ISO/TS 7127:2023

TECHNICAL ISO/TS
SPECIFICATION 7127
First edition
2023-08
Light and lighting — Building
information modelling properties for
lighting — Lighting systems
Lumière et éclairage — Propriétés de modélisation des informations
de la construction pour l'éclairage — Systèmes d'éclairage
Reference number
© ISO 2023
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ii
Contents Page
Foreword .iv
Introduction .v
1 Scope . 1
2 Normative references . 1
3 Terms and definitions . 1
4 Principal structure . 2
4.1 General . 2
4.2 Detailed description of set of attributes . 2
4.2.1 General . 2
4.2.2 GUID . 3
4.2.3 ID . 3
4.2.4 Name . 3
4.2.5 Description . 3
4.2.6 Symbol . 3
4.2.7 Format, Unit . 3
4.2.8 Value set . 3
4.2.9 Examples . 4
4.3 Further IT-related attributes . 4
5 Properties for lighting systems . 5
Bibliography .58
iii
Foreword
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iv
Introduction
Building information modelling (BIM) is a concurrent process that gives engineering and construction
professionals the tools to more efficiently plan, construct, and manage buildings and infrastructure.
Within standardisation committees much work is being performed to define the fundamental principles
of BIM that will allow this to happen in an effective and consistent manner.
For lighting applications, it is essential that this work is monitored and where required input is made to
ensure that the requirements for lighting applications are considered.
v
TECHNICAL SPECIFICATION ISO/TS 7127:2023(E)
Light and lighting — Building information modelling
properties for lighting — Lighting systems
1 Scope
This technical specification identifies and clarifies lighting properties for digital building design and
maintenance.
This document provides all the needed properties to design and to describe lighting systems. These
properties are intended to be used for mapping between data providers and requesters. The mapping
of the identifiers enables the exchange of luminaire and sensing device data within different databases.
The unambiguous mapping and description of properties improves the data quality, reduces
misinterpretations and the processing time in digital environments. Therefore, the properties listed
in this document establish the essential description of lighting systems in BIM systems and databases.
The listed properties in this document are used to structure the product data sheet which is
complemented with real product information.
2 Normative references
The following documents are referred to in the text in such a way that some or all of their content
constitutes requirements of this document. For dated references, only the edition cited applies. For
undated references, the latest edition of the referenced document (including any amendments) applies.
ISO 23386:2020, Building information modelling and other digital processes used in construction —
Methodology to describe, author and maintain properties in interconnected data dictionaries
CIE S 017:2020, ILV: International Lighting Vocabulary
ISO 80000-7, Quantities and units — Part 7: Light
3 Terms and definitions
For the purposes of this document, the following terms and definitions given in CIE S 017, ISO 80000-7
and the following apply.
ISO and IEC maintain terminology databases for use in standardization at the following addresses:
— ISO Online browsing platform: available at https:// www .iso .org/ obp
— IEC Electropedia: available at https:// www .electropedia .org/
3.1
building information modelling
BIM
use of a shared digital representation of a built object (including buildings, bridges, roads, process
plants, etc.) to facilitate design, construction and operation processes to form a reliable basis for
decisions
Note 1 to entry: The acronym BIM also stands for the shared digital representation of the physical and functional
characteristics of any construction works.
[SOURCE: ISO 29481-1:2016, 3.2]
3.2
data dictionary
database that contains metadata
[SOURCE: ISO/IEC 2382:2015, 2121501]
3.3
attribute
data element for the computer-sensible description of a property, group of properties, etc.
Note 1 to entry: An attribute describes only one single detail of a property or a group of properties.
EXAMPLE The GUID of a property, the name of a property, the definition of a group of properties.
[SOURCE: ISO 23386:2020, 3.4, modified – Example extended]
3.4
property
inherent or acquired feature of an item
EXAMPLE Thermal efficiency, heat flow, sound reduction index, sound power level, colour.
[SOURCE: ISO 23386:2020, 3.17]
4 Principal structure
4.1 General
A lighting system (for example a luminaire or a sensing device) is described by specific properties,
providing the possibility to communicate about it in an application or specification.
The properties for lighting systems have been organized in tables listed in Clause 5 according to
different disciplines. This sub-division is indicative only and not to be taken as exclusive:
— Mechanical properties – ID 01 (Table 1);
— Electrical properties – ID 02 (Table 2);
— Emergency lighting properties – ID 03 (Table 3);
— Photometric properties – ID 04 (Table 4);
— Sensing device properties – ID 05 (Table 5);
— Mounting & Accessory properties – ID 06 (Table 6);
— Marketing properties – ID 07 (Table 7);
— Operations & Maintenance properties – ID 08 (Table 8);
— Environmental properties – ID 09 (Table 9).
