Reference: ES290009
Brand: BAXI
STS 200 - Thermosiphon 200 Liters BAXI
The Thermosiphon System is a compact system formed by 1 solar collector, 1 accumulator tank 200 liters and all the necessary components to have domestic hot water.
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There are 15 products.
Reference: ES290009
Brand: BAXI
The Thermosiphon System is a compact system formed by 1 solar collector, 1 accumulator tank 200 liters and all the necessary components to have domestic hot water.
Reference: ES290017
Brand: BAXI
The Thermosiphon System is a compact system formed by 2 solar collectors, 1 deposit 300 liters accumulator and all the necessary components to dispose of sanitary hot water.
Reference: ES290019
Brand: BAXI
The Thermosiphon System is a compact system formed by 2 solar collectors, 1 deposit 300 liters accumulator and all the necessary components to dispose of sanitary hot water.
Reference: SLSK160P
Brand: SOLIUS
Compact domestic solar equipment, for heating sanitary water with operation by termsia, which takes advantage of the decrease in water density with its temperature increase.
Reference: SLSK160ATL
Brand: SOLIUS
Domestic compact solar equipment for heating domestic water with thermosiphon operation, which takes advantage of the decrease in water density with the increase in temperature.
Reference: SLSK200P
Brand: SOLIUS
Compact domestic solar equipment, for heating sanitary water with operation by termsia, which takes advantage of the decrease in water density with its temperature increase.
Reference: SLSK200XLP
Brand: SOLIUS
Compact domestic solar equipment, for heating sanitary water with operation by termsia, which takes advantage of the decrease in water density with its temperature increase.
Reference: SLSK200ATL
Brand: SOLIUS
Domestic compact solar equipment for heating domestic water with thermosiphon operation, which takes advantage of the decrease in water density with the increase in temperature.
Reference: SLSK200XLATL
Brand: SOLIUS
Domestic compact solar equipment for heating domestic water with thermosiphon operation, which takes advantage of the decrease in water density with the increase in temperature.