ECOplus Solar Cylinder

Transcription

1 TECHNICAL INFORMATION ECOplus Solar Cylinder Minimized Heat Loss due to convection brakes in the pipe connections, the new close-fitting, 00-mm thick PU soft foam jacket insulation, 0-mm thick and close fitting lid insulation and 0- mm thick floor insulation; with robust polystyrene shell. Connection option for CONVECTROL III the Effective Convection Brake Technically optimized barriers separate the water cooled in the pipes safely from the hot storage tank water. This reduces heat losses at the pipe connections by up to 0 %. Optional Mounting Kit for Solar Station to minimize piping effort - time and space saving and neat appearance. Double Corrosion Protection with durable high-quality enamel coating and magnesium protection anode. Quick Installation with flat-sealing screw connections, combi-fittings, sensor terminal block, removable heat insulation with hook closure; horizontal attachment of the connection pipes made possible by CONVECTROL III. Stable Thermal Stratification due to slim column design with stabilized cold water inlet and hot water outlet flows. Lime-Scaling Resistant Heat Exchanger made from plain pipe coils for solar and aux. heating circuit, energetically optimized design, generously sized. High Quality Only high-grade and environmentally friendly materials are used. Manufactured and inspected in accordance with DIN 7. Options for circulation pipe and electrical immersion heater. With cleaning flange. Figure The ECOplus solar cylinder with volumes of 00, 00, 00 and 70 liters. Solar Thermal / Solar Cylinder EN-XXX_ECOplus-Solar-Cylinder_TI

2 . Technical Data Table Solar Cylinder Feature 00 l 00 l 00 l 70 l Part no Total volume l 9 l 90 l 7 l Auxiliary heating volume l l 0 l 0 l Max. operational pressure 0 bar Max. operational temperature 9 C Usable hot water volume with indicated aux. heating temp. in liter at 0 C * 8 l l l 0 l* Coefficient of performance NL / assoc. boiler output *. / 0 kw. /. kw. /. kw.7 / 7. kw Thermal insulation Jacket insulation 00 mm PU soft foam with polystyrene shell, lid 0 mm and floor 0 mm PU soft foam Heat loss rate acc. to DIN ENV 977- *, *.9 W/K.88 W/K.9 W/K.8 W/K Anode, ¼" F * Protective magnesium anode CORREX-UP Tilted dimension, without insulation 00 mm 80 mm 800 mm 00 mm Weight, without insulation 0 kg 70 kg 0 kg 9 kg Solar circuit heat exchanger * Surface area / volume. m² / 8. l.7 m² / 0.0 l.9 m² /.0 l. m² /.0 l Pressure loss at 0 C / volume flow mbar / 00 l/h mbar /80 l/h mbar / 0 l/h 7 mbar / 00 l/h Max. operational pressure Max. recommended collector area 8 m² 0 m² m² 8 m² Aux. heating heat exchanger * Surface area m² / volume.0 /.0 l. / 7.0 l. / 8.0 l.7 / 0.0 l Pressure drop at 0 C / volume flow mbar / 0 l/h mbar / 0 l/h mbar / 700 l/h mbar / 000 l/h Max. permissable operational pressure Max. continuous power output * 0 kw kw kw 8 kw bar bar Table Cylinder Connections (figures to ) Figure Top view of ECOplus solar cylinder Bleeder ½" M; Protective anode ¼" F; Pipe connections (compare table ); Sensor connection terminal; Cleaning flange DN 00; Hoisting lug No.* Connection type Cold water connection " M Solar circuit return ¼" M Solar circuit flow ¼" M Flange for screw-in immersion heater ½" IG Auxiliary heating flow ¼" M (recommended) Circulation connection ¾" M 7 Aux. heating return ¼" M (recommended) 8 Hot water connection ¼" M 9 Bleeder ½" IG 0 Cleaning flange DN 00 * Numbers for image details from figures to. EN-XXX_ECOplus-Solar-Cylinder_TI

