Production introduction
The physical characteristics of this Fixed Water Fire Water Monitor are quite distinctive. The monitor body of the Fixed Water Fire Water Monitor is made of an aluminium alloy with a red epoxy powder coating. This coating not only gives it a distinct visual identity but also provides protection against corrosion and wear, ensuring its long - term usability. The monitor nozzle is an aluminium alloy with hard anodized treatment, which enhances its durability and resistance to damage. The handle of the Fixed Water Fire Water Monitor is crafted from SS304 stainless steel, offering a firm and comfortable grip for operators.
One of the key features of this Fixed Water Fire Water Monitor is its stacked tips nozzle. This unique nozzle design allows for more precise control of the water flow and distribution, enabling effective firefighting in different situations.
The model SWM 7/35 - 75C of the Fixed Water Fire Water Monitor has a flow rate range of 2100 - 4500 L/Min, operating at a working pressure of 7 bar. With a maximum reach of 50 meters, it can cover a significant area during firefighting operations. The 4 - inch/DN100 inlet flange compliant with BS4504 ensures easy connection to the water supply system.
Products parameters
|
Model Number |
Flow Rate |
W.Pressure |
Max. Reach |
Inlet Flange |
|
SWM 7/35-75–C |
2100-4500 L/Min |
7 bar |
50 meters |
4 inch/DN100 @ BS4504 |
FAQ
Q: How does the stacked tips nozzle of the foinbo® Fixed Water Fire Water Monitor enhance firefighting performance?
A: The stacked tips nozzle of the Fixed Water Fire Water Monitor allows for a more concentrated and adjustable water flow. It can direct water more precisely to the fire source, which is especially useful in complex fire scenarios. For example, it can be adjusted to target specific areas of a fire, such as the base of a large fire or a hard - to - reach spot, improving the overall effectiveness of the firefighting operation.
Q: Can the flow rate of the foinbo® Fixed Water Fire Water Monitor be adjusted continuously within the given range?
A: The flow rate of the Fixed Water Fire Water Monitor model SWM 7/35 - 75C can be adjusted within the range of 2100 - 4500 L/Min. However, the adjustment may not be completely continuous. It usually has specific settings or steps to change the flow rate, depending on the internal mechanism of the monitor. Refer to the user manual for detailed information on how to adjust the flow rate accurately.
Q: What kind of maintenance is required for the red epoxy powder coating on the monitor body of the foinbo® Fixed Water Fire Water Monitor?
A: To maintain the red epoxy powder coating on the monitor body of the Fixed Water Fire Water Monitor, regularly clean the surface with a mild detergent and water. Avoid using abrasive cleaners or tools that could scratch the coating. Inspect the coating periodically for any signs of damage, such as chips or cracks. If damage is found, it may be necessary to repair or recoat the affected area to prevent corrosion of the underlying aluminium alloy.
Q: How does the fixed installation of the foinbo® Fixed Water Fire Water Monitor affect its flexibility in firefighting?
A: Although the Fixed Water Fire Water Monitor is fixed, its stacked tips nozzle design provides some flexibility. The adjustable water flow and direction capabilities of the stacked tips nozzle allow it to cover a relatively wide area. Additionally, its placement can be strategically planned during installation to cover key areas prone to fire. However, it may have limitations compared to mobile monitors in terms of being able to quickly reposition to different locations.
Q: Can the foinbo® Fixed Water Fire Water Monitor be used in outdoor environments with extreme weather conditions?
A: The Fixed Water Fire Water Monitor is designed to withstand a variety of outdoor conditions. The aluminium alloy body with red epoxy powder coating and the hard - anodized aluminium alloy nozzle offer some resistance to weather elements. However, in extreme weather such as heavy snow, strong winds, or intense sunlight for long periods, additional protective measures may be needed. For example, in cold weather, measures to prevent freezing of the water inside the monitor should be taken to ensure its proper functioning.