why oms company presentation

COMPANY PRESENTATIONWHY OMS

The Top luminaire producer in Central and Eastern Europe

Continuous geographical expansion

More than 16 years experiences

Brand product portfolio: ELITE, ADVANCED, UNOLUX

Flexibility, fast delivery times, aggresive pricing

Innovation and own R&D center

New technologies in manufacturing process

Focused on new lighting trends and lighting solutions

Customised solutions

Wide project references

Human resources availability

ABOUT US

WHO WE ARE?

WHO WE ARE?

Through our knowledge in the field of development and Production of lighting solutions, we influence the use of artificial lighting in almost 122 countries worldwide for over 16 years.

Founded 1995 Liability Limited Company (Ltd.)

Number of Employees 1008 Export 98% Distribution 122 countries Area 92 600 m² Covered Area 33 550 m² Production Area 16 000 m² Area of Warehouses 12 000 m² Administrative Area 6 550 m²

R&D Center

ShowroomConference RoomBar

AdministrationBuilding

Production Hall/Facility

Production Hall/Facility Gate House

AdministrationArea

Production Warehouse

AdministrationArea – Warehouse

Central Warehouse

DinningHall


Production Hall –Metal Production,Warehouseof Semi-finished products

Products in ProcessStorage

Production Hall – Powdering Line,Metal Production


Production Hall/Facility,Production Warehouse

SEGMENTATION

BRAND SEGMENTATION APPLICATIONS SUPPORT

ELITEPRODUCT PORTFOLIO

DOWNLIGHT GRUMIUM MODUL WINGS DOWNLIGHT CASTRA TERZO

VEGA EXCLUSIVE MODUL EYE REBELL BECRUX STARTRACK

TRACK COMET

MODUL RAY

MODUL RENDOTRACK LOTUSTUBUS VISION

VARIO

DOWNLIGHT POLUKS

AVANTMODUL QUARK TUBUS PHACT

DOWNLIGHT SEELLERTRACK SEELLER

MIRZAMMODUL SPIKER MODUL CLEARANCEMODUL RAZZOR

DOWNLIGHT COMET MOTION

DOWNLIGHT AVIOR MOTION

AVIOR CONCRETE

DOWNLIGHT PROXIMA LED

TRACK ACROBAT

TRACK AVIOR ADVANCED

LINE SNAPPY

DOWNLIGHT CASTOR

ADVANCEDPRODUCT PORTFOLIO

UNOLUXPRODUCT PORTFOLIO

LIGHTING QUALITY STANDARD

6 E´s

Potential to become a global measure of lighting quality

Uses a unique rating system

Judging more than 20 objectively quantifiable criteria

LQS Composer & LQS index

LQS COMPOSER

Ambient lightingshow details of ceiling and enhance atmosphere of room.

Avaitability of daylightbringing natural conditions into interior by maximizing the use of daylight, thus minimizing operating cost.

Presence detectorPassive infrared sensor that reacts on movements. It is switching luminaries on to a preprogrammed level by occupancy of the room and switching luminaires off by absence of persons.

Constant illuminance sensorReduce the use of artificial light in the early life lighting system.

Daylight sensorSensor reduce the use of artificial light in interiors when natural daylight is available.

ERGONOMICS

Colour rendering index (CRI)

Glare prevention

Illumination level (task area)

Illumination level (surrounding of task area)

Lighting uniformity

Harmonious distribution of brightness

EMOTIONVertical illuminationCeiling illuminationBiological factor of illumination Availability of daylight Bluelight content (T > 6500K) Daylight simulation Dynamic lighting Tunable white Accent lighting RGB colour mixing Ambient lighting

ECOLOGY

Latest lamp technologySystem efficasy of luminaireThermal output of lampDangerous material contentProduct life-time and maintenance costs

EFFICIENCY

Presence detector

Constant illuminance sensor

Daylight sensor

Calling of lighting scenes

Working days

Power consumption [kWh/year]

Power consumption with LMS [kWh/year]

CO2 savings [kg/year]

LENI [kWh/year.m²]

Working hours / day: Working hours / night:

EL-INDIRECT VEGA PV - LED3600lm/8401x55W

Combined motion and illuminance sensor

Controll unit

Switch

The smart support for lighting consultants, technicians, planners or even your sales team!

Testing the parameters and overall score of the space

LQS COMPOSER PRO

All qualitative parameters at one place

Objective evaluation of the lighting system from the qualitative point of view

Applicable for each manufacter of lighting fixtures

Energy evaluation by LENI

LIGHTING QUALITYSTANDARD COMPOSER

PROFESSIONAL

OFFICE AND COMMUNICATIONOFFICE AND COMMUNICATIONOPEN OFFICEOPEN OFFICE

GROUND AREA [m2]

80

HEIGHT [m]

2.7

FREYN LED Prisma

LED, 1x44W

12 pcs

DIMENSIONS

LUMINAIRE 1

LAMP

NO. LUMINAIRES

DIALux(printscreen)

CommentsTesting text

Company:Operator:Phone number:Email:

Project name:Customer:Sales manager:Date:

ERGONOMICSERGONOMICS

Colour rendering index CRI 80

Glare prevention UGR 17.3

Illumination level (task area) yes

Illumination level (surounding of task area) yes

Lighting uniformity yes

Harmonious distribution of brightnessEm(wall) 151 lux

U0 0.39Em(celling) 66 lux

U0 0.746

EMOTIONEMOTION

Vertical illumination Em (vertical) / Em (workplace) 0.388

Ceiling illumination Em (vertical) / Em (workplace) 0.177Biological factor of illumination

Availability of daylightBluelight content (CCT > 6500K)Daylight simulationDynamic lightingTunable white

Accent lighting

RGB colour mixing

Ambient lighting

ECOLOGYECOLOGY

Latest lamp technology 120 lm/W

System efficacy of luminaire 72.3 lm/W

Thermal output of lamp 0 % of IR

Dangerous material content 0 mg

Product life-time and maintenance costs 50000 hours

EFFICIENCYEFFICIENCY

Presence detector R3 Auto ON/Dimmed F0 = 1frequented movement of persons

Constant illuminance sensor Fc = 1Daylight sensor R8 Photo cell dimming, medium daylight penetration Fd = 0.4764Calling of lighting scenes

