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VZ408C Zone Valve, 3-Way with Bypass, PN16, DN15, 15 mm O/D Compression, Kvs 0.25 m³/h, M30 Actuator Connection, 2.5 mm Stroke, Stem Up Closed

In stock: No Vendor stock: No Minimal order quantity: 1
Price (excl. VAT):
39,52 €
This price is valid until 14.02.25
EAN: 3606481552037
MPN: VZ408C-15BP01
Package: 1

Technical Information

Item condition New
Manufacture name VZ408C Zone Valve, 3-Way with Bypass, PN16, DN15, 15 mm O/D Compression, Kvs 0.25 m³/h, M30 Actuator Connection, 2.5 mm Stroke, Stem Up Closed
Brand Schneider Electric
Categories Mounting materials
Country of origin IT
Width 0 mm
Height 0 mm
Depth 0 mm
Surface protection Other
Control signal Three-point
Material quality Other
Article compression class PN 16
Max. medium temperature (continuous) 95 °C
Min. medium temperature (continuous) 5 °C
Outer pipe diameter all connections 15 mm
Flange compression class PN 16
Length of connection 1 0 mm
Length of connection 2 0 mm
Working length connection 1 0 mm
Working length connection 2 0 mm
Operating time 0 s
Housing material Bronze
Kvs value 0.25
Connections Compression ring
With end contacts No
Max. electric power input 0 VA
Nominal diameter 1/2 inch (15)
Auxiliary contacts No
Max. pressure difference in opened position 0 bar
Leakage loss of Kvs value 0.005 %
Control ratio (Svo) 0 %
Characteristic curve Linear
Closing pressure 0 bar

Packing details

Packing level 1 3606481552037

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Description

The VZ48C is a small linear three-way with bypass zone valve used for the control of hot or chilled water in terminal units. It is designed to be used with the MZ14 family of thermal actuators. The valves utilise a double O-ring design on the plug to ensure a leak tight seal on both valve ports, this ensures no loss of energy leakage through the valve. 15mm Compression connection DN15, Kvs: .25 m³/h Pressure class PN16, stroke 2.5 mm, Normally closed (A-Ab). It is recommended to fit a strainer upstream of the valve to increase reliability and to follow water treatment guidelines as detailed in VDI 235. Valves should be installed in the return pipe to reduce exposure to media temperature extremes.