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asset condition management

 CTRL Systems Announces Unlimited Data Points and User Access for InCTRL

CTRL Systems Announces Unlimited Data Points and User Access for InCTRL

PLUS: InCTRL Connectivity Allows Users of Non-CTRL Sensors to Interface with the InCTRL Condition-Based Monitoring (CBM) System

 April - May 2017

April - May 2017

Click to read all articles from this issue. You can also download the full PDF.

Using Risk and Condition Assessment to Drive Motor Repair Decisions

Using Risk and Condition Assessment to Drive Motor Repair Decisions

The Central Arizona Project (CAP) operates and maintains 109 motor/pump units in 15 pumping plants scattered across 336 miles of aqueduct. These units are indispensable to CAP’s mission of delivering Colorado River water to the people and farms of central Arizona.

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 Seeq R17 Expands Easy To Use Visual Data Analytics, and Introduces Monitoring and…

Seeq R17 Expands Easy To Use Visual Data Analytics, and Introduces Monitoring and…

New capabilities and support for all leading data historians extends Seeq leadership in visual data analytics for IIoT and process manufacturing data.

Good Practices for Sheave Alignment on Multi-Belt Drives

When performing a multiple belt – sheave alignment, it is imperative that all the belts and belt grooves are inspected individually for wear. If any of the belts are slipping, then all belts

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A Mechanical Condition or a Lubrication Condition?

When monitoring your bearing lubrication with ultrasound, it is important to watch for very high values in your condition indicators ( total RMS and Peak values ). After applying grease,

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 Trico Introduces Sensei™ Real-Time Lubrication Intelligence System

Trico Introduces Sensei™ Real-Time Lubrication Intelligence System

New wireless monitoring technology can help manufacturers save time, maximize equipment uptime through data-driven maintenance

Troubleshooting with an Ammeter

Quantitative current data allows localization of ground. To perform these tests obtain a test signal from a power source and insert an ammeter between source and probe. Provide a return lead

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Building and Sustaining a Long-Term Condition Monitoring Program

Building and Sustaining a Long-Term Condition Monitoring Program

IMC-2016 - Asset Condition Monitoring 28:41 
by Todd Baer, Reliability Specialist, Minnkota Power Cooperative

Justifying and managing a successful conditioning monitoring program in its early stages may appear to be quite easy. Management and the individuals involved are excited about the new technologies being used to easily detect and correct equipment fault conditions. The financial and reliability impacts are substantial in the early years when the well-known and recurring problems are addressed.

After a period of time (for most programs 2 -5 years), all of the low hanging fruit has been picked. All the easy machine faults have been addressed and the not so typical faults are more difficult to diagnose. Most often, over time, program complacency sets in and incorrect diagnoses are made. The large financial savings are no longer recognized and some machines still fail unexpectedly, creating uncertainty about the program. A manager may be challenged by certain people within the facility and even some of the earlier supports will become skeptical about the technology, and the philosophy of predictive maintenance. This is when the hard work begins and addressing these challenges correctly is so important to the continued success and life of the program.

After a program matures (for most programs 10 years or more), many times management forgets why the investment in people and technology were made. If unexpected machinery failures continue and there is a lack of understanding why the failures are occurring, the tendency is to blame the condition monitoring technology, which could result in the end of the program. Numerous successful and mature programs have died because management felt goals were accomplished. An assumption is made by management that machinery failures have been successfully reduced and money can be saved by eliminating the program. This is when a program manager needs to think and communicate to management like a Chief Financial Officer regarding the continued long term benefits of the program.A condition based maintenance program driven by condition monitoring will provide great short and long-term financial benefits to all organizations. Technologies such as vibration analysis, tribology, thermography, ultrasonics, and on-line/off-line motor testing all work. This presentation discusses ways that you can make sure that your condition monitoring program is run successfully and provides long-term benefits to the company.

