Flow regulating Fire Hose Nozzle SG 540 vft for Wildland fires. It converts high pressure water in a fast powerful water jet.
Focused Long Range Jet: Enhanced Attack capability. Difficulty in handling, high water consumption levels (with high flow rates). Small contact surface with fire.
Attack cone: Opening range between 30º and 45º: shorter reach, easy handling.
Dense Fog Pattern: Maximum opening range: Little reach. Mainly used to protect the firegighters, facilities and control the smoke and gases movement. Greater contact surface, therefore, greater heat absorption.
Aluminum Rapid Flow Selection ring, allow the selection between 4 flows, without varying the attack pattern. The second inner cylinder is responsible for adjusting the flow rate by changing the pitch diameter.
Swappable Spinning Teeth. Generation of high quality water drop through the rotating teeth.
Great quality of jet and fog, even at small flow rates (19lts / min).
Manufactured with high durability and high temperatures resistant materials. Hard anodised Aluminium body. Equipped with Barcelona 25 mm racord
Standard for spray nozzles
Manual hose lances intended for services
1.58 kg
23 cm
19-37-90-150
Rotating teeth
7 Bar at 100 Psi | 16 Bar at 228 Psi
Anodized aluminum
11/2 ”(25mm.) NH | NPSH | BSP | Barcelona
Jet, 30º fog and total fog
The Wildland Forestry Fire Hose Nozzle SG 540 is designed specifically for wildland fire suppression, offering reliable performance in high-pressure conditions. This flow-regulating nozzle converts high-pressure water into a fast, powerful water jet, making it ideal for tackling wildfires with precision. The nozzle allows firefighters to efficiently control water flow, adapting to the demands of various firefighting scenarios. Durable and easy to handle, it is built to withstand tough environments and deliver consistent results. Whether used for direct attack or perimeter control, the SG 540 is engineered to provide effective water delivery, enhancing firefighting capabilities in challenging wildland conditions.
