النظام الإماراتي ل منتجات الإضاءة الخارجية   
 
 THE UAE CONTROL SYSTEM FOR OUTDOOR LIGHTING PRODUCTS  
 
 
Article 1  
Terms and Definitions  
 
For this document, the following terms and definitions apply:  
 
1) Country : United Arab Emirates  
 
2) ESMA :  Emirates Authority for Standardization & Metrology, the national authority responsible 
for implementing this scheme.  
 
3) Board:  Board of Directors of the Authority  
 
4) Director General : Director General of the A uthority  
 
5) Concerned Authorities :  Those federal and local governmental authorities of the  country who 
have been authorized to implement the requirements of this scheme.  
 
6) Standard:  A standard is a document that provides requirements, specifications, guidelines or 
characteristics that can be used consistently to ensure that materials, products, processes and 
services are fit for their purpose.  
 
7) Accredited Standard:  A standard that is  adopted by ESMA as a UAE standard.  
 
8) Mandatory UAE Standard (Technical Regulation): Approved UAE standard which shall be 
mandatorily applied as per the resolution  issued by the cabinet,  
 
9) Conformity Certificate: A certificate issued by ESMA to the given product ensuring that the 
product complies the requirements of this scheme.  
 
10) Mark:  any illustration, symbol, stamp, engraving,  or picture appearing on the product that 
indicates that the given product complies with requirements of the standard issue d by ESMA or 
international standards body in terms of quality.  
 
11) Product:  an equipment, system or part, which  is included in the list of regulated products under 
this regulation.  
 
12) Emirates Quality Mark:  A quality mark granted by ESMA indicating that the giv en product 
complies with the requirements stated in the accredited standard.  
 
13) Supplier: the manufacturer, importer, including storage operator, wholesale and retail, and any 
other relevant processes or each professional of the supply chain who may have an impact on the 
product .or any commerci al or legal representative for  import product subject to the provisions 
of this regulation.   
14)   Energy Efficiency Label:  Document issued by ESMA show the stars classification for lighting 
products according to their ef ficiency in energy consumption  so that the product efficiency 
showing by the number of stars up to a maximum five stars.  
 
For this regulation,  the technical definitions  in Annex  1 shall  apply. 
 Article 2  
Scope  
 
This regulation establishes requirements light sources with or without integrated control gear. 
The requirements also apply to light sources placed on the market in a containing product.   
This Regulation shall not apply to light sources specified in Annex e 2. 
 
 
Article 3  
Electrical Safety Requirements  
 
3.1.1 Compliance with the relevant UAE Product Standards mentioned in Annex e 
6 
 
3.1.2 Compliance with the requirements of the Emirates Conformity Assessment  
Scheme for Electrical Safety  
 
All products within the scope of this regulation are subject to the requirements of the UAE 
Conformity Assessment System (ECAS). Products must comply with the requirements of the 
UAE standards  for electrical safety shown in A nnex e No. (8) Attached to this regulation . 
 
 
 
 
 Article 4 
 
Energy efficiency stars and calculation method  
  
The energy efficiency class of light sources shall be determined as set out in Table 1 , 
based on the total mains efficacy η TM . 
The calculation for η ΤM is by dividing the declared useful luminous flux Φuse (expressed 
in lm) by the declared on - mode power consumption Pon (expressed in W) and multiplying 
by the relevant factor F TM  of Table 2, as follows:  
 
 
ηTM = (Φuse/Pon) × FTM (lm/W ). 
 
 
Table 1   
The energy efficiency of light sources  
 
 
Energy efficiency class  Total mains efficacy η ΤM (lm/W)  
5 stars  210 ≤ ηΤM 
4 stars  185 ≤ ηΤM < 210 
3 stars  160 ≤ ηΤM < 185 
2 stars  135 ≤ ηΤM < 160 
1 stars  85 ≤  ηΤM < 135 
 
 
 
 
 
 
 Table 2  
 
Factors (F TM ) by light source type  
 
 
 
 
 
 
Article 5 
 
Functionality requirements  
 
Lamps in the scope of this regulation shall comply with the functional requirements specified in Annex e 3. Tests and 
criteria in the reference standards in Annex e 8 areapplied . 
 
 
Article 6 
 
Hazardous chemicals substance restrictions  
 
Products specified in the scope of this regulation shall comply with the maximum hazardous substances limits 
according to Annex e 4. Tests and criteria in the reference standards in  Annex e 8 are  
applied . 
 
 
  
 
Article 7 
 
Obligations and Responsibilities  of Parties  
   
1.  Suppliers Responsibilities  
 
Suppliers of the Products in the scope of this regulation should register in the ESMA website and must obtain 
ECAS conformity certificate and energy efficiency label. Additional  to that:  
 
1.1   Supplie rs of light sources shall :  
 Ensure that e ach light source which is placed on the market as an independent product (not in a 
containing product) and in packaging, is supplied with a label, printed on the pack aging.  
 Ensure that the  parameters of the product information sheet  and the content of the tec hnical 
documentation , are entered  into the product database  as set out in Annex e 5; 
 If specifically requested by the dealer, the product information sheet shall be made available in printed 
form;  
 
1.2  Supplie rs of containing  products  shall:  
 Light source type  Factor F TM 
 
Non-directional (NDLS) operating on mains (MLS)   
1,000 
 
Non-directional (NDLS) not operating on mains (NMLS)   
0,926 
 
Directional (DLS) operating on mains (MLS)   
1,176 
 
Directional (DLS) not operating on mains (NMLS)   
1,089  Provide information  on the contained  light source(s),  as specified Annex 5; 
 Upon request by market surveillance  authorities,  provide information  on how light sources can be 
removed for verification  without permanent  dama ge to the light source. 
 
1.3 suppliers for Lighting Products containing Mercury and other hazardous chemicals shall  provide the 
following:  
 Details on the potential effects on the environment and human health from the presence of hazardous 
substances.  
 How  to install , and the safe disposal instruction of non -working and defective lighting products 
including cleaning of mercury -containing lighting products in case of breakage.  
 Instructions to collect such mercury -containing products separately and not to dispose them uns orted 
from municipal waste.  
 
2.   Deale rs Responsibilities  
 
       Dealers  of light sources shall:  
 
 Ensure that at the point of sale, each light source has ECAS certificate and energy  label provided by 
suppliers with the energy class being displayed in such a way as to be visible,  
 Ensure that in the event of distance selling, the label and product information sheet are provided,  
 Ensure that any visual advertisement for a specific model of  the light source, including on the internet, 
contains th e energy efficiency label.  
 
3.   Obli gations  of internet hosting platforms 
 
Where a hosting service provider allows the selling of light sources through its  internet site, the service 
provider shall enable the showing of the electronic label and electronic product information sheet provided by 
the dealer on the display mechanism and shall inform the dealer of the obligation to display them.  
 
