Forede Foam Pourer Chamber for Firefighting or Storage Tank

• Customization: Available
• Product: Foam Chamber
• Material: Carbon Steel
• Installation: Vertical
• Flow Rate: 240;480;960;1440lpm
• Surface: Red International Painting
• Working Pressure: 0.3-0.7 MPa
• Inlet Size: 2′′;2.5′′;3′′;4′′
• Outlet Size: 3′′;4′′;6′′;8′′
• Transport Package: Wooden Case
• Specification: Depend on Product′s Capacity
• Trademark: FOREDE
• Origin: China
• HS Code: 8424100000
• Production Capacity: 500sets/Month

Product Description

Product Description

forede® foam chambers are an excellent solution for fire fighting applications that require the use of foam. These specialized devices are designed to produce and discharge large volumes of foam at a steady and consistent rate.

With flow rates ranging from 4 to 68 LPS and inlet sizes ranging from DN65 to DN150, there is a foam chamber available for virtually any application. Whether you need to protect large industrial facilities or small commercial buildings, the Forede® foam chamber is an excellent choice.

One of the key benefits of the Forede® foam chamber is its ease of installation and use. These devices can be quickly and easily installed onto existing fire suppression systems, and require minimal maintenance in order to operate effectively.

In addition to their performance and ease of use, Forede® foam chambers are also available in a variety of colors, including both red and yellow. This makes it easy to match the device to your existing fire suppression systems, as well as to ensure that it is highly visible and easy to locate in the event of an emergency.

 

Specification

  

 

Item Code	PCL4	PCL8	PCL16	PCL24
A	650mm	750mm	1050mm	1200mm
B	500mm	600mm	900mm	1000mm
C	150mm	175mm	225mm	275mm
D	DN50	DN65	DN80	DN100
E	DN80	DN100	DN150	DN200
Others Size can customized.

 

Model Number	Description	Flow Rate	Inlet Size	Outlet Size
PCL4	Low Expansion,Vertical	240 LPM	50mm (2'')	80mm (3")
PCL8	Low Expansion,Vertical	480 LPM	65mm (2.5")	100mm (4")
PCL16	Low Expansion,Vertical	960 LPM	80mm (3")	150mm (6")
PCL24	Low Expansion,Vertical	1440 LPM	100mm (4")	200mm (8")

Packaging & Shipping

FAQ

Q1: How does the low expansion ratio (≥ 5 Times) of the PCL foam chamber affect its performance in firefighting?
A: The low expansion ratio means that the foam produced has a relatively dense and compact structure. This is beneficial for quickly covering and smothering fires, especially those involving flammable liquids. The dense foam can more effectively displace oxygen and cool the burning surface, providing efficient fire suppression.

Q2: Can the PCL foam chamber be installed horizontally, or is it only suitable for vertical installation?
A: The PCL foam chamber is designed for vertical installation as indicated in the description. Installing it horizontally may disrupt the proper functioning of the internal components and the foam generation process. It's crucial to follow the recommended vertical installation to ensure optimal performance.

Q3: What maintenance is required to ensure the longevity of the carbon steel main material in the PCL foam chamber?
A: Regular inspections for corrosion are essential. Check for any signs of rust or paint damage on the carbon steel surface. If paint is chipped, it should be repainted promptly to protect the steel. Additionally, ensure that the chamber is not exposed to excessive moisture or corrosive substances. Periodic cleaning to remove dirt or debris can also help maintain its condition.

Q4: How does the working pressure range (≥ 0.7MPa) impact the operation of the PCL foam chamber?
A: Operating within the working pressure range of ≥ 0.7MPa is crucial for proper foam generation. If the pressure is too low, the foam may not be produced in sufficient quantity or with the right characteristics. Adequate pressure ensures that the foam is ejected effectively through the outlet and can reach the fire source with the necessary force and coverage.

Q5: Can the PCL foam chamber be used with different types of foam concentrates?
A: The PCL foam chamber can generally be used with different types of foam concentrates that are compatible with its materials and designed for low - expansion foam systems. However, it's important to verify the compatibility of the specific foam concentrate with the chamber to ensure proper foaming and effective fire suppression. Always refer to the manufacturer's guidelines.

Q6: What is the significance of the 25% liquid drain time (≥ 120 s) for the PCL foam chamber?
A: The 25% liquid drain time indicates how long it takes for 25% of the liquid in the chamber to drain out. This parameter is important for ensuring that the chamber can properly empty and be ready for subsequent use or maintenance. A longer drain time within the specified limit helps prevent residual liquid from causing issues like corrosion or blockages.

Q7: How do I select the appropriate PCL foam chamber model based on my fire protection needs?
A: Consider the flow rate requirements of your fire protection system. If you need a higher flow rate to cover a larger area or combat more intense fires, choose a model like PCL16 or PCL24 with higher flow rates (960 LPM and 1440 LPM respectively). Also, take into account the available inlet and outlet sizes and ensure they are compatible with your existing piping system.

Q8: Can the PCL foam chamber be installed in an outdoor environment?
A: Yes, the PCL foam chamber can be installed outdoors. The epoxy fire red surface finishing provides some protection against the elements. However, it's advisable to protect it from direct sunlight, extreme temperatures, and heavy rainfall as much as possible. Regular inspections for weather - related damage, such as paint degradation or corrosion, are also necessary.

Q9: What safety features does the PCL foam chamber have to prevent over - pressurization?
A: While not explicitly detailed in the provided information, typically, such chambers are designed to operate within a specified pressure range (≥ 0.7MPa). They may have pressure - relief mechanisms or be constructed with materials and a design that can withstand normal pressure fluctuations without over - pressurizing. It's important to ensure that the associated piping and other components in the system also support safe pressure operation.

Q10: How does the PCL foam chamber integrate with other components of a fire suppression system?
A: The PCL foam chamber integrates with other components through its inlet and outlet connections. It is connected to the foam concentrate supply and water supply lines at the inlet, and the outlet is connected to the distribution system, such as foam nozzles or discharge points. The appropriate flange standards (ANSI / BS4504 / GB) ensure compatibility with other system components for a seamless integration.

Order Information

Dear Customer,
 

Before ordering, please contact with our sales team to discuss order information.
 

If you have any other requirements or wanna know more info about our products, welcome to contact as well. Our Sales team and Technical Department are willing to support you.