4.2 Detailed description of set of attributes
4.2.1 General
The structure of the attributes is according to ISO 23386:2020 and enhanced by the property ID.
The properties have no mandatory or optional aspect. All properties are equal in importance and
hierarchy. The use case and the application provide a structure and are mandatory to the properties.
4.2.2 GUID
In ISO 23386:2020, PA001 named “Globally unique identifier”.
Identifier given to a product that guarantees its uniqueness throughout its entire life (defined in
ISO 6707-2:2017, 3.2.46).
This attribute identifies the property unambiguously. A Globally Unique identifier GUID is generated
using an algorithm. This machine-readable code will allow matching across databases, lists and data
template.
In ISO 16739-1 (IFC) and ISO 12006-3 the compressed version of GUID is used. It can be uncompressed
to the standard GUID with open tools.
4.2.3 ID
This attribute identifies the property unambiguously. It is human-readable and corresponds to the
GUID.
Note The ID always starts with the table number from 4.1 followed by a dash and an individual serial
number with four digits.
4.2.4 Name
In ISO 23386:2020, PA016 named “Names in language en-EN”.
The name of the property.
4.2.5 Description
In ISO 23386:2020, PA018 named “Descriptions in language en-EN”.
This attribute is used to provide a plain language description of the property.
For some descriptions the name is enough. To avoid the repeating of the name, just “identical with
name.” is entered.
4.2.6 Symbol
In ISO 23386:2020, PA022 named “Symbols of the property in a given property group”.
Symbols for quantities are given in the ISO 80000 and IEC 80000 series. The symbols for quantities are
written in italics. A given symbol can indicate different quantities. (ISO 80000-1:2022).
4.2.7 Format, Unit
In ISO 23386:2020, PA037 named “Digital format”.
Precision is the maximum number of significant digits that can be represented in a format, or the
number of digits that a result is rounded to [ISO/IEC 60559:2020].
In ISO 23386:2020, PA033 named “Units”.
Concept type representing a scale that enables a value to be measured. Properties that do not have a
unit are to be designated as not applicable (n.a.).
4.2.8 Value set
In ISO 23386:2020, PA039 named “List of possible values in language en-EN”.
Collection of acceptable values for a property. Values outside the value set are not permitted. Multiple
values may be possible for some properties.
4.2.9 Examples
In ISO 23386:2020, PA019 named “Examples in language en-EN”.
Samples for a value of the specific property.
4.3 Further IT-related attributes
Where potential attributes are not specified in 4.2, they may be defined separately within a data
dictionary. These attributes can be found in ISO 23386:2020:
— Definitions in language en-EN (PA017): A description of the attribute in order to define it
unambiguously;
— Method of measurement (PA029): Evaluation of construction products to ensure their suitability
according to requirements in harmonised technical specifications;
— Name of the defining values (PA034): In a table of values, this attribute provides the name of the
column headers;
— Data type (PA030): Format for expressing the value of the property. This can be understood as
the storage type from a software perspective. (ISO/IEC 11404:2007, 8.1) Examples: String, Float,
Integer;
— Status (PA002): Status of the property during its life cycle. Example: Active;
— Date of creation (PA003): Date of validation of the property creation request. All dates in
accordance with ISO 8601. Format=YYYY -MM -DDThh: mm: ssTZD. Example: 2014-04-30T10:39:53Z;
— Date of activation (PA004): Date after when the property can be used;
— Date of last change (PA005): Date of validation of the last change request;
— Date of revision (PA006);
— Date of version (PA007);
— Date of deactivation (PA008): Date when property becomes obsolete. The property is maintained
in the dictionary;
— Version number (PA009): Enables tracking of major changes;
— Revision number (PA010): Enables tracking of minor changes. If the version number changes, the
revision number starts again at 1. Examples: new translation, changes of typos;
— List of replaced properties (PA011): Identifier of the replaced property (or properties). List of
GUIDs;
— List of replacing properties (PA012): Identifier of the replacing property (or properties). List of
GUIDs;
— Deprecation explanation (PA013): Reason of deprecation. Deprecated may indicate the property
will be removed in the future. This explanation shall be written in international English (EN).
5 Properties for lighting systems
In Table 1 the mechanical properties of a lighting system are described. Figure 1 shows the orientation
of a luminaire in the (C, γ) coordinate system according to CIE 121:1996 to clarify the location
relationship.
Key
1 first axis of luminaire
2 second axis of luminaire
3 third axis of luminaire
4 polar axis of photometer
5 C half plane
Figure 1 — Orientation of a luminaire in the (C, γ) coordinate system according to CIE
121:1996; first axis of luminaire (γ) is in the IES LM-63-19, the vertical or the z-axis; second
axis of luminaire (C0-C180) is in the IES LM-63-19, the 0° horizontal or the x-axis; third axis of
luminaire (C90-C270) is in the IES LM-63-19, the 90° horizontal or the y-axis
Table 1 — Mechanical properties
GUID ID Name Description Symbol Format, Unit Value set Examples
2GZ1YB8enFVhD- 01-0001 overall diameter Overall diameter of the housing of the 1E0, mm n.a. 200
HOKgLc$BU round lighting system.
