street lightingdemanding street lighting luminaires we have developed our own optimisation software,...

EUROPE’S FASTEST GROWING LIGHTING SOLUTIONS PROVIDER

STREET LIGHTINGOMS Lighting


STREET LIGHT AND SAFETY

Uncover the trends that are moving the lighting world through a series of new thematic videos. OMS Lighting explains global trends and illustrates how to implement them into everyday life using specific applications

http://vimeo.com/103225006


TECHNOLOGICAL APPROACH

SEGIN M MEGIN M IMMAOPTICAL SYSTEM : LENSESOPTICAL SYSTEM : LENSES & REFLECTOR OPTICAL SYSTEM : LENS

up to

12800lm

up to

10750lm

up to

5000lm

system efficacy up to

93lm/W


113lm/W


125lm/W

colour rendering index

70Ra


70Ra


65Ra

STANDARD

ON REQUEST

STANDARDSTANDARD

ON REQUEST

STANDARD

ON REQUEST

STANDARDSTANDARD

ON REQUEST

STANDARD

ON REQUEST

STANDARDSTANDARD

ON REQUEST


STREET LED PRODUCTS

SEGIN M

CAIDEN

SEMAIMEGIN M MEGIN L

IMMADAINA THEA LED

up to

23000lm


110lm/W


70Raup to

54 %ENERGYSAVING

up to

8900lm


110lm/W


70Raup to

36 %ENERGYSAVING

up to

12800lm


113lm/W


70Raup to

43 %ENERGYSAVING

up to

10750lm


93lm/W


70Raup to

22 %ENERGYSAVING

up to

5000lm


125lm/W


65Raup to

47 %ENERGYSAVING

up to

12800lm


113lm/W


70Raup to

43 %ENERGYSAVING

up to

8800lm


89lm/W


70Raup to

44 %ENERGYSAVING

up to

3950lm


110lm/W


70Raup to

52 %ENERGYSAVING

AVAILABLENOW

AVAILABLENOW

AVAILABLENOW

AVAILABLEMAY 2015

AVAILABLEMARCH 2015

AVAILABLEMAY 2015

AVAILABLEMARCH 2015

AVAILABLENOW


MEGIN M

ENERGYSAVING

43%

Name of luminaire TRITON 150W MEGIN MLight source ME LEDLuminous flux of installed light sources (lm) 15000 10850LOR (%) 72 100Net lumen output (at Ta = 25 °C) 10800 10850Power consumption (W) 169 97System efficacy of luminaire (lm/W) 64 112

70Ra

up to

12800lm

up to

113lm/W

high IP protection


MEGIN L

Name of luminaire MERCURY XL 1 x 400W MEGIN LLight source MT LEDLuminous flux of installed light sources (lm) 35000 23000LOR (%) 76 100Net lumen output (at Ta = 25 °C) 26600 23000Power consumption (W) 455 209System efficacy of luminaire (lm/W) 59 110

70Ra

up to

23000lm

up to

110lm/W

high IP protection

tiltable spigot

ENERGYSAVING

54%


SEMAI

Name of luminaire TRITON 1x100 W SEMAILight source ST LEDLuminous flux of installed light sources (lm) 9000 6950LOR (%) 75 100Net lumen output (at Ta = 25 °C) 6750 6950Power consumption (W) 110 63System efficacy of luminaire (lm/W) 61 110

70Ra

up to

8900lm

up to

110lm/W

tiltable spigot

ENERGYSAVING

43%


SEGIN M

ENERGYSAVING

22%

Name of luminaire ATLAS 1x150 W SEGIN MLight source ME LEDLuminous flux of installed light sources (lm) 13500 10750LOR (%) 75 100Net lumen output (at Ta = 25 °C) 10100 10750Power consumption (W) 176 138System efficacy of luminaire (lm/W) 57 78

70Ra

up to

10750lm

up to

93lm/W


DAINA

ENERGYSAVING

43%

Name of luminaire TRITON 150W DAINALight source ME LEDLuminous flux of installed light sources (lm) 15000 10850LOR (%) 72 100Net lumen output (at Ta = 25 °C) 10800 10850Power consumption (W) 169 97System efficacy of luminaire (lm/W) 64 112

70Ra

up to

12800lm

up to

113lm/W

high IP protection


CAIDEN

Name of luminaire ATLAS 1x70 W CAIDENLight source ST LEDLuminous flux of installed light sources (lm) 6300 3950LOR (%) 73 100Net lumen output (at Ta = 25 °C) 4600 3950Power consumption (W) 75 36System efficacy of luminaire (lm/W) 61 110 ENERGYSAVING

52%

70Ra

up to

3950lm

up to

110lm/W


IMMA

Name of luminaire ATLAS 1x70 W IMMALight source ST LEDLuminous flux of installed light sources (lm) 6300 5000LOR (%) 73 100Net lumen output (at Ta = 25 °C) 4600 5000Power consumption (W) 75 40System efficacy of luminaire (lm/W) 61 125 ENERGYSAVING

47%

65Ra

up to

5000lm

up to

125lm/W


THEA LED

70Ra

up to

8800lm

up to

89lm/W

Name of luminaire TRITON M 1 x 150W THEALight source ME LEDLuminous flux of installed light sources (lm) 13,500 8800LOR (%) 75 100Net lumen output (at Ta = 25 °C) 10,100 8800Power consumption (W) 176 99System efficacy of luminaire (lm/W) 57 89 ENERGYSAVING

