Fire hydrants give the fire brigade the water they need to fight a fire, and on large campuses such as data centres and battery energy storage sites, that means engineered ring mains, booster assemblies, pumpsets and dedicated water storage. DIS Fire designs, installs, tests and commissions complete hydrant and hose reel systems, including hydraulic calculations, pump selection and tank sizing to meet fire brigade and regulatory requirements.
Firefighting water supplies engineered and verified for large campuses and remote sites.
Design, hydraulic calculations, installation and commissioning delivered by one team.
Experience delivering hydrant ring mains, pumps and tanks on major battery energy storage projects.
Documentation and test records prepared for fire brigade and building surveyor acceptance.
Speak with our experts today and get a fire safety solution designed to protect your people and property.
Stored water is boosted by fire pumps and delivered through a ring main to hydrants, boosters and hose reels.
Flow and pressure demand calculated for the site, with ring mains and hydrant locations designed for full coverage.
Diesel and electric fire pumpsets and water storage tanks sized to deliver the required flow for the required duration.
Flow tests, pump performance tests and full commissioning records to support authority acceptance.
From system design to full compliance testing, our team helps you achieve the highest standards of fire safety and performance.
Designed in accordance with AS 2419.1, AS 2441, AS 2941 and AS 2304, and maintained to AS 1851.
Ring mains, feed and attack hydrants, booster assemblies and isolation valves.
Fire hose reels located for full coverage of the building.
Diesel and electric fire pumpsets with controllers, jockey pumps, and fire water storage tanks.
Reference material for hydrant, pump and tank systems.
Common questions about hydrant design, pump testing and water storage.
