Fire Fighting, Valve

Valve Oblique Landing pattern globe type with a male screwed

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Product: Valve Oblique Landing pattern
Brand: SFFECO
Origin: UK
Model: SFD-K65-OLVST
Type: Oblique Globe Pattern Landing Valve
Standard Certificate: BS5041-1
Body: Copper alloy, |
Inlet: Flanged or BSP Screwed
Outlet: Female instantaneous to BS336
Application: Fire Hydrant, Wet Riser & Dry Riser Systems

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Valve Oblique Landing Pattern Globe Type with Male Screwed


On wet or dry riser firefighting systems, the Valve Oblique Landing pattern globe type with a male screwed inlet is a fire hydrant landing valve that offers a handy hose connection point. The outlet is positioned for practical hose attachment and operation during emergency response thanks to its tilted body structure. Industry-standard models often come with an immediate hose output and a threaded male inlet; depending on the type, BS 5041 or BS 336 configurations are available.


When dependable floor-level access to pressurized firefighting water is needed, this oblique landing valve is especially appropriate for building fire prevention systems. The globe-pattern architecture is intended to provide reliable shut-off operation and regulated water flow.




Specification:


Product: Valve Oblique Landing pattern

Brand: SFFECO

Origin: UK

Model: SFD-K65-OLVST

Type: Oblique Globe Pattern Landing Valve

Standard Certificate: BS5041-1

Body: Copper alloy, |

Thickness: > 3mm

Handwheel: Grey cast iron,

Blank cap: Copper alloy

Inlet: Flanged or BSP Screwed

Outlet: Female instantaneous to BS336

Surface: Red or Yellow Painting

Test Pressure: 22.5 bar

Flow Rates: More than 8.5 L/s

Fully open: 4.5 turns

Application: Fire Hydrant, Wet Riser & Dry Riser Systems






Features of Valve Oblique Landing pattern globe type


  1. Oblique-angle body configuration for practical hose access
  2. Globe-pattern valve construction
  3. Male screwed inlet connection
  4. Instantaneous fire hose outlet options
  5. Suitable for wet and dry riser applications
  6. Designed for fire hydrant installations
  7. Robust copper-alloy or gunmetal body options
  8. Smooth handwheel operation
  9. Replaceable sealing components available on selected models
  10. Blank cap and chain options
  11. Corrosion-resistant construction options
  12. Low-flow-restriction internal design
  13. Standards-based configurations available
  14. Compact installation-friendly design
  15. Reliable shut-off and flow regulation


The datasheet of the chosen manufacturer should be consulted to confirm the precise materials, inlet threads, outlet arrangements, pressure ratings, and certification of the several commercial oblique pattern globe type landing valve models that are offered in 2½-inch configurations.





Benefits of Valve Oblique Landing pattern globe type


Simple Fire Hose Attachment: The landing valve oblique type's angled outlet offers a useful connecting position that makes it easier for firefighters to handle and attach hoses in an emergency.

Effective Water Distribution: Effective water delivery to the firefighting area is supported by a suitably designed oblique type landing valve, which creates a controlled pathway from the riser to the linked fire hose.

Operational Accessibility: Without the need for complicated working equipment, the fireman may handle the valve from an accessible position thanks to its handwheel-operated design.

Dependable Shut-Off: Positive flow control and shut-off when the fire hose connection is not needed are supported by globe-pattern valve construction.

Extended Service Life: These valves are frequently made of gunmetal and copper-alloy, which provide durability and corrosion resistance appropriate for harsh fire safety conditions.






Advantages


  1. Angled outlet improves hose-handling convenience
  2. Male screwed inlet simplifies compatible pipe connection
  3. Suitable for building wet riser systems
  4. Applicable to selected dry riser arrangements
  5. Compact compared with many alternative connection configurations
  6. Designed for repeated fire-service operation
  7. Available in standards-based configurations
  8. Suitable for hydrant landing points at multiple building levels
  9. Durable metallic construction options
  10. Easy integration with compatible fire hose assemblies
  11. Practical solution for commercial and industrial fire protection





Applications


  1. Wet riser systems
  2. Dry riser systems
  3. Fire hydrant systems
  4. High-rise buildings
  5. Commercial buildings
  6. Industrial facilities
  7. Factories
  8. Garment factories
  9. Warehouses
  10. Shopping complexes
  11. Hospitals
  12. Hotels
  13. Residential high-rise buildings
  14. Staircase fire points
  15. Fire hose connection points
  16. Firefighting riser outlets




Valve Oblique Landing Uses


Providing a special fire hose connection to the building's fire riser system is one of the main purposes for valve oblique landings. It enables emergency workers to regulate the water flow from the pressured riser and connect a suitable hose at specified firefighting levels.