 
Article 8 
 
Label  for light sources  
 
1.  LABEL Designs   
If the light source is intended to be marketed through a point of sale, a label produced in the format 
and containing the information as following is printed on the individual packaging.  
 
Suppliers shall choose a label format between:  
 The standard -sized label :  at least 36 mm in width and 75 mm high t; 
 The small -sized label:  at least 20 mm in width  and 54 mm high t.  
The small -sized label shall not be used on the packaging with a width of 36 mm or more.  
The packaging shall not be smaller than 20 mm in width  and 54 mm high t.  
 
The energy efficiency label may be printed in monochrome only if all other information, including 
graphics, on the packaging is printed in monochrome.  
 
Annexe 6 show s the actual designs for the standard -sized label and small -sized label.  
 
2. LABEL Information  
The following information shall be included in the label for light sources:  
   supplier’s name or trademark ; 
  Model identifier;  
  Energy efficiency stares ;  
  The energy consumption, expressed in kWh of electricity consumption per 1000 hours, of the 
light source in on -mode;     QR-code;  
  The number of this Regulation .  
 
 
 
 
 
 
Article 9 
 
Lamps Waste and Safe Disposal  
 
a- Lighting Products waste is classified as follows:  
- general waste: all incandescent and halogens Light bulbs.  
- hazardous waste : any light bulbs contain mercury (CFLs and LFs), electronic waste 
(LEDs) light bulbs and any new lighting technology is containing mercury or other 
hazardous compounds.  
b- Safe disposal (including collection, storage, transportation, recycling ) for lighting products, 
which contain hazardous waste by waste management authorities, with other relevant 
authorities shall be based on Federal Law 24 of 1999 “ the Protection of Environment”, and 
Cabinet Order 37 of 2001 "the Handling of Hazardous Substance, Hazardous Waste, and 
Medical Wastes" and the UAE’s commitments under the Basel Convention.  
 
 
Article 10   
Market Surveillance Verification   
ESMA and Authorities in the UAE shall apply the verification procedure in Annex e 7 when 
performing the market surveillance checks. The values and energy classes on the label or the product 
information sheet shall not be more than the values reported in the technical documentation more 
than the tolerances in Annex  7.  
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 ANNEX E I 
 
 
Technical Definitions    
 
For this Regulation,  the following  definitions  shall  apply:  
 
1) ‘light source ’  means  an electrically operated product  intended  to emit,  or, in the case of a non-
incandescent  light sou rce, intended  to be possib ly tuned  to emit,  light,  or both, with all of the 
following  optical characteristics:   
(a) chromaticity  coordinates x and y in the range: 
0,270  < x < 0,530 ; and  
- 2,3172  x2 + 2,3653  x - 0,2199  < y < - 2,3172  x2 + 2,3653  x - 0,1595 ;  
(b) a luminous f lux < 500 lumen per mm2  of projected light -emitting surface area as defined in Annex e 
I;  
(c) a luminous f lux between 60 and 82 000 lumen; (d) a colour rendering index (CRI) > 0; 
using incandescence, f fluorescence, high -intensity discharge, inorganic light -emitting diodes 
(LED) or organic light -emitting diodes (OLED), or their combinations as lighting technology . 
High -pressure  sodium  (HPS)  light sources that do not fulfil condition  (a) are considered  light sources 
for this Regulation.  Light  sources do not include:  
(a) LED dies or LED chips;  
(b) LED packages; 
(c) Products  containing  a light source(s)  from which these light source(s)  can be removed 
for verification;   
(d) light-emitting  parts contained  in a light source from which these parts cann ot be removed for 
verification  as a light source. 
 
2) ‘control gear’ means  one or more  devices  that may or may not be physical ly integrated with  a light 
source, intended to prepare  the mains  for the elect ric format required by one or more  speci fic light 
sources  within bounda ry condi tions  set by elect rical safety and electromagnetic  compatibilit y. It may 
include  transforming  the supp ly and starting voltage, limiting  operational  and preheating  current, 
preventing  cold starting, correcting  the power factor and/or reducing  radio interference .  
The term ‘control gear’ does not include power supplies  and also does not  include  lighting  control  
parts and non-lighting  parts. 
 
3)  ‘light ’ means  electromagnetic  radiation  with a waveleng th between 380 nm and 780 nm;  
 
4)  ‘LED die’ or ‘LED chip’ means  a small  block of light-emitting  semiconducting  material on which a 
functional  LED ci rcuit is fabricated;  
5)  ‘LED package’ means  a single elect ric part comprising  principal ly at least one LED die. It does not 
include  a control gear or parts of it, a cap or active elect ronic components  and is not connec ted direct ly 
to the mains  voltage. It can consist of  one or more  of the following:  optical elements,  light converters 
(phospho rs), thermal, mechanical  and elect ric interfaces or pa rts to address  elect rostatic discharge 
conce rns. Any similar  light-emitting  devices  that are in tended  to be used direct ly in an LED luminaire,  
are considered  to be light sources;  
6) ‘chromaticity ’ means  the property of a colour  stimulus  defined by its chromaticity  coordinates (x and y);  
7) ‘luminous  flux’ or ‘flux’ (Φ), expressed  in the lumen  (lm),  means  the quantity  derived from bright f lux 
(radiant  power) by evaluating  the electromagnetic  radiation  by the spect ral sensitivity  of the human  
eye. It refers to the total f lux emitted by a light source in a solid  angle of 4π steradians  under  
conditions  (e.g. current, voltage, temperature)  speci fied in applicable  standards. It refers to the initial  
f lux for the undimmed  light source after a short operating  period, unless  it is speci fied that the f lux 
in a dimmed  condition  or the f lux after a given pe riod of operation  is intended.   
 
 
 
 8) ‘colour  rende ring index’ (CRI)  means  a metric quantifying  the effect of an illuminant  on the colour  
appea rance of objects  by conscious or  subconscious  comparison with their colour  appea rance under  
the reference  illuminant  and is the average Ra of the colour  rende ring for the first 8 test colou rs (R1-
R8) defined in standa rds;  
9) ‘incandescenc e’ means  the phenomenon  where  light is produced  from heat,  in light sources typical ly 
produced through  a threadli ke conduc tor (‘filament ’) which is hea ted by the passa ge of an elect ric 
current; 
 
 
10) ‘halogen light source’  means  an incandescent  light source with a threadli ke conduc tor made  from tungs ten 
surrounded  by gas containing  halogens or halogen compounds;  
 
11)  Fluorescence ’ or ‘fluorescent  light source’ (FL) means  the phenomenon  of a light source using  an elect ric gas 
discharge of the low-pressure  mercury type in which most  of the light is emitted by one or more  layers of 
phospho rs excited by the ultraviolet  radiation  from the discharge. Fluorescent  light sources may have one 
(‘single-capped ’) or two (‘double -capped ’) connections  (‘caps ’) to their elect ricity supp ly. For this regulation , 
magnetic induction  light sources are also considered  as fluorescent  light sources; 
 
