System Spotlight – FyreLine Digital Linear Heat Detection
FyreLine is Eurofyre’s own linear heat detection system. It is available in both analogue or digital variations and provides reliable and cost-effective heat detection for most commercial applications. FyreLine Digital is a fixed temperature linear heat detection system available at rated temperatures of 68°C, 88°C, 105°C or 185°C. A FyreLine Digital heat detection system can […]
Linear Heat Detection for Solar Panels
Photovoltaic solar panels absorb sunlight as a source of energy to generate electricity. Solar panels are used in commercial and residential applications to provide a source of carbon-free, renewable energy. The use of solar energy is becoming increasingly popular and solar power systems now range from small residential outfits, that combine a handful of panels […]
Linear Heat Detection for Animal Housing Facilities
The term “animal housing facility” refers to any housing facility where animals are kept for any purpose, including barns, stables, kennels, animal shelters, veterinary facilities, zoos, laboratories and racetracks. The welfare of the animals kept in the facilities is important and, as such, a suitable fire alarm must be present to protect them from fire. […]
Linear Heat Detection in Ghost Town Tourist Attractions
A ghost town is an abandoned village, city or town that usually contains substantial visible remains. A town often becomes a ghost town due to a failing economy or natural or human-caused disasters such as floods, droughts, volcanic eruptions, war, pollution or nuclear disasters. Some ghost towns, particularly those that contain period-specific architecture, have become […]
Linear Heat Detection in Timber Framed Buildings
Wood has been used in construction for thousands of years and is still one of the most widely used building materials. The construction industry has exploited the potential of wood to the fullest and it is now used to build a huge variety of structures. One of the most common uses of wood in construction […]
