Zambelis 22090 curved magnetic track 48 V, Ø600 mm, sandy black Promo Code - ZAM10 until the end of Oct 30

Zambelis 22090 is a curved magnetic track in the 48V Circles-Curved Magnetic System. Its sandy black aluminium profile forms a 120° arc and supports surface-mounted or suspended installation. This is a track-system component rather than a complete light fitting with a defined wattage, light output or colour temperature.

A 600 mm curve, not a complete ring

The Ø600 mm designation describes the diameter of the circle followed by the track's curve. Article 22090 is one third of that circle, not a closed ring. The manufacturer specifies a length of 628 mm, a width of 28 mm and a height of 56 mm. Keep the curve diameter separate from the individual section length when planning the layout.

The profile has an internal section dimension of 23 mm. Compare these dimensions with the documentation for the other system parts; a similar appearance or matching black finish does not establish mechanical compatibility.

Surface mounting or a suspended layout

This version can be surface-mounted or used in a suspended installation. Zambelis specifies suspension kit 22121 for the suspended arrangement. That kit is not included, so it needs to be considered separately when ordering the components for this mounting method.

The track belongs to a 48 V magnetic system. Select lighting modules and power-supply components compatible with this particular Zambelis system rather than relying on voltage alone. Wattage, colour temperature and light output depend on the chosen fittings, whereas the track defines their path within the installation.

The profile's role in the lighting design

The narrow aluminium section and plain curved form suit modern, minimalist layouts. Assess the intended use and lighting result together with the fittings installed on the track. Photographs of larger assembled systems illustrate the arrangement; they do not mean that every pictured light module is supplied with article 22090. Check the article code, arc angle and diameter when comparing track variants.