Working days:Working days:

Mon Tue Wed Thu Fri Sat Sun

Working hours/night:Working hours/night: 11Working hours/day:Working hours/day: 99

1320 [kWh/year]

698 [kWh/year]

379 [kg/year]

8.72 [kWh/year.m2]

Power consumptionPower consumption with LMSCO2 savingLENI

4747%%

3.03

LIGHTING MANAGEMENT SYSTEM

COMFORT

AUTONOMY

FLEXIBILITY

ELIMITATION DEGRICING OF ILLUMINATION

ENERGY SAVING

BENEFITS OF CONTROL AND REGULATION

LED ACADEMY

LED

Basic

Optics

Thermal

Controls

Benefits

Applications

Strategy

... and many more about LED technology

LED CALCULATORLEDCALC supports to visualize theadvantages of LED based luminaires.

Information are displayed and calculated: Payback time

Energy consumption in a certain time period

CO2 consumption

Influence of LED based luminaires on air condition systems

Impact of daylight sensors on total investment costs

Effect of presents detectors on total investment cost

Ascendancy of maintenance cycles on total investment costs

Graphical analysis

Selection1

Manufacturer OMSType DOWNLIGHTProduct name DOWNLIGHT PRO 211 POLISHEDLight source FSQ (TC-DEL) 2x26WColor temperature 4000 KCRI 80Lumen output 3600 Lumen

Lumen output-light source meas. 3600 Lumen Luminaire price €Wattage 53 W Cost for light source 7€Light source efficacy 67.9 Lumen/W Color consistance 7 MACADAM

LOR 52 % Lifetime 20000 HoursSystem efficiency 35.3 Lumen/W Maintenance cycle 1.5t imesNet lumen output from luminaire 1872 Lumen Maintenance factor 0,8M FAir condition * Presents detection * Daylight sensor 1 * 1 * 1 = 0.0%

Calcul. Qty of products incl. LLMF 25 PCS

(Ratio to lumen output of 1st selection) 1.00

Initial investment costs7 69 €Energy costs 13250 €Reductions (AC, PD, DS) 0 €Maintenance 488 €Total costs 14507 €

Total power consumtion 66250 kWh

Total Co2 emission 42.4 TONS

Selection2

Manufacturer OMSType DOWNLIGHTProduct name DOWNLIGHT VISION 190 LED

POLISHEDLight source FORTIMO GEN 3Color temperature 4000 KCRI 80Lumen output 2000 Lumen

Lumen output-light source meas. 2000 Lumen Luminaire price €Wattage 26 W Cost for light source 0€Light source efficacy 76.9 Lumen/W Color consistance 3 MACADAM

LOR 100 % Lifetime 50000 HoursSystem efficiency 76.9 Lumen/W Maintenance cycle 0t imesNet lumen output from luminaire 2000 Lumen Maintenance factor 0,9M FAir condition * Presents detection * Daylight sensor 1 * 1 * 1 = 0.0%

Calcul. Qty of products incl. LLMF 20.8 PCS

(Ratio to lumen output of 1st selection) 0.94Initial investment costs 1872 €Energy costs 5408 €Reductions (AC, PD, DS) 0 €Maintenance 0 €

Total costs 7280 €

Total power consumtion 27040 kWh

Total Co2 emission 17.3 TONS

PAYBACK TIME RELATED TO HIGHER INITIAL COSTS: 1.6 YEARSOPERATING: 365 DAYS AT1 2 HOURS PER DAY

COST SAVING: 6758.515 EUR CO2 SAVING: 25.1 TONS

APPLICATION

RIGHT LIGHTPRESENTATION RETAIL SHOPSHOPPING MALL

INDUSTRYENGINEERINGOUTDOOR WORKPLACE

OFFICECOMMUNICATION

HOTELGASTRO

EDUCATION SCIENCE

APPLICATION

RIGHT LIGHT

HEALTHCARE

SPORTLEISURE WELLNESS

ROADPATHSQUARE

HOUSEFLATLIVING AREA

ARCHITECTUREFACADECITY MARKETINGVISUAL PRESENTATION

PRESENTATION RETAIL SHOPSHOPPING MALL

42/43

The functional aspect of lighting is defined by constant

light, while the ambient aspect of lighting is particularly

prominent near the car showroom’s entrance. The car

showroom‘s atmosphere is functional and serves to

make this space more inviting, encouraging customers

to come in.

CARSHOWROOM

Lighting for a car showroom is mainly

defined by what is sold – cars – large,

highly glossy objects with curved

and structured surfaces. The light-

ing conditions of a large showroom

are affected by daylight penetrating

through big glazed areas. Very high

brightness can be reduced by polaris-

ing lenses and shutters.

Controlled lighting during the day can

provide uniform light intensity. A good

solution is ceiling lighting, which pro-

vides homogeneous light that removes

the reflection of unwanted details from

the surfaces of vehicles. In the even-

ing and nighttime, the whole space

becomes a showcase. Lighting at this

phase uses narrow emission light fixtures

and draws the attention to the brand.

Another solution is to point light sources

up to the skylights, from which the light

reflects and appears to be daylight.

When selecting lights for a car show-

room, an important aspect is the design

and harmony with the overall environ-

ment. Currently, the most widely used

light sources are halide tubes with high

luminous flux. However, development

proves that within a very short time they

will be pushed out by LED technology.

