Note: This article is discontinued.
You can find the current article here: 2003808 / HW Cavity wall device connection box 61, airtight
- Product description
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Product descriptionCavity wall device/connection socket, wind-tight version through soft entry membrane. Dimensions to DIN 49073-1, for plate thickness 7–35 mm. Standard combination spacing 71 mm, option for continuous wiring using connection supports for combinations between device sockets and device connection sockets. Device sockets can also be used as connection sockets to VDE 0606-1 with double screw fastening and screw-on cover, protection rating IP40.
According to IEC 60670-1, IEC 60670-22 and DIN 49073-1.
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- Technical data
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Technical data
Accessory screw clearance 60 mm Airtight yes CO2 Footprint (GWP) Cradle-to-Gate 0,2058 kg CO₂e / 1 Piece Colour Orange Cover Without Cover fastening Not applicable Device fixing Screws , Diameter 68 mm Dimension Ø68mm, H61mm Entry from rear yes Equipment Without Flame-resistant Acc. to VDE 0471/DIN 695 Part 2-1, test temperature 850°C Floor height, min. 61 mm for pipe diameter 20 mm Halogen-free yes Height 61 mm Impact-resistant yes Maintain electrical functions Without Material Polypropylene Max. Conductor cross-section 2,5 mm² Milling hole diameter 68 mm No. of entries 8 Nominal cross-section, max. 2,5 mm² Nominal cross-section, min. 1,5 mm² Number of switch boxes 1 Protection rating IP40 Rated voltage 400 V Sealable no Shape Round Suitable for plate thickness, max. 35 mm Suitable for plate thickness, min. 7 mm Support Without Type of entry wind-proof insertion membranes for NYM cables, data cables and pipes Ø 20 mm. Type of housing penetration Sealing membrane With bolts yes With nail strap no With screening no - All types
- Downloads
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Data sheet HV 60 MW / 2003619 , 0.24MB , pdfEU declaration of conformity HV 60 MW / 2003619 , 0.11MB , pdfREACH Declaration of conformity HV 60 MW / 2003619 , 0.12MB , pdfRoHS Declaration of conformity HV 60 MW / 2003619 , 0.13MB , pdfLabel approval VDE symbol approval HV 60, HV 60 MW , 1.06MB , pdf