SVO 01 Line 50W
- Power 50 W
- Luminous flux up to 9,000 lm
- Ingress protection IP20 / IP54
403,200 UZS/m
incl. 12% VAT
Open the model
694,400 UZS/m
Price includes 12% VAT. Price list dated 21 September 2026.
Download IESA linear luminaire for racked warehouses, large retail floors and parking decks. Twice the flux of Line 50W: space the run wider or hang it higher. The attached IES file comes from the 80 W version: the curve shape is right, the values need rescaling.
| Power | 100 W |
|---|---|
| Luminous flux | up to 18,000 lm 1 |
| Luminous efficacy | over 180 lm/W 1 |
| Ingress protection | IP20 / IP54 |
| Colour temperatures | 3000 / 4000 / 6500 K |
| Mounting height | 2 to 8 m |
| Mounting options | Cable suspension, ceiling, wall, recessed |
| Dimensions | 80×70 mm, length from 1000 mm |
| Housing | Extruded anodised aluminium, opal PMMA diffuser |
| Ambient temperature | -30 to +50 °C 2 |
| Rated life | 50,000 h (L90), calculated 2 |
| LED lumen depreciation | no more than 5 % over the service life 2 |
| Warranty | 3 years |
| SKU | svo-01-line-100 |
We are preparing the data sheet: Ra, percent flicker, UGR, supply voltage. Need one for your specification now? Ask our engineer.
C0-C180 C90-C270
The file is dated 2018 and comes from the HLT model of the same name. The calculated flux in the table above was obtained differently. The file comes from the nearest 80 W version.
Beam angle 98° at half of peak intensity
2018 photometry taken from the HLT model of the same name. A new report is in progress. The file comes from the nearest 80 W version.
14 models across four series: unit prices, per running metre for linear luminaires. Built from the model cards.
The warranty period is 3 years. It covers both failure of the luminaire and a drop in luminous flux; the terms are written into the contract. A faulty luminaire is replaced.
Yes, the IES file can be downloaded from this page without a form, but it is the file of the nearest 80 W version. It gives the shape of the intensity curve for DIALux; rescale the absolute flux for 100 W. It is dated 2018.
Calculated, from the power and the efficacy claimed for the LED modules. It is an upper bound, not a measurement of the assembled luminaire. The ANSI/IES LM-79 report is in progress; once we have it, the calculated values will be replaced with measured ones. Until then a design should use the flux from the IES file.
They depend on the batch size and the production load. We state them in the quotation.
Same optics and hardware, different power.
Model images are visualisations based on photographs of the actual products; the background and lighting are AI-generated, the geometry and construction match the product.