Sigma 2 Round Regressed Gimbal, 1600 Lumens, 7-28 Watts - Image 11 / 3

Liteline

Sigma 2 Round Regressed Gimbal, 1600 Lumens, 7-28 Watts

SKU: S208

Price on demand

Sigma 2 Round Regressed Gimbal pairs a 2-11/16" round aperture with a regressed, aimable gimbal, so light can be directed onto art, merchandise or architectural features while the source stays tucked back from view. Engines deliver 700, 1100 or 1600 lumens per head, offered IC rated or with an IC box, and 900-lumen dim-to-warm versions. Color temperatures run from 2700K to 5000K, with dim-to-warm and tunable white options, at a typical CRI of 90. Spot 10°, narrow 24°, medium 40° and wide 50° beams combine with a clear protective lens, honeycomb louver, soft lens, linear spread film, light bending film or a honeycomb louver with soft lens. The extruded aluminum fixture is rated for damp locations and installs for remodel, new construction, architectural C-channel brackets or Chicago plenum new construction. A rough-in-first option ships the housing ahead of the fixture. Drivers cover 120V TRIAC/ELV, 120-277V 0-10V and TRIAC/ELV, -40°C rated 0-10V and DALI for up to 347V, DMX, Lutron EcoSystem, sensor-compatible and emergency backup, with input voltages from 120V to 347V. Dimming reaches 1% on 0-10V, 10% on TRIAC/ELV and 0.1% on DMX. Trims are white or black. cETLus listed and Title 24 compliant, with a 5-year warranty.

Choose options

Configure the light

Optional accessories

Not needed to install · none added

Accessory quantities are indicative — we will confirm them in your quote.


On your quote · 1 line
Light
—Sigma 2 Round Regressed Gimbal, 1600 Lumens, 7-28 Watts×1
Part number for this configurationS208 Trim Color to be determined S- Lumens to be determined Color Temperature to be determined Beam to be determined Filter to be determined - Driver to be determined Voltage to be determined - Mounting to be determined

Please select all options above to continue.

Shipping delay : On request

*Please note: Colour swatches are for reference only and may not exactly match the final product