12) ‘high-intensity  discharge’  (HID)  means  an elect ric gas discharge in which the light-producing  arc is stabilized  
by wall  temperature  and the arc chamber  has a bulb wall loading  over 3 watts  per square centimet re. HID light 
sources are limited to metalhalide,  high-pressure  Sodium  and mercury vapour types  as defined in Annexe I; 
 
13) ‘gas discharge’ means   a  phenomenon  where  light is produced,  direct ly or  indirect ly, by an  elect ric discharge 
through  a gas, plasma,  metal vapour  or mixture  of gases and vapou rs; 
 
14) ‘Inorganic  light-emitting -diode ’ (LED) means  a technology  in which light is produced  from a solid -state  
device embodying  a p-n junction  of inorganic material. The junction  emits  optical radiation  when  excited by 
an elect ric current; 
15) ‘organic light emitting  diode ’  (OLED)  means  a technology  in which light is produced  from a solid -state 
device embodying  a p-n junction  of organic material. The junction  emits  optical radiation  when  excited by 
an elect ric current; 
16) ‘high-pressur e-Sodium  light source’  (HPS)  means  a high-intensity  discharge light source in which the light is 
produced  main ly by radiation  from Sodium  vapour  operating  at a partial pressure  of the order of 10 kilopascals.  
HPS light  sources may have one (‘single-ended’) or two (‘double -ended ’) connec tors to their electricity supply; 
 
17)  ‘directional  light source’ (DLS) means  a light source having at least 80 % of total luminous  f lux within a solid  
angle of π sr (corresponding  to a cone  with an angle of 120°);  
 
18) ‘non-directional  light source’ (NDLS) means  a light source that is not a directional  light source; 
 
19) ‘luminance ’ (in a given direction,  at a given point  of a real or imagina ry surface) means  the luminous  f lux 
transmit­ ted by an elemen tary beam  passing  through the given point  and propagating  in the solid  angle 
containing  the given direction  divided  by the area of a section  of that beam  containing  the given point  (cd/m 2); 
 
20) ‘average luminance ’  (Luminance -HLLS)  for a LED light source means  the average luminance  over a light-emitting 
area where  the luminance  is more  than 50 % of the peak luminance  (cd/mm 2); 
 
21) ‘lighting  control parts’ means  parts that areintegratedwith  a light source, or physical ly separated but ma rketed 
together with a light source as a single product,  that is not strictly necessa ry for the light source to emit light 
at full  load.  But, that enable  manual  or automatic , direct or remote, control of the luminous  intensit y, 
chromaticit y, correlated colour  temperature,  t h e  light spect rum and/or  beam  angle. Dimme rs shall  also be 
considered  as lighting cont rol parts. 
 
22)  ‘non-lighting  parts’ means  parts that are integrated with a light source, or physical ly separated but marketed 
together wi th a light source as a single product,  that are not necessa ry for the light source to emit light at full-
load,  and that are not ‘lighting   control parts’.  Examples include,  but is not limited to: speakers (audio),  
came ras, repea ters for communication  signals  to extend the range (e.g. WiFi), parts suppo rting grid balance  
(swit ching to own internal bat teries when  necessa ry), battery charging,  visual  notification  of events (mail  
arriving,  doorbell ringing,  alert), use of  Light  Fidelity  (Li-Fi, a bidirectional,  high-speed  and fully networked 
wireless  communication  technology).  
 
23) The term also includes  data-connection  parts used for other functions  than to control the light emission  function; 
‘useful  luminous  f lux’ (Φuse) means  the part of the luminous  f lux of a light source that is considered  when  determining  its energy efficienc y: 
 
   
o for non-directional  light sources, it is the total f lux emitted in a solid  angle of 4π sr (corresponding  to a 
360°sphere);   
o for directional  light sources with beam  angle ≥ 90° it is the f lux emitted in a solid  angle of π sr (corresponding to a cone  with an angle of 120°);  
o for directional  light sources with beam  angle < 90° it is the f lux emitted in a solid  angle of 0,586π  sr 
(corre­sponding  to a cone  with an angle of 90°); ‘full-load ’  means  the condition  of a light source,  within 
the declared  operating  conditions,  in which it emits  the maximum  (undimmed)  luminous  f lux; 
 
24) ‘standby mode ’  means the condition of a light source, where it is connected to the power supply ,  but the light 
source is intentionally not emitting light, and the light source is awaiting a control signal to return to a state with 
light emission. Lighting control  parts enabling  the standby function  shall be in their control mode.  Non-
lighting pa rts shall  be disconnec ted or switched off or their power consu mption shall  be minimized  following  
manu facturer’s instructions;   
25) ‘on-mode power’ (Pon) expressed in watt, means the electric power consumption of a light source in full -load 
with all lighting control parts and non -lighting parts disconnected. If these parts cannot be disconnected , they 
shall be switched off , or their power consumption shall be minimized  following the manufacturer’s instructions. 
In case of a n NMLS that  requir es a separate control gear to operate, Pon  can be measured directly on the input 
to the light source, or Pon  is determined using a control gear with known efficiency, whose electric power 
consumption  is subsequently subtracted from the measured mains po wer input value;  
 
26) ‘standby power’ (Psb) expressed in  watt, is the electric power consumption of a light source in standby mode;  
 
27) ‘networked standby  power’  (Pnet)  expressed in watt, is the electric power consumption  of a CL S  in networked 
standby mode;  
 
28)  ‘reference  control settings’ (RCS) means  a controlled setting  or a combination  of control settings  that are used 
to verify co mpliance  of a light source with this Regulation.  These  settings  are relevant  for light sources that 
allow the end-user to control, manual ly or automatical ly, direct ly or remotely, the luminous  intensit y, colou r, 
correlated colour temperature,  spect rum, and/or  beam  angle of the emitted light.  
In principle,  the reference  control settings  shall  be those prede fined by the manu facturer  as factory 
default values  and encoun tered by the user at first installation  (out-of-the-box values).  If the installation  
procedure  provides  for an  automatic  software  upda te during the first ins tallation,  or if the user has the 
option to perform such an upda te, the resulting  change in settings  (if any) shall  be taken into account.  
If the out-of-the-box value  is delibe rately set different ly to the reference  control setting  (e.g. at low power 
for safety pu rposes),  the manu facturer  shall  indica te in the technical documen tation  how to recall  the 
reference  control set­ tings  for compliance verification  and provide a technical  justification  why the out-
of-the-box value  is set different ly to the reference  control setting.  
For light sources that allow the manu facturer  of a containing  product  to make implemen tation  choices 
that influence light source characteristics  (e.g. definition  of the operating  current(s);  thermal design), 
and that cann ot be cont rolled  by the end-user, the reference  control settings  need  not be defined.  In 
that case,  the nominal  test conditions  as defined by the light source manu facturer  apply; 
 
