VMX10P DN15 Kvs=0,4
SKU
VMX10P*03
Zone valve for PN16 3-way fan coils
DN15, Kvs=0,4 and plain tapped external threaded connections
Brass body and technopolymer plug
Fluid temperature 5/95 °C
DN15, Kvs=0,4 and plain tapped external threaded connections
Brass body and technopolymer plug
Fluid temperature 5/95 °C
Micra valves are used to control the flow of hot or cold water in heating and air conditioning systems.
The innovative and patented design
makes the Micra valves the most compact on the market thus allowing easy installation on the terminal units.
The PN16 valve body is made of brass with 1/2 "and 3/4" threaded connections while the internal parts are made of reinforced technopolymer. The stop is perfect both on the direct way and on the corner road and is made with EPDM o-ring gaskets compatible with water and glycol mixtures.
All the external metal parts are made of stainless materials ensuring the absence formation of rust even in the presence of condensation.All models can be equipped with thermal shells.
The PN16 valve body is made of brass with 1/2 "and 3/4" threaded connections while the internal parts are made of reinforced technopolymer. The stop is perfect both on the direct way and on the corner road and is made with EPDM o-ring gaskets compatible with water and glycol mixtures.
All the external metal parts are made of stainless materials ensuring the absence formation of rust even in the presence of condensation.All models can be equipped with thermal shells.
Valve body | Brass |
---|---|
Plug | Composite Polymer |
PN | 16 |
T Fluid min [°C] | 5 |
T Fluid max [°C] | 95 |
Leakage [% Kvs] | 0 |
Leakage by-pass [% Kvs] | 0 |
Stroke [mm] | 2,5 |
Valve type | 3 way |
DN [mm] | 15.00 |
Kvs | 0.40 |
Kvs by-pass | 0.40 |
Connection | External threaded |
Seal | Flat |
Fluid | Water |
Max Differential Press. [kPa] | 400 |
Connection size | 1/2" M (GAS UNI-ISO 228) |
Application | Terminal units, Zone |
Data Sheet - ENG
(681.56 kB)
Micra_Installation_instruction_DIM128en_V1.6
(361.63 kB)
V.X_art.4par.3_036en_v1.1
(563.38 kB)