Termékek közzététele
EcoBloc Core
EcoBloc Core
EcoBloc Core
EcoBloc Core
EcoBloc Core
    Otto Graf GmbH

    EcoBloc Core

    Stormwater management system with various applications: Rainwater infiltration, Stormwater attenuation, Rainwater harvesting, Lorry-bearing 12 tons, 630 m³ (22.250 ft³)/Truck

    Various applications: Rainwater infiltration, Stormwater attenuation, Rainwater harvesting

    • High storage volume
      GRAF infiltration modules have three times the storage volume of a standard gravel infiltration ditch. One module therefore takes the place of around 1300 kg (1,4 tons) of gravel or a 50 m (164') drainage pipe. Since you don‘t have to excavate so much soil and enjoy great value for money compared with a standard gravel infiltration ditch, the GRAF modules save you hard-earned cash!
    • Service life of over 50 years
      A durable product design ensures sustainability. The GRAF EcoBloc system and the Vario 800 flex shaft system is designed for a service life of over 50 years.
    • Easy to install
      The modules are fitted simply, at speed and in various ways. They can be installed without heavy machinery – one EcoBloc Inspect flex module weighs just 8 kg (17.6 lbs), even only 7 kg (15.4 lbs) for one EcoBloc core.
    • Up to 97 % reservoir volume
      The GRAF EcoBloc core has a gross volume of 225 litres (59.4 US gal.) and a reservoir volume of 219 litres (57.9 US gal.). With a reservoir volume in excess up to 97 %, it is a market-leading product. The EcoBloc variants maxx and Inspect flex still offer a reservoir coefficient of 96 % despite their high load-bearing capacity.
    • Installation depth of up to 4 metres (13'1.4")
      Even under very heavy loads, GRAF EcoBloc core modules can be installed at a depth of up to 4 metres (13'1.4"). This means that up to 9 layers are possible. Please consult GRAF when the installation depth is greater than 4 metres.

    Eco-friendly product – green logistics:

    1. Stackable
      To save space during transport, the EcoBloc core modules are stacked into each other. This minimizes transport costs, storage space in stock and CO2 emissions.
    2. Easy installation
      The EcoBloc base plate forms the foundations of each EcoBloc system. Up to 10 EcoBloc modules can be fitted on one base plate.
    3. Ready
      The side faces are sealed with EcoBloc end plates. The EcoBloc system can be adapted to match individual requirements.


    Specifikáció
    • EcoBloc core infiltration bloc
      Infiltration bloc for storage and/or infiltration of rainwater and for positioning on EcoBloc core base plates
      – see separate item – or for creating multiple layers on other EcoBloc core infiltration blocs.
      Inspection and cleaning is possible by combining with EcoBloc Inspect flex infiltration blocs and the
      Vario 800 shaft system.
      The open structure ensures a three-dimensional flow of water through all system components.
      Infiltration blocs are laid to give sufficient coverage by linking with EcoBloc connectors in a horizontal
      direction – see separate item.
      Multiple layers of infiltration blocs can be laid, no connectors needed for the vertical connection.
      Long-term load-bearing capacity/ max. installation depth up to heavy-duty 12 tonne lorry/ 4,00 m and
      accordingly pedestrian loading/ 4,00 m verified.

      Technical data:

       Dimensions (LxWxH): 800 x 800 x 350 mm
       Weight: approx. 7 kg
       Material: Polypropylene PP (100% recyclable)
       Colour: green
       Volume: 225 litres (219 litres net)
       Storage coefficient: 97%

      Accessories
      EcoBloc core base plate

      EcoBloc core base plate as the base layer unit for creating an EcoBloc core infiltration or storage tank

      Technical data:
       Dimensions (LxWxH): 800 x 800 x 40 mm
       Weight: approx. 4 kg
       Material: Polypropylene PP (100% recyclable)
       Colour: green
       Volume: 25 litres (20 litres net)

      Note: Each EcoBloc core base plate should be laid on a geotextile or membrane material – see separate item –
      which in turn is laid on a blinding surface which has been rolled flat – again see separate item. Installation
      and laying should be carried out following the manufacturer's instructions.

      EcoBloc core end plate
      Side connection plates to end each row and create side panels for GRAF EcoBloc core infiltration blocs.
      Technical data:
       Set consists of two end plates
       Dimensions (LxWxH): 800 x 315 x 80 mm
       Material: Polypropylene PP (100% recyclable)
       Colour: green
       Each open end/side of the EcoBloc core system is closed with an end plate.
       Connections: 2 x DN 250/200/150/100
       Additional DN 100 connector for complete ventilation
       Additional DN 150 connector for complete drainage
       No tools needed for installation

      EcoBloc connectors
      Connectors for joining multiple components of the EcoBloc family, where GRAF EcoBloc system components are laid to provide coverage over any surface area. One connector is required per contact surface
      between two connecting blocs (side by side and end by end) on every vertical layer of the system comoponents.
      Technical data:
       Dimensions (LxWxH): 68 x 26 x 38 mm
       Material: Polypropylene PP (100% recyclable)
       Colour: grey