2F38RxmOf3ow- 01-0053 overall radius Overall radius of the housing of the 1E0, mm n.a. 100
0715JRf5OO lighting system. Suitable for circular lu-
minaires or sensing devices or segment
geometry. Not suitable for ellipsoid
forms.
19Z9XKYDT- 01-0002 overall height Height of the housing of the lighting 1E0, mm n.a. 100
4p8HR0ZbD$wO_ system. Measured over γ (Vertical). See
Figure 1 – first axis of luminaire.
1uJglYpRnFpQ4tSt- 01-0003 overall length Length of the housing of the lighting 1E0, mm n.a. 1 500
HaR2Pf system. Measured in the C90-C270
plane (90° Horizontal,). See Figure 1–
third axis of luminaire.
1dPvrZN3vEIB0n- 01-0004 overall width Width of the housing of the lighting 1E0, mm n.a. 200
0vwYvDcX system. Measured in the C0-C180 plane
(0° Horizontal). See Figure 1– second
axis of luminaire.
1RPyGAgMf4hRTZ- 01-0005 mass Mass of the lighting system. Commonly 1E-2, kg n.a. 1,40
0DogLFnU used as “weight”.
2A6xVlUTj9QP- 01-0006 cut-out diameter Diameter of the cut-out hole (for re- 1E0, mm n.a. 180
1G$qb4FiWv cessed or flush mount).
1RIsLltoX1whNaYk- 01-0007 recessed required Required minimum installation depth, 1E0, mm n.a. 130
aCoHXJ depth height of the invisible/ hidden mount-
ing part of the luminaire (for recessed
or flush mount).
2VEYAfd7j4FQt- 01-0008 cutting out length Length of the cut-out hole (for recessed 1E0, mm n.a. 1 380
JgAb_riA5 or flush mount).
2pFfNBOuv1Tf_ 01-0009 cutting out width Width of the cut-out hole (for recessed 1E0, mm n.a. 175
RTQpYktGL or flush mount).
Table 1 (continued)
GUID ID Name Description Symbol Format, Unit Value set Examples
1zs4Cj96j3d8TWAeeix- 01-0010 luminaire housing Three-dimensional simplified shape of n.a. Cylinder, Cube
Jga shape 3D the lighting system.
Cuboid,
Cube,
Cone,
Pyramid,
Sphere,
Half-Sphere,
User Defined
1Zek8UyXfE6gToN8_ 01-0011 shipping weight Weight of the shipping package of the 1E-2, kg n.a. 2,40
RDHFg lighting system.
1i_XY2Awj5RRadN- 01-0012 shipping height Height of the packed lighting system as 1E0, mm n.a. 150
mgPS3yQ it is shipped.
10UDC$GOvEHex- 01-0013 shipping length Length of the packed lighting system as 1E0, mm n.a. 1 650
mf_I8j9xG it is shipped.
1ybyhd8TbACg99Ox- 01-0014 shipping width Width of the packed lighting system as 1E0, mm n.a. 260
pWMoOg it is shipped.
0yvFhm4xvDggZv- 01-0015 type of packaging Type of packaging. Available types of n.a. Carton, Pallet
Lzgzhiyq packaging to be specified by the manu-
Pallet,
facturers.
Container,
Without,
Other
Table 1 (continued)
GUID ID Name Description Symbol Format, Unit Value set Examples
16XdmXw8T3HOIi- 01-0016 impact protection Degree of protection provided by enclo- n.a. IK00, IK 10
0TOcc8LH rating IK sures for electrical equipment against
IK01,
external mechanical impacts according
to IEC 62262:2002 and IEC 60068-2-
IK02,
75:2014.
IK03,
IK04,
IK05,
IK06,
IK07,
IK08,
IK09,
IK10
1LrBLaYtnCARK- 01-0017 glow wire resist- The glow wire test for fire hazard 1E0, °C 550 °C, 750
perF_2Ykh ance according to IEC 60695-2:2014 to test
650 °C,
electrical products, assemblies, or indi-
vidual components.
750 °C,
850 °C,
960 °C
1284Zyx8D4uR55X- 01-0018 needle flame test Method for testing and assessment of n.a. Yes
2cRsWzu the fire hazard of plastic material using
No
a needle flame according to IEC 60695-
11-5:2017. “Yes” for the product has
passed the test.
1PMNxHS2z4tRu- 01-0019 number of light Number of surfaces with light output. 1E0, n.a. n.a. 1
wiQxyzRfs outputs Equals the number of positions for light
distribution curves of the luminaire.
