Regulation balancing Valve - F15 | Brandoni

Name: Regulation balancing Valve - F15 | Brandoni
Brand: Brandoni Valves
SKU: Regulation balancing Valve - F15 | Brandoni

The Regulation Balancing Valve - F15 by Brandoni is a flanged, direct-acting pressure reducing valve with a piston, designed for effective pressure reduction and control. Constructed from ductile iron with an epoxy coating, it is suitable for use with drinking water. This valve reduces and stabilizes high upstream pressure to a lower downstream pressure, regardless of flow rate and upstream pressure changes. It is available in pressure ratings of PN 10 – 16, PN 25, and PN 40, and supports two regulation ranges for outlet pressure. The valve comes in a flanged version with sizes ranging from DN 50 to DN 150. It is ideal for applications such as supplying low-pressure networks from high-pressure sources, protecting sensitive equipment, maintaining pressure levels in sanitary networks, stabilizing pressure in compressed air circuits, and managing pressure downstream of tanks or basins.

Standard (Options)

Connection (Options)

Flanged

Material (Options)

Ductile Iron

Pressure Rating (Options)

PN 10
PN 16
PN 25
PN 40

Pattern (Options)

Straight Through

Datasheet and documents

Description

FLANGED DIRECT ACTING, PRESSURE REDUCING VALVES WITH PISTON

The flanged, direct acting, pressure reducing valves, with piston, in the series F15 are suitable for reducing and controlling the pressure.

They are made of ductile iron, with an epoxy coating suitable for drinking water.

Reduces and stabilizes the high upstream pressure into a lower downstream pressure regardless of flow rate and upstream pressure fluctuations.

They are available in PN 10 – 16, PN 25, PN 40 and for 2 regulation ranges of the outlet pressure.

Flanged version DN 50 ‐ 150.

YES: for water.

The pressure reducing valve is used to: > Supply a low pressure network from a high pressure network > Protect a delicate section of a plant or device > In sanitary networks, to keep the pressure level under a maximum value > In compressed air circuits, to keep the pressure constant, independently of any variation caused by compressors > Downstream of tanks or accumulation basins, to reduce and stabilize the pressure of the distribution network.