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⦁ Fully constructed of stainless steel AISI 304 and / or AISI 316. ⦁ 40mm thick thermal insulation obtained by compaction of burned cork grains (3 to 15mm). ⦁ The water is heated by two exchangers whose operation is alternated with that of an electric resistance, driven by a thermostat with double-ended thermal limiter and signaled by a light pilot. ⦁ Equipped with magnesium anode anti-corrosion.
⦁ Fully constructed of stainless steel AISI 304 and / or AISI 316. ⦁ 40mm thick thermal insulation obtained by compaction of burned cork grains (3 to 15mm). ⦁ The water is heated by two exchangers whose operation is alternated with that of an electric resistance, driven by a thermostat with double-ended thermal limiter and signaled by a light pilot. ⦁ Equipped with magnesium anode anti-corrosion.
⦁ Fully constructed of stainless steel AISI 304 and / or AISI 316. ⦁ 40mm thick thermal insulation obtained by compaction of burned cork grains (3 to 15mm). ⦁ The water is heated by two exchangers whose operation is alternated with that of an electric resistance, driven by a thermostat with double-ended thermal limiter and signaled by a light pilot. ⦁ Equipped with magnesium anode anti-corrosion.
⦁ Fully constructed of stainless steel AISI 304 and / or AISI 316. ⦁ 40mm thick thermal insulation obtained by compaction of burned cork grains (3 to 15mm). ⦁ The water is heated by an exchanger whose operation is alternated with that of an electric resistance, driven by a thermostat with double-ended thermal limiter and signaled by a light pilot.
⦁ Fully constructed of stainless steel AISI 304 and / or AISI 316. ⦁ 40mm thick thermal insulation obtained by compaction of burned cork grains (3 to 15mm). ⦁ The water is heated by two exchangers whose operation is alternated with that of an electric resistance, driven by a thermostat with double-ended thermal limiter and signaled by a light pilot. ⦁ Equipped with magnesium anode anti-corrosion.
⦁ Fully constructed of stainless steel AISI 304 and / or AISI 316. ⦁ 40mm thick thermal insulation obtained by compaction of burned cork grains (3 to 15mm). ⦁ The water is heated by an electric resistance, the operation of which is controlled by a thermostat with double-ended thermal limiter and indicated by a light pilot. ⦁ Equipped with magnesium anode anti-corrosion.
⦁ Fully built in stainless steel AISI 304 and / or AISI 316. ⦁ Thermal insulation with 40mm thickness obtained by compaction of burnt cork grains (3 to 15mm). ⦁ The water is heated by an electric resistance, the operation of which is controlled by a thermostat with a double-ended thermal limiter and indicated by a light pilot. ⦁ Equipped with anti-corrosion magnesium anode.
⦁ Fully built in stainless steel AISI 304 and / or AISI 316. ⦁ Thermal insulation with 40mm thickness obtained by compaction of burnt cork grains (3 to 15mm). ⦁ The water is heated by an electric resistance, the operation of which is controlled by a thermostat with a double-ended thermal limiter and indicated by a light pilot. ⦁ Equipped with anti-corrosion magnesium anode.
⦁ Fully built in stainless steel AISI 304 and / or AISI 316. ⦁ Thermal insulation with 40mm thickness obtained by compaction of burnt cork grains (3 to 15mm). ⦁ The water is heated by an electric resistance, the operation of which is controlled by a thermostat with a double-ended thermal limiter and indicated by a light pilot. ⦁ Equipped with anti-corrosion magnesium anode.
⦁ Fully built in stainless steel AISI 304 and / or AISI 316. ⦁ Thermal insulation with 40mm thickness obtained by compaction of burnt cork grains (3 to 15mm). ⦁ The water is heated by an electric resistance, the operation of which is controlled by a thermostat with a double-ended thermal limiter and indicated by a light pilot. ⦁ Equipped with anti-corrosion magnesium anode.
⦁ Fully built in stainless steel AISI 304 and / or AISI 316. ⦁ Thermal insulation with 40mm thickness obtained by compaction of burnt cork grains (3 to 15mm). ⦁ The water is heated by an electric resistance, the operation of which is controlled by a thermostat with a double-ended thermal limiter and indicated by a light pilot. ⦁ Equipped with anti-corrosion magnesium anode.
⦁ Fully constructed of stainless steel AISI 304 and / or AISI 316. ⦁ 40mm thick thermal insulation obtained by compaction of burned cork grains (3 to 15mm). ⦁ The water is heated by an exchanger whose operation is alternated with that of an electric resistance, driven by a thermostat with double-ended thermal limiter and signaled by a light pilot.
⦁ Fully constructed of stainless steel AISI 304 and / or AISI 316. ⦁ 40mm thick thermal insulation obtained by compaction of burned cork grains (3 to 15mm). ⦁ The water is heated by an exchanger whose operation is alternated with that of an electric resistance, driven by a thermostat with double-ended thermal limiter and signaled by a light pilot.
⦁ Fully constructed of stainless steel AISI 304 and / or AISI 316. ⦁ 40mm thick thermal insulation obtained by compaction of burned cork grains (3 to 15mm). ⦁ The water is heated by an exchanger whose operation is alternated with that of an electric resistance, driven by a thermostat with double-ended thermal limiter and signaled by a light pilot.
⦁ Fully constructed of stainless steel AISI 304 and / or AISI 316. ⦁ 40mm thick thermal insulation obtained by compaction of burned cork grains (3 to 15mm). ⦁ The water is heated by two exchangers whose operation is alternated with that of an electric resistance, driven by a thermostat with double-ended thermal limiter and signaled by a light pilot. ⦁ Equipped with magnesium anode anti-corrosion.
⦁ Fully constructed of stainless steel AISI 304 and / or AISI 316. ⦁ 40mm thick thermal insulation obtained by compaction of burned cork grains (3 to 15mm). ⦁ The water is heated by two exchangers whose operation is alternated with that of an electric resistance, driven by a thermostat with double-ended thermal limiter and signaled by a light pilot. ⦁ Equipped with magnesium anode anti-corrosion.