1mHV_4yHLEFux- 01-0020 diameter of the Identical with name. 1E0, mm n.a. 190
OaIDlNmNn luminous area
0WXZRI6CD2KfL4x- 01-0021 height of the lumi- Height measured over z-axis. See 1E0, mm n.a. 4
C1uuLBF nous area Figure 1 – first axis of luminaire.
1auIwSthrFvRTJgX- 01-0022 length of the lumi- Length measured aligned with the 1E0, mm n.a. 1 430
6NfO9Z nous area y-axis, in the C90-C270 plane. See
Figure 1– third axis of luminaire.

Table 1 (continued)
GUID ID Name Description Symbol Format, Unit Value set Examples
2SqBhDZKD1hBjG- 01-0023 width of the lumi- Width measured aligned with the x-ax- 1E0, mm n.a. 192
WsV4q_GQ nous area is, in the C0-C180 plane. See Figure 1–
second axis of luminaire.
2gBflnlCfCgwR3hT_ 01-0024 cable length Cable for power supply. Zero means no 1E0, mm n.a. 2 400
QVGtQ cable supplied.
1oCak0l6v9Bew_ 01-0025 Pliable The luminaire body is flexible. n.a. Yes
SHOfRFnw
No
3CckyLFxX8KxZV- 01-0026 ground recessed Specific application class for ground n.a. n.a. In restricted
vgilS7Jt accessibility class recessed luminaires according to accessible
temperature limits, dimensions, and areas
static load resistance in kN according
to IEC 60598-2-13.
3AgJzo7ND4zB4c3y- 01-0054 ground recessed Static load of ground recessed lumi- 1E0, kN n.a. 20
sHuewK luminaire static naire according to IEC 60598-2-13.
load
0f2af0EifB1Qi6x- 01-0029 sealing material Material of the sealing of a luminaire. n.a. n.a.
alTs1Xn
0iACWRZ2HAFfY7UB- 01-0057 reflector material Material of the reflector of a luminaire. n.a. n.a. Aluminium
nCGjHq
3jAmXEFTn9oPlBD_ 01-0030 silicone-free States whether the luminaire is sili- n.a. Yes
oO4BfE con-free.
No
2DJLgonKH2zvtUylG- 01-0031 halogen-free States whether the product is halo- n.a. Yes
DtoL3 gen-free according to IEC 61249-2-
No
21:2004.
3IPpBFdz17PB0W- 01-0032 temperature on Average temperature of light emitting 1E0, °C n.a.
0suiESss light aperture surface of a luminaire.
30M$RN1TX7$g- 01-0033 operating temper- Range defined by the minimum and 1E0, °C n.a. -40
z0O8$bv0j4 ature maximum operating temperatures at
which the luminaire operates normally
as specified by the supplier or manufac-
turer.
0jRoUrk2nF5QFen- 01-0034 minimum dis- Describes the minimum required dis- 1E0, mm n.a. 50
mXXlBTS tance tance of the luminaire housing to other
objects.
Table 1 (continued)
GUID ID Name Description Symbol Format, Unit Value set Examples
3GwYrPlNbAYu8g- 01-0035 maximum orien- Maximum of possible values for the ori- 1E0, ° n.a.
PAOJZgwc tation angle entation angle (around the z-axis). See
Figure 1 – first axis of luminaire.
3qn7sE55H1FuwsBo- 01-0036 minimum orienta- Minimum possible value for the orien- 1E0, ° n.a.
zcktbX tion angle tation angle (around the z-axis). See
Figure 1 – first axis of luminaire.
26KAJOVBvF8gIMO- 01-0037 orientation angle Step width for the orientation angle 1E0, ° n.a.
ZaAOFTV steps (around the z-axis). See Figure 1 – first
axis of luminaire.
2NmVhTk4TFfvwDN- 01-0038 orientation angle Default value for the orientation angle 1E0, ° n.a.
SYyqj$4 default (around the z-axis). See Figure 1 – first
axis of luminaire.
0qiz0v1kLAP- 01-0039 orientation angle Selected value for the orientation angle 1E0, ° n.a.
BRWAW6wO1PA selected value (around the z-axis). See Figure 1 – first
axis of luminaire.
05nmPIM- 01-0040 maximum tilt Maximum possible value for the tilt 1E0, ° n.a.
s186u1u1s5MSd23 angle angle (around the x-axis). See Figure 1–
second axis of luminaire.
3ZWzCOV090TukLT- 01-0041 minimum tilt Minimum possible value for the tilt 1E0, ° n.a.
sY8Vcua angle angle (around the x-axis). See Figure 1–
second axis of luminaire.
0_oftQZ_jB$e1o- 01-0042 tilt angle steps Step width for the tilt angle (around 1E0, ° n.a.