When selecting lights for a car showroom,

an important aspect is the design and har-

mony with the overall environment. REBELL111

SPECIFICTYPESOFSHOPS

REBELL111

100/101

TRACK

104

SEELLER

TRACK

104

STARTRACKTRACK

104

LOTUS

TRACK

104

CANOPUSVARIOTRACK

105

11/12LEDTRACK

105

AVANTASYMMETRIC

LINERANGE109

PB100

LINERANGE109

100

MODUL

110

LAMBDALINERELAX

110

HLINE

SIMPLE

110

SWAT

MODULBOX113

SQUARESUSPENDED MODULBOX113

MAX

TUBUSPRO113

PENDANTBELL

114

PC3

LINERANGE100 106

SUSPENDEDSINGLEPIECE

FUTURO

116

LED

DOWNLIGHT117

PORRIMADOWNLIGHT

117

CASTRA

DOWNLIGHT117

VISION190LEDDOWNLIGHT

117

CYGNUSDOWNLIGHT

118

CASTOR

DOWNLIGHT119

QUADRODOWNLIGHT

120

CUBE

DOWNLIGHT120

VISION170/190/240 DOWNLIGHT120

VISION170/190ECO DOWNLIGHT120

PROHID

DOWNLIGHT120

PROXIMA

RELAX

123

XTPLED

LINERANGE123

PB100LEDSINGLE RELAX

123

H

RELAXPV123

ASYMMETRICLEDTORNADO

125

PCLED

LINERANGE100LED 106

SURFACEDSINGLEPIECE

PRODUCTS

prODUctStracK SYSteM

MODUlarSYSteM

SUSpenDeD

ceilingreceSSeD

ceiling SUrFaceD

wall MOUnteD

eMergencY

TRACK

102

AVIORADVANCED TRACK

102

ACROBATTRACK

103

AIR

TRACK

103

CUBE

TRACK

103

zOOM

TRACK

103

COMET

LINERANGE106

100LEDSURFACED LINERANGE106

100LEDSUSPENDED RELAXPVLINE106

ASYMMETRICLED LINE

107

SNAPPY

AVANT

107

LINE

PRESTIGE108

REBELL

111

LLED

TUBUS

112

PHACT

TUBUS

112

CYGNUSPENDANT TUBUSVISION112

PENDANTLEDVARIOMODUL

112

MINILEDINDIRECT

113

VEGAAS

DOWNLIGHT115

COMETMOTIONDOWNLIGHT

115

AVIORMOTIONDOWNLIGHT

115

GRUMIUMDOWNLIGHT

116

PROXIMA170LED DOWNLIGHT116

TARFADJUSTABLE DOWNLIGHT116

SEELLER

DOWNLIGHT118

PROPUS

DOWNLIGHT118

PREPUS

DOWNLIGHT118

TARF

DOWNLIGHT119

POLUKS

DOWNLIGHT119

SQUARETRIMLESS DOWNLIGHT119

SQUARE

BECRUX

121 DECRUX

121 GACRUX121 INDIRECT

122

VEGA

INDIRECT122

SAIPH

INDIRECT122

BATEN

AVIOR

124

CONCRETETUBUS

112

CYGNUSTUBUS

124

VISIONLEDBECRUX

124

LGAS

MODULBOX125

SQUARESURFACED MODUL

125

BOX

VARIO

126

MINI1/2LEDWALL

126

CYGNUSAVANTWALL

126

ASYMMETRIC

EMERGENCY127

2810

EMERGENCY127

2760

EMERGENCY127

2610

EMERGENCY127

2600

26/27

From the marketing

point of view, this

area is the last

chance to appeal to

the customer and

offer goods.

Correct lig

hting of the

cash co

unter’s w

orking

area will cr

eate an

environment

that sup

presses

exhaustio

n, maint

ains ale

rtness, a

nd eliminat

es

mistakes w

hen working

with money.

DWVISIONLED117

TRACKCUBE

103

ASHOP’SCHARACTERISTICS

A good horizontal illum

inance o

f the working

plane w

ill be ens

ured by

lights pla

ced directly

above t

he cash

desk. The

illuminat

ion of vertical

surfaces

behind the

counter all

ows customers

to better i

dentify it

s positio

n and works a

s a

means of co

rporate communic

ation w

ith waitin

g

costumers.PRESTIGE

108

CASHDESKS

The cash desk is an exceptional place

within a shop, and also in the shop-

ping process. First

of all, it is a

work

area where an employee spends his

or her working time in the centre of

attention.

Therefore, visual comfort is

the main cri-

terion. Lighting must produce light with

sufficient brightness and high colour

fidelity. More stre

ss must be put on the

prevention of glare caused by light re-

flecting from plastic and metallic surfaces

of the counter and decorations.

According to the standards in force, the

UGR glare limit for such a work area is

set up to the maximum value of 19.

OFFICE AND COMMUNICATION

72/73

HEADOFFICE

HEADOFFICE

almost no other space in

the office building offers the

designers and architects such

a creative potential as the

“head office”. its task is to

create conditions for work

of the leaders, to set up a

background for their meet-

ings with colleagues and at

the same time to represent

the company or corporate

culture.

The natural architectonic struc-

ture of this office type automat-

ically includes the inevitability to

expect not only functional but

also designer above-standard

furnishing of the interior and

illumination solution as well.

The illumination of the desk

places demands - besides the

functionality - also on an inven-

tive and representative design

and it has to fulfil all parameters

necessary for a concentrated

activity. This space allows show-

ing the suspension luminaire to

good advantage which attracts

by an exceptional design and

modern technological param-

eters. The optimal distribution

of the luminous flux without

striking transition lines in the

immediate proximity of the desk

will prevent the wear of sight

and feelings of fatigue.

The conference part in the pres-

tige office requires a different

type of the light solution. The

balanced light in warmer colour

shades helps to concentrate on

the communication partners

and at the same time it gives

the human skin a more pleasant

and natural appearance.

The overall visual impression

from the prestige office is

completed by the program-

mable lighting management

system with the adjusted light-

ing scenes creating an optimal

light environment for every

activity during the working day.

The representative part with

references to the company and

corporate culture and factors

characterising the personality

of the office user requires the

usage of luminaires which give

individual objects the opportu-

nity to become apparent.

MOdUL cLEaRancE

designed by oMS Lighting,

sets new standards in architec-

tural lighting. LED edge lighting

technology provides 4300 lm

and is fully transparent in switch

off status. After turning on,

special particles in the difusion

material create a homogenous

light emitting surface with the

efect of “shining glass”. The

light distribution is direct and

indirect and the correlated

colour temperature is adjustable

between 3000K and 6500K.

