5 configurations to compare

Threaded Fire Hose Valves

Use the configuration images to identify the required product, then confirm connection, material and performance data with the quotation.

5 illustrated configurations

Configuration images are illustrations. Request the product photo, connection and performance details for your selected configuration before ordering.

Available configurations

Hose-Tail Fire Hose Valve — S-052

Catalog configuration illustration of Hose-Tail Fire Hose Valve — S-052

Connection or dimension references: inlet 1.5 in BSP; outlet Ø25 mm

Fire Hose Valve with Hose Tail — S-060

Catalog configuration illustration of Fire Hose Valve with Hose Tail — S-060

Connection or dimension references: inlet 1.5 in BSP; outlet Ø45 mm

Round-Body Female-Threaded Fire Hose Valve — US-026 / US-027

Catalog configuration illustration of Round-Body Female-Threaded Fire Hose Valve — US-026 / US-027

Connection or dimension references: inlet 1.5 in NPT; outlet 1.5 in NPT · inlet 1.5 in BSP; outlet 1.5 in BSP

Barrel-Body Right-Outlet Fire Hose Valve — US-030 / US-031

Catalog configuration illustration of Barrel-Body Right-Outlet Fire Hose Valve — US-030 / US-031

Connection or dimension references: inlet 1.5 in NPT; outlet 1.5 in NPT · inlet 1.5 in NPT; outlet 1.5 in NH

Barrel-Body Left-Outlet Fire Hose Valve — US-032 / US-033

Catalog configuration illustration of Barrel-Body Left-Outlet Fire Hose Valve — US-032 / US-033

Connection or dimension references: inlet 1.5 in NPT; outlet 1.5 in NH · inlet 2 in NPT; outlet 2 in NH

Specifications

Product selection details

Compare connection and dimension references to choose your configuration. Final order specifications are confirmed with the quotation.

Product family
Threaded Fire Hose Valves
Available configurations
5 illustrated configurations

Available configurations

Configurations and connection references

Compare the configuration and connection or dimension references in each row.

ConfigurationConnection or dimension references
Hose-Tail Fire Hose Valve — S-052inlet 1.5 in BSP; outlet Ø25 mm
Fire Hose Valve with Hose Tail — S-060inlet 1.5 in BSP; outlet Ø45 mm
Round-Body Female-Threaded Fire Hose Valve — US-026 / US-027inlet 1.5 in NPT; outlet 1.5 in NPT · inlet 1.5 in BSP; outlet 1.5 in BSP
Barrel-Body Right-Outlet Fire Hose Valve — US-030 / US-031inlet 1.5 in NPT; outlet 1.5 in NPT · inlet 1.5 in NPT; outlet 1.5 in NH
Barrel-Body Left-Outlet Fire Hose Valve — US-032 / US-033inlet 1.5 in NPT; outlet 1.5 in NH · inlet 2 in NPT; outlet 2 in NH

Connection and dimension references are selection aids. Confirm the final model, flow direction, thread or flange, material, pressure and drawing before production.

Configuration details

Compare the specifications for each named configuration below. Values apply only to the configuration shown.

Fire-hose gate valve — 2½ in

Straight-through copper-body option with BS 336 coupling family. The coupling fit is checked separately.

Nominal size
2½ in
Material
Copper body
Connection
BS 336 coupling family
Working pressure
300 psi maximum working pressure

Confirm the mating connection from the required drawing or sample before ordering.

Quotation confirmation

Confirm the configuration before production

Start with the configuration and quantity. Add size, connection, working pressure and destination when available; we will review the supply details with you.

Connection and sizeConfirm inlet/outlet direction, nominal size, thread, coupling or flange against a mating sample or drawing where required.
Material and finishConfirm body material, alloy grade, seal material, finish and color. The visible color does not establish the material.
Pressure and documentsState working pressure, test pressure, medium and required documents with the quotation request.
Image and approved drawingReview the original photo or sample and approved drawing to confirm small details, markings and dimensions before production.

Send your Threaded Fire Hose Valves requirement

Start with the configuration and quantity. Size, connection and project requirements can follow.