GoWeQWoV the x-axis). See Figure 1– second axis of
luminaire.
0w56LObA94iv- 01-0043 tilt angle default Default value for the tilt angle (around 1E0, ° n.a.
baiikyEXf2 the x-axis). See Figure 1– second axis of
luminaire.
3VHFOw- 01-0044 tilt angle selected Selected value for the tilt angle (around 1E0, ° n.a.
jl13sv6CBYkwU2wh value the x-axis). See Figure 1– second axis of
luminaire.
3zsZztBEH9sPA- 01-0045 maximum turn Maximum possible value for the turn 1E0, ° n.a.
24POLsfWn angle angle (around the y-axis). Turn can also
be referred to as ‘twist’ or ‘cant’. See
Figure 1– third axis of luminaire.
3WFOEtzHjE2gE- 01-0046 minimum turn Minimum possible value for the turn 1E0, ° n.a.
wIqwNt23B angle angle (around the y-axis). Turn can also
be referred to as ‘twist’ or ‘cant’. See
Figure 1– third axis of luminaire.

Table 1 (continued)
GUID ID Name Description Symbol Format, Unit Value set Examples
1S1uI1ho- 01-0047 turn angle steps Step width for the turn angle (around 1E0, ° n.a.
b0OAsYAUDvnB5e the y-axis). Turn can also be referred to
as ‘twist’ or ‘cant’. See Figure 1– third
axis of luminaire.
0Y3iFNJcH3Xh_0Ax- 01-0048 turn angle default Default value for the turn angle (around 1E0, ° n.a.
e6FRZy the y-axis). Turn can also be referred to
as ‘twist’ or ‘cant’. See Figure 1– third
axis of luminaire.
0HKPlHCMX- 01-0049 turn angle select- Selected value for the turn angle 1E0, ° n.a.
FOOmtqPiFpiwZ ed value (around the y-axis). Turn can also be
referred to as ‘twist’ or ‘cant’. See
Figure 1– third axis of luminaire.
3ejPldyc9Bau- 01-0050 3D model file The description of a location of the 3D n.a. n.a. C:\,
0HaTHZMtva model file.
URL
3p1kEeiDL4i8RySiT- 01-0051 cable inlet Cable inlet, type and count, free de- n.a. n.a. 2xPG13.5
GkUyU scription
0fa4jPy7f3KhEr- 01-0052 flush mounting Mechanical device to get the luminaire n.a. n.a.
An_5SUg7 box or sensor mounted into concrete.
2hXE7M6N9DYec$I- 01-0058 suspension height Distance from ceiling to mounting 1E0, mm n.a. 500
ZwiY3ia point of the suspended lighting system.

Table 2 — Electrical properties
GUID ID Name Description Symbol Format, Unit Value set Examples
2FA0ih18LF_uK- 02-0001 apparent power Apparent Power of the product S 1E0, VA n.a.
t46e5ErIv according to IEC 60050.
17a067965Cqh- 02-0002 rated input power Input power consumed by the light 1E0, W n.a.
DelQ$Y3mcP source(s), control gear and control
circuit in or associated with a lumi-
naire including any standby power
when the luminaire is turned on.
3LBrQkLDDFheBOx- 02-0003 power factor Under periodic conditions, ratio λ 1E0, n.a. n.a. 0,92
rGk8Zr_ of the absolute value of the active
power P to the apparent power S.
See also IEC 80000-6:2008.
0zjByQSTX24wsx- 02-0004 dimming table / Consumption of the power corre- 1E-2, W n.a.
TI25Lzj$ curve sponding to the dim level of the lu-
1E0, lm OR
minaire. It is presented as a table of
power (W) related to the luminous 1E0, %
flux emitted (lm) or the percentage
of dimming (%).
3krkQTVbv0$g9X- 02-0005 compensation type Identifies the form of compensation n.a. Capacitive,
j9eYC6nh used for power factor correction
Inductive,
and radio interference suppression.
Other
0TzE4sMDv1pwfyg- 02-0006 standby power / Power consumption of luminaire 1E-2, W n.a. 0,35
K1xxjm5 networked standby in off mode, or in non-active mode.
power All electrical components including
emergency and lighting controls
components have to be considered.
See also ISO/CIE 20086:2019 and
IEC 63013:2017+A1:2021.
2wiaN2gSf0$RFeAF- 02-0007 power consump- Power consumption of the detec- 1E-2, W n.a. 0,20
8d_51K tion of the controls tor with the light switched off and
without motion detection/presence
detection (idle state).
