Electronic recessed HIU for high temperature heating system.
Product Description
Electronic recessed HIU for high temperature heating system.
Technical data
Maximum working pressure:
10 bar
Primary inlet working temperature range:
2–85 °C
Electric supply:
230 V (AC)
Power consumption:
20 W
Depth:
110 mm
Height:
410 mm
Width:
570 mm
Maximum DHW instantaneous production:
18 l/min
△p max.:
0,9 bar
△p max. - Notes:
primary circuit
Note
The box code 794950 is mandatory for the installation of the SATK50 series.
Certifications
pdf
Drawings and specifications
| Part number | Note | Nominal heat exchanger capacity | |
|---|---|---|---|
| SATK50303 | 40 kW | $$ data missing $$ | |
|
3D models
Tender text
Electronic recessed HIU for high temperature heating system.
Maximum working pressure: 10 bar. Primary inlet working temperature range: 2–85 °C. Electric supply: 230 V (AC). Power consumption: 20 W. Nominal heat exchanger capacity: 40 kW. Depth: 110 mm. Height: 410 mm. Width: 570 mm. Maximum DHW instantaneous production: 18 l/min. △p max.: 0,9 bar (primary circuit).
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| SATK50393 | For wall hanging installation, without box | - | |
|
3D models
Tender text
Electronic recessed HIU for high temperature heating system.
Maximum working pressure: 10 bar. Primary inlet working temperature range: 2–85 °C. Electric supply: 230 V (AC). Power consumption: 20 W. Nominal heat exchanger capacity: -. Depth: 110 mm. Height: 410 mm. Width: 570 mm. Maximum DHW instantaneous production: 18 l/min. △p max.: 0,9 bar (primary circuit).
|
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| SATK50393 001 | For wall hanging installation, without box | - | |
|
3D models
Tender text
Electronic recessed HIU for high temperature heating system.
Maximum working pressure: 10 bar. Primary inlet working temperature range: 2–85 °C. Electric supply: 230 V (AC). Power consumption: 20 W. Nominal heat exchanger capacity: -. Depth: 110 mm. Height: 410 mm. Width: 570 mm. Maximum DHW instantaneous production: 18 l/min. △p max.: 0,9 bar (primary circuit).
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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.
