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Dry sprinklers are a particular kind of sprinkler that can stretch into a chilly area while holding the water back in an area that can be kept at temperatures where freezing isn’t a problem. The piping and components of dry pipe sprinkler systems are kept under pressured gas, such as nitrogen or compressed air, at a nominal pressure of 40 PSI.
A typical dry system valve is made so that 1 psi of air can keep 6 psi of water from flowing through it. Once the ambient temperature reaches a certain temperature to activate the sprinklers, the heat from the fire triggers them in a fire event. Pipes and other components are kept under pressured gas in dry pipe sprinkler systems
The Global Dry Sprinkler system market accounted for $XX Billion in 2022 and is anticipated to reach $XX Billion by 2030, registering a CAGR of XX% from 2024 to 2030.
“At Viking, they always push themselves to come up with new, creative methods to support and serve its installers. The capacity to offer their products in-depth, real-time technical support is made possible by this mobile app, a first in the industry.
Through an easy-to-follow, step-by-step diagnostic process, the Valve & System Support App offers a complete set of resources for maintaining Viking’s portfolio of Wet and Dry Valve systems. To maintain the best possible condition of their fire protection systems, users can choose standard maintenance and repair procedures and follow straightforward recommendations.
Additionally, the app gives users access to technical datasheets, manuals, and instructional videos for maintenance and repair. Contractors for sprinkler systems can get replacement parts directly from the app.
Step-by-step walkthroughs for typical valve system maintenance procedures are part of their technical services division’s mission to deliver best-in-class support. Installers may now feel even more confident knowing that Viking’s technical know-how is available to them on the job site and at their fingertips thanks to a mobile app.
In a wet system, pressurised water is poured into the pipes. The system immediately releases water to put out fires as they start. In contrast, pressurised nitrogen or air is used in dry systems to hold water at a riser.
