Skip to content
Can't find what you're looking for? Reach out to us!
Can't find what you're looking for? Reach out to us!

Schneider SDD360802 Sedna Elements 2-Gang Cover Frame Glass Clear

Free Shipping

Get free shipping on orders exceeding €300!

Original price €4,76 - Original price €4,76
Original price
€4,76
€4,76 - €4,76
Current price €4,76

The Schneider Electric SDD360802 is a 2-gang cover frame from the Sedna Design & Elements range with the Elements aesthetic, finished in glossy glass clear (RAL 9003) with a decorative coating giving a glass-like appearance. It clips onto two adjacent Sedna mechanisms and accepts both IP20 and IP44 inserts, ideal for finishing a paired switch and socket or any other two-device combination in a premium glass-look style.

Technical specifications

  • Range: Sedna Design & Elements (Elements aesthetic)
  • Product type: Cover frame, 2 gangs
  • Installation: Flush, horizontal or vertical orientation
  • Fixing mode: Clip-in onto Sedna mechanisms
  • Material: Thermoplastic ABS-UV stabilised, glossy decorative coating (glass impression)
  • Colour: Glass clear (RAL 9003)
  • Dimensions: 156 x 85 x 10 mm
  • Weight: 0.036 kg
  • Protection: IP20, IK02
  • Certifications: FIMKO, SEMKO, NEMKO, VDE, AENOR

Features and benefits

  • Snap-fit clip-in installation onto two SDD113 / SDD213 mechanisms side by side
  • Decorative glossy coating delivers a real-glass appearance at thermoplastic weight and cost
  • One frame fits both IP20 and IP44 mechanisms in any combination
  • Reversible horizontal or vertical mount
  • UV-stabilised ABS retains colour and gloss in sunlit rooms

Applications

  • Paired switch and socket, double switch, or switch and USB combinations
  • Modern white interiors, boutique hotels and showrooms
  • High-end residential and commercial projects requiring a glass-look finish

When sold out, you can still preorder by requesting a quote below.

Click here to request a quote

Important

The images shown are for illustration purposes only and may not be an exact
representation of the product.