Wireless & Linear Heat Detection Integration
Linear Heat Detection (LHD) provides an early warning of fire or overheating. It uses heat sensing cables to detect changes in temperature – when part of the cable reaches its rated or predefined alarm level temperature, it sends a signal to the control panel. Linear Heat Sensing Cable can detect excess heat at any point […]
Product Spotlight – FyreLine Digital LHD Cable
FyreLine Digital linear heat dection provides cost-effective, fast and reliable fixed heat detection. It is suited to a wide range of applications such as manufacturing plants, storage facilities, multi-storey car parks, solar farms, warehouses and more. FyreLine Digital uses heat sensing cable to detect a rise in temperature. Once the cable reaches it’s rated temperature, […]
Conveyor Belt Linear Heat Detection – Handpicked Solutions by Eurofyre
Conveyor belts are used in automated distribution and warehousing, as well as in manufacturing and production facilities to carry goods to different locations. There are two main classes of belt conveyors; those in general material handling such as those used for moving boxes or components through a manufacturing plant, or those used to transport large […]
Linear Heat Detection for Textile Manufacturing Plants
Textile manufacturing is a major industry based on the conversion of fibre into yarn and yarn into fabric. The fabrics produced are then dyed or printed and fabricated into clothes and other textile products. The textile manufacturing process involves a variety of different fibres and fabrics, chemicals and machinery and is carried out in facilities […]
Linear Heat Detection for Spacecraft Manufacturing Plants
The term “space industry” refers to the economic activities related to manufacturing components that go in the Earth’s orbit or beyond, delivering them to those regions and other related services. There are many elements that make up the space industry. Aerospace is the human effort in science, engineering, and business to fly in the atmosphere […]