      GRAF-Tex geotextile
      Graf-Tex geotextile (8 ounce, non-woven geo-textile fabric), 100% polypropylene filter membrane, meechanically needle-punched to form continuous filament. Rot-proof material between soil and infiltration
      system prevents infiltration layers from silting up. The Graf-Tex geotextile ensures long lifetime, consistent infiltration and high permeability.
      Technical data:
       Opening width: 100 µm
       Water permeability coefficient kv (s = 20 kPa): 1,0 x 10-3 m/s
       Tensile strength (lengthwise / crosswise): 15 kN/m / 15 kN/m
       Punch push-through force (x-s): 2,0 kN
       Weight: 200 g/m²
       Robustness class: 3
       Roll material: Roll width 5 m (196.9”)

      Product: GRAF-Tex geotextile

      Venting end DN 100 (4” pipe)
      Venting end DN 100 (4” pipe) should always be installed for attenuation/infiltration systems in the event of
      heavy inflow of rain/surface water or undersized house venting installation.
      Technical data:
       DN 100 (4” pipe)
       Colour: Black
       Rodent guard
       Can be extended with standard DN 100 (4” pipe)

      Product: GRAF venting end DN 100 (4” pipe)

      EcoBloc adaptor plate DN300 (12”) / DN400 (16”) / DN500 (20“)
      EcoBloc adaptor plate DN300 (12“) / DN400 (16“) / DN500 (20“) can be used with EcoBloc Inspect 420,
      EcoBloc Inspect 230, EcoBloc Inspect flex, EcoBloc maxx and EcoBloc core.
      Assembly and installation of the EcoBloc adaptor plate can be achieved on site with accessories and
      mounting parts to suit individual EcoBloc system configurations.
      The position of the adaptor plate can be adjusted for both inlet or outlet operations to achieve optimum
      volume usage of the combined EcoBloc system.
      Simple assembly of each component is possible due to mounting lugs compatible with each of the
      EcoBloc modules, suitable for the individual operation mode and system configuration.
      Maximum installation depth and loading characteristics are equivalent to EcoBloc system components.
      Technical data:
       Dimensions (LxWxH): 800 mm (2’ 7.5”) x 660 mm (2’ 2”) x 870 mm (2’ 10.2”)
       Colors: grey
       Mass: ca. 13 kg
       Connections: 1x DN315 (12”) / 1x DN400 (16”) / 1x DN500 (20”)

      Notes: When using EcoBloc Systems for infiltration operation, the GRAF EcoBloc adaptor plate must be
      wrapped with geotextile. see position. For using EcoBloc system for storing or to attenuate rain water,
      PE-HD geomembrane must be welded directly to the GRAF EcoBloc adaptor plate and the combination
      must be wrapped in geotextile see position.

      Product: GRAF EcoBloc adaptor plate DN300 (12”) / DN400 (16”) / DN500 (20“)

      Excavation for EcoBloc system
      8–10 cm (3.15”–3.94”) thick layer of gravel 8mm/16mm (0,03”/0,06”)
      Compressed with lightweight machine as horizontal and level plane to lay geotextile and EcoBloc Inspect
      elements – see separate items –.

      Backfill for EcoBloc system
      Gravel of size 20mm/40mm (0.79”/1.57”) for side and vertical filling of EcoBloc Inspect System
      If EcoBloc Inspect are to be filled in layers, observe maximum fill height of around 30 cm (0.98’) and
      compress in layers in accordance with manufacturer's instructions.

    Műszaki specifikáció
    • Egyedi azonosítóEcoBloc-Core
    • TípusObjektum (egy termék)
    • Megjelenés dátuma2026-03-19
    • Verziószám1
    • Magasság (mm)350
    • Szélesség (mm)800
    • Mélység (mm)800
    Kapcsolódó adatok
    • Elsődleges anyagPolipropilén
    • Tervezés helyeNémetország
    • Gyártás helyeNémetország
    • Nettó tömeg (kg)7
    Besorolások
    • BIMobject kategóriaMérnöki munka és infrastruktúra - Víz