29) ‘high -pressure mercury  light source’  means a high -intensity discharge light source in which the major portion 
of light is produced, directly or indirectly, by radiation from predominantly vaporized  mercury operating at a 
partial pressure in excess of 100 kilopascals;  
 
30) ‘metal halide light source’  (MH) me ans a high -intensity discharge light source in which the light is produced 
by radiation from a mixture of metallic vapour, metal halides and the products of the dissociation of metal 
halides. MH light sources may have one (‘single -ended’) or two (‘double -ended’)  connectors to their electricity 
supply. The material for the arc tube of MH light sources can be quartz (QMH) or ceramic (CMH);  
 
31) ‘compact fluorescent  light source’ (CFL) means a single -capped f luorescent  light source with a bent -tube 
construction  designed to fit in small spaces. CFLs may be primarily spiral -shaped (i.e. curly forms) or 
fundamentally  shaped as connected multiple parallel tubes, with or without a second bulb -like envelope. CFLs 
are available with (CFLi) or without (CFLni) physically integrated  control gear;  
 
32) ‘T2’,  ‘T5’,  ‘T8’,  ‘T9’  and ‘T12’  means a tubular light source with a diameter of approximately 7, 16,  26,  29  
and 
38 mm respectively, as defined in standards. The tube can be straight (linea r) or bent (e.g. U -shaped,  circular);  
 
33) ‘LFL T5 -HE’ means a high -efficiency linear fluorescent  T5 light source with driving current lower than 0,2 A;  
 
34) ‘LFL  T5 -HO’  means a high -output linear fluorescent  T5 light source with driving current higher than or equal 
to 
0,2 A;  
 
 
 
 
35) ‘HL R7s’ means a mains -voltage, double -capped, linear halogen light source with a cap diameter of 7 mm;  
 
36) ‘stroboscopic effect ’ means  a change in motion perception induced by a light stimulus the luminance or spectral 
distribution of which fluctuates with time, for a static observer in a non -static environment. The fluctuations can be periodic  and non-periodic  and may be induced  by the light source itself,  the power source or other 
influencing factors. 
 
37) ‘R9’ means  the colour  rende ring index for a red coloured  object  as defined in standards; 
 
38) ‘luminous intensity’ (candela or cd) means the quotient of the luminous f lux leaving the source and propagated 
in the element of solid angle containing a given direction, by the element of solid angle;  
 
39) ‘correlated colour  temperature’  (CCT [K]) means the temperature of a Planckian (black body) radiator whose 
per­ceived colour  most closely resembles that of a given stimulus at the same brightness and under specified 
viewing conditions;  
 
40) ‘colour  consistency’  means the maximum deviation of the initial (after a short period of time), spatially 
averaged chromaticity  coordinates (x and  y) of a single light source from the chromaticity  centre  point  (cx and 
cy) declared by the manu facturer  or the importer, expressed  as the size (in steps) of the MacAdam ellipse  
formed around  the chromaticity  centre  point  (cx and cy); 
 
41) ‘lumen maintenance factor’ (XLMF) means the ratio of the luminous f lux emitted by a light source at a given 
time in its life to the initial luminous f lux;  
 
42) ‘survival  factor’  (SF)  means the defined fraction of the total number of light sources that continue t o operate 
at a given  time under  defined conditions  and switching frequency; 
 
43) ‘lifetime’ for LED and OLED light sources means the time in hours between the start of their use and the moment 
when for 50 % of a population of light sources the light output has  gradually degraded to a value below 70 % of 
the initial luminous f lux. This is also referred to as the L70B50 lifetime;  
 
44) ‘display mechanism’ means any screen, including tactile screen, or other visual technology used for displaying 
internet  content to users; 
 
 
 
 
 
 
 ANNEX E 2 
 
Exemptions  
 
 
For non -directional household lamps, luminaires and control gears UAE Cabinet Decision No 34 of 2013 for 
Lighting Products is applied.  
 
1.  This Regulation  shall  not apply to light sources speci fically tested and approved to operate:  
 For radiological  and nuclear  medicine  installations .  
 For emergency  use. 
 For military or civil defense establishments,  equipment,  ground  vehicles,  marine equipment  or aircraft. 
 For motor vehicles,  and their trailers. 
 For non-road mobile  machinery and their trailers. 
 For civil aviation  aircraft. 
 For railway vehicle  lighting . 
 For marine equipment .  
 For medical  devices  and in-vitro medical  devices   
 
2.  In addition,  this Regulation  shall  not apply to: 
 
 Electronic displ ays (televisions,  computer moni tors, noteboo ks, tablets,  mobile  phones,  e-reade rs, 
game consoles ). 
 Light  sources in range hoods . 
 light sources in battery-operated products,  including  torches, mobile  phones  with an integrated 
torchlight,  toys including  light sources, desk lamps operating  only on batteries, armband  lamps 
for cyclists,  solar-powered garden la mps; 
 Light  sources on bicycles and other non-motorized vehicles;  
 Light  sources for spect roscopy and photomet ric applications,  such as UV-VIS spect roscopy, 
molecu lar spect roscopy, atomic  absorption spect roscopy, nondispe rsive inf rared (NDIR),  
Fourier-transform infrared (FTIR) , medical  analysis, layer thickness  measurement,  process  
moni toring or environmen tal moni toring. 
 
3.  Any light source speci fically designed  and marketed for use in at least one of the following  
applications:  
 
 signa lling (including,  but not limited to, road, railway, marine or air traffic- signal ling, traffic control 
or airfield lamps); 
 image capture and image projection  (including,  but not limited to, photocopying,  printing  
(direct ly or in pre-processing),  lithography, film and video  projection,  holography); 
 light sources with speci fic effective ultraviolet  power > 2 mW/klm  and intended  for use in 
applications  requiring  high UV-content; 
 light sources with peak radiation  around  253,7  nm and intended  for germicidal  use. 
 light sources emitting  5 % or more  of total radiation  power of the range 250-800 nm in the range 
of 250-315 nm and/or  20 % or more  of total radiation  power of the range 250-800 nm in the 
range of 315-400 nm, and intended for disin fection  or f fly trapping;  
 light sources having the primary purpose of emitting radiation  around  185,1  nm and 
designed to be used for the generation  of ozone;  
 light sources emitting  40 % or more  of total radiation  power of the range 250-800 nm in the range 
of 400-480 nm, and intended  for coral zooxanthellae  symbioses;  
 FL light sources emitting  80 % or more  of total radiation  power of the range 250-800 nm in the 
range of 250-400 nm, and intended  for sun tanning ; 
 HID light sources emitting  40 % or more  of total radiation  power of the range 250-800 nm in the 
range of 250-400 nm, and intended  for sun tanning ; 
 light sources with a photosynthetic efficacy  > 1,2  μmol/J,  and/or  emitting  25 %  or  more  of 
total radiation p ower of the range 250-800  nm in the range of 700-800  nm, and intended  for 
use in horticulture;  
 