3 Ø Ø Figure ECOplus 00, vertical section with dimensions; pipe connections are on the right side G ¼"; for legend see table. Ø Ø Figure ECOplus 00, vertical section with dimensions; pipe connections are on the right side G ¼"; for legend see table. EN-XXX_ECOplus-Solar-Cylinder_TI

4 Ø Ø Figure ECOplus 00, vertical section with dimensions; pipe connections are on the right side G ¼"; for legend see table. Ø Ø Figure ECOplus 70, vertical section with dimensions; pipe connections are on the right side G ¼"; for legend see table. EN-XXX_ECOplus-Solar-Cylinder_TI

5 . Accessories Table Accessories ECOplus connection kit combi STANDARD with combi fittings ECOplus connection kit combi CONVECTROL III with combi fittings Prod. No CIRCO cylinder mounting kit Cylinder height adjustment unit, (up to 00 l-cylinder pcs., for 70 l pcs. required) Cylinder safety subassembly, S acc. to DIN CORREX-UP impressed current anode 0 0 Protective magnesium anode (for ECOplus 00) Protective magnesium anode (for ECOplus 00 u. 00) 0 0 Electrical screw-in immersion heater. kw (0 V) 9 00 Electrical screw-in immersion heater kw (0/00 V) 9 00 Electrical screw in immersion heater kw (00 V) 9 00 EHK 9 kw (00 V) 9 00 DHW mixer with insulation shells way actuator diverter valve (" M) 0 0 Convection Brake CONVECTROL III The patent protected design of the easy to install component separates the water that cooled down in the connection pipes from the hot storage content. The CONVECTROL III reduces heat losses at storage connections by up to 0 %. This results in a reduction of total annual storage heat losses by 0 to 0 %. Figure 8 Storage cylinder with attached cylinder mounting kit and CIRCO solar circulation unit. Figure 7 CONVECTROL III combined connection set. EN-XXX_ECOplus-Solar-Cylinder_TI

6 . System Solutions - Examples Figure 9 Solar installation for hot water preparation. Single storage system with solar hot water cylinder ECOplus and auxiliary heating with oil or gas boiler. This way a continuous operation of the system can be assured, which reduces the electricity consumption of the pump (principle representation, see figures to for real position of connections). Figure 0 Solar installation for DHW preparation. Single storage system with solar hot water storage cylinder ECOplus and auxiliary heating by oil or gas boiler. The solar installation does not only take over the larger part of the hot water preparation, it also increases the annual use efficiency of the boiler by avoiding the boiler s low summer time efficiency for hot water production. EN-XXX_ECOplus-Solar-Cylinder_TI

7 Figure Solar installation for DHW preparation. Serial connection of ECOplus solar cylinder and monovalent hot water storage. The solar energy is distributed optimally to both cylinders by the SUNGO controller. The solar cylinder is integrated in the form of a draw-off cylinder and is loaded with priority by the solar controller. The auxiliary heating with oil or gas boiler also is loaded to the solar cylinder. The monovalent cylinder (only one heat exchanger) serves as preheating tank. This type of layout can be used with an existing hot water cylinder and is characterized by reduced storage tank and system losses (principle representation, see figures to for real position of connections). Figure Solar installation for DHW preparation. Single storage system - solar DHW storage cylinder ECOplus and demand regulated auxiliary heating with oil or gas boiler. The auxiliary domestic water heating is regulated by the boiler controller. The solar controller SUNGO operates the solar circuit pump speed controlled, depending on solar irradiation and storage tank temperature. This way a continuous operation of the system can be assured, which reduces the electricity consumption of the pump (principle representation, see figures to for real position of connections). EN-XXX_ECOplus-Solar-Cylinder_TI

8 Subject to modifications, errors excepted Wagner & Co, WAGNER & CO Zimmermannstraße D-09 Cölbe/Marburg % +9 (0) Fax