VF208W 25NS 26E B00

In stock: No Vendor stock: No Minimal order quantity: 1

Price (excl. VAT):

125,24 €

This price is valid until 14.02.25

EAN: 3606489660819

MPN: VF208W-25NS

Package: 1

Technical Information

Item condition	New
Manufacture name	VF208W 25NS 26E B00
Brand	Schneider Electric
Categories	Control devices, buttons
Country of origin	DE
Surface protection	Coated
Material quality	Other
Sealing	Ethylene-propylene diene monomer rubber (EPDM)
Operation	Other
Length operating element	33 mm
Diameter handwheel	0 mm
Material quality spindle	Other
Article compression class	PN 16
Construction length	186 mm
Outer pipe diameter all connections	25 mm
Flange compression class	PN 16
Max. pressure difference at 20 °C	0 bar
Length of connection 1	0 mm
Length of connection 2	0 mm
Angle of the valve	0 °
Spindle angle	0 °
Max. pressure difference as end valve	0 bar
Passage	0 mm
Valve design	Centric
Fire-safe	No
Height operating element	128 mm
Kvs value	26
Material spindle	Stainless steel
Connections	Other
Nominal diameter	1 inch (25)
Material valve butterfly	Other
Valve butterfly lined	No
Material primary spindle seal	Ethylene-propylene diene monomer rubber (EPDM)

Packing details

Packing level 1

3606489660819

Description

The VF208W is a new generation butterfly valve for the isolation and control of water for HVAC systems. The valve can be operated either by an electric actuator or hand using a handlever. Nodular iron construction provides a long life and high corrosion resistance. The EPDM soft seats provide tight shut off and zero leakge, for a better energy saving, maintenance free, double sealing of stem, centrical disc bearing. Valve size: DN25, Flange, uncharacterized flow, kvs: 26 m³/h. Constructed and flanged to a PN16 pressure class. ΔPm of maximum 600 Kpa. EPDM seals provide a working temperature range of -10 °C to + 100 °C, the soft seat seal ensures a tight close off with no leakage. Uncharacterized flow characteristics provide a good flow control, integrated dew point barrier. No linkage kits required.