44%

EUROPE’S FASTEST GROWING LIGHTING SOLUTIONS PROVIDEREUROPEAN FASTEST GROWING LIGHTING SOLUTIONS PROVIDER

REFERENCES


OPTICAL SYSTEMS

EUROPEAN FASTEST GROWING LIGHTING SOLUTIONS PROVIDER

ROTATION 0°–360° IN 90º INCREMENTS

MATRIX

Pos. 1 Pos. 2

Pos. 3 Pos. 4

STREET LIGHTING CONFIGURATOR

77%ENERGYSAVING

Previously used luminaire:150 W

Currently used luminaire:Megin 35W 3950lm


The Street Lighting Configurator is a tool which combines existing lenses on the market to create the requested LIDC.

the configurator uses 4 different lenses with different intensity curves and calculates 256 combinations with rotation increments of 90°

it is possible to insert the LDT of any lens into the configurator

it is possible to modify the rotation step

the configurator can be extended to work with more LID curves

the configurator can be used to mix different luminous intensity curves



ROTATION 0°–360° IN 90º INCREMENTS

MATRIX

Pos. 1 Pos. 2

Pos. 3 Pos. 4



LIGHT DISTRIBUTION OPTIONS


LIGHT DISTRIBUTION OPTIONS

IESNA TYPE I – luminaires to be mounted over the center of the area to be illuminated. Applies to rectangular distributions on narrow streets.

IESNA TYPE II – luminaires to be mounted near the edge of the area to be illuminated. Applies to narrow streets.

TYPE III – luminaires to be mounted near the edge of the area to be illuminated. Applies to streets of a medium width.

TYPE IV – luminaires to be mounted near the edge of the area to be illuminated. Applies to wide streets.

TYPE V – luminaires mounted over the center of the area to be illuminated. Applies to areas where light is to be distributed evenly in all directions. Type V is generally the class of luminaire applied in high mounting pole lighting systems.


I 4746 I

Refractor and diffuser selection It is difficult to understand the advan-tages and disadvantages of each type of refractive or non-refractive diffuser, especially in terms of its application in a specific setting. Our optical engineers are experienced in making these choices and can help customer understand which best suits their needs.

Refractor optimisation It is possible to modify a refractive ma-terial in order to achieve a desired LIDC; however, this is an incredibly difficult task that requires a high level of expertise. To help us with this process we have devel-oped our own LIDC Optimiser software, which helps us determine the precise LIDC needed for each application and provides calculations we can use as a base for opti-cal optimisation.

Refractor design There are a variety of refractive optics used in illumination systems. In this group we can find lenses, arrays, prisms, pillow optics and also protective covers. The abil-ity of these opitcal parts to directly control the light is due to the law of refraction. Based on this great flexibility, we are able to creat any refractor design according to customer needs.

Lens optimisation Lenses are used in LED luminaires and are commonly positioned directly on the LED. There are many lens shapes to choose from. Only experienced and knowledge-able optical engineers know how to de-termine the best lens for each product, with the possibility of combining various lenses within one optical system in order to achieve the desired result. For highly demanding street lighting luminaires we have developed our own optimisation software, the Street Light Configurator, which allows us to combine up to four dif-ferent lenses at various angles in order to provide the needed LIDC.

Lens design Lenses are standard parts in optical design. Illumination designs use internal reflection and the law of refraction to cap-ture the light emitted by a light source. In most cases we use free form lenses. This will be an area of focus in ourfuture de-signs, as such lenses are incredibly flexible and can be used in variety of applications.

Product development & engineering services / Optical design / Refractor, diffuser & lens design services Refractor, diffuser & lens design services / Optical design / Product development & engineering services

Optical parts

Reflector & parabolic

louvre design

Refractor, diffuser & lens

design

Spectral & luminance

analysis

Laboratory

Refractor, diffuser & lens design

Optical parts Refractor, diffuser & lens design Spectral & luminance analysis LaboratoryReflector & parabolic louvre design

DEVELOPMENT OF OPTICS ON REQUESTby OMS


DESIGNS PROPOSALS


DESIGN AND OPTICAL POSSIBILITIES

VARIANT 1

Lenses:

Expected parameters:

• 62 W, 6900 lm (net), 112 lm/W, CRI 70, 4000 K• 97 W, 10850 lm (net), 112 lm/W, CRI 70, 4000 K


DESIGN AND OPTICAL POSSIBILITIESStreetlight Variant 2


• 62W, 6900lm(net),112lm/W, CRI70, 4000K• 97W, 10850lm(net), 112lm/W, CRI70, 4000K

VARIANT 2

Lenses:


DESIGN AND OPTICAL POSSIBILITIESStreetlight Variant 3


• 62W, 6900lm(net),112lm/W, CRI70, 4000K• 97W, 10850lm(net), 112lm/W, CRI70, 4000K

VARIANT 3

Lenses:


THANK YOU

HEAD OFFICE OMS, spol. s r. o., 906 02 Dojč 419, Slovak Republic [email protected] www.oms.lighting

´FOLLOW THE RIGHT LIGHT´

street lightingdemanding street lighting luminaires we have developed our own optimisation software,...

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