Threaded and flanged inlet selections
Horizontal-Handwheel Landing Valves
Threaded and flanged inlet selections with a horizontal operating handwheel and a catalog-listed common 2.5 in BS336 outlet.
These are manually operated outlet valves; pressure reduction or stabilization is not included. HSW codes are selection references. Match the connections and working pressure with your quotation.
Configuration images
Two configuration illustrations
Illustrations of threaded-inlet and flanged-inlet configurations. Request the product photo and connection drawing for your selected version.
Specifications
Product selection details
Compare the operating arrangement and connection references below. Construction and performance details are confirmed for your selected configuration with the quotation.
- Product family
- Indoor fire-hose landing-valve configurations with horizontal handwheel
- Operating arrangement
- Horizontal operating handwheel
- Catalog inlet options
- 2.5 in BSP / BSPT / JIS10K / BS4504 · 3 in BS4504
- Catalog common outlet
- 2.5 in BS336
- Selection references
- HSW-010 · HSW-011 · HSW-012 · HSW-013 · HSW-014
- Pressure-regulation classification
- Not pressure-reducing or pressure-stabilizing
- Working pressure options
- 1.6 MPa / 16 bar; 2.5 MPa / 25 bar
Available selections
Configurations and connection options
Choose the inlet connection. The listed outlet connection is 2.5 in BS336; confirm the mating coupling for your order.
| Selection reference | Inlet | Outlet |
|---|---|---|
| HSW-010 | 2.5 in BSP | 2.5 in BS336 |
| HSW-011 | 2.5 in BSPT | 2.5 in BS336 |
| HSW-012 | 2.5 in JIS10K | 2.5 in BS336 |
| HSW-013 | 2.5 in BS4504 | 2.5 in BS336 |
| HSW-014 | 3 in BS4504 | 2.5 in BS336 |
Quotation confirmation
Lock the exact ordered connection
Send the selected inlet and outlet requirement so the quotation can confirm the factory model, materials, pressure class, mating components and accessories.
Send your landing-valve requirement
Start with the HSW reference or inlet interface and quantity. Add outlet details, system pressure and destination when available.