  
 Annex e 3 
Functionality  Requirements   
The lamp  functionality  requirements  are set out in Table  3  
 
Table 3 
lamp functionality requirements  
 
 
Parameter   
Functionality Requirements  
for and endurance 
requirements for LED 
lamps  Functionality 
requirements for 
directional compact 
fluorescent lamps  Functionality requirements 
for other directional 
lights (excluding LED lights , 
compact fluorescent lamps 
and h igh-intensity discharge 
lamps)  
Rated lamp life at 50% 
lamp survival    ≥ 2 000 h  
≥  4 000 h  for  extra -low  
voltage lamps  
Lamp  survival  factor  at 
6,000 h ≥ 0.90 ≥ 0,70   
Lumen  Maintenance   at 6,000 h   ≥ 0.80 At 2 000 h: ≥ 83 % At 6 000 
h: ≥ 70 %  ≥  80 %  at  75 %  of  rated 
average lifetime  
Number  of switching  
cycles  before  failure ≥ 15,000  if rated  lamp  life 
≥ 30,000  h otherwise : 
≥ half the rated  lamp  life 
expressed  in hours  ≥ lamp lifetime expressed 
in hours  
≥ 30 000  if lamp starting 
time >  
0,3 s  ≥  four  times  the  rated  lamp  
life expressed in hours  
Starting  time < 0.5 s < 1,5 s if P < 10 W  
< 1,0 s  if P ≥ 10 W  < 0,2 s  
Lamp warm -up time  to 95 % Φ    < 2 s  to 60 %  Φ           < 40 s or  
<100 s  for  lamps  
containing mercury in 
amalgam form  to 60 %  Φ  ≤ 1,0 s  
Premature  failure  rate ≤ 5.0 % at 1,000  h ≤ 5,0 %  at 1 000 h  ≤ 5,0 %  at 200 h 
Colour rendering  (Ra) ≥ 80 
≥ 65 if the lamp is 
inten ded for outdoor or 
industrial  applicatio ns ≥ 80 
≥ 65 if the lamp is 
intended for outdoor or 
industrial applications   
Colour consistency  Variation  of chromaticity  
coordinates  within a  six-
step MacAdam  ellipse  or 
less.   
Lamp  power  factor  (Pf) 
for lamps with  
integra ted control  gear 
and integrated  
luminaires  P ≤ 2 W: no requirement  
2 W < P ≤ 5 W: Pf > 0.4 
5 W < P ≤ 25 W: Pf > 0.7 
P > 25 W: Pf > 0.9 
 ≥ 0,55 if P < 25 W  
≥ 0,90 if P ≥ 25 W  Power > 25 W: ≥ 0,9  
Power ≤  25 W: ≥ 0,5  
 
 
 
 
 
 
 
 
 
 
 Annex e 4 
 
Hazardous chemicals: Substance restrictions for lamps &  control gears  
 
The following limits for hazardous substances apply.  
 
Table 4: Maximum content limits of hazardous substances  
 
 
Descriptions  Tolerated mcv of a substance by 
weight in homogeneous  
materials  
Lead(Pb)  0.1%  
Cadmium (Cd)  0.01%  
Hexavalent chromium (Cr6+)  0.1%  
Polybrominated biphenyls (PBB)  0.1%  
Polybrominated diphenyl ether (PBDE)  0.1%  
 
 
Table 5 outlines exemptions to the hazardous substance limits set in this annex. Eligible products or 
components have no limit on the levels of the relevant hazardous substance.  
 
Table 5: Lamps exempted from limits listed in Table 4 
 
Description  Requirements  
Electrical and electronic components containing lead in a glass or 
ceramic other than dielectric ceramic in capacitors, e.g. piezoelectronic 
devices, or in a glass or ceramic matrix compound  No limit  
Lead in dielectric ceramic in capacitors for a rated voltage of  
125V AC or 250V DC or higher  No limit  
Lead in glass of fluorescent tubes not exceeding 0.2% by weight  No limit  
Cadmium and its compounds in electrical contacts  No limit  
Lead as an alloying element in alumin ium containing up to 0.4 %  
lead by weight  No limit  
A copper alloy containing up to 4 % lead by weight  No limit  
Lead in high melting temperature type solders (i.e. lead -based alloys 
containing 85 % by weight or more lead)  No limit  
Lead and cadmium in printing inks for the application of  enamels on 
glasses, such as borosilicate and soda lime glasses  No limit  
Lead in glass of fluorescent tube not exceeding 0.2% by weight  No limit  
 
 
Table 6 outlines the limit on mercury content per lamp applicable to single and double capped fluorescent lamps 
(without integrated ballast) and high -intensity discharge lamps for general lighting purposes. All other types of 
lamp s in this regulation shall not h ave mercury limits.  
 
 Table 6: Maximum mercury content  
 
Lamp type  Limit  
Mercury in single capped (compact) fluorescent lamps   
≥30 W and <150 W  5.0 mg  
<30 W  2.5 mg  
<30 W with long lifetime (> 15,000 h)  3.5 mg  
With circular or square structural shape  or other non -linear with tube 
diameter ≤ 17 mm   
7.0 mg  
Mercury in double -capped linear fluorescent lamps   
Tri-band phosphor with normal lifetime and a tube diameter < 9 mm (e.g. T2)   
5.0 mg  
Tri-band phosphor with normal lifetime and a tube diameter ≥ 9  mm and ≤  
17 mm (e.g. T5)  5.0 mg  
Tri-band phosphor with normal lifetime and a tube diameter > 17 mm and  
≤ 28 mm (e.g. T8)  8.0 mg  
Tri-band phosphor with normal lifetime and a tube diameter > 28 mm (e.g. T12)  5.0 mg  
Tri-band phosphor with long lifetime (≥ 25,000 h) and T8 halophosphate  8.0 mg  
Mercury in other fluorescent lamps   
Non-linear halophosphate lamps (all diameters)  15 mg  
Non-linear tri -band phosphor lamps with tube diameter > 17 mm (e.g. T9)  15 mg  
Lamps for other general lighting and special purposes (e.g. induction lamps)  15 mg  
T12 linear halophosphate lamps  10 mg  
Mercury in other low pressure discharge lamps  15 mg  
Mercury in High Pressure Sodium (vapour) lamps for general lighting purposes 
with improved color rendering index Ra > 60   
P ≤ 155 W  30 mg  
155 W < P ≤ 405 W  40 mg  
P > 405 W  40 mg  
Mercury in other High Pressure Sodium (vapour) lamps for general lighting 
purposes   
P ≤ 155 W  25 mg  
155 W < P ≤ 405 W  30 mg  
P > 405 W  40 mg  
Mercury in metal halide lamps (MH)  no limit  
Mercury in High Pressure Mercury (vapour) lamps  no limit  
Mercury in other discharge lamps for special purposes not specifically 
mentioned in this Annex  no limit  
Note: Maximum mercury content limits for lamps (per burner)  in the scope of this Standard  
(only applies to single capped fluorescent lamps without integrated ballast and high -intensity 
discharge lamps for general lighting purposes)  
 
 
 
 
 
  
ANNEX  5 
 
 
1. Product  information  
 
1.1 Product  information  sheet  
 
The supplier  shall  enter into the product  database  the information  as set out in Table7 , including  when  
the light source is a part in a containing  product.  
 
