DYNAMICAL®, Dynamic thermostatic radiator valve fitted for thermostatic and electronic control heads, thermo-electric actuators. Reverse version.
Product Description
Dynamic thermostatic radiator valve fitted for thermostatic and electronic control heads, thermo-electric actuators. Reverse version.
For copper, single and multilayer plastic pipes.
PATENT
Technical data
Maximum working pressure:
10 bar
Medium temperature range:
5–95 °C
Finish:
chrome
Material:
brass
Certifications
pdf
Drawings and specifications
| Part number | Pipe connection | Radiator connection | Flow rate regulation range |
|---|---|---|---|
| 237302 | 23 p. 1,5 inlet |
G 3/8" A (ISO 228-1) M end outlet |
20–120 l/h |
|
2D drawings
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3D models
Tender text
Dynamic thermostatic radiator valve fitted for thermostatic and electronic control heads, thermo-electric actuators. Reverse version.
For copper, single and multilayer plastic pipes. pipe connection: 23 p. 1,5, inlet, Connection for Caleffi fittings. radiator connection: G 3/8" A (ISO 228-1) M, end outlet. Maximum working pressure: 10 bar. Medium temperature range: 5–95 °C. Finish: chrome. Flow rate regulation range: 20–120 l/h. Material: brass.
SCIP code
aa2e749d-6fd8-4b7b-9c0d-36e4b246be2a
|
|||
| 237402 | 23 p. 1,5 inlet |
G 1/2" A (ISO 228-1) M end outlet |
20–120 l/h |
|
2D drawings
dwg
Share this file
Download this file
dxf
Share this file
Download this file
3D models
Tender text
Dynamic thermostatic radiator valve fitted for thermostatic and electronic control heads, thermo-electric actuators. Reverse version.
For copper, single and multilayer plastic pipes. pipe connection: 23 p. 1,5, inlet, Connection for Caleffi fittings. radiator connection: G 1/2" A (ISO 228-1) M, end outlet. Maximum working pressure: 10 bar. Medium temperature range: 5–95 °C. Finish: chrome. Flow rate regulation range: 20–120 l/h. Material: brass.
SCIP code
aa2e749d-6fd8-4b7b-9c0d-36e4b246be2a
|
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igs
stp
bim
Pipe Sizer Caleffi
This application allows for sizing and making calculations for pipes and conduits carrying water or air, respectively for hydraulic or aeraulic plants.
