Why Choose Eurofyre When Designing/Installing a Linear Heat Detection System?
FyreLine Linear Heat Detection Linear heat detection is an accurate, fast and reliable method of detecting fires or overheating events. A linear heat detection system uses heat sensing cable to detect changes in temperature. Heat sensing cable can detect hot spots at any point along its length and, once it’s rated or preset temperature is […]
Product Spotlight – VESDA-E VEA Aspirating Smoke Detector
Introduction Aspirating smoke detection provides extremely fast and reliable detection of the presence of smoke, often before it is even visible to the human eye. It is suited to a huge variety of applications from very small, isolated areas to large warehouses and atria. To achieve such fast and reliable detection speeds, it uses a […]
Product Spotlight – FyreLine Digital Nylon LHD Cable
Introduction FyreLine Digital provides fast and reliable linear heat detection. It is available at rated temperatures of 68°C, 88°C, 105°C or 185°C to suit a wide range of applications and is not affected by dust and dirt or other contaminants. FyreLine Digital heat sensing cable is available with a variety of different outer coatings to […]
Product Spotlight – Crisis Type A Fire Telephone
Emergency Voice Communication (EVC) systems are used as a backup to traditional radio systems used by emergency services; they provide two-way communication between the outside world and those inside a building that may require assistance with evacuation during an emergency. An EVC system typically consists of a central location point with a number of outstations […]
The Differences Between Battery Management and Battery Monitoring Systems
Lithium-ion batteries are used all over the world. They provide high-capacity energy storage with the ability to release energy in a controlled manner. This has made them popular for use in portable electronic devices and electric vehicles, however, they are becoming an increasingly popular choice for many other applications and it is now common to […]