Together with very low glare

and harmonious distribution of

brightness the luminaire has all

the positives of complex LED

concepts from long lifetime to

lighting control.

MODuLCLEARANCE 117

MODuLRAzzOR 117

MODuLEYE117

The suspended luminaire

MODUL EYE with the

direct symmetric and

asymmetric characteristic

of the luminous flux

distribution developed

by the company OMS

represents a designer

luminaire with a

revolutionary system that

enables altering the width

of the luminous intensity

mechanically. The lighting

fixture is equipped with

linear fluorescent lamps

and the intelligent DALI

management.

The LED sources with various luminous intensity which reflect the light from

the built-in reflectors under different angles enable changing the width of the

luminous intensity curve with the luminaire MODUL RAZZOR

The variable and mechanically

adjustable width of the luminous flux

of the luminaire MODUL EYE enables

achieving optimal light conditions for

every type of activity.

MODUL RAZZOR

With direct and indirect

characteristic of luminous

flux distribution represents

the first luminaire with an

electronically adjustable

width of the luminous

intensity curve without any

need to change the optical

part of the luminaire.

The head office is a multifunctional space. it provides a

background for concentrated work as well as for informal

meetings and therefore it requires a variable solution of

illumination.

PRODUCTS

110/111

PRODUCT

PRODUCTSsUsPenDeD

mODUlaRsysTem

CeilingsURfaCeD

CeilingReCesseD

Rebell

114

l leD

TUbUs

114

PhaCT

TUbUs

115

CygnUs PenDanT TUbUs visiOn 115

PenDanT leDvaRiO mODUl

115

mini 2 leDvega as

115

exClUsive

mODUl

117

RazzOR

mODUl

117

eye

mODUl

118

Ray sUsPenDeDmODUl

118

qUaRk iimODUl

118

RenDO

avanT leD 119

mODUl

120

lambDa maxmODUl

121

aRk

mODUl bOx 121

sUsPenDeD

mODUl

121

Ray lineavanT

122

line leD

avanT

122

line

line Range 123

100 leD sUsPenDeD line Range 123

100 sUsPenDeDmODUl

124

en line

line Range 126

Pb 100 leDline Range

126

Pb 100

TUbUs

127

visiOn leDTUbUs

127

CygnUsmODUl

127

wings sURfaCeD saiPh

127

as

hellOs

128

as sURfaCeDmODUl bOx

128

sqUaRe sURfaCeD

mODUl

130

bOx maxmODUl

130

lambDamODUl

130

lambDa maxmODUl

131

exe ii

mODUl

131

Ray sURfaCeDline Range 100 leD 131

sURfaCeD single PieCe

DOwnlighT 133

CasTRa

DOwnlighT 133

CasTOR

DOwnlighT 134

CygnUs iiDOwnlighT

134

Caim

DOwnlighT 134

Caim TRimlessDOwnlighT

134

nOviel

DOwnlighT 135

PRePUs

DOwnlighT 135

PROPUs

DOwnlighT 135

visiOn leD

DOwnlighT 136

visiOn

DOwnlighT 136

visiOn eCO

DOwnlighT 135

miRa

DOwnlighT 136

POlUks

DOwnlighT 137

sqUaRe

DOwnlighT 137

sqUaRe TRimless DOwnlighT 137

qUaDRODOwnlighT

137

CUbe

CaPh

138

hellOs

138

beCRUx

138 gaCRUx

138 vega

139

exClUsivevega

139

sTanDaRD

mODUl bOx 116

sqUaRe sUsPenDeD hellOs as 116

sUsPenDeDmODUl wings

116

sUsPenDeDmODUl bOx

116

max

mODUl

117

sPikeR

mODUl

117

CleaRenCe

avanT

119 mODUl

119

exe ii leDmODUl

120

exe ii

mODUl

119

en

line Range 100 leD 110

sUsPenDeD single PieCe mODUl

120

lambDa

mODUl

124

lambDa ii lineline Range

124

100 leD sURfaCeD line Range 125

100 sURfaCeDline

125

snaPPy

Relax

126

h line

Relax

126

line asymmeTRiC leD

inDiReCT 128

as f-DUO miCROPRisma ClassiC

129

asn

ClassiC

129

asn a1/a2/a3/a4/a5/a9 mODUl

129

aRk

mODUl bOx 129

sURfaCeDmODUl

130

qUaRk ii

TORnaDO 132

PC leD

TORnaDO 132

PC

24/25

EMOTION

eMOTIOn

The light is able to substantially a

ffect the ability of people to perceive, to change

their mood, to arouse a feeling of vis

ual and psychological well-being and to regu-

late the human circadian rhythm. This knowledge has enlarged the perception of

the task of artificial illumination by a new dimension. its

role today is not only to

illuminate the space but also to be effective biologically.

The scientific research during recent decades has substantially

changed the view at the task of illumination and its i

nfluence on

people. Light is able to fundamentally a

ffect not only people’s

ability to perceive things around but also to change the mood,

to arouse a feeling of comfort or vice versa discomfort and to

regulate the human circadian rhythm. All this knowledge has

enlarged the perception of the task of the artificial illumination

by a new dimension – to be biologically active. When designing

a lighting solution of an office space it is from understandable

reasons inevitable to take into account both requirements equally.

By mixing the light of various colours and utilising the ambient or

accent lighting we can achieve the visual and psychological well-

being of the employees without any negative influence on their

regeneration capabilities.

LQS has a holistic approach to the illumination of spaces. it

per-

ceives its solution as a whole, with the goal to copy th

e properties

of the natural light as truthfully a

s possible.

AVAILAbILITYOFDAYLIgHT

Working people spend a great part of th

eir life in closed

spaces. That is the reason why the quality of th

e artificial

light is attrib

uted extraordinary importance. as we have al-

ready mentioned on several pages, the scientific research has

unambiguously confirmed the positive impact of th

e natural

light on the feeling of people’s visual and psychological well-

being, their performance efficiency, the ability

to concentrate

and last but not least a

lso the ability to regenerate. in most

office spaces the requirement fo

r availability of daylight is

a

rule. The task of the artificial lig

hting is to fulfil the supple-

mentary function or to replace it w

here it is fully absent.

