TRIVENI WL320-4R, 4x40W G9, IP44, mat chrome, opal glass, 31X31cm, ceiling lamp

TRIVENI WL320-4R ceiling lamp – 4×G9 40W, IP44, matt chrome, opal glass, 31×31 cm

€41,23
Skip to product information
TRIVENI WL320-4R, 4x40W G9, IP44, mat chrome, opal glass, 31X31cm, ceiling lamp
  • TRIVENI WL320-4R, 4x40W G9, IP44, mat chrome, opal glass, 31X31cm, ceiling lamp
  • TRIVENI WL320-4R, 4x40W G9, IP44, mat chrome, opal glass, 31X31cm, ceiling lamp
  • TRIVENI WL320-4R, 4x40W G9, IP44, mat chrome, opal glass, 31X31cm, ceiling lamp
  • TRIVENI WL320-4R, 4x40W G9, IP44, mat chrome, opal glass, 31X31cm, ceiling lamp
TRIVENI WL320-4R ceiling lamp – 4×G9 40W, IP44, matt chrome, opal glass, 31×31 cm
Brand: LANDLITE · Visit the brand page →

TRIVENI WL320-4R ceiling lamp – 4×G9 40W, IP44, matt chrome, opal glass, 31×31 cm

€41,23
Taxes included. Shipping calculated at checkout.
✓ In stock
  • Ships from our warehouse in Törökbálint
  • Invoice with every order
  • Warranty as required by law
Sold by: Kaito-Hungary Kft.Item no.: 01CEL812
Reseller or contractor?B2B prices & login →
Questions about this product?landlite@landlite.eu · +36 23 511 460

TRIVENI WL320-4R ceiling lamp with an opal glass diffuser, also suitable for damp rooms.

  • Socket: 4×G9
  • Power: 40 W
  • IP rating: IP44
  • Colour: matt chrome
  • Diffuser material: opal glass
  • Size: 31×31 cm

Additional product specifications

Manufacturer part number01CEL812

Downloads

We are happy to e-mail the energy label, CE declaration or LDT file on request: landlite@landlite.eu

Manufacturer Kaito-Hungary Kft. (LANDLITE)
DEPO Raktárváros, Pf. 66
2046 Törökbálint
Magyarország / Hungary
landlite@landlite.eu· +36 23 511 460· www.landlite.euProduct safety: please observe the instructions and safety information in the description and datasheet.

Technical data

Item no.ImagePricePowerIngress protectionBaseEAN
01CEL812TRIVENI WL320-4R ceiling lamp – 4×G9 40W, IP44, matt chrome, opal glass, 31×31 cm€41,2340 WIP44G96925587253301

Subject to technical changes. Tolerance of luminous flux and power ±10 %.

You may also like