When the outlet must be positioned at an angle for better hose access and operator convenience, an oblique pattern hydrant landing valve is very helpful.



Valve Close Direction


Instead than assuming the handwheel operating direction from the valve body style, the manufacturer's markings and installation documents should be consulted for any landing valve. The installer should verify the valve's full-open and full-closed positions during commissioning and make sure it runs smoothly without using too much force.


The manufacturer's operating instructions should be followed during installation and testing since some oblique landing valve products require many handwheel rotations between fully open and completely closed positions.




Landing Valve Installation


For reliable fire safety, landing valve installation must be done correctly. The valve should be installed at the designated fire site, with the hose outlet positioned for unhindered firefighter access and the inlet connection correctly matched to the riser pipework.


Before assembling a screwed oblique landing valve, installers should confirm the proper thread standard, nominal size, outlet connection, pressure rating, and sealing technique. Compatibility with the receiving female connection is especially crucial when a male threaded inlet is specified.


The approved fire protection designs, product instructions, and relevant project requirements should all be followed throughout the final installation. For pertinent landing valve and hose connection designs, BS 5041 and BS 336 are frequently cited.




Technical Considerations


When selecting a screw oblique landing valve, consider:


  1. Nominal valve size
  2. Male screwed inlet specification
  3. Hose outlet standard
  4. Working pressure
  5. Test pressure
  6. Body material
  7. Valve certification
  8. Connection compatibility
  9. Installation location
  10. Fire riser design requirements



Why Choose Valve Oblique Landing Pattern Globe Type?


The Valve Oblique Landing pattern globe type is a practical choice for fire hydrant and riser systems where accessible hose connection, controlled water flow and dependable shut-off are required.


Its angled configuration can improve hose accessibility, while a male screwed inlet provides a straightforward connection option for compatible fire-riser pipework. Quality versions are available with recognized fire-system standards and certification, giving engineers and building owners a more dependable option for critical fire protection installations.




Conclusion


A Valve Oblique Landing pattern globe type with a male screwed provides a dependable hose connection and flow-control point for building fire protection systems. Its angled configuration, globe-pattern operation and threaded inlet make it suitable for a wide range of wet riser, dry riser and fire hydrant applications.


Selecting the correct size, connection standard, pressure rating and certified configuration is essential to ensure the valve integrates correctly with the overall fire safety system.




Size Any
Model Any
Origin USA or China
Warranty As per policy
A Valve Oblique Landing pattern globe type with a male screwed is a fire protection landing valve used as a controlled hose connection point on building fire riser systems. Its angled body and threaded male inlet are designed for practical connection and operation at designated firefighting locations.
An oblique landing valve provides firefighters with an accessible outlet for connecting a fire hose to the building's pressurized riser. It allows the operator to regulate or stop the flow of firefighting water as required during emergency operations.
An oblique type landing valve is commonly installed in wet riser and dry riser systems, fire hydrant installations and designated fire hose points in multi-stored, commercial, industrial and residential buildings.
The angled design of a landing valve oblique type helps position the hose outlet in a more accessible direction. This can make hose attachment, handling and operation easier where installation space or riser cabinet arrangement needs an angled connection.
A male screwed inlet allows the screwed oblique landing valve to be connected to a compatible threaded pipe fitting or fire protection component. Before installation, the thread type, nominal size and connection compatibility should be checked carefully to prevent leakage or fitting problems.
A screw oblique landing valve generally describes an oblique-pattern landing valve incorporating a screwed inlet connection. The main differences between available models may include body material, inlet thread, hose outlet standard, pressure rating, size, certification and construction details.
During landing valve installation, installers should verify the valve size, inlet thread, hose connection, flow direction, mounting position, accessibility and connection compatibility. The installation should follow the approved fire protection drawings, manufacturer instructions and applicable project requirements.
The correct valve close direction should be confirmed from the manufacturer's markings or operating instructions. The handwheel should be operated smoothly and the fully open and fully closed positions should be verified during commissioning rather than relying on an assumed direction.

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