Scott Health & Safety's FLAMEVision FV300 Wins Product Innovation Award at Firex Show |
(Archive News Story - Products mentioned in this Archive News Story may or may not be available from the manufacturer.)
Scott Safety
Monroe Corporate Center, P.O. Box 569
Monroe, NC, 28111
USA
Press release date: July 17, 2009
Monroe, NC (July 16, 2009) - Scott Health & Safety's FLAMEVision(TM) FV300 array based flame detector has won the Fire Industry Association (FIA) Product Innovation Award at the 2009 Fire Excellence Awards in Birmingham, England on May 12, 2009.
These accolades are widely recognized as the fire industry's premier awards event and are held in conjunction with the focal point of the international fire industry calendar-the International Firex and Fire & Rescue 2009 shows.
"FLAMEVision FV300 is an innovative product which helps businesses react to fire more efficiently. The combination of infrared fire detection and CCTV means, for the first time, the exact location and size of the fire can be determined and addressed quickly without causing enormous amounts of disruption to the business. We're very pleased that the four years our R&D teams have invested in the product has been recognized with the 2009 Fire Excellence Award," said Martin Harvey, Scott Health & Safety Regional Director, EMEAA.
Launched in November 2008, FLAMEVision FV300 array based flame detector is a commercial product that pinpoints a fire's location using a 256-point infrared gate array. Location of the fire is further enhanced for an operator to see via the built-in CCTV camera. This helps shorten response times, increase the accuracy of detection and minimize disruption.
The product has several features that make its application ideal for fire detection within commercial buildings:
Situational awareness-FLAMEVision is unique in infrared flame detection as it provides location information of both single and multiple fire events. Using a 256-point infrared gate array as the sensing component, the detectors automatically and reliably identify a flame incident, and pinpoint the location on a video image. As a result fires can be isolated, minimizing the need to shut down an entire plant.
Alarm reliability-FLAMEVision minimizes false alarms by using advanced digital algorithms to provide accurate discrimination between flame and non-flame events.
Cost savings-The improved accuracy of fire detection, as well as the decrease in false alarms, means that costs are kept to a minimum and disruptions to the site are avoided as much as possible.
Increased safety in high risk situations-FLAMEVision can be a major contributor to fire safety in high risk situations where flammable hydrocarbon products are processed, such as off-shore oil and gas platforms, off-shore fuel storage facilities, petrochemical plants, aircraft hangars and road and rail tunnels.
The Scott FLAMEVision 300 is the perfect companion device to Scott's fixed gas detection portfolio and provides complete detection capability to ensure comprehensive site safety. For more information about the FLAMEVision 300, visit Scott's website at scotthealthsafety.com
About Scott Health & Safety Scott Health & Safety, a business unit of Tyco International, is a premiere manufacturer of innovative respiratory and other personal protective equipment and safety devices for firefighters, industrial workers, police squads, militaries, homeland security forces, and rescue teams around the world. With five global manufacturing locations, Scott produces products that protect thousands of individuals each day from environmental hazards including smoke, toxic fumes, combustible gases, falling objects, and contaminants. The Scott product line includes self-contained breathing apparatus, supplied air and air-purifying respirators, gas detection instruments, thermal imaging cameras, and firefighter locators.
About Tyco Tyco International Ltd. is a global, diversified company that provides vital products and services to customers around the world. More information on Tyco can be found at www.tyco.com.
|
|
|
|
|
|
|
|
|
|
|
| 
