Combi tank 1000 l tank-in-tank 200 l drinking water

OEG no.: 516005420
Zoom Combi tank 1000 l tank-in-tank 200 l drinking water
OEG no. : 516005420

The OEG combination tank is perfectly suitable for drinking water heating and as a simultaneous support for the heating system due to its innovative tank-in-tank-system...

All product information
Related products
10-year warranty

10-year warranty

10-year warranty
Delivery by forwarding agency

Delivery by forwarding agency

Delivery by forwarding agency
High Quality

High Quality

High Quality
  • Delivery by forwarding agency Delivery by forwarding agency
Wipe 'n' Buy ®
Wipe 'n' Buy

The OEG combination tank is perfectly suitable for drinking water heating and as a simultaneous support for the heating system due to its innovative tank-in-tank-system.
Ideal for hot water heatings, heat pumps, condensing, oil and gas boilers, solar heating, pellet and wood systems, wood burners and block heating systems. Also ideal as an addition to already existing units.


Suitable for:
Solar package with combined storage tank and 5 collector panels
Solar package with combined storage tank and 5 collector panels
Solar package with combined storage tank and 5 collector panels

For more information see Downloads


OEG no. 516005420
Fresh water alternative:
Installation type: Vertical storage tank
Manufacturer OEG
Notes
10-year warranty

10-year warranty

10-year warranty
Delivery by forwarding agency

Delivery by forwarding agency

Delivery by forwarding agency
High Quality

High Quality

High Quality
Customs tariff number 73090059

General
Rated volume according to EN 12897: 1000
Colour: silver
Insulation according to DIN 4102-1 Fire Protection Class B2: removable segment insulation
Weight [kg]: 350
Total height including insulation [mm]: 2355
Diameter without insulation [mm]: 790
Diameter with insulation [mm]: 1015
Tilt height [mm]: 2410
Energy
Heat retaining loss according to EN 12897 [W]: 55
Heat losses in stand-by mode according to DIN 12897 [kW/h / 24 h]: 1,320
Output capacity (45°C) [l]: 315
Performance indicator NL following DIN 4708: 7
Tank
Real volume according to EN 12897 [l]: 993
pmax Tank [bar]: 3
tmax Tank [°C]: 95
tmin Tank [°C]: 20
Buffet storage tank capacity (part of the actual capacity) [l]: 787
Domestic hot water tank (enamelled according to DIN 4753-3)
Domestic hot water tank volume (Part of the real volume) [l]: 206
pmax Domestic hot water tank [bar]: 10
tmax Domestic hot water tank [°C]: 95
Smooth-pipe heat exchanger
Smooth-pipe heat exchanger [number]: 1
Smooth-pipe heat exchanger area bottom [m²]: 3,30
Smooth-pipe heat exchanger volume bottom: 21,30
pmax Smooth-pipe heat exchanger [bar]: 10
tmax Smooth-pipe heat exchanger [°C]: 130
Connections
Connection layout: 90°
Connection sensor [Ø mm / terminal]: 6 mm
Connection cold / hot water: R 3/4"
Connection heat generator [thread]: Rp 1 1/2"
Connection heat exchanger [thread]: Rp 1"
Connection circulation: R 1/2"
Connection heating element [thread]: Rp 1 1/2"
Service hatch (LK 150): 115 / 180
Max. immersion depth of screw-in heater [mm]: 800
en
Question:

BONJOUR AVEZ VOUS LA BRIDE SUPPERIEURE SANITAIRE EN PIECE DETACHEE SVP MERCI

Answer OEG:

Vous recherchez le ou un autre joint ?

en
Question:

Bonjour, Ce ballon est il compatible avec un raccordement solaire sur le circuit générateur de chaleur ? merci

Answer OEG:

Avec le ballon combiné, il est possible de le raccorder soit à une installation solaire, soit à un autre générateur de chaleur. Mais seule l'une des deux possibilités est possible, les deux ne peuvent malheureusement pas être combinées.

en
Question:

Is de isolatie afneembaar zodat het vat door de deur past?

Answer OEG:

Deze isolatie is afneembaar, zodat het vat door een deur passt van ca. 800 mm breedte.

en
Question:

Bonjour, Je souhaiterai avoir le détail des sorties afin de prévoir les raccords (dimensions et genre MF), merci

Answer OEG:

documents techniques envoyés par mail

en
Question:

welke mano meters moeten op het vat 1000 liter tank in tank

Answer OEG:

Für die Heizungsseite, also den unteren Teil des Speichers mit dem „toten“ Heizungswasser, wird kein Manometer benötigt. Der Druck ist ja gleich dem Druck des Wärmeerzeugers. ( Gas- oder Ölkessel, Holzheizung was auch immer ) Dort muss eine Kesselsicherheitsgruppe mit Manometer und Sicherheitsventil verbaut sein.

 Für die Trinkwasserseite ist normalerweise auch kein Manometer am Speicher selber vorgesehen. Der Wasseranschluss muss ja nach DIN / EN ausgeführt werden, also ggf. mit Druckminderer und vor allem MIT SICHERHEITSVENTIL. – Katalog Seite 783 und 785 -

Da das Wasser oben im Innentank sich ja bei Erwärmung ausdehnt, wird aus dem Sicherheitsventil IMMER etwas  Wasser austreten.

Diese normgerechte Trinkwasserinstallation kann natürlich, zur Kontrolle des Sicherheitsventils, mit einem Manometer ausgerüstet sein.

 WICHTIG BEI DER INBETRIEBNAHME:

Zuerst oben den Trinkwassertank befüllen.

Danach die untere Seite des Speichers.

Sicherheitsventile dürfen nicht abgesperrt sein !

You have to be logged in to ask a question

No customer reviews yet

In order to give a review, you have to be logged in.