BZ Media and Skylogic Research Release “5 Valuable Lessons Learned About Drones in Construction”

In-depth report dives into strategies and concerns of firms adopting the use of commercial drones for construction projects

 LUBExpert Acoustic Lubrication and Greasing Assistant

LUBExpert Acoustic Lubrication and Greasing Assistant

LUDECA, Inc. proudly announces their LUBExpert Acoustic Lubrication Solution powered by SDT —the best new way to grease bearings right!

 Implementing a Successful CBM Program

Implementing a Successful CBM Program

The RELIABILITY Conference Asset Condition Monitoring Forum - 41:34 
by Dharmen Dhaliah, City of Toronto

It is a fact that the way we do maintenance has significantly evolved over the years with a shift to on-condition maintenance. A Condition Based Maintenance (CBM) program has become an integral part and a key strategy in any maintenance/reliability improvement effort.

Depending on the industry and the complexity of its asset a large percentage of maintenance tasks are condition-based. On-condition tasks or predictive maintenance tasks are the preferred tactics to apply when it comes to proactive maintenance. However these tasks don't come very cheap when technologies such as vibration analysis, infrared thermography or oil analysis are required.

As seasoned maintenance/reliability practitioners we fully understand the benefits of investing in a condition based maintenance program. We praise the benefits and the potential returns on investment to senior management to influence them to invest in such a program. Finally we succeed and we are given the required funds to go ahead and implement a CBM Program.

Now the real challenge begins and all kind of questions start to arise such as - Where do we start? How do we implement the program? How do we make sure the implementation will be successful? How do we show the promised return on investment to senior management? How do we show asset performance is improving? How do we consistently demonstrate the benefits of the program to keep it alive in the organization for years to come? This session will provide an overview on how to plan the implementation of a CBM program, how to set it up for success and to make it last for years rather than just being a one-time wonder.

 Metrix High Velocity Sensor receives SIL 2 and SIL 3 Capable Safety Certification

Metrix High Velocity Sensor receives SIL 2 and SIL 3 Capable Safety Certification

Metrix Instrument Company announces that its High-Temperature Velocity Sensor, 5485C, has been certified by H-ON Consulting, an international provider of technical and engineering services for the safety and reliability of industrial products based out of the US, as compliant with the requirements of the international safety standard Safety Integrity Level (SIL) 2 and SIL 3 capable.

​The Rights for Precision Shaft Alignment

  • Right safety procedures before you align.
  • Right machines to align.
  • Right alignment procedure.
  • Right alignment tool.
  • Right alignment tolerances.
  • Right alignment targets.
  • Right soft analysis and correction.

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ACM Project Manager’s Guide Features Complete Project Plan

ACM Project Manager’s Guide Features Complete Project Plan

Reliabilityweb.com just released the Asset Condition Monitoring (ACM) Project Manager’s Guide and, based on its contents, it’s a resource no organization should be without. For several years, I have been involved in asset management and managing condition based asset teams, but never have I seen a more complete project plan than what is presented in this guide. Not everything in the ACM Project Manager’s Guide will work for everybody, but there are sections in the guide that will adapt to every situation. No matter where you are on your asset condition monitoring journey, at the beginning or with a mature program, this guide contains information that will help to grow and sustain every ACM program.

 PRUFTECHNIK Inc. Now ISO 9001 Certificated TÜv SÜD Proves Quality Management System Effective

PRUFTECHNIK Inc. Now ISO 9001 Certificated TÜv SÜD Proves Quality Management System Effective

PRUFTECHNIK is pleased to announce that its 100% owned subsidiary PRUFTECHNIK Inc. (USA) has received the ISO 9001:2008 certificate recognizing the establishment and application of its Quality Management System. 

 New 3-Axis Accelerometer From Hansford Sensors

New 3-Axis Accelerometer From Hansford Sensors

Hansford Sensors, the specialised manufacturer of advanced industrial accelerometers, has launched a new high performance triaxial vibration sensor, capable of providing simultaneous measurement in three axes. 

 Cassantec Knows When Machines Fail

Cassantec Knows When Machines Fail

Asset operators are relying increasingly on Predictive Maintenance. By using data acquired from condition monitoring and by applying innovative software solutions, the optimal timing for maintenance can be determined.