Pendant with 2in downlight by Visa

Visa Lighting’s new Sequence Mini luminaire fits a functional, comfortable downlight into a luminous architectural pendant that is only 2in (5cm) in diameter.

Inspired by the original Sequence line of luminous cylinders, Visa Lighting’s engineers have delivered the same lighting functionality as a full-size pendant – but with a smaller form factor.

Sequence Mini is the first 2in-diameter pendant of its kind that has an optional downlight – a feature that was important to get right, optimising the highest safe output with the right optics.

Luminous cylindrical pendants offer an iconic punctuation to lighting designs in many different applications. The original Sequence family, for example, can often be seen in university stairwells, workplace atria, lobbies, and various other spaces; the new luminaire with its narrow diameter and shorter models can take the familiar luminous cylinder into smaller spaces – reception areas, dining rooms, bars, small lobbies, and conference rooms with lower ceiling height are areas that could benefit from a smaller pendant that provides task lighting or illuminates other design features below. The design is also well suited to multiple-fixture clusters.

The Sequence Mini pendant family includes 22 models, 11 each for vertical and horizontal mounting. Each model is available in 11 lengths from 12in (30cm) to 72in (183cm) as standard, with custom order lengths also available in one-inch increments within that range.

When configuring each model, specifiers can choose length, output, colour temperature, and an optional downlight with three optic choices. The top and bottom endcaps can be finished in 16 different powder-coat colours or Visa Lighting’s eco-friendly alternative metal finishes.

For longer models, specifiers may also choose between a remote driver and a driver-in-canopy configuration. Models for horizontal mounting may be installed at an angle by shortening either the power cord or the secondary support cable in the field.

More information here.