Image source: Louis Poulsen — Albertslund Maxi Post
© Louis Poulsen and the respective rights holders. Quoted to accompany INTEBEE's independent design commentary and research.
Albertslund Maxi Post
Larger Albertslund post-top luminaire with a top shade that acts as the primary reflector
879 × 660 × 879 mm
Approx. $4,300 (reference price; varies by region and retailer)
Official product information
INTEBEE AI PUBLIC LIBRARY is an independent furniture design research and discovery platform. Product specifications, finishes, availability and other details may change. For current and definitive information, please refer to the manufacturer's official website.
Go to the official product pageSpecifying Albertslund Maxi Post for your design project?
INTEBEE is the FF&E specification platform for interior designers: spec sheets, finishes, floor plans and client-ready PDFs in one place.
Description
Overview
The Albertslund Maxi Post is a post-top luminaire by Jens Møller-Jensen. It was released onto the market in 1980, and its LED version was launched in 2012. A top shade serves as the primary reflector, working with a conical reflector, an anti-glare ring and three bolts.
Materials
- Die-formed fiber glass for the top shade
- Clear polycarbonate enclosure, injection molded and UV stabilized
- Die-cast aluminum for the heat sink and the base; aluminum struts
- Powder-coated surfaces in four colours
- Post top: fits DRA-5IN-3IN or RSA-4.5IN poles through the provided tenon
Specifications
- Overall size: 34.6 (width) x 26 (height) x 34.6 (length) in, luminaire only; weight 36.0 lbs
- A 3000 K LED gives 5400 lm in this variant; dimming on 0-10 V
- Colour rendering Ra≥80; IP65; IK10; cULus wet-location listing
- EPA of 1.8 sq ft; ambient range from -40 °C to +55 °C
Story
Released in 1980, LED in 2012
Albertslund Maxi came onto the market in 1980. The Albertslund Maxi LED version followed in 2012.
Light directed downwards
Light leaves the fixture symmetrically and without glare, directed downwards. The top shade guides the light down and stops it from being emitted upwards; with the white painted reflectors, the distribution is diffused and comfortable.


