutions - The Future is NOW

Cognitive Solutions - The Future is NOW

IMC-2016 RAP Talk - 18:41
Terry Saunders, IBM

Innovation that involves cognitive computing—that’s what Terry Saunders from IBM covers in this informative RAP Talk from IMC-2016. Saunders talks about what cognitive computing can do today and what it can do for our future. To illustrate his points, IBM’s cognitive system, Watson, is discussed in detail. There are also examples of how it can address concerns in today’s workforce.

Engineering Technology and Reality Modeling Enables Whole Life Asset Management

Engineering Technology and Reality Modeling Enables Whole Life Asset Management

IMC-2016 RAP Talk - 22:46 
by Greg Bentley, CEO, President and Chairman of the Board of Bentley Systems

Greg Bentley, CEO, Bentley Systems, discusses his near-term predictions of the visual workplace and the technologies available today for maintenance professionals to work in a realistic 3D visualization environment where asset information is accessible and understood in context. Bentley, a thought leader in engineering technology, will convince you that reality modeling is going mainstream. The adoption rate of UAVs and reality modeling is making continuous surveying of assets a reality for "inspectioneering”.

Monitoring Mobile Mining Equipment - Challenges & Solutions

Monitoring Mobile Mining Equipment - Challenges & Solutions

The RELIABILITY Conference - 42:59
by Ron Newman, PRUFTECHNIK Canada

Vibration measurement has come of age in the last 20 years. While the practice of continuous on-line monitoring of critical machines in the oil, gas, and petrochemical industries has been commonplace for several decades, it is only recently that companies who had been using intermittent data collection techniques are now embracing continuous monitoring. The benefits are substantial! The new “horizon” is mobile equipment … draglines, shovels, bucket-wheel excavators, stacker-reclaimers, heavy haul trucks, are all equally important to production and just as “critical” as a gas compressor. However, unlike stationary machinery, monitoring mobile equipment brings substantial challenges that must be addressed to ensure accurate, repeatable, and reliable data acquisition. Rapid speed and load variations are just one element of the application. The logistics of sensor mounting, cabling, network communications, and general serviceability, bring unique complications to the task of monitoring these machines. We will discuss these obstacles and present new solutions that have the potential to bring significant reliability improvements to large mobile equipment.

Deciphering Big Data for ACM Success

Deciphering Big Data for ACM Success

The RELIABILITY Conference -
by Tyler Pietri, Program Engineer, Azima DLI

The advent of concepts like Big Data and IIoT promise a brave new world: enterprise level transparency with total situational awareness of industrial asset performance everywhere all the time. It will take time before the full implications of big data are understood, but “total situational awareness” is in our midst, at least as it relates to asset health and performance. Visibility will extend to a variety of day-to-day operating activities, from production and supply chain management to maintenance and reliability practices.

Reliability Centered Asset Management

Reliability Centered Asset Management

Reliability Centered Asset Management - 49:16 
The RELIABILITY Conference 2016-Asset Management Forum 
by Richard Overman, Author

With the transition from the twentieth to the twenty-first century, industry has experienced growth of automated technology, the Internet and computer capability. With so much technology readily available, users have the ability to better monitor their equipment and know the condition of their assets with more precision. However, is more precision necessarily a better thing? Just knowing the asset condition more precisely does not necessarily mean the asset is better managed. A better monitored asset that is not substantially contributing to the function of the organization does not help the organization. Hence, the challenge is to effectively use current and future technologies.

 Interloc Announces Availability of New Mobile Informer Apps for IBM Maximo in Apple App Store

Interloc Announces Availability of New Mobile Informer Apps for IBM Maximo in Apple App Store

Role-based, user-focused mobile applications for IBM Maximo work management and inventory counts (bin counting) now available as free downloads.

 eSSETS Enhances EAM and Facility Management Software with New Request and Resource Scheduling

eSSETS Enhances EAM and Facility Management Software with New Request and Resource Scheduling

Cloud-based facility management software provider releases new functions for tracking work completion targets and scheduling resources to meet those targets

Bentley Systems

Bentley Systems

Bentley Systems is the leading global provider of software solutions to engineers, architects, geospatial professionals, constructors, and owner-operators for the design, construction, and operations of infrastructure.

Reliabilityweb.com

Reliabilityweb.com

Reliabilityweb.com has built the largest community of maintenance and reliability professionals by focusing on delivering the information and knowledge that supports doing a better job!

Infor EAM: The Leader in Enterprise Asset Management

"Infor has helped us achieve our lean goals and get consistent results. Infor EAM is not only a web-based enterprise system that meets all of our maintenance function needs, but, more importantly, it is the most cost-effective asset management solution we evaluated." - Heinz Frozen Food Company, a division of H.J. Heinz Company LLP

Design Maintenance Systems (DMSI)

Design Maintenance Systems (DMSI)

DMSI is known for having the most comprehensive and flexible operator based reliability, asset basic care, and mobile inspection solution in the industry. MAINTelligence InspectCETM is used at hundreds of sites worldwide.

Bigfoot CMMS

Bigfoot CMMS

Bigfoot maintenance software, produced by Smartware Group, is a powerful, yet easy-to-use solution that is quick to learn to give you quick results.

Ashcom Technologies

At Ashcom Technologies, we know that not all businesses are created equal. We believe that every organization deserves to experience the benefits MaintiMizerTM has to offer. We've taken the time to make MaintiMizer adaptable for almost any organization. Companies large or small are bound to find the right MaintiMizer for them.

eMaint

eMaint

eMaint is a global Computerized Maintenance Management Software (CMMS) solution that enables you to better manage, monitor, and control maintenance operations, resources, equipment and compliance.

MicroMain Corporation

MicroMain Corporation provides award-winning CMMS software to companies and other organizations around the globe. MicroMain has over 22 years of experience in the industry, and its maintenance management and facility management software is used by over 5,000 clients worldwide.

Maintenance Assistant

At $19 /month per user, Maintenance Assistant’s CMMS software is a powerful tool for organizing your maintenance tasks. The web-based system needs no setup and is updated automatically. Technicians can easily manage assets by instantly accessing old records and complete work orders in the field using the mobile access and QR barcodes features.

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