Table 7  
Product  information  sheet   
Supplie r’s name  or trademark :  
Supplie r’s address: 
Model  identi fier: 
 
Type of light  source: 
 
 
 
 
Lighting  technology  used:   
[HL/LFL  T5 HE/LFL  
T5 HO/CFLni/ other 
FL/HPS/MH/ other 
HID/LED/OLED/ 
mixed/other]  
 
Non-directional  
or directional:   
 
 
[NDLS/DLS] 
Mains  or non-mains:  [MLS/NM LS] Connec ted 
light sou rce 
(CLS): [yes/no]  
 
Colou r-tuneable  light source:  
[yes/no]   
Envelope:   
[no/second/non -
clear]   
High  luminance  light source:  
[yes/no]    
Anti-glare shield:  [yes/no]  Dimmable:  [yes/on ly with 
speci fic 
dimme rs/no]  
Product  parameters 
 
 
Parameter  
Value  
Parameter  
Value 
 
Gene ral product  parameters: 
 
 
Energy consu mption in on-mode 
(kWh/  
1 000 h)  
x  
Energy efficiency class  
[A/B/C/D/E/F/G]  (a) 
 
Useful  luminous  f lux (Φuse), 
indicating  if it refers to the f lux in 
a sphere  (360°),  in a wide  cone  
(120°)  or in a narrow cone  (90°)  
x in [sphere/wide 
cone/na rrow cone] Correlated colour temperature,  
rounded  to the nearest  100 K, 
or the range of correlated 
colour  temperatures, rounded  
to the nearest  100 K, that can 
be set  
 
 
[x/x…x]  
 
On-mode  power (Pon), expressed  in W  
x,x Standby power (Psb), expressed  
in W and rounded  to the 
second  decimal   
x,xx 
Networked standby power (Pnet) for 
CLS, expressed  in W and rounded  
to the second decimal   
x,xx Colour rende ring ind ex, 
rounded  to the nearest in teger, 
or the range of CRI- 
values  that can be set  
[x/x…x]  
Outer 
dimensi
ons Height  x  
Spect ral power distribution  in 
the range 250  nm to 800 nm, at  
 
 Width x   
 
 
 
 
 
 Parameters for directional  light  sources: 
 
 
Peak luminous  intensity  (cd)  
 
x Beam  angle in degrees, or the 
range of beam  angles that can 
be set  
 
[x/x…x]  
 
Parameters for LED  and OLED  light  sources: 
 
 
 
R9 colour  rende ring index value  
x  
Survival  factor  
x,xx 
 
the lumen  main tenance  factor  
x,x
x   
 
Parameters for LED  and OLED  mains  light  sources: 
 
 
 
 
displacement  factor (cos φ1)  
 
x,xx  
Colour consis tency in  
McAdam ellipses   
 
x 
 
 
 
 
 
  
(a) ‘-’: not applicable;  
‘yes’: An equivalence  claim  involving the power of a replaced  light source type may be given only: 
—  for directional  light sou rces, if the light sou rce type is listed in Table 4 and if the luminous  f lux of the light sou rce in 
a 90 ° cone (Φ90°) is not lower than the corresponding  reference  luminous  f lux in Table 4. The reference  luminous  f lux 
shall  multiplied  by the correction  factor in Table 5. For LED light sou rces, it shall  be in addition  multiplied  by the 
correction  factor in Table 6; 
—  for non-directional  light sou rces, the claimed  equivalent  incandescent  light sou rce power (rounded  to 1 W) shall  be that 
corresponding  in Table 7 to the luminous  f lux of the light sou rce. 
The intermedia te values  of both the luminous  f lux and the claimed  equivalent  light source power (rounded  to the nearest  1 W) 
shall  be calcula ted by linear  interpolation  between the two adjacent  values.  
 
 
 (b) ‘-’: not applicable;  
‘yes’: Claim  that a LED light source replaces  a fluorescent  light source without integrated ballast  of a particular  wattage. This 
claim  may be made  only if: 
—  the luminous  intensity  in any direction a round  the tube axis does not devia te by more  than 25 % from the average lumi­  
nous intensity  around  the tube;  and 
—  the luminous  f lux of the LED light sou rce is not lower than the luminous  f lux of the f luorescent  light sou rce of the 
claimed  wattage. The luminous  f lux of the f luorescent  light sou rce shall  be obtained  by multip lying the claimed  wattage 
with the minimum  luminous  efficacy  value  corresponding  to the f luorescent  light source  in Table 8; and 
—  the wattage of the LED light sou rce is not higher  than the wattage of the f luorescent  light sou rce it is claimed  to replace.  
The technical  documen tation  file shall  provide the data to suppo rt such claims.  
 
 
 without 
separate 
control 
gear, 
lighting  
control 
parts 
and 
non- 
lighting  
control 
parts, if 
any 
(millime
ter) Depth x full-load [graphic]  
 
Claim  of equivalent  power (c)  
[yes/-] If yes, equivalent p ower 
(W)  
x 
  Chromaticity  coordinates (x and 
y) 0,xxx  
0,xxx 
 
Claims  that an LED light source 
replaces a  fluorescent  light source 
without integrated ballast  of a 
particular wat tage.  
 
