Baier, Fred

East Coast Industries, Inc.
PO Box 344
Edison, NJ 08818
732-548-4311

fred@deltatengineering.com

Abstract:

Thermography is a proven technology for detecting elevated temperatures within operating electrical distribution systems.

Typically performed on an annual basis, infrared inspections can detect evidence of overheating caused by loose/deteriorated connections, overloaded circuits and imbalanced loads.

While infrared inspections can be valuable in helping to prevent unexpected failures, they provide a single ‘snapshot’ leaving the subject components unmonitored for the balance of the year.

Recent advances in technology have resulted in wireless sensors that monitor for the same types of defects that are detectable by thermal imaging. When permanently installed on electrical enclosures, these sensors can provide year-round monitoring of electrical system components and can immediately alert personnel when problems arise.

This paper will discuss the theory and application of the Delta T Alert monitoring system and how it can be used to compliment and enhance the effectiveness of an existing infrared inspection program.

Brady, James

Level III Certified Infrared Thermographer

Brady Infrared Inspections, Inc.
935 Pine Castle Court
Stuart, FL 34996

772-288-9884

jbrady@bradyinfrared.com
www.bradyinfrared.com

Abstract:

Unexpected failures in a utility provider’s electrical equipment can result in lost customer minutes and damage to valuable equipment.

They can also undermine consumer confidence in their power provider. Routine infrared inspections coupled with effective repairs can pay huge dividends for electrical utilities by helping to reduce unscheduled downtime.

Drawing upon a database compiled from over seven years of infrared inspections of electric utility equipment, this paper will discuss common problems such as connections and lightning arrestors as well as some not so common problems associated with oil filled equipment and insulators.

Bruni, Bart

Level 1 Thermographer #6455

Bestec Exterminators, Inc.
323 SE First Avenue
Hallandale Beach, FL 33009

954-458-1104

www.bestecexterminators.com

Abstract:

As the science of thermography has matured, it has seen increased usage as evidentiary documentation for defects and failures associated with buildings.

As experts, qualified thermographers can provide information that is vital to the outcome of a legal claim.

This paper will explore three separate cases where thermography was used along with other confirming tools to document termite infestation.

It also provides tips for the thermographer as an expert witness.

Durston, Lee, BS, CBST

Forensic Building Scientist
BCRA
2106 Pacific Avenue,
Suite 300
Tacoma, WA 98402
253-627-4367

www.bcradesign.com

Abstract:

New standards in energy codes and contract requirements underscore a greater understanding of the importance of the continuous air barrier for commercial building performance.

Recent studies have shown a sizeable energy savings in commercial buildings when the air barrier is designed, constructed, and tested with diligence.

To substantiate performance of the completed building envelope relative to air leakage, a whole-house pressurization test to verify rate leakage and thermographic infrared imaging to locate problematic areas is recommended.

Through multiple case studies, air barriers will be put to the test and discussion of construction strategies, performance, and testing methods will be presented..

Edwards, Shay

Abstract:

Can a radiometric thermal imager detect pre-clinical stages of arthritis in a quick and noninvasive test?

Arthritis of the hand can be painful and debilitating.

It is also the most common cause of disability in the United States with approximately 46 million adults being afflicted by one form or another. Currently, doctors rely on blood tests and x-rays of arthritic joints to determine the extent of the damage and issue a diagnosis.

A simple noninvasive test using a radiometric thermal imager can easily detect inflamed joints - the first sign of arthritis.

Detecting arthritis prior to joint damage will result in more effective treatments being given to patients, thus giving them a significantly improved chance to have a more productive, pain free life.

Goodman, Mark,
VP Engineering

UE Systems, Inc.

914-592-1220
800-223-1325

info@uesystems.com

Abstract:

Compressed air is one of the most costly utilities in plants today. With the price of energy escalating, it is imperative to find and repair leaks in compressed air systems.

Ultrasound technology is ideally suited for locating these leaks and new advances allow users to not only identify leaks but also to report on the cost of these leaks as well as cost savings as related to their carbon footprint.