The most important moment when planning the illumination

for any space is a

correct solution, the luminaire type itse

lf is of

second-rate importance, if it is a

ble to ensure the required result.

in general, it is va

lid that the human eye responds best to large

continuous illuminated surfaces and the white diffused light

reflected from the ceiling and walls. This ty

pe of illumination

simulates the properties of the natural light in the best way.

Work with light is something like an artist

ic creation.

When the light designer masters it well, h

e/she is able to

create a space where the employees will feel comfortable

and happy.

EDUCATION AND SCIENCE

16/17

ILLUMINATIONLEVEL

ILLUMINATIONLEVEL

The light substantially affects

the feeling of well-being of

the pupils and teachers; it in-

fluences their psyche, perfor-

mance efficiency, the ability

to concentrate and regenera-

tion. The correct illumination

of the space enables correct

perception of the visual

information, recognising the

object shapes and faces.

in general the optimal solution

is considered when we place

the luminaire in such a way

that the luminous flux will be

directed to the working surface

moderately from the left hand

side in the direction of the

pupil’s or teacher’s view. Using

this solution they do not cast

a shadow and good visibility

of the pen point is ensured.

This direction of the luminous

flux is determined for right-

handers; the left-handers are

often disadvantaged in this

case. However, today there

are lighting solutions which

enable adjusting the luminous

flux to create the same condi-

tions for the left-handers also.

The insufficient or erroneous

illumination of the classroom or

another educational space can

have a negative impact not only

on the quality of the teaching

process and the ability to learn

but also on the state of mind of

the students and teachers. The

modern lighting solutions are

based on the research results

which have shown that the

light is the decisive factor for

the psychological and visual

well-being of people. That is

why the designers attempt to

be as close as possible to its

properties when planning the

illumination.

Task area

The task area places the great-

est demands on the lighting in

every type of the educational

space. The European standard

En 12464-1 determines the

illuminance level 300 lux for the

task area in the classrooms. our

experience from practice and

the research results have shown

that from the point of view of

the teaching process quality this

normative value is insufficient

and we recommend maintain-

ing the minimal illuminance

500 lux.

To ensure optimal conditions for writing it is suitable to place the luminaire for

its luminous flux to be directed from above and moderately from the left hand

side in the direction of the pupil’s view. Using this solution the pupils do not

cast a shadow when writing and good visibility of the pen point is ensured.

Surrounding area

The correct illumination of the

surrounding area (from 0.5 m

from the task area) and the

background (up to 3 m adjacent

to the surrounding area in the

framework of the limited space)

is also an important factor. Their

correct lighting can prevent

problems with perceiving

objects, minimise the risk of

eye fatigue, the rise of stress

and strain. The illuminance of

the surrounding area and the

background is connected with

the task area illuminance and

is to ensure the balanced lumi-

nance distribution in the field of

vision. The illuminance values

of the surrounding of the task

area corresponding with the

individual illuminance level of

the task area are defined by the

European standard En 12464-1.

For the background illuminance

the standard states a minimum

of one third of the surrounding

area value.

LQS assigns the spaces fulfilling

the standard requirements 5

points; the non-conforming

values of the illumination level

0 points.

in the educational premises

there are, besides the desks,

also presentation surfaces or

boards as parts of the task

area. The European standard

En 12464-1 determines the

minimal illuminance level

500 lux at the uniformity of 0.7

for the board. When solving the

illumination of the board it is

necessary for the surface to be

illuminated uniformly and suf-

ficiently along its whole height.

To achieve the required values

of the level and uniformity of

illuminance by general lighting

is almost impossible; therefore it

is inevitable to use an additional

luminaire. The recessed lumi-

naire RELAXASYMMETRICLEd

with an asymmetric luminous

intensity curve by which we

achieve sufficient vertical illumi-

nance of the whole presenta-

tion surface. it is recommended

to install the luminaire 0.85 to

1.3 metres from the presenta-

tion surface.

In the educational premises there are besides the desks also presentation

surfaces or boards as parts of the task area. For the board the normatively

determined illuminance level is 500 lux and the lighting uniformity 0.7.

Illuminance

on the task area Etask

lux

Illuminance on immediate

surrounding areas Esurrounding

lux

≥ 750

500

500

300

300

200

200

150

150

Etask

100

Etask

≤ 50

Etask

Place of the task area

Immediate surrounding

area (band with a

width of at least

0.5 m around the task

area within the visual

field)

Background (at least

3 m wide adjacent

to the immediate

surrounding area

within the limits of the

space)

LQSVALUE

Illumination level

(task area)

illumination level

(task area)LQS Value

Yes5

no0

LQSVALUE

Illumination level

(surrounding area)

illumination level

(surrounding area)LQS Value

Yes5

no0

RELAX143

ASYMMETRICLEd

Direct glare can be prevented by correct organisation of the working plane.

Placing the desks rectangular to the windows will prevent pupils to be

directly exposed to the sunshine and thus to the undesirable glare.

Fitting the windows with an effective

system of blinds belongs among the

basic measures how to avoid the

direct glare from sunshine.

appropriate lighting of the space

enables correct perception of the

visual information, recognising the

objects and faces.

GACRUX141

Relationship of illuminances on immediate surrounding to the illuminance on

the task area.

