The RHINO SERF Series Orifice Flow Control ChambersThe SuDS RHINO SERF Series Flow Control Chambers deliver optimal performance, ease of installation, and full compliance with industry standards.
Stormwater Applications:
Ideal for applications requiring controlled flow of stormwater and inspection and maintenance of surface pipework systems.
Versatile:
Suitable for both adoptable and non-adoptable installations.
'Plug & Play':
The SuDS RHINO SERF SERIES is a one-piece, factory-fitted unit with a built-in service drain down feature, activated from ground level. This efficient, user-friendly system simplifies installation, offering a plug-and-play solution for stormwater management.
Their flow control mechanism and integral service drain down capability make them an ideal choice for sustainable stormwater management solutions.
The baffle improves performance by calming water flow and trapping debris, silt, and pollutants effectively at the chamber’s base. By reducing turbulence, it enhances sediment retention, protects downstream systems, and supports long-term, low-maintenance operation for cleaner, more efficient drainage.
how the ORIFICE flow control works
The SuDS RHINO SERF SERIES is specifically engineered for the efficient management of stormwater. An orifice is used in flow control chambers to regulate the flow of water by restricting its passage through a small opening.
This helps in maintaining optimal water levels and prevents excessive runoff, making it ideal for stormwater management. The orifice is strategically sized to ensure controlled water discharge, helping to manage peak flow during storm events. These chambers come fully assembled and ready for installation as a one-piece unit, designed to handle both light-duty and full-traffic loading applications.
technical specs:
Material Construction
thermoformed base enhances structural strength and prevents fractures, ensuring a reliable installation ncouraging environmentally responsible construction techniques and reducing on-site installation time
chamber sizes:
450mm
600mm
750mm
900mm
1050mm
1200mm
compliant depth:
ADOPTABLE: Up to 2000mm to the soffit pipe
NONE ADOPTABLE: Up to 2000mm to the soffit pipe
EN 13598 Part 2 (2009)
Fully compliant with European standards for thermoplastic inspection chambers
Design & Construction Guidance (DCG)
Compliant with Type D and Type E chambers
Sewers for Adoption (SfA7
Meets the standards set by the 7th edition of Sewers for Adoption.
Part H1 of Building Regulations
Compliant with UK building regulations for drainage.
Restricted Access Requirement
In compliance with DCG, ensuring restricted access where pipework is installed at depths over 1 metre, with a maximum diameter of 350mm.
Orifice Flow Control:
Regulates stormwater discharge, optimizing water flow and preventing peak runoff from overwhelming drainage systems.
Integral Service Drain down Capability:
Unique to the SERF series, allowing operators to activate drain down from ground level.
Factory-Fitted, One-Piece Unit:
Simplifies installation and reduces the need for on-site assembly.
Multiple Inlet-Outlet Configurations:
Flexible orientation options to accommodate project-specific requirements.
Enhanced Strength & Anti-Fracture Properties:
Thermoformed base provides deeper installations with minimized risk of fractures.
Customizable Sump Depths:
Available in standard or bespoke configurations to suit various project requirements.
Rapid Installation Gains:
Prefabricated design offers time savings compared to traditional in-situ methods.
Chemical Resistance:
Resilient against hydrogen sulphide, corrosive acids, and bases, ensuring long-term durability.
Extended Service Life:
Built for long-term performance under harsh environmental and traffic conditions.
the rhino orifice flow control: delivering you...
Efficient stormwater regulation with a durable orifice flow control mechanism and easy-to-install, one-piece design. Built for long-term performance and compliant with industry standards, these chambers provide flexible configurations and are ideal for both adoptable and non-adoptable installations, ensuring sustainable and reliable stormwater management.
