XAL

Housing of corrosion‑resistant die‑cast aluminum AlSi12, double polyester powder coated by high‑quality and UV‑stabilized coating process, Colour: black ral 7021, all exterior parts are stainless steel, tempered safety glass flush with frame, anti‑reflective coating from 1 side, dark screenprint, for loads up to max. 5000 kg (according to IEC / EN 60598‑2‑13), silicon gasket, cover frame and closure with 6 stainless steel screws, cable gland: M20, connecting terminal: 3 pole, highly efficient faceted rotationally symmetrical reflector, lockable, tilt range: 0‑15°, lockable, 0,8 m cable H07RN‑F3G1, integral driver (AC/DC), CRI > 80, max 3 SDCM, service life L90/B10 > 50.000 h, Beam angle (fwhm): 31°, luminous flux: 849 lm, wattage: 11 W, delivered lumens 77 lm/W, protection type IP68, protection class I, impact resistance IK10, dimensions: Ø 180 mm, width 152 mm, weight 2.6 kg. The modular luminaire design makes the replacement of components possible. The product meets the demands of the applicable EU guidelines and product safety regulations and bears the CE and ENEC marks.

Single emission uplights for outdoor application. The device body is made of die-cast aluminium en ab - 46100 and features a black finish, processed by means of open pore anodizing + powder coating; the diffuser is made of extra clear glass - tempered. The power supply cable is included and features a 1 m length.

This minimal track spot is available in a range of body and baffle colours and, with its classic form, the style can fits into most applications. The inbuilt driver maintains its minimal design while the bespoke heatsink housing ensure long lifetime. The premium LED chip and polycarbonate optics provide a range of beam angles and CCT and CRI outputs.

Beam Stick Nuance is a spherical suspension lamp in mouth-blown glass available in 6 colours.The lamps comes with a double light source inside the sphere: 1) a soft light source inside the sphere that brings the nuances and shapes of the glass to life. 2) an unfiltered light beam projected downwards.