Production introduction
Constructed from durable carbon steel, the Foam Chamber On Tank is built to withstand the harsh conditions of industrial environments. It operates within a working pressure range of 0.3–0.6MPa, ensuring compatibility with standard fire - fighting systems. Adhering to BS4504/GB flange standards, it can be seamlessly integrated into existing tank - protection setups, facilitating efficient foam delivery.
A key characteristic of the Foam Chamber On Tank is its ability to generate low - expansion foam with an expansion ratio of ≥5 times. This creates a dense foam blanket that effectively smothers flames, cools the tank surface, and isolates the fuel from oxygen, breaking the fire triangle. The 25% liquid drain time of ≥120s ensures that the foam remains effective for an extended period, crucial for extinguishing stubborn fires.
Available in models such as PCL4 (240 LPM flow rate) to PCL24 (1440 LPM), the Foam Chamber On Tank caters to different tank sizes. The inlet and outlet sizes range from 2"/2.5" to 5"/6", allowing for precise 适配 to the specific requirements of various storage tanks. Whether protecting small - scale storage tanks or large industrial vessels, this chamber provides tailored fire - suppression performance.
Products Parameters
|
Model Number |
Type |
Flow Rate |
Inlet Size |
Outlet Size |
|
PCL4 |
Low Expansion,vertical |
240LPM |
50mm(2'') |
80mm (3'') |
|
PCL8 |
Low Expansion,vertical |
480LPM |
65mm(2.5'') |
100mm(4'') |
|
PCL16 |
Low Expansion,vertical |
960LPM |
80mm (3'') |
150mm(6'') |
|
PCL24 |
Low Expansion,vertical |
1440LPM |
100mm (4'') |
200mm (8'') |
Products Features
| Body Material |
Carbon Steel; |
| Working Pressure Range |
0.3-0.6MPa; |
| Expansion | Low expansion,≥5 Times; |
| 25% Liquid Drain Time | ≥ 120 s; |
|
Flange Standard of Proportioner |
ANSI / BS4504 / GB; |
| Surface Finishing | Painting |
Products Description
Products Detailed
FAQ
Q: How does temperature affect the performance of Foam Chamber On Tank?
A: Extreme temperatures can impact the foam - generating ability and the integrity of the chamber. In high temperatures, ensure proper cooling measures for the chamber. In low temperatures, use winter - grade foam concentrates and insulate the chamber to prevent freezing, which could affect its operation.
Q: Can Foam Chamber On Tank be used with different types of fire - fighting foams?
A: It is designed for low - expansion foams. While it may work with some other types, it is best to use foams that match the chamber's expansion ratio (≥5 times) for optimal performance. Consult the manufacturer or refer to the product specifications to confirm compatibility with specific foam types.
Q: What is the process for replacing worn - out parts of Foam Chamber On Tank?
A: First, identify the worn - out components. Then, refer to the manufacturer's spare parts list to obtain compatible replacements. Shut down the relevant part of the fire - fighting system, remove the old parts, and install the new ones following the installation guidelines to ensure proper functioning.
Q: How to ensure the Foam Chamber On Tank is not blocked by debris?
A: Regularly inspect the chamber, especially the inlet and outlet, for any signs of debris accumulation. Implement a maintenance schedule that includes cleaning the chamber and its associated piping to remove any dirt, rust, or other foreign materials that could block the foam flow.
Q: Can Foam Chamber On Tank be customized for special - shaped tanks?
A: Depending on the manufacturer's capabilities, some customization may be possible. Contact the manufacturer with the specific dimensions and requirements of the special - shaped tank to discuss potential modifications or custom - designed solutions for optimal fire - suppression coverage.