[yes/-] (b)  
If yes then replacement  claim  
(W)  
 
x 
 
Flicker metric (Pst LM)  
x,x  
Stroboscopic  effect met ric 
(SVM)  
x,x  
Table 8  
Reference luminous f lux for equivalence claims  
 
 
Extra-low voltage ref lector type 
 
Type Power (W) Reference  Φ90° (lm) 
MR11  GU4 20 160 
 35 300 
MR16  GU 5.3 20 180 
 35 300 
 50 540 
AR111  35 250 
 50 390 
 75 640 
 100 785 
 
Mains -voltage blown glass ref lector type  
 
 
 
 
 
 
 
 
                                                       
Mains -voltage pressed  glass ref lector type 
 
 
 Type Power 
(W) Reference  Φ90° (lm) 
R50/NR50  25 90 
 40 170 
R63/NR63  40 180 
 60 300 
R80/NR80  60 300 
 75 350 
 100 580 
R95/NR95  75 350 
 100 540 
R125 100 580 
 150 1 000 
Type Power (W) Reference  Φ90° (lm) 
PAR16  20 90 
 25 125 
 35 200 
 50 300 
PAR20  35 200 
 50 300 
 75 500 
PAR25  50 350 
 75 550 
PAR30S  50 350 
 75 550 
 100 750 
PAR36  50 350 
 75 550 
 100 720 
PAR38  60 400 
 75 555 
 80 600 
 100 760 
 120 900  
 
Table 9 
 
Multiplication factors for lumen maintenance  
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
Table 10  
Multiplication  factors for LED  light  sources  
 
 
LED light sou rce beam  angle Luminous  f lux multiplication  factor 
 
20° ≤ beam  angle  
1 
 
15° ≤ beam  angle < 20°  
0,9 
 
10° ≤ beam  angle < 15°  
0,85 
 
beam  angle < 10°  
0,80 
 
 
 
 
 
 
 
 
 
 
Rated light sou rce luminous  f lux Φ (lm) Claimed  equivalent  incandescent  light sou rce power (W) 
 
136  
15 
 
249  
25 
 
470  
40 
 
806  
60 
 
1 055  
75 
 
1 521  
100 
 
2 452  
150 
 
3 452  
200 
 
 
 
 
 
 
 
 
 
 
 Light  source type 
 
 Luminous  f lux multiplication  factor 
Halo gen light sources 
 1 
Fluorescent  light sources 1,08  
LED light sources 1 + 0,5 × (1 -LLMF)  
Where  LLMF  is the lumen  main tenance  factor at 
the end of the declared  lifetime 
 
Table 11 
Equivalence claims for non -directional light sources  
 
 
 
 
 
  
 
 
Table 11  
Minimum efficacy values for T8 and T5 light sources  
 
 
T8 (26 mm Ø) T5 (16 mm Ø) 
High  Efficiency  T5 (16 mm Ø) 
High  Output  
 
Claimed  equivalent 
power (W)  
Minimum  luminous 
efficacy  (lm/W)   
Claimed  equivalent 
power (W)  
Minimum  luminous 
efficacy  (lm/W)   
Claimed  equivalent 
power (W) Minimum  lumi­ 
nous efficacy 
(lm/W)  
 
15  
63  
14  
86  
24  
73 
 
18  
75  
21  
90  
39  
79 
 
25  
76  
28  
93  
49  
88 
 
30  
80  
35  
94  
54  
82 
 
36  
93    
80  
77 
 
38  
87     
 
58  
90     
 
70  
89     
 
For light sources that can be tuned to emit light at full-load with different characteristics, the values 
of parameters that vary with these characteristics shall be reported at the reference control settings.   
 
 
1.2  Information to be displayed in the documentation for a containing product   
 If a light source is placed on the market as a part in a containing product, the technical documentation 
for the containing product shall clearly identify the contained light source(s), including the energy 
efficiency stars. 
 If a light source is placed on the market as a part in a containing product, the following text shall be 
displayed, clearly legible, in the user manual or booklet of instructions : 
                ‘This product  contains a light source of energy efficiency stars <X>’,  
Where  <X> shall  be replaced  by the energy efficiency stars of the contained  light source. 
 If the product  contains more  than one light source, the sentence can be in the plural, or repea ted per 
light source, as  suitable.  
 
 
1.3    Information  to be displ ayed on the supplie r’s free access  website:  
The reference  control settings,  and instructions  on how they can be implemen ted, where  applicable;   
 Instructions  on how to remove lighting  control parts and/or  non-lighting  parts, if any, or how to switch 
them off or minimize  their power consumption;  
 If the light source is dimmable:  a list of dimme rs it is compatible  with, and the light source dimmer  
compatibility  standard(s) it is compliant  with, if any;  If the light source contains mercury: instructions  on how to clean  up the debris in case of acciden tal 
breakage;  
 
2. Technical  documen tation  
 
 
The technical  documen tation  shall  include:  
      (a) The name  and address  of the supplie r; 
(b) Supplier’s  model  identi fier;  
(c) The model  identi fier of all equivalent  models already  placed  on the market;  
(d) Identification  and signature  of the person empowered to bind the supplie r;  
(e) The declared  and measured  values  for the following  technical  parameters: 
(1) Useful  luminous  f lux (Φuse) in lm;  
(2) Colour  rende ring index (CRI);  
(3) On-mode  power (Pon) in W; 
(4) Beam  angle in degrees for directional  light sources (DLS);  
(5) Correlated colour  temperature  (CCT)  in K for FL and HID light sources;  
(6) Standby power (Psb) in W, including  when  it is zero; 
(7) Networked standby power (Pnet) in W for connec ted light sources (CLS);  
(8) Displacement  factor (cos φ1) for LED and OLED  mains  light sources;   
(9) Colour  consis tency in MacAdam ellipse  steps for LED and OLED  light sources; 
(10) Luminance -HLLS in cd/mm 2  (only for HLLS); 
(11) F licker metric (PstLM)  for LED and OLED  light sources; 
 
(12) Stroboscopic  effect metric (SVM) for LED and OLED  light sources; 
 
(13) Excitation  purity, only for CTLS, for the following  colou rs and dominant wavelength  
within the given range:  
Colou
r Dominant  wave-length 
range Blue  440 nm — 490 nm 
Green  520 nm — 570 nm 
Red 610 nm — 670 nm 
(f)   The calculations  performed,  including  the determination  of the energy efficiency  class;  
(g) References  to the harmonized  standa rds applied or  other standards used;  
(h) Testing  conditions  if not described sufficient ly in point  (g);  
(i)   The reference  control settings,  and instructions  on how they can be implemen ted, where  applicable;  
 
(j)   Instructions  on how to remove lighting  control parts and/or  non-lighting  parts, if any, or how 
to switch them off or minimize  their power consu mption during light source testing;   
(k) Specific  precautions  that shall  be taken when  the model  is assembled,  installed,  main tained  or tested. 
 
 
  
Annex 6 
 
The label design  
 
 
The designs for standard -sized label and small -sized label  
 
 
 
1- standard -sized label  
 
 
 
 
 
 
 
2- small -sized label  
 
 
 
 
 
 
 
 
 
 
 
 
 
 
  
ANNEX  7 
 
 
Verification procedure for market surveillance purposes  
 
 
The following verification tolerances shall use only for the parameters in Table 12, no other tolerances, such as those 
set out in standards or in any other measurement method, shall be applied.   
Table 12  
Verification tolerances  
 
Parameter Sample 
size Verification  tolerances  
Full-load on-mode  power Pon [W]:   
Pon ≤ 2W 10 The determined  value  shall  not exceed the declared  
value by more  than 0,20 W. 
2W < Pon ≤ 5W 10 The determined  value  shall  not exceed the declared  
value by more  than 10 %. 
 
