Forede Low Expansion Vertical Installation Foam Chamber

• Customization: Available
• Product: Foam Chamber
• Material: Carbon Steel
• Model NO.: PCL4; PCL8; PCL16; PCL24
• 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 inlet and outlet size difference affect the flow dynamics within the PCL low expansion foam chamber?
A: The difference in inlet and outlet sizes creates a pressure differential that helps propel the foam mixture through the chamber. A smaller inlet size relative to the outlet can increase the velocity of the incoming fluid, which, combined with the chamber's internal design, aids in proper foam generation and expansion. This size difference is engineered to optimize the flow rate and ensure efficient foam discharge.

Q2: Can the PCL foam chamber be retrofitted into an existing fire suppression system with non - standard flanges?
A: The PCL foam chamber uses flange standards like ANSI / BS4504 / GB. If the existing system has non - standard flanges, it may require custom adapters or modifications to the flanges of the chamber. However, this should be done carefully, following engineering best practices, and may void the original warranty. It's advisable to consult the manufacturer or a qualified installer to assess feasibility and ensure proper integration.

Q3: What impact does the surface finishing of epoxy fire red have on the durability of the PCL foam chamber in industrial environments?
A: The epoxy fire red surface finishing provides a protective layer against corrosion, abrasion, and chemical exposure common in industrial settings. It helps safeguard the carbon steel body from rusting and degrading due to environmental factors. This finish enhances the chamber's lifespan and maintains its structural integrity, ensuring consistent performance over time.

Q4: How often should the PCL foam chamber be inspected for internal blockages?
A: In normal operating conditions, the PCL foam chamber should be inspected for internal blockages at least annually. However, if used in environments with dirty or contaminated foam solutions, or if there are signs of reduced flow rate or abnormal foam generation, more frequent inspections (quarterly or semi - annually) may be necessary. Regular maintenance can prevent

Q5: Can the PCL foam chamber operate effectively in high - altitude environments
?A: The PCL foam chamber's performance in high - altitude environments may be affected due to lower atmospheric pressure. The working pressure range specified (≥ 0.7MPa) is relative to standard conditions. At high altitudes, additional pressure may be required to achieve the same flow rates and foam generation efficiency. It may be necessary to consult the manufacturer for guidance on adjusting the system or using additional pressure - boosting equipment.

Q6: How does the choice of a PCL foam chamber model with a higher flow rate (e.g., PCL24) affect its energy consumption?
A: A model with a higher flow rate, like PCL24, typically requires more energy to operate. This is because it needs to move a larger volume of fluid through the chamber at the specified pressure. The associated pumps and other components in the system will consume more power to maintain the required flow rate and pressure for proper foam generation and discharge. However, this is balanced by its ability to cover larger areas or handle more intense fires more effectively.

Q7: Are there any specific requirements for the storage of the PCL foam chamber when not in use?
A: When not in use, the PCL foam chamber should be stored in a dry, clean, and well - ventilated area. It should be protected from direct sunlight, extreme temperatures, and humidity. If possible, it should be stored in an upright position to prevent any pooling of residual liquid. Additionally, the chamber should be covered or protected from dust and debris to maintain its internal and external condition.

Q8: Can the PCL foam chamber be used in combination with other types of foam - generating equipment in a hybrid fire suppression system?
A: Yes, the PCL foam chamber can be used in a hybrid fire suppression system with other foam - generating equipment. However, careful consideration must be given to the compatibility of the foam solutions, flow rates, and pressures. The system design should ensure that the different components work in harmony to achieve effective fire suppression. Coordination between the various equipment and proper sizing of pipes and connections are crucial for a successful hybrid setup.

Q9: How does the liquid drain time parameter (≥ 120 s for 25% liquid drain) influence the maintenance schedule of the PCL foam chamber?
A: The liquid drain time parameter helps in planning maintenance activities. If the drain time is approaching or exceeding the specified limit, it may indicate blockages or issues within the chamber that need to be addressed. Maintenance tasks such as cleaning the chamber to remove any sediment or debris that could be affecting the drain time should be scheduled accordingly. This parameter serves as an indicator for timely upkeep to ensure the chamber functions properly.

Q10: What is the environmental impact of the materials used in the PCL foam chamber, especially the carbon steel and epoxy finish?
A: Carbon steel is a commonly used and recyclable material, which reduces its environmental impact at the end - of - life stage. The epoxy fire red finish, while providing protection, may have some environmental implications during its application due to the release of volatile organic compounds (VOCs). However, modern epoxy coatings are designed to minimize VOC emissions. Overall, proper disposal and recycling practices for the chamber components can help mitigate any negative environmental effects.

Order Information

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