VB: 20 mm, 3W, Globe, Rp Int, BR, 6.3 kvs, Glycol 25-50% and Water, Venta, No Steam
The V311T is an internally threaded 3-way globe valve designed for a wide range of heating and cooling applications. The valve uses a crown plug for precise fluid control. Nodular iron construction provides a long life and high corrosion resistance. The crown plug provides precise fluid control with a rangeability of 5:1 and is of a self cleaning design for reliable operation. Valve size: DN2, G External, Flow capacity, Kvs: 6.3 m³/h. Constructed and flanged to a PN16 pressure class. ΔPm of maximum 4 Kpa. EPDM seals provide a working temperature range of -2 °C to + 12 °C, the soft seat seal ensures a tight close off with no leakage. 2 mm stroke ensures high controllability, Equal percentage flow characteristic ensures high controllability at low opening degrees. Meets the 214/68/EE, article 4.3 of the PED (Pressure Equipment Directive).
Product identifiers
SKU: 7311729000
EAN: 3606489658717
GTIN: 3606489658717
MPN: 7311729000
Loyalty points:
102
Price: £ 297.12 Excl. VAT
Categories
Features
Kvs value
|
6.3
|
Axle height
|
-
|
Connections
|
Internal thread
|
Stroke length
|
20 mm
|
Housing material
|
Cast iron
|
Material quality
|
Other
|
Nominal diameter
|
3/4 inch (20)
|
Surface protection
|
Untreated
|
Control ratio (Svo)
|
-
|
Characteristic curve
|
Equal percentage
|
KVS value for bypass
|
-
|
Length of connection 1
|
-
|
Length of connection 2
|
-
|
Length of connection 3
|
-
|
Flange compression class
|
PN 16
|
Article compression class
|
PN 16
|
Leakage loss of Kvs value
|
0.005 %
|
With coupling connection 1
|
-
|
With coupling connection 2
|
-
|
With coupling connection 3
|
-
|
Working length connection 1
|
-
|
Working length connection 2
|
-
|
Working length connection 3
|
-
|
Characteristic curve for bypass
|
-
|
Medium temperature (continuous)
|
|
Installation method, distributive
|
-
|
With T-piece for 4-way connection
|
-
|
Outer pipe diameter all connections
|
20 mm
|
Leakage loss of KVS value for bypass
|
-
|
Max. pressure difference in opened position
|
-
|