Solar storage tank 3Plus 300 l with 3 smooth-pipe heat exchangers
Premium solar storage tank for heating domestic hot water with boilers and low-temperature heating systems, especially for the additional connection of a solar thermal system.
The third smooth-pipe...
Delivery by forwarding agency
High Quality
10-year warranty
TÜV Rheinland
Premium solar storage tank for heating domestic hot water with boilers and low-temperature heating systems, especially for the additional connection of a solar thermal system.
The third smooth-pipe heat exchanger can be used optimally for return flow boosting.
The storage tank is used for new installations, but also very frequently as a replacement cylinder. Thanks to the various coating colours available and the wide range of connection options, it can be combined with heat generators and solar thermal systems from almost all manufacturers.
The inner surface of the cylinder has a high-quality enamel coating for hygienic DHW heating. The generously dimensioned heat exchanger surface of the lower smooth-pipe heat exchanger extends to the bottom of the cylinder, thus, ensuring a high energy advantage over many other products on the market.
The service hatch makes it easy to maintain and clean the cylinder.
For more information see Downloads
| OEG no. | 516005170 |
| Installation type: | Vertical storage tank |
| Manufacturer | OEG |
| EAN | 4055668014841 |
| Energy efficiency class | A+ |
| ErP-Label |
|
| Notes |
Delivery by forwarding agency
High Quality
10-year warranty
TÜV Rheinland
|
| Customs tariff number | 84191900 |
General
| Colour: | silver |
| Insulation according to DIN 4102-1 Fire Protection Class B2: | solid foamed insulation |
| Weight [kg]: | 134 |
| Total height including insulation [mm]: | 1750 |
| Diameter with insulation [mm]: | 610 |
| Tilt height [mm]: | 1830 |
| Energy efficiency class according to EU regulation no. 812/2013: | A+ |
| Heat retaining loss according to EN 12897 [W]: | 35 |
| Heat losses in stand-by mode according to DIN 12897 [kW/h / 24 h]: | 0,840 |
| Output capacity (45°C) [l]: | 471 |
| Performance indicator NL following DIN 4708: | 10 |
| TÜV certificate ID: | 0000080165 |
| Real volume according to EN 12897 [l]: | 290 |
| pmax Tank [bar]: | 10 |
| tmax Tank [°C]: | 95 |
| tmin Tank [°C]: | 20 |
| Smooth-pipe heat exchanger [number]: | 3 |
| Smooth-pipe heat exchanger area bottom [m²]: | 1,15 |
| Smooth-pipe heat exchanger surface middle [m²]: | 1,15 |
| Smooth-pipe heat exchanger area top [m²]: | 0,77 |
| Smooth-pipe heat exchanger volume bottom: | 7,50 |
| Smooth-pipe heat exchanger volume middle: | 7,50 |
| Smooth-pipe heat exchanger volume top: | 5,05 |
| pmax Smooth-pipe heat exchanger [bar]: | 10 |
| tmax Smooth-pipe heat exchanger [°C]: | 130 |
| Connection layout: | 180° |
| Connection sensor [Ø mm / terminal]: | 6 mm |
| Connection cold / hot water: | R 1" |
| Connection heat exchanger [thread]: | Rp 1" |
| Connection circulation: | R 3/4" |
| Connection heating element [thread]: | Rp 1 1/2" |
| Service hatch (LK 150): | 115 / 180 |
| Max. immersion depth of flange heater [mm]: | 420 |
| Max. immersion depth of screw-in heater [mm]: | 500 |
Bonjour pourriez vous m indiquer quelle résistance électrique en 380 volts pour un appoint je devrait utiliser par avance Merci cordialement
Veuillez consulter les corps de chauffe avec raccordement à bride G517900400 et les résistances électriques à visser G517900200. La puissance doit alors être choisie en fonction de vos besoins.
Beste, kan ik de technische fische ontvangen van de OEG solarboilers?
Goedemorgen,
deze kunt u in het downloadgedeelte van de boiler openen.
Welke solarvloeistof dient hierbij gebruikt te worden? Mvg Maxime
Het soort vloeistof wordt bepaald door het soort collectoren.
Bij plaatcollectoren Solar fluid FK 30 ready-to-use mix mixable with Tyfocor® L of Solar fluid FK 50 concentrate mixable with Tyfocor® L (concentraat)
Bij buiscollectoren Solar fluid RK 30 ready-to-use mix mixable with Tyfocor® LS
Guten Tag, Wie ist es möglich, mit nur 60 mm Isolierung, auf einen so niedrigen Wärmeverlust zu kommen? Freundliche Grüsse, Niels Lyck
Guten Morgen,
wir haben ein Verfahren entwickelt, durch dieses werden die Speicher nun eingeschäumt. Durch dieses Verfahren
und das verwendete Material ist es uns gelungen den Wärmeverlust nochmals zu senken.
Mit freundlichen Grüßen
Das OEG TEAM
Abmessungen des Speichers
Hallo, diese und weitere Informationen zu dem Speicher finden Sie in unserem Webshop im Bereich Download. Viele Grüße.
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07/11/2014, 14:38:19 of: Mr Carlini
OK
Mon seul probleme c'est avoir la bonne resistance chauffante, anode est en plein dans le chezmin