114/115

PRODUCTS

PRODUCTSSUSPenDeD

mODUlaRSySTem

CeilingSURfaCeD

CeilingReCeSSeD

mODUl

137

Ray SURfaCeD

PlaSTiC PlaST h 137

Rebell

118

l leD

TUbUS

118

PhaCT

mODUl

134

wingS SURfaCeD

DOwnlighT 139

CaSTRa

DOwnlighT 139

CaSTOR

vega Pv

142

exClUSive

line Range 131

100 leD SURfaCeD

line Range 133

Pb 100

TUbUS

134

CygnUS

mODUl

136

lambDa

hellOS

134

aS SURfaCeDmODUl bOx

134

SqUaRe SURfaCeD

mODUl bOx 136

SURfaCeD

mODUl

126

Ray lineavanT

127

line leD

avanT

127

line

line Range 130

100 leD SUSPenDeD line Range 130

100 SUSPenDeDmODUl

131

en line

DOwnlighT 139

CygnUS ii

DOwnlighT 140

SqUaRe

DOwnlighT 140

SqUaRe TRimleSS DOwnlighT 141

qUaDRO

gaCRUx

141DOwnlighT

139

miRa

DOwnlighT 140

PROPUS

DOwnlighT 140

viSiOn leD

vega Pv

142

STanDaRD

vega aS

119

exClUSive

mODUl

123

RenDO

mODUl

123

qUaRk ii

avanT leD 124

mODUl

123

Ray SUSPenDeD

line Range 132

100 SURfaCeDline

132

SnaPPy

Relax

132

h line

Relax

133

line aSymmeTRiC leD

mODUl

124

en


SUSPenDeD Single PieCe mODUl

125

lambDa

avanT

124

hellOS aS 121

SUSPenDeD

mODUl

125

lambDa maxmODUl bOx

126

SUSPenDeD

mODUl wingS 121

SUSPenDeD

PlaSTiC PlaST h 126

mODUl

131

lambDa ii line

DOwnlighT 138

COmeT mOTiOnDOwnlighT

138

aviOR mOTiOnDOwnlighT

138

PROxima

TeRzO

142

leD

SaiPh

142

miRzam

143 Relax xTP 143

leD

line Range 143

Pb 100 leD Single PieCe

Relax

143

aSymmeTRiC leD

line SnaPPy 143

Single PieCe

PReSTige 128-129 SimPle SwaT

130

ClaSSiC aSn 120

ClaSSiC aSn 119

aSymmeTRiC

ClaSSiC xTP iP54 119

ClaSSiC

135

xTP iP54

ClaSSiC

135

aSR

ClaSSiC

135

aSR ii

ClaSSiC

135

aSymmeTRiCClaSSiC

136

aSn

ClaSSiC

136

aSn a1/a2/a3/a4/a5/a9

ClaSSiC

120


line Range 133

Pb 100 leD

mODUl

122

CleaRanCe

mODUl bOx 121

SqUaRe SUSPenDeD

TUbUS

119

CygnUS PenDanT

mODUl bOx 121

max

mODUl

122

SPikeR

mODUl

122

RazzOR

mODUl

122

eye

mODUl

124

exe ii leD

mODUl

125

exe ii

ClaSSiC aSR ii 120

TUbUS viSiOn 118

PenDanT leD

TUbUS viSiOn 134

leD

mODUl

137

lambDa max

hellOS

141

CaPh

141

26/27

EMOTION/bIOLOGICALfACTOROfILLUMINATION/AVAILAbILITYOfdAYLIGHT

eMOTIOn

The correct perception of the depicted information has a decisive

influence on

creating the pupils´ relation to school and learning. The correct and biologically

effective light makes their learning simpler and more amusing.

The scientific research during last decades has deeply changed

the view at the task of lighting and its effect on people. The light

is able to substantially affect not only th

e ability to perceive but

also to change the mood, to arouse the feeling of comfort or

vice versa discomfort and to control the human circadian rhythm.

All this knowledge has extended the perception of the task of

the artificial illumination due to the sim

ple need to illuminate the

space by a new dimension – to be biologically effective. When de-

signing the lighting solution at schools it is in

evitable to take both

requirements equally into account.

LQS approaches the lighting of space in a holistic way. it

perceives

the solution as a whole with the goal to copy the properties of

the natural light as trustfully a

s possible.

bIOLOGICALfACTOROfILLUMINATION

AVAILAbILITYOfdAYLIGHT

as we have already mentioned in several areas, the scie

ntific

research has unambiguously confirmed the positive

impact of the

natural light on the feeling of the pupils´ visual and psych

ological

well-being, their performance efficiency and the ability

to con-

centrate. The requirement on the availability of the daylight in the

spaces determined for education is therefore a rule. The task of the

artificial light is to fulfil an additional function to the daylight.

The most important moment when planning the lighting for any

space is its correct solution, the type of the luminaires is o

f second-

ary importance if th

e required result can be ensured. However, in

general it is valid that the human eye responds to large continu-

ously illuminated surfaces and the white diffuse light reflected from

the ceiling and walls in the best w

ay. As a matter of fact, this ty

pe

of lighting simulates the properties of the daylight most tr

uthfully.

The human eye responds to large continuously

illuminated surfaces and the white diffuse light

reflected from the ceiling and walls in

the best way.

INDUSTRY AND ENGINEERINGOUTDOOR WORKPLACE

20/21

HArmONiOUsDisTriBUTiONOFBrigHTNEss

HArmONiOUs

DisTriBUTiON

OFBrigHTNEss

people acquire up to 80 %

of information through their

sense of vision therefore

lighting is the key factor for

a correct visual perception in

all industrial and production

areas.

Luminance is the only quan-

tity to which the human eye

responds and therefore its

harmonious distribution is the

key task for a lighting designer

when planning the illumination

in every type of industrial space.

Harmonious distribution of

brightness affects sharpness of

vision and enables the human

eye to perceive the contrast.

Unequal distribution of bright-

ness places increased demands

on the adaptation ability of the

human eye, the low contrast

reduces the visual stimulation,

causes eye fatigue and in this

way it affects the performance

efficiency of the employees at

the workplace. Excessive bright-

ness in the space causes an

undesirable glare.

in industrial spaces the

requirements of harmonious

distribution of brightness are

particularly relative to areas

where visual quality control is

performed, in laboratories, on

workplaces with VDU or in the

offices. To achieve an optimal

distribution of brightness in

the space means to begin with

a correct organisation of the

interior and its design. The

types of the material and colour

used are decisive. in general, it

is recommended to use brighter

colours because dark walls, ceil-

ings as well as furniture have,

in comparison to the brighter

materials, a lower reflectance

and therefore they can cause

depressive feelings. An appro-

priate selection of the luminaire

(ceiling or suspension lighting

fixtures with direct distribution

of the luminous flux) and their

correct deployment are a key

factor for the harmonious distri-

bution of brightness.

