The Slice Combo pairs a diffuse general source with a punchy, directional downlight in a single fixture. As part of the Slice family, it is offered in linear 1” and 2” wide profiles in recessed, surface and pendant options. This offering combines the Multicell and Lensed fixtures to allow an almost infinite number of design options. We have defined a series of standard offerings within this datasheet, but expect that you will want to modify the configurations for your project needs. Please take heed of the design criteria for minimum sizes. For more detail on the lens or multicell sections please refer to the datasheets (SL2DC-LRC or SL2DC-MCRC).
lumens range: | 634-1126Lm |
beam options: | 15°, 30°, 45°, CST° |
light options: | CRI - 90 R9 - 50 |
source options: | 8W/ft, 16W/ft, 5W/ft, 10W/ft Multicell, Lens |
control options: | 0-10, DALI-2 |
BEAM SPREADS | 15° | 30° | 45° | ||
---|---|---|---|---|---|
SOURCE | System Watts (W) | Delivered Lumens (LM) | |||
SO8 | 8 | 661 ies pdf | 634 ies pdf | 639 ies pdf | |
SO15 | 16 | 1116 ies pdf | 1119 ies pdf | 1126 ies pdf |
Values are delivered lumens per foot based on a 6-cell module at 11.125" (284mm) and extrapolated for per foot numbers shown above. CAUTION: IES FILES ARE FOR A 6 CELL MODULE. CALCULATIONS MUST PLACE THE 6 CELL MODULE FILE 11.125" (284cm) ON CENTER FOR THE ENTIRE SPECIFIED LENGTH OF FIXTURE. See photometric tables on datasheet for exact cell housing length and lumen values. All data is based on goniometer measurements of production representative product. Measurements are taken at 3000 CCT with a black baffle and can vary +/- 10% from LED manufacturer rated flux range.
Values are per foot. All flux measurements are delivered lumens based on 3000K and 1' (ft) length from production representative product. Flux can vary +/- 10% from source manufacturers rated flux range. For other CCTs, use the following multipliers: 2700k 0.96, 3500 1.03, 4000 1.04. Measurements taken with standard lens in a black housing. System watts are based typical source datasheet power values + 20% driver losses. Efficacy values will vary based on length and driver load.