5W < Pon ≤ 25W  
10  
The determined  value  shall  not exceed the declared  value 
by more  than 5 %. 
 
25W  < Pon ≤ 100W   
10  
The determined  value  shall  not exceed the declared  value 
by more  than 5 %. 
 
100W  < Pon  
10  
The determined  value  shall  not exceed the declared  value 
by more  than 2,5 %. 
 
Displacement  factor [0-1]  
10  
The determined  value  shall  not be less than the declared 
value  minus  0,1 units. 
 
Useful  luminous  f lux Φuse [lm]  
10  
The determined  value  shall  not be less than the declared 
value  minus  10 %. 
 
Total mains  efficacy  ηTM [lm/W]   
10  
The determined  value  (quotient)  shall  not be less than the 
declared  value  minus  5 %. 
 
Luminous peak intensity [cd]   
10  
The determined value shall not deviate from the declared 
value by more than 25 %.   
ANNEX E 8 
Standards applicable to all for lamps and control gears  
 
1- Lists of the standards for Directional Lamps, LED Lamps and related equipment  
 
Reference Title Product Class 
Incandesc
ent Halogen CFL HID27 
Lamps LED 
Lamps LED 
Module s 
CIE 13.3 Method of Measu ring and Specifying Colour 
Rendering Properties of Light     
CIE 15 Colourimetry      
CIE 63 The spectroradiometric measurement of light 
sources      
CIE 84 The measurement of luminous flux   
CIE S 010 Photometry - The CIE System of Physical 
Photometry     
UAE.S IEC 
60357  Tungs ten halogen lamps (non-vehicle) — 
Performance specifications      
UAE.S IEC 
6066 2 High-pressure sodium vapour lamps – Performance 
specifications      
UAE.S IEC 
6096 8 Self-ballasted lamps for general lighting services – 
Safety requirements       
UAE.S IEC 
6096 9 Self-ballasted lamps for general lighting services – 
Performance requirements       
UAE.S IEC 
61000 -3-2 Electromagnetic compatibility (EMC) – Part 3-2: 
Limits – Limits for harmonic 
current emissions (equipment input current ≤ 16 A 
per phase)    
UAE.S IEC 
6116 7 Metal halide lamps – Performance specification      
UAE.S IEC 
6256 0 Self-ballasted LED lamps for general lighting 
services by voltage >50 V – Safety specifications      
UAE.S IEC 
6261 2 Self-ballasted LED lamps for general lighting 
services with supply voltages > 50 V 
– Performance requirements      
UAE.S IEC 
6271 7 LED modules for general lighting - Performance 
requirements      
UAE.S IEC /TR 
6134 1 Method of measurement of centre beam intensity 
and beam angle (s) of reflector lamps    
 
 
 
 
 
 
 
 
 
 
  
 
2- Lists of the standards for fluorescent lamps without integrated ballast, for high -intensity discharge 
lamps and for ballasts and luminaries able to operate such lamps.  
Reference Title Product Class 
Double 
Capped 
Fluorescent 
Lamps Single 
Capped 
Fluorescent 
Lamps High- 
Intensity 
Discharge 
Lamps High- 
Pressure 
Mercury 
Vapou r 
Lamps High- 
Pressure 
Sodium 
Vapou r 
Lamps Metal 
Halide 
Lamps Ballasts 
for 
Fluorescent 
Lamps  
Luminaires 
CIE 13.3 Method of Measu ring and 
Specifying Colour Rendering 
Properties of Light 
Sources       
CIE 15 Colourimetry       
CIE 18.2 The Basis of Physical Photometry    
CIE 84 The measurement of luminous flux       
CIE 97 Guide on the Maintenance of 
Indoo r Electric Lighting Systems        
CIE 154 Maintenan ce of Outdoor Electric 
Lighting Systems        
UAE.S IEC 
62442 -1:2018  Energy performance of lamp control -
gear - Part 1: Control -gear for 
fluorescent lamps - Method of 
measurement to determine the total 
input power of control -gear circuits 
and the efficiency of control -gear        
UAE.S IEC 
62442 -2:2018  
 Energy performance of lamp control -
gear - Part 2: Control -gear for high -
intensity discharge lamps (excluding 
fluorescent lamps) - Method of 
measurement to determine the 
efficiency of controlgear          
UAE.S IEC 
62442 -3:2018  
 Energy performance of lamp control -
gear - Part 3: Control -gear for 
tungsten -halogen lamps and LED 
light sources - Method of 
measurement to determine the 
efficiency of controlgear          
UAE.S IEC 
60061 -1 Lamp caps and 
holders together with 
gauges for the 
control of 
interchangeability 
and safety Part 1 – 
lamp caps    
UAE.S IEC 
6008 1 Double-capped fluorescent lamps 
— Performance specifications        
UAE.S IEC 
6018 8 High-pressure mercury vapou r 
lamps — Performance 
specifications        
UAE.S IEC  
60598 -1 Luminaires — Part 1: General 
requirements and tests        
UAE.S IEC  
6066 2 High-pressure sodium vapour 
lamps — Performance 
specifications        
UAE.S IEC  
6090 1 Single-capped fluorescent lamps 
— Performance specifications        
UAE.S I EC 
6116 7 Metal halide lamps — Performance 
specifications        
UAE.S IEC 
6203 5 Discharge lamps (excluding 
fluorescent lamps) safety 
specifications         
IEC 62471  
 Photobiological  safety of lamps and 
lamp systems     
3- Lists of the Standards applicable to Measurements of certain substances  
 
 IEC 62321 -1 Measurements of certain substances in 
electro technical products Part 1: Introduction 
and overview  
  
 IEC 62321 -2 Measurements of certain substances in 
electro technical products Part 2: Disassembly, 
disjunction and mechanical sample preparation  
  
 IEC 62321 -3.1 Measurements of certain substances in 
electro technical products Part 3.1 Lead, 
mercury, cadmium, total ch romium and total 
bromine  using X -ray fluorescence  spectrometry  
  
 IEC 62321 -4 Measurements of certain substances in 
electro technical products Part 4: Mercury in 
polymers, metals and electronics by CV -AAS, 
CV- AFS, ICP -OES and ICP -MS  
 IEC 62321 -5 Measurements of certain substances in 
electro technical products Part 5: Cadmium, lead 
and chromium in polymers and electronics and 
cadmium and lead in metals by AAS, AFS, 
ICP-OES and ICP -MS 
  
 IEC 62321 -6 Measurements of certain substances in 
electro technical products Part 6: 
Polybrominated biphenyls and polybrominated 
diphenyl ethers in polymers by gas 
chromatography  - mass spectrometry (GC -MS)  
 
 IEC 62554:2011/ 
AMD1:2017   Sample preparation for measurement of 
mercury level in fluorescen t lamps