SVO 01 Line Ultra 40W

40 W, IP20 / IP54, mounting height 3 to 10 m.

Power: 40 W
Luminous flux: up to 7,200 lm
Ingress protection: IP20 / IP54
Mounting height: 3 to 10 m

380,800 UZS

Price includes 12% VAT. Price list dated 30 March 2026.

2018 photometry taken from the HLT model of the same name. A new report is in progress.

Where it is used

The slimmest luminaire in the series, a 30×40 mm profile. For offices, corridors and retail floors where the line of light should read as a line. Less flux than Line 50W, but lighter and cleaner under a low ceiling.

Specification

Power	40 W
Luminous flux, calculated	up to 7,200 lm ¹
Luminous flux from the IES file	5,600 lm ¹ see the curve
Luminous efficacy, calculated	up to 180 lm/W ²
Ingress protection	IP20 / IP54
Colour temperatures	3000 / 4000 / 6500 K
Beam angle	98° at half of peak intensity ⁶ see the curve
Mounting height	3 to 10 m
Ambient temperature	-30 to +50 °C ³
Rated life	50,000 h (L90), calculated ⁴
Warranty	3 years
Housing	Extruded aluminium profile
SKU	svo-01-line-ultra-40
Colour rendering index Ra	Details are being confirmed ⁵
Percent flicker	Details are being confirmed ⁵
Unified glare rating UGR	Details are being confirmed ⁵
Supply voltage range	Details are being confirmed ⁵
Dimensions	30×40 mm ⁵
LEDs and driver	Details are being confirmed ⁵

Notes

The calculated flux is power × 180 lm/W: an upper bound from the efficacy claimed for the LED modules; the module specification and the report are not published on this site. It is not a measurement of the assembled luminaire: the 2018 IES files give 130 to 140 lm/W. The LM-79 report is in progress; until then, use the flux from the IES file in your design, not the calculated one. The flux from the IES file is the value held in the attached 2018 photometric file. It is a different figure, not a refinement of the calculated one: the two converge only after LM-79.
Calculated from the efficacy claimed for the modules, not a measurement of the assembled luminaire. The 2018 IES files give 130 to 140 lm/W for the models that have a file.
Range from the 2018 catalogue, being confirmed for the current drivers.
Calculated life of the LED module from the LED vendor's data, not of the assembled luminaire. The LM-80 report and the TM-21 projection have been requested; until then the figure is not backed by a report.
The rows at the end of the table are what the product data sheet does not carry yet: Ra, percent flicker, UGR, beam angle, supply voltage range, dimensions and the make of the LEDs and driver. Each will appear here as soon as a document confirms it. If you need one of them for technical specifications now, ask us by phone.
The beam angle is computed from the attached IES file at half of the peak intensity. The multiplier does not change the shape of the curve, so the figure holds even for the two files whose absolute values do not agree.

How this was measured

Power, ingress protection, colour temperatures and mounting height come from the product specification and are confirmed by the data sheet.

The row “Luminous flux, calculated” is power × 180 lm/W from the efficacy claimed for the LED modules: an upper bound, not a measurement of the assembled luminaire. The module specification is not published on this site; the 2018 IES files give 130 to 140 lm/W, and until the report is ready the design should use the flux from the file.

The row “Luminous flux from the IES file” next to it is a different quantity, taken from the attached file.

The ANSI/IES LM-79 report on the assembled luminaire is in progress: once it is ready we will replace the calculated values with measured ones and publish the report here.

The IES files are dated 2018. For DIALux they give the correct shape of the intensity curve; rescale the absolute flux for the power you choose.

Light distribution curve

Built from the same IES file offered for download. Load it into DIALux to verify.

Peak intensity: 3,001 cd
Flux from the file: 5,600 lm
Efficacy from the file: 140 lm/W

The integral of the curve in the same file gives 6,055 lm, 8% more. A luminaire does not emit more than is put into it: the disagreement is inside the file, and an LM-79 report will show which of the two numbers is right.

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 was recorded at 4200, 6000 K while the model ships in 3000 / 4000 / 6500 K: module flux depends on colour temperature and has to be recalculated for another one.

Model documents

SVO 01 Line Ultra 40W, IES
2018 photometry taken from the HLT model of the same name. A new report is in progress.

IES, 3 KB
Product data sheets, PDF
One data sheet per model, 11 files.

In preparation
Declaration of conformity for the luminaires
Mandatory for HS 9405 (Cabinet of Ministers Resolution No. 43, annex 4, item 107). Being reissued; the number and validity will be shown here.

In preparation
Price list of 30 March 2026, PDF
11 models across four series, unit prices.

PDF, 347 KB