The values of adequate harmo-

nious distribution of brightness

are defined by the european

standard En 12464-1. The

standard recommends for the

major interior diffusely reflect-

ing surfaces following values:

ceiling 0.7 to 0.9, walls 0.5 to

0.8, floor 0.2 to 0.4. Accord-

ing to the same standard, the

reflectance of major objects

(e.g. machinery) should be in

the range of 0.2 to 0.7.

The european standard

En 12464-1 sets further values

of the maintained illuminences

on the major surfaces in small

industrial spaces, such as labo-

ratories, small rooms or offices,

For the maintained illuminance

of walls are stipuleted values of

50 lux with uniformity ≥ 0.10,

for ceiling 30 lux with uniform-

ity ≥ 0.10. in common spaces

(e.g. corridors and staircase) the

stipulated value for maintained

illuminence for walls is 75 lux

with uniformity ≥ 0.10, for

ceiling 50 lux with uniformity of

≥ 0.10.

LQS awards 0 to 5 points based

on illuminance level and its

uniformity on room surfaces.

LQsVALUE

Harmonious

distribution

of brightness

Harmonious

distribution

of brightnees

(contrast)

LQS

Value

Em(wall)>150 lux

with Uo>0.3

Em(ceiling>75 lux

with Uo>0.3

5

Em(wall)>75 lux

with Uo>0.3

Em(ceiling>50 lux

with Uo>0.3

4

Em(wall)>75 lux

with Uo>0.1

Em(ceiling>50 lux

with Uo>0.1

3

Em(wall)>50 lux

with Uo>0.1

Em(ceiling>30 lux

with Uo>0.1

2

Em(wall)>30 lux

with Uo>0.1

Em(ceiling>10 lux

with Uo>0.1

1

Em(wall)<30 lux

with Uo>0.1

Em(ceiling<10 lux

with Uo>0.1

0

rELAxxTP LEDxY

The harmonious distribution of brightness in a space ca

n be influenced by a selection of luminaires. B

y using luminaires with direct d

istribution of the lumi-

nous flux (Figure 1-3) we don't achieve s

ufficient illuminance of vert

ical surfaces, which causes a cave eff

ect. It can be avoided by using luminaires w

ith a

very broad luminosity cu

rve. (Fig. 4).

in industrial spaces the requirements of harmonious

distribution of brightness are particularly relative to areas

where visual quality control is performed, in laboratories,

on workplaces with VdU or in the offices.