When a leak presents itself below surface either outdoors or indoors, finding the source can be quite time consuming and expensive. There are many determining factors as to what methodology might best be applied. Among them are the material (such as water, gas, oil, etc.), temperature differentials, and pressure differentials. In some cases gas-sniffing devices might be used, while in other cases infrared thermography and ultrasound can prove to be quite effective.

This presentation will discuss the utility of ultrasound technology as a leak management tool and will also demonstrate the effectiveness of integrating ultrasound technology with infrared thermography to locate leaks underground.

A brief overview of the principles and methodology of above ground and underground leak detection will be followed by actual case histories.

Handlin, Skip

S. Handlin Predictive Maintenance, LLC
71 Gelpi Avenue
Kenner, LA 70065

504-615-0901

hpms1z@bellsouth.net

Abstract:

Infrared thermography is a widely accepted PPM technology within land-based facilities.

Although less widely known, thermography may also be applied to electrical and mechanical systems of stationary and mobile marine systems.

In addition to saving money and increasing uptime, thermography can play a crucial function in maintaining the safety and reliability of marine facilities where system failure could lead to catastrophic loss of a vessel or its crew.

This presentation will discuss applications, safety issues, similarities and differences from land-based thermography and other interesting considerations in performing infrared inspections for the marine industry.

James, Sonny

Level III Certified Infrared Thermographer

Owner, Senior Instructor / Managing Director
NDE Institute of Trinidad, Ltd. / Thermal Diagnostics Ltd.

15 Robertson Street, Les Efforts East
San Fernando, Trinidad & Tobago,
West Indies

868-653-9343

868-657-6572

www.learnndt.com

www.tdlir.com

sjames@learnndt.com

Abstract:

Thermography plays an important role within the petrochemical, chemical, and power generation industries.

With the current global energy crisis, these energy-based industries must continue to meet high volume demands while reducing operational costs and preventing failures.

Such failures can lead to losses in production that may result in a domino effect all the way down to the consumer.

This paper will discuss several areas where thermography is used within the petrochemical and energy sectors such as electrical, rotating equipment, steam systems, flow lines, pressure vessels and furnaces, generator cores, and offshore oil and gas platforms.

Madding, Dr. Robert Director,
Infrared Training Center

Ed Kochanek, Presenter

FLIR Systems, Inc.
25 Esquire Road
North Billerica, MA 01862

978-901-8000

www.flirthermography.com

Abstract:

Resolution is one of the most important characteristics of any thermal imager.

Today’s high definition infrared cameras can obtain significantly better temperature readings and image resolution for targets than lower resolution cameras.

This presentation will feature case studies involving a substation’s transformer jumpers and a paper mill’s generator tie-in breaker, both of which illustrate the benefits of using these new-technology infrared cameras for electrical system testing.

Nagle, Scott J.

Process Sensors Corporation
787 Susquehanna Avenue
Franklin Lakes, NJ 07417
Ph: 201-485-8772

www.processsensorsir.com

Abstract:

Non-contact temperature measurement has long been used for industrial process monitoring and control.

Although thermal imagers can provide more detailed information, their use in fixed process monitoring has been limited due to high cost and technological limitations.

Recent advances combined with lower cost have made the use of fixed, high resolution thermal imaging systems a viable solution for a wide variety of process monitoring and control applications.

This paper will address the use of thermal imaging for process monitoring and control, the state of current technology, installation considerations, and several application solutions.

Olsen, Ray

AAMA IM Certified
Certified Infrared Thermographer

Ray Olsen and Son, Inc.
40909 North Harbor TownWay
Anthem, AZ 85086
623-824-5232

ray@rwolsenandson.com
www.rwolsenandson.com www.azenergydetective.com

Stockton, Gregory R.
Certified Infrared Thermographer

Stockton Infrared Thermographic Services, Inc.
8472 Adams Farm Road
Randleman, NC 27317
336-498-GREG (voice)

greg@stocktoninfrared.com
www.stocktoninfrared.com

Abstract:

Moisture intrusion into buildings is a huge problem for building owners as it can adversely affect the life of the structure, heating and cooling costs, and indoor air quality.