0G4TAennPD5gzRo- 02-0008 ILCOS light source Light Source type definition accord- n.a. n.a. IAA/
G2rlZv_ type ing ILCOS, IEC 61231:2010. C-40-220/
230-E27-60
Table 2 (continued)
GUID ID Name Description Symbol Format, Unit Value set Examples
1fBDdf6YP2O8_JFT- 02-0009 lamp holder A device which mechanically n.a. n.a. E27
CLHktp supports and provides electri-
cal connections for a compatible
electric light source. See also
IEC 60061:2018.
1MkMercePCOufl- 02-0071 luminaire socket Connector and mechanical holder n.a. n.a. GH76p-2,
c6OyDPFq for accessories, LED, control or zhaga book18,
other modules zhaga book20,
NEMA
1nVrfHKzD- 02-0076 luminaire socket Electrical interface on contact of n.a. n.a. D4i,
0TOacgThVW99r interface socket. DALI,
0-10V,
1-10V,
PWM
1nKr7A75b8reM- 02-0010 nominal light Approximate power output used 1E0, W n.a. 60,
NAfPW1iw1 source output to designate or identify the light 49,
power source. 80
1A3s$Z4Sj7jQFfzb- 02-0011 multilamp light Luminaires that could be equipped 1E0, W n.a. 35,
fen7Yu source wattage with more than one light source 49,
wattage. Selection of all possible 80
nominal light source output watt-
age.
018C_3ZRn5Iuf- 02-0012 light source includ- States whether the luminaire is n.a. Yes Yes
wY89oB9NV ed supplied with light source.
No
2LJHyobk57buK- 02-0013 maximum nominal Identical with name. 1E0, W n.a. 20
gQhTXFfR_ output power of
light source
1RGMcZL0X4SvX- 02-0014 default light source Recommended light source power 1E0, W n.a. 18
P9H1tpT7e power by supplier or manufacturer.
1ELEjwitTB- 02-0015 light source posi- Light Source usage position (Hori- n.a. Horizontal, Horizontal
hANPTqofV2Tl tion of usage zontal/Vertical) possibly with range
Vertical
of angle.
2UOOchRyr2eQDX- 02-0016 light source count Number of electric lamps (electric 1E0, n.a. n.a. 2
abAwecx5 light source provided with at least
one cap) in one luminaire.
Table 2 (continued)
GUID ID Name Description Symbol Format, Unit Value set Examples
0FWc9hC5PEqgfN- 02-0017 zhaga standard Is the luminaire compliant with n.a. n.a.
0fVzc2Yo Zhaga, and if so state which Zhaga
Books apply. See also PD IEC/PAS
63166.
21GF1lrRP4denY- 02-0018 control gear Type of control gear, which is n.a. n.a. electromagnet-
C8o6ot$N required to control the electrical ic,
operation of the light source(s).
electronic,
electronic for
LEDs, constant
wattage, mul-
ti-channel
06Vbbmtwv85QA- 02-0019 control gear re- States if control gear is necessary. n.a. Yes
rFTsBPUPQ quired
No
3kZ3CJ9Xb9DBPoZ- 02-0020 control gear includ- Shipped with or without control n.a. Yes Yes
15k3vIQ ed gear/drivers.
No
2mGS7VdXfBo8r- 02-0021 control gear quan- The quantity of control gears. 1E0, n.a. n.a. 1
V8OFHuW7b tity
3M6mU$FIP- 02-0022 control gear loca- Describes the location of the control n.a. n.a.
6KQ80BVaK5PCO tion gear: inside or outside of the lumi-
naire or provide the distance to the
light source.
3d9jfSb_z7WB2y0x- 02-0023 energy efficiency of IEC 62442-1:2018 defines the meas- 1E-2 0,86
bHeccR control gear urement methods for the total input
power of the lighting system.
2oaQ3AOnn40w- 02-0024 rated current Electrical rated current according I 1E0, A n.a.
mt6Zfp6ooy to IEC 60669-1.
3rfirTJfj9bgIELSX- 02-0025 inrush current Initial current after turning on. Base 1E-2, A n.a.
4VRBz for quantity of luminaires per fuse
or similar.
2ENV$TQoL31gD- 02-0026 inrush current Inrush current time after turning 1E0, µs n.a.
SHIZzyR4N time on.
Table 2 (continued)
GUID ID Name Description Symbol Format, Unit Value set Examples
22IpUkOwD2i- 02-0027 rated frequency Rated frequency at which the prod- 1E0, Hz 50,
OIVugd8CAfb uct operates normally as specified
60,
by the supplier or manufacturer. See
IEC 61293:2019. 0
multiple option
selection
3ERn8VgnjDjhulH- 02-0028 supply voltage The phase-to-phase or phase-to- 1E0, V n.a. 230
3MaG9yG neutral voltage at the supply termi-
nals at which the product operates
normally as specified by the suppli-
er or manufacturer. See IEC 60038.
3$$yIxYFj1E9zX- 02-0066 rated voltage The voltage or range of voltages in- 1E0, V n.a.
dzpVaCgt dicated on the luminaire according
to IEC 60598-1:2020.