    Termék elérhetősége

    Európa Ázsia Észak-Amerika Afrika Dél-Amerika Óceánia
    Åland
    Afganisztán
    Anguilla
    Algéria
    Argentína
    Amerikai Szamoa
    Albania
    Azerbajdzsán
    Antigua és Barbuda
    Angola
    Bolívia
    Ausztrália
    Andorra
    Bahrein
    Aruba
    Benin
    Brazília
    Cook-szigetek
    Belgium
    Banglades
    Bahama-szigetek
    Bissau-Guinea
    Chile
    Észak-Mariana-szigetek
    Bosznia-Hercegovina
    Bhután
    Barbados
    Botswana
    Ecuador
    Fidzsi-szigetek
    Bulgária
    Brit Indiai-óceáni Terület
    Belize
    Burkina Faso
    Falkland-szigetek
    Francia Polinézia
    Ciprus
    Brunei Szultanátus
    Bermuda
    Burundi
    Francia Guyana
    Guam
    Csehország
    Christmas Island
    Brit Virgin-szigetek
    Comore-szigetek
    Guyana
    Kelet-Timor
    Dánia
    Dél-Korea
    Caribbean Netherlands
    Csád
    Kolumbia
    Kiribati
    Egyesült Királyság
    Egyesült Arab Emírségek
    Costa Rica
    Dél-afrikai Köztársaság
    Paraguay
    Marshall-szigetek
    Észak-Macedónia
    Észak-Korea
    Curaçao
    Dél-Szudán
    Peru
    Mikronéziai Szövetségi Államok
    Észtország
    Fülöp-szigetek
    Dominikai Közösség
    Dzsibuti
    Suriname
    Nauru
    Fehéroroszország
    Grúzia
    Dominikai Köztársaság
    Egyenlítői-Guinea
    Uruguay
    Niue
    Feröer-szigetek
    Hongkong
    Egyesült Államok
    Egyiptom
    Venezuela
    Norfolk-sziget
    Finnország
    India
    El Salvador
    Elefántcsontpart
    Palau
    Gibraltár
    Indonézia
    Grenada
    Eritrea
    Pápua Új-Guinea
    Görögország
    Irak
    Grönland
    Etiópia
    Pitcairn-szigetek
    Guernsey
    Irán
    Guadeloupe
    Gabon
    Salamon-szigetek
    Hollandia
    Izrael
    Guatemala
    Gambia
    Szamoa
    Horvátország
    Japán
    Haiti
    Ghána
    Tokelau
    Írország
    Jemen
    Honduras
    Guinea
    Tonga
    Izland
    Jordánia
    Jamaica
    Kamerun
    Tuvalu
    Jersey
    Kambodzsa
    Kajmán-szigetek
    Kenya
    Új-Kaledónia
    Lengyelország
    Katar
    Kanada
    Kongó
    Új-Zéland
    Lettország
    Kazahsztán
    Kuba
    Kongói Demokratikus Köztársaság
    United States Minor Outlying Islands
    Liechtenstein
    Kína
    Martinique
    Közép-afrikai Köztársaság
    Vanuatu
    Litvánia
    Kirgizisztán
    Mexikó
    Lesotho
    Wallis és Futuna
    Luxemburg
    Kókusz-szigetek
    Montserrat
    Libéria
    Magyarország
    Kuvait
    Nicaragua
    Líbia
    Málta
    Laosz
    Panamaváros
    Madagaszkár
    Man-sziget
    Libanon
    Puerto Rico
    Malawi
    Moldova
    Makaó
    Saint Kitts és Nevis
    Mali
    Monaco
    Malajzia
    Saint Lucia
    Marokkó
    Montenegró
    Maldív-szigetek
    Saint Pierre és Miquelon
    Mauritánia
    Norvégia
    Mianmar (Burma)
    Saint Vincent és a Grenadine-szigetek
    Mauritius
    Olaszország
    Mongólia
    Saint-Barthélemy
    Mayotte
    Oroszország
    Nepál
    Saint-Martin
    Mozambik
    Portugália
    Omán
    Sint Maarten
    Namíbia
    Románia
    Örményország
    Trinidad és Tobago
    Niger
    San Marino
    Pakisztán
    Turks- és Caicos-szigetek
    Nigéria
    Spanyolország
    Palesztina
    Virgin-szigetek
    Nyugat-Szahara
    Svalbard and Jan Mayen
    Srí Lanka
    Réunion
    Svédország
    Szaúd-Arábia
    Ruanda
    Szerbia
    Szingapúr
    São Tomé és Príncipe
    Szlovákia
    Szíria
    Seychelle-szigetek
    Szlovénia
    Tádzsikisztán
    Sierra Leone
    Ukrajna
    Tajvan
    Szenegál
    Vatikán
    Thaiföld
    Szent Ilona
    Törökország
    Szomália
    Türkmenisztán
    Szudán
    Üzbegisztán
    Szváziföld
    Vietnam
    Tanzánia
    Togo
    Tunézia
    Uganda
    Zambia
    Zimbabwe
    Zöld-foki Köztársaság
    Common.Footer.ValueProp.Image.AltText

    Design App a Revithez

    Töltse be a családokat közvetlenül a Revit modelljébe egyetlen kattintással

    Szerezzen egy helyet, ahol könnyebben hozzáférhet az új objektumokhoz, tárolhatja a Revit családokat és együttműködhet csapatával.

    • PipaDolgozzon közvetlenül a BIM objektumokkal a Revit mellett
    • Pipa 2 GB felhőtárhely – tárolja Revit tartalmát
    • Pipa Szerezzen be megtestesült szén-dioxid LCA-t (A1-A3) közvetlenül a Revitből