Water intrusion implies that a building has been compromised and that water is coming from somewhere; either from the roof, the walls, the basement, or from a mechanical or plumbing leak.

An infrared imager can often be used to detect thermal patterns created by latent moisture.

In other cases, thermal imaging may be used during spray testing to help determine the source of a leak.

This paper will discuss the use of thermal imaging and other test techniques to find latent moisture and leak sites in building envelopes.

Peacock, G. Raymond

Publisher & Editor
Measurement Media Division
Temperatures.com, Inc.
Southampton PA 18966

215-325-1450

Skype: grp362
rpeacock@temperatures.com

Abstract:

The worldwide web continues to evolve in unexpected ways.

We hear more and more today about social networks for students and young adults like MySpace.com and Facebook.com.

There are similar networks for professionals and business people, too. LinkedIn and Ning are among the most mature and widely known.

This paper will look a little closer at such resources from the perspective of infrared thermographers. You will learn how through them you have the opportunity to improve not only your contacts, but your business, and possibly even your life.

Richardson, Kevin A.

Richardson Home Inspections, LLC
458 Bostwick Lane
Gaithersburg, MD 20878
301-942-4610

kevin@richnspect.com

Abstract:

Using infrared thermography in residential inspections can be both challenging and rewarding.

The market for using infrared technology in residential inspections has never been better and inspectors who embrace this technology can give themselves a competitive edge.

This paper will discuss how infrared thermography can be used during a standard home inspection, what equipment is best suited for this type of work, and the importance of verifying and confirming findings.

It will also address the significant issue of documentation and making recommendations in a written report. Finally, it will briefly discuss the unique challenges and recommendations inherent in this type of work.

Robinson, Martin,
President

Rohrer, Tim
VP of Sales & Marketing

IRISS, Inc.
6151 Lake Osprey Drive
Sarasota, FL 34240

941-907-9128
Tim Cellt: 585-967-3400

www.iriss.com

m.robinson@iriss.com t.rohrer@iriss.com

Skype ID: IRISS-Tim

Abstract:

A dangerous misconception regarding the “Arc Rating” of infrared (IR) windows or viewing panes exists.

Many reliability and maintenance professionals are under the impression that an IR window will protect them in the event of an arc blast; still others are under the impression that installing IR windows will turn non arc-rated switchgear or electrical equipment into “arc-rated” cabinets. Neither is the case, and both misconceptions need to be corrected because they present very real safety concerns.

There is no “component rating” for generic “arc-resistance.” Any claims to the contrary are dangerous and negligent. Infrared windows are not intended to protect a user from an arc flash - they are intended to eliminate additional triggers of an arc flash during an inspection and replace a high-risk activity with a risk reduction/elimination strategy during inspection.

Closed panel inspection through IR windows helps companies to comply with OSHA and NFPA mandates to eliminate risk wherever possible. Conversely, a protection strategy is acceptable only after other methods of risk elimination or reduction have been exhausted.

This paper will cover the proper use of infrared windows and the standards which relate to infrared windows.

Sharlon, Michael R. President,
Thermasearch, Inc.

1215 Sturgis Road
Conway, AR 72034
Ph: 501-513-9901

Abstract:

Insulation around an electrical conductor is subject to aging and subsequent breakdown when exposed to harsh environments and/or continuous heating.

When performing infrared inspections of electrical and electro/mechanical systems, thermographers are often the first to see this breakdown occurring.

Recognizing the signs of insulation breakdown can be of value to your company or client.

This paper will address temperature limits of various insulation materials common to cable and wire used in the electrical industry today and how to recognize early signs of insulation breakdown.

• Thermographers
• Process Control Supervisors
• Maintenance Managers
• Loss Control Specialists
• Reliability Engineers
• P/PM and NDT Personnel
• Manufacturers
• Quality Assurance Inspectors

• Education
• Learn New Technology
• Networking
• See Latest Developments
• Share Ideas
• Discover New Applications & Techniques