3bHsk$G7n- 02-0067 2nd rated voltage Rated output voltage on the sec- 1E0, V n.a.
05BgiaYUYUg6s ondary side (in the case of lighting
using a voltage converter) according
to IEC 61347 series.
3RRkslNcn3IBF- 02-0029 voltage type AC Alternating Current/DC Direct n.a. AC,
myVoAyyMc Current/UC Universal Current (Al-
DC,
ternating or Direct Current).
UC
0Ias3th8D2c- 02-0030 electrical safety Indicates whether the electrical de- n.a. 0, I
g4EvP$KqQcv class vice has a protective earth connec-
I,
tion or not. See IEC 61140:2015.
II,
III
Table 2 (continued)
GUID ID Name Description Symbol Format, Unit Value set Examples
1K_1K1q6n7K- 02-0031 IP code A coding system to indicate the de- n.a. IP20, 20
gOFJw5Cuc_i grees of protection provided by an
IP21,
enclosure against access to hazard-
ous parts, ingress of solid foreign IP22,
objects, ingress of water and to give
IP23,
additional information in connec-
tion with such protection. See also
IP24,
IEC 60529:2014.
IP25,
IP26,
IP27,
IP28,
IP30,
IP31,
IP32,
IP33,
IP34,
IP35,
IP36,
IP37,
IP38,
IP40,
IP41,
IP42,
IP43,
IP44,
IP45,
IP46,
IP47,
IP48,
Table 2 (continued)
GUID ID Name Description Symbol Format, Unit Value set Examples
IP50,
IP51,
IP52,
IP53,
IP54,
IP55,
IP56,
IP57,
IP58,
IP60,
IP61,
IP62,
IP63,
IP64,
IP65,
IP66,
IP67,
IP68,
IP69,
IP69K
2sRMMfIv- 02-0032 impulse withstand Highest peak value of impulse volt- 1E0, kV n.a.
vEvwH0LKqBmNoy voltage age of prescribed form and polarity
which does not cause breakdown of
insulation under specified condi-
tions. See IEC 60664-1.
2Afk3AuoX0YfhlG- 02-0033 colour controllable States if the colour is controllable. n.a. Yes No
9pMfb5q
No
Table 2 (continued)
GUID ID Name Description Symbol Format, Unit Value set Examples
2kMc1GwgH1LAn- 02-0034 colour temperature States if the colour temperature is n.a. Yes Yes
Z1huo7mq_ controllable controllable.
No
00aw6unKX0ghwx- 02-0035 control features Description of control elements and n.a. n.a. Touchdim,
ryKRoQm9 features. dynamic light,
light manage-
ment system
1rdcbmVG19Ug- 02-0036 Dimmable Determines if the luminaire is dim- n.a. Yes Yes
Bf_YVdUo9f mable.
No
3YVv_4s1LA0u- 02-0037 with dimmer Determines whether the luminaire n.a. Yes No
iEUpMsReJ9 has a dimmer included.
No
0jGPV_emX0auTlyN- 02-0038 dimming method Determines which dimmer type is n.a. PWM, Trailing edge
Qx4grP applicable for the luminaire.
CCR,
leading edge
phase cut,
trailing edge
phase cut,
other
0DlY8lmBT8gxJ- 02-0068 dimming control Determines which dimming control n.a. n.a. Group, Step,
Cl04yS42z method type is applicable for the luminaire. Sequential
2SM664IIzBFOlcuH- 02-0039 dimming range Determines which range of dimming 1E0 to 1E0, % n.a. 1 to 100
C24iWz is possible for luminaire.
3_eFt0HBf3Ugmfs- 02-0040 interface Determines which communication n.a. n.a. KNX, LON, DALI
ROvHbly or control interface is indicated for broadcast,
the luminaire or sensing device.
DALI address-
able, 0-10V,
ArtNet, BacNet,
DMX, PWM
Table 2 (continued)
GUID ID Name Description Symbol Format, Unit Value set Examples
2a382qr4fB08W- 02-0041 quantity of ad- Determines the quantity of address- 1E0, n.a. n.a. 4 DALI Address-
b9xoufkaq dresses es of the product. es for Power
Consumption,
2 DALI Address-
es for Integra-
tive Lighting,
20 DMX Chan-
nels needed for
functions
24CkSPPcb8Fx0fU- 02-0042 DALI DT support Determines the DALI Device Types n.a. n.a. DT1, DT5, DT6,
WeZlnfW the luminaire is supporting. DT7, DT8
0qBCPAI5j85ewts- 02-0043 integral circuit Determines whether the prod- 1E-1, A n.a. fuse
RgzQ4Fw protection uct involves an integrated circuit
protection if not the zero should be
stated.