114/115

PRODUCTS

PRODUCTSSUSPenDeD

mODUlaRSySTem

CeilingSURfaCeD

CeilingReCeSSeD

mODUl

137

Ray SURfaCeD

PlaSTiC PlaST h 137

Rebell

118

l leD

TUbUS

118

PhaCT

mODUl

134

wingS SURfaCeD

DOwnlighT 139

CaSTRa

DOwnlighT 139

CaSTOR

vega Pv

142

exClUSive

line Range 131

100 leD SURfaCeD

line Range 133

Pb 100

TUbUS

134

CygnUS

mODUl

136

lambDa

hellOS

134

aS SURfaCeDmODUl bOx

134

SqUaRe SURfaCeD

mODUl bOx 136

SURfaCeD

mODUl

126

Ray lineavanT

127

line leD

avanT

127

line

line Range 130

100 leD SUSPenDeD line Range 130

100 SUSPenDeDmODUl

131

en line

DOwnlighT 139

CygnUS ii

DOwnlighT 140

SqUaRe

DOwnlighT 140

SqUaRe TRimleSS DOwnlighT 141

qUaDRO

gaCRUx

141DOwnlighT

139

miRa

DOwnlighT 140

PROPUS

DOwnlighT 140

viSiOn leD

vega Pv

142

STanDaRD

vega aS

119

exClUSive

mODUl

123

RenDO

mODUl

123

qUaRk ii

avanT leD 124

mODUl

123

Ray SUSPenDeD

line Range 132

100 SURfaCeDline

132

SnaPPy

Relax

132

h line

Relax

133

line aSymmeTRiC leD

mODUl

124

en


SUSPenDeD Single PieCe mODUl

125

lambDa

avanT

124

hellOS aS 121

SUSPenDeD

mODUl

125

lambDa maxmODUl bOx

126

SUSPenDeD

mODUl wingS 121

SUSPenDeD

PlaSTiC PlaST h 126

mODUl

131

lambDa ii line

DOwnlighT 138

COmeT mOTiOnDOwnlighT

138

aviOR mOTiOnDOwnlighT

138

PROxima

TeRzO

142

leD

SaiPh

142

miRzam

143 Relax xTP 143

leD

line Range 143

Pb 100 leD Single PieCe

Relax

143

aSymmeTRiC leD

line SnaPPy 143

Single PieCe

PReSTige 128-129 SimPle SwaT

130

ClaSSiC aSn 120

ClaSSiC aSn 119

aSymmeTRiC

ClaSSiC xTP iP54 119

ClaSSiC

135

xTP iP54

ClaSSiC

135

aSR

ClaSSiC

135

aSR ii

ClaSSiC

135

aSymmeTRiCClaSSiC

136

aSn

ClaSSiC

136


ClaSSiC

120


line Range 133

Pb 100 leD

mODUl

122

CleaRanCe

mODUl bOx 121

SqUaRe SUSPenDeD

TUbUS

119

CygnUS PenDanT

mODUl bOx 121

max

mODUl

122

SPikeR

mODUl

122

RazzOR

mODUl

122

eye

mODUl

124

exe ii leD

mODUl

125

exe ii

ClaSSiC aSR ii 120

TUbUS viSiOn 118

PenDanT leD

TUbUS viSiOn 134

leD

mODUl

137

lambDa max

hellOS

141

CaPh

141

54/55

LIGHT In THe InDUSTRY

HEAVYiNDUsTrY

mETALPrOCEssiNg

mECHANiCALANDPLANTENgiNEEriNg

AUTOmOTiVEENgiNEEriNg

wArEHOUsE

PLAsTiCPrOCEssiNg

wOODwOrkiNg

AUTOmOBiLEwOrksHOPs

ELECTriCALANDELECTrONiCENgiNEEriNg

PriNTiNg

CLEANrOOms

FOODPrOCEssiNg

BUTCHEriEs

BAkEriEs

CHEmiCALFACiLiTiEsANDLABOrATOriEs

wATCHmAkiNgANDjEwELLErYPrODUCTiON

ExTEriOriLLUmiNATiONANDPArkiNgArEAs

EmErgENCYANDsAFETYLigHiiNg

OUTDOOrwOrkPLACEs

iNDUsTriALPLANTsANDPOwErFACiLiTiEs

sTOrAgEANDLOgisTiCs

CONsTrUCTiONsiTEs

CANALs,LOCksANDPOrTCArgO-HANDLiNgArEAs

NEW R&D – LIGHTING INNOVATION CENTER

SUPPLY CHAIN MANAGEMENT

PRODUCT MANAGEMENT

LIGHTING SOLUTIONS

PHOTOMETRY LABORATORY

ELECTRONIC SOLUTIONS

MECHANICAL ENGINIERING

COMMERCIAL DEPARTMENT

HEAD OF R&D

LABORATORY

LABORATORY

DESIGNOPTICS

OPTIC LABORATORY

MECHANICAL ENGINIERING

QUALITY MANAGEMENT

LIGHTING QUALITY SHOWROOM

Our company as one of the few ones on the market has created its own R&D department

The lighting innovation center has more than 121 experts in research and development


LIGHTING SOLUTIONS

MECHANICAL DEPARTMENT

ELECTRONIC DEPARTMENT

THERMAL DEPARTMENT

OPTIC DEPARTMENT

CONCEPT AND DESIGN

NANOTECHNOLOGY

NANOTECHNOLOGY

We specialise on the synthetic optics

Utilisation of transmission planar optics for lighting

Forming nanostructures and mass production

Utilisation of geopolymers in lighting technique

CONCEPT AND DESIGN

IDEA

CONCEPT

SYSTEM LEVEL DESIGN

Recessed

Unique optic designs based on reflector and lens Technologies

Optical laboratory

OPTIC DEPARTMENT

+ =

THERMAL DEPARTMENT

Passive cooling

Active cooling

Elektroaerodynamik cooling solutions

Thermal test center (new testing facility for Air handling luminiares)

ELECTRONIC SOLUTIONS DEPARTMENT

Electronic design of luminaires, system level solutions, measurements

Electronic Design, Electronic Laboratory, Optimization & Customization

Mechanical engineering of new products

Customization to react fast and flexible on customer specific demands and requests

Optimizations on existing products

MECHANICAL DEPARTMENT

Lighting Solutions give the opportunity of the highest benefits from illuminationand maximum energy savings to customers. Within the Lighting Solutions services we offer a complete lighting project,which consists of three stages: project DEVELOPMENT, INSTALLATION AND SERVICE.

LIGHTING DESIGN

LIGHTING SPECIFICATION

LIGHTING CALCULATION

ENERGY SAVING

WIRING DESIGN

TECHNICAL SUPPORT

LIGHTING SOLUTIONS


SPEND & SUPPLY STRATEGY

LOGISTICS

SERVICES

INDIRECT MATERIALS

DIRECT MATERIALS

SUP

PO

RT

ING DEVELO

PME

NTPR

OP

OSING EFFECTIVE SOLU

TIO

NS

SUPPLY CHAIN MANAGEMENTSTRATEGIC PURCHASIN

G

MA

NU

FACTURABILITY

CUST

OMER

SUPPORT

PRO

JECT

CAL

CULATIONS STRATEGIC COOPERATIO

N

TECHNOLOGY EVA

LUA

TIO

N

TH

E BEST

P

RO

DU

CT

Technical purchaser

Electrical purchaser

WE KEEP ALL TECHNOLOGIESIN OUR HANDS AND WE GUARANTEE ALL PRODUCED PARTS

TECHNOLOGIES

SPECIAL REQUEST FACTORY

WHY A PROJECT „SPECIAL REQUEST FACTORY“?

Rising number of requirements for processes of new materials and shapes

Prompt respond on customer demands

Short delivery time of the same product portfolio

Rapid in-house prototype

The developmental cycle of new products in shorter time

LED PRODUCTION

OMS COMPANY OF CUSTOMIZATIONACCORDING TO CUSTOMER´S REQUIREMENTS ...

INNOVATIONS High technological performance (TrueWhite technology, Tunable white, Brilliant Mix, RGB technology,

effective optical solutions, high luminous efficacy)

LQS parameters (Ergonomics, Emotion, Ecology, Efficiency, Esprit, Exceptionality)

Highly designed products

Energy saving (today max - 122 lm/W, laboratory tests - 254 lm/W)

Last lighting trends (glare free optical systems, tunable white, in-house customization, energy saving and energy consumption, light management systems, well being, automated light integration, design, new eco-friendly materials)

COMPLEXITY

TREND IDEA DESIGN PROTOTYPE OPTIMIZATION

MANUFACTURING PROJECT REALIZATION SERVICE

UPCOMING PRODUCTS

FUTURE CONCEPTS

Black Hole

design by

Matúš Opálka

CIRCLE design by

Wanda Valihrachová

FLYLIGHTdesign by

Lenka Abonyiová

Meander

ORCAdesign by

Denisa Lukáčová

design by

Eliška Dudová

Parazit

design by

Ján Štofko

REAL SKY

design by

Lucia Šupolová

Sunshine

PROJECTSHipercor de Cordoba – El Corte Inglés (Cordoba, Spain)

STEFFL (Vienna, Austria)

AIR RAIL STATION (Frankfurt, Germany)

Carrefour (France)

FNAC (Paris, France)

LOUIS PION (Noisy Le Grand, France)

THANK YOU

why oms company presentation

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