nVent Electric has announced the release of its water-resistant nVent RAYCHEM TraceTek fast fuel sensor. Developed using advanced conductive polymer technology, the new sensor is ideal for wet area applications where fuel storage systems are deployed. With rapid alert times and pinpoint accurate leak location, the TraceTek fast fuel sensor provides superior protection for a host of applications, including pipelines, ports, tanks, airports, pumps, and valves.
With the ability to be immersed in water, the latest TraceTek sensor can detect leaks in wet environments – thus, increasing protection for environmentally sensitive areas.
nVent aimed to offer a solution which met the stringent FM 7745 standard for fast diesel leak detection, which states an alarm must be produced within 30 sec. With the latest product enhancements, the newly improved TraceTek sensor can now detect small quantities of a variety of liquid hydrocarbons in water within seconds.
RAYCHEM TraceTek TT5000 series cables and point sensors detect and pinpoint the exact source of petroleum leaks, making it possible for decisive action to be taken, before a spill creates damage. The sensor is also calibrated to ignore water, helping to prevent false alarms.
“Our patented fast fuel sensor was born from nVent RAYCHEM conductive polymer technology, developed in the 1970s. Beginning in the 1980s, nVent RAYCHEM TraceTek products have helped operators detect spills, locate the source of leaks and take corrective action before an incident generates catastrophic infrastructure damage, environmental destruction, or life-threatening injuries. Today, we continue to introduce enhancements which help to increase the product’s life cycle and overall system performance” comments Johnny Lam, TraceTek Leak Detection Product Manager at nVent. “This next generation sensor further advances our ability to connect and protect our customers.”
Read the article online at: https://www.hydrocarbonengineering.com/product-news/03122019/nvent-announces-new-fuel-leak-detection-system/