THE HEAT IS ON WITH PYROCOAT® K OPTICAL FIBER

With the growing need to accurately monitor processes in harsh environments, optical fibers are becoming an essential element within monitoring systems, both as the communications line and as the sensing element. Optical fiber sensors have been widely adopted and used in pipeline monitoring, perimeter monitoring, heat detection and structural monitoring systems, all of which operate within the typical 45 °C to 85 °C temperature range of a standard optical fiber.

However, as industries push their sensing requirements into environments such as those found in oil wells (for downhole measurement) and nuclear reactors, there is a need for optical fibers that can tolerate these extremely high temperatures and challenging environments.

Specifically developed for harsh temperature sensing and communications environments, the new PYROCOAT K Optical Fiber is up to the challenge. This mechanically-strong fiber features an improved coating that provides excellent thermal stability, enabling wider operating temperatures than other commercially available polymer-coated fibers. In fact, the PYROCOAT K Optical Fiber provides reliable performance even when subjected to extreme, long-term, high temperature exposure. (more…)

THE HEAT IS ON WITH PYROCOAT® K OPTICAL FIBER

With the growing need to accurately monitor processes in harsh environments, optical fibers are becoming an essential element within monitoring systems, both as the communications line and as the sensing element. Optical fiber sensors have been widely adopted and used in pipeline monitoring, perimeter monitoring, heat detection and structural monitoring systems, all of which operate within the typical 45 °C to 85 °C temperature range of a standard optical fiber.

However, as industries push their sensing requirements into environments such as those found in oil wells (for downhole measurement) and nuclear reactors, there is a need for optical fibers that can tolerate these extremely high temperatures and challenging environments.

Specifically developed for harsh temperature sensing and communications environments, the new PYROCOAT K Optical Fiber is up to the challenge. This mechanically-strong fiber features an improved coating that provides excellent thermal stability, enabling wider operating temperatures than other commercially available polymer-coated fibers. In fact, the PYROCOAT K Optical Fiber provides reliable performance even when subjected to extreme, long-term, high temperature exposure. (more…)

Breakthrough Fiber Optic Laser May Revolutionize the Detection of Gases for Industry

An international research group has developed a world-first fiber optic technology which may help detect a wide range of gases with unprecedented sensitivity. Published in the journal Optica, the discovery involves the creation of a fiber optic device which consists of an invisible infrared laser coupled to an ultra-broadband supercontinuum generator – two elements that researchers have never managed to combine into a single optical system before. Led by Macquarie University scientists in Australia, the group believes that potential applications for this technology range from breath analysis to air-quality monitoring.

According to lead researcher Dr. Darren Hudson of Macquaraie University, “This new supercontinuum technology is capable of being used to detect an array of gases, including methane, carbon dioxide and nitrous oxide – gases that can be harmful to humans in high levels and have implications in climate change.”

Over the past decade, researchers around the globe have worked to create high-brightness sources of infrared light – an invisible form of light that sits just beyond visible red light in the spectrum. While this work has revolutionized how we detect and measure a staggering range of molecules, the current technology still requires large laser systems, optical laboratory conditions and an expert operator. (more…)

Breakthrough Fiber Optic Laser May Revolutionize the Detection of Gases for Industry

An international research group has developed a world-first fiber optic technology which may help detect a wide range of gases with unprecedented sensitivity. Published in the journal Optica, the discovery involves the creation of a fiber optic device which consists of an invisible infrared laser coupled to an ultra-broadband supercontinuum generator – two elements that researchers have never managed to combine into a single optical system before. Led by Macquarie University scientists in Australia, the group believes that potential applications for this technology range from breath analysis to air-quality monitoring.

According to lead researcher Dr. Darren Hudson of Macquaraie University, “This new supercontinuum technology is capable of being used to detect an array of gases, including methane, carbon dioxide and nitrous oxide – gases that can be harmful to humans in high levels and have implications in climate change.”

Over the past decade, researchers around the globe have worked to create high-brightness sources of infrared light – an invisible form of light that sits just beyond visible red light in the spectrum. While this work has revolutionized how we detect and measure a staggering range of molecules, the current technology still requires large laser systems, optical laboratory conditions and an expert operator. (more…)

Tales From the Front Line

Interested in fiber optic sensing? If so, you’ll want to check out the “Tales From the Front Line of Fiber Optic Sensing” webinar presented by OptaSense and sponsored by the Fiber Optic Sensing Association (FOSA).

Whether it’s detecting pipeline leaks, damage to railroads or intrusion at critical facilities, fiber optic sensing plays an increasingly important role in protecting and keeping key infrastructure assets operating globally.

The webinar features fiber optic sensing installations across a wide range of industry verticals, applications and locations, including system action videos with the challenges and successes of actual deployments.

To download and view this webinar, go here.
To subscribe to the FOSA e-newsletter, go here.

Tales From the Front Line

Interested in fiber optic sensing? If so, you’ll want to check out the “Tales From the Front Line of Fiber Optic Sensing” webinar presented by OptaSense and sponsored by the Fiber Optic Sensing Association (FOSA).

Whether it’s detecting pipeline leaks, damage to railroads or intrusion at critical facilities, fiber optic sensing plays an increasingly important role in protecting and keeping key infrastructure assets operating globally.

The webinar features fiber optic sensing installations across a wide range of industry verticals, applications and locations, including system action videos with the challenges and successes of actual deployments.

To download and view this webinar, go here.
To subscribe to the FOSA e-newsletter, go here.

Missed Our Recent Webinar?

If so, don’t fret. This session on “Optical Fibers for Automation Controls and Industrial Networking” is still available for viewing.

Specifically designed for integrators, this webinar discusses the challenge of transforming Industrial Automation configurations, using Industrial Ethernet, to achieve a factory floor that features a more intelligent, efficient and sophisticated network.

This session will also enhance your ability to support customers in making the most environmentally appropriate fiber optic investments.

To access and view this webinar, go HERE.

Missed Our Recent Webinar?

If so, don’t fret. This session on “Optical Fibers for Automation Controls and Industrial Networking” is still available for viewing.

Specifically designed for integrators, this webinar discusses the challenge of transforming Industrial Automation configurations, using Industrial Ethernet, to achieve a factory floor that features a more intelligent, efficient and sophisticated network.

This session will also enhance your ability to support customers in making the most environmentally appropriate fiber optic investments.

To access and view this webinar, go HERE.

Premier Industry Symposium to Feature OFS Technical Pros

Leading experts from OFS will present six technical papers at the first-ever UL and IWCS China Cable & Connectivity Symposium in Shanghai, China, from April 25 through April 27, 2017.

These presentations will cover a wide range of subjects from acrylate-based, harsh environmental coatings for specialty optical fiber to high-speed, SWDM transmission over Wideband Multimode Fiber.

To learn more about these technical papers and the Symposium, go here.

Premier Industry Symposium to Feature OFS Technical Pros

Leading experts from OFS will present six technical papers at the first-ever UL and IWCS China Cable & Connectivity Symposium in Shanghai, China, from April 25 through April 27, 2017.

These presentations will cover a wide range of subjects from acrylate-based, harsh environmental coatings for specialty optical fiber to high-speed, SWDM transmission over Wideband Multimode Fiber.

To learn more about these technical papers and the Symposium, go here.