Production introduction
foinbo® water fire monitor is a high-capacity water or foam nozzle mounted on a fire truck or specialized vehicle. It's designed to deliver large volumes of water or firefighting foam over long distances, making it ideal for tackling large fires or hazardous situations like industrial fires, airport emergencies, and wildfires.
Products parameters
|
Model Number |
Flow Rate |
W.Pressure |
Water Max.Reach |
Max.Fog Angle |
Inlet Flange |
Power |
|
PSKD 8/20W |
1200 L/Min |
8 bar |
50 meters |
120° |
4 inch/DN100 @ BS4504 |
24V DC |
|
PSKD 8/30W |
1800 L/Min |
8 bar |
55 meters |
120° |
4 inch/DN100 @ BS4504 |
24V DC |
|
PSKD 8/40W |
2400 L/Min |
8 bar |
60 meters |
120° |
4 inch/DN100 @ BS4504 |
24V DC |
|
PSKD 8/50W |
3000 L/Min |
8 bar |
65 meters |
120° |
4 inch/DN100 @ BS4504 |
24V DC |
|
PSKD 10/60W |
3600 L/Min |
10 bar |
75 meters |
120° |
4 inch/DN100 @ BS4504 |
24V DC |
|
PSKD 10/80W |
4800 L/Min |
10 bar |
85 meters |
120° |
4 inch/DN100 @ BS4504 |
24V DC |
FAQ
Q: Can the water fire monitor spray pattern be adjusted?
A: Yes, most water fire monitors allow for adjustable spray patterns, ranging from a concentrated jet to a wide fog, providing versatility in firefighting tactics.
Q: What maintenance is required for a water fire monitor?
A: Regular maintenance includes inspecting and lubricating moving parts, checking seals and gaskets, flushing the system after use, and ensuring the control mechanisms operate smoothly.
Q: What materials are used in the construction of water fire monitors?
A: Water fire monitors are typically constructed from corrosion-resistant materials such as stainless steel, aluminum alloy, or brass to withstand harsh environments and high-pressure flows.
Q: Are water fire monitors compatible with firefighting foam?
A: Yes, many water fire monitor models are designed to handle foam concentrate, making them suitable for tackling flammable liquid fires or large industrial fires.
Q: What safety measures should be taken when using a water fire monitor?
A: Operators should maintain a safe distance, secure the monitor properly to prevent recoil, and avoid directing high-pressure streams at personnel or unstable structures.