JVPSuivre

P4TTH000 - JVP 4x4 Raised Access Floor System

Spécification

Spécification

• Tech. raised access floor panels for internal applications, fully accessible Dimension of panels 600x600mm x 29mm thickness Fully steel encapsulated inert core JVP 4x4 panels, type P4TTH000, mm 600x600x29 Consisting of: Knauf Integral calcium sulphate and recycled paper fibre agglomerate, high density as 1600 kg/m3 core, bonded by means of water based PVA glue onto steel galvanized trays. Hot dipped zinc galvanised 0,40/0,45 mm thick trays are four time curled together on top part of panel, forming a mechanical locked perimeter edge reinforcement to enhance load bearing capacity preventing shock damage and de-lamination. Finished panels are provided with no.4 notches on bottom surface as positive location points onto PPC pedestals gasket. The bare steel surface of panels is suitable both for loose-laid or bonded finishing of textile, resilient and stone coverings. JVP Steel galvanised pedestals type: JSE Steel galvanised pedestals for access floor system provided with height adjustment, consisting of: Base+tube: Square base plate 100x100mm and 2,0mm thk, mechanically fixed by double riveting onto 25x1,5mm tube with reducer internally threaded. Head+threaded rod: Circular head plate of 2,5mm thickness and 90mm diameter, mechanically rebated onto 16mm diameter threaded rod and embossed on bottom head side Head gasket: Plastic PPC head gasket provided with cruciform top shape. The components are assembled together with M20x6mm self-blocking nut, which allows the pedestal’s adjustment. The system will be able to comply the following performances load bearing capacity as per PSA MOB PF2 PS SPU: class of max loading Heavy Grade load bearing capacity as per UNI EN 12825: class of max loading 6 class of deflection A class of tolerances 1 fire performances UNI EN 13501-1 e UNI EN 13501-2: class for fire reaction A1fl class for fire resistance REI30r JVP raised floor system fully accessible “JVP 4X4” could be positively considered to contribute on getting the following LEED® credits. • Credit MRc2 - Management for the Building wastages • Credit MRc3 - Reusing of the Materials • Credit MRc4 - Contents of recycled Materials • Credit MRc5 - Materials extracted, worked and produced to limited distance • Credit MRc7 - Certified wooden • Credit QLc4.3 - Low emission wooden floors • Credit QLc4.4 - Low emission wooden and vegetable particle products

Spécifications techniques

Spécifications techniques

• Réference unique.P4TTH000
• Famille de produitsRaised access floor
• Groupe de produitsPanels
• TypeObjet (objet simple)
• Date de publication2017-07-04
• Numéro d'édition1
• Hauteur (mm)600
• Largeur (mm)600
• Profondeur (mm)29

Liens

Liens

• URL du produithttp://www.jvph.eu/en/prodotti.html
• Instructions d'installationhttp://www.jvph.eu/en/prodotti.html
• Vidéo d'instructionhttps://www.youtube.com/watch?v=2VjzBvjA_rI
• Certification du produithttp://www.jvph.eu/en/what-certification.html
• Description techniquehttp://www.jvph.eu/en/prodotti.html

En rapport

En rapport

• Matériel principalAcier galvanisé
• Matériel secondaireGypse
• Conçu enItalie
• Fabriqué enItalie
• Poids net (Kg)18.85

Classification

Classification

• BIMobject CatégorieSols - Planchers surélevés
• Numéro OmniClass23-15 17 21
• Titre OmniClassAccess Flooring Components 

Propriétés

Propriétés

• EPD Data (Simplified) A1-A3
  Energy Consumption (A1-A3)310.33 MJ
  EPD Declaration Unit1 unit panel of raised steel floor with calcium sulfate and cellulose fibre core.
  EPD Document Linkhttps://gryphon4.environdec.com/system/data/files/6/12590/epd1015en%20JVP%204X4%20Fibreboard%20Core%20Panels%20(ECO%20EPD).pdf
  EPD Expiration Date2022-01-23
  EPD Issue Date2017-02-09
  EPD Registration NumberS-P-01015
  Global Warming (A1-A3)21.9 kg
  Non Renewable Resources Consumption (A1-A3)251 MJ
  Waste Production (A1-A3)3.5 kg
  Water Consumption (A1-A3)0.45 m³