1W6c2bUHL1jxn4_ 02-0044 supply circuit con- Specifies the connection for a supply n.a. Cable, Cable
Jc4IGgo ductor circuit.
Plug-connector,
Screw-connector,
Connector with
strain relief
05F825n2fBxfST- 02-0045 clamping range The range of clamping. 1E-2 to 1E-2, n.a. 0,75 to 1,50
7DzrOuLm mm
11SZgYx5H3RvmoG- 02-0046 cable cross-section Value of acceptable minimum and 1E0, mm
z9uTiTf maximum cable cross-section.
100MSXxt96iB- 02-0047 number of phases Specifies the number of phase that a 1E0, n.a. 1, 3
H86YJ6lECo luminaire can be connected to.
2,
1UrfPrHg- 02-0048 supply phase Determines the number of supply n.a. L1, L1
j2whM6TeNYn83l phase used for the device electrical
L2,
input.
L3
Table 2 (continued)
GUID ID Name Description Symbol Format, Unit Value set Examples
2nKXmluvb7_8cl- 02-0049 through wiring Determines whether the luminaire 1E0, A n.a. 16
WogllEcr is suitable for through wiring with
the indication of the maximum
current.
1UUzk8eSnF- 02-0050 with connecting Determines whether the product n.a. Yes Yes
9h$NyNPliShg cable involves connecting cable.
No
0jKxNcCffAl- 02-0072 length of cable Length of the connecting cable. 1E-2, m n.a. 1,20
uI5K$HEbKak
1oLuIWYPjCIvl7d- 02-0051 with power plug Determines whether the luminaire n.a. Yes No
qwEXdaN includes a power plug.
No
0opNtWZG- 02-0073 power plug type Type of the included power plug n.a. n.a. CEE 7/4
zAAhb0SXxtC4px
2RVwJxv$TCN- 02-0052 with switch Determines whether the luminaire n.a. Yes Yes
B03cljqpK26 has a switch included.
No
1h35yfOg10veX- 02-0053 with sensing Determines whether the luminaire n.a. Yes No
dUQaAudl2 device contains an integrated sensing
No
device.
3kbFNwkkb7gPUs- 02-0054 constant light Determines whether the luminous n.a. Yes Yes
nc_COBg4 output flux stays constant over the de-
No
clared lifetime.
2d9pUf$QXEtxHYd- 02-0055 constant light out- Identical with name. 1E-2, W n.a. 56
BYou0$3 put start power
3UEOcatIDEMf$qd- 02-0056 constant light out- Identical with name. 1E-2, W n.a. 60
vydAlfg put end power
3B8KQ1WqfC8x- 02-0064 constant light out- Identical with name. 1E-2, W n.a. 58
5qTA1pA7PY put average power
1qhhuqryT4$xTSg- 02-0057 radiation pattern File reference to pattern file which n.a. n.a. C:\,
ToocAE3 file contains the radiation distribution
URL
similar to a Eulumdat file for light.
30Ko89Zdb53uyKz- 02-0058 radio transmitting Power of the wireless module ex- 1E0, dBm n.a. +4
RXpupJT power pressed in decibel ratio of a power
value.
3ETH0SOQH5DeS- 02-0059 radiation transmit- The frequency of radiation for wire- 1E-2, GHz n.a. 2,40
9U$Wj1Aa8 ting frequency less transmission.

Table 2 (continued)
GUID ID Name Description Symbol Format, Unit Value set Examples
0WjAaRYTX8eOZc- 02-0060 radiation transmit- Determines whether the luminaire n.a. n.a. IEEE 802.15.1
C3iDTL8b ting standard is in accordance with a wireless
connection standard.
12_LtdVG5D- 02-0061 LED module re- Identical with name. n.a. User with tool, Professional
qvZ$R5Y3Ua8I placeable
User without
tool,
Professional,
Manfacturer,
none
1hwc11pl- 02-0062 total harmonic Ratio of the effective value of the 1E0, % 4
v2A90eCTHqW7ZB distortion THD sum of all harmonic components to
the effective value of the fundamen-
tal according to IEC 61000-3-2:2010.
0Raptd45z3S8Ef- 02-0063 control gear re- Control gear replaceable, according n.a. User with tool, none
ZlGBNO61 placeable to IEC 60598-1:2020.
User without
tool,
Professional,
Manfacturer,
none
3yprn4XcD- 02-0065 surge protection Identical with name. n.a. Yes Yes
1CP0A67A$WxFb
No
0o1lm4BwLAQOtx- 02-0069 surge protection Protection against lightning and 1E0, kV 2 10
a8Gd4wib overvoltages. Surges between live
CM – Common …
conductors and earth. Reference
mode
IEC 61547, IEC 61000-4-5 10
1y$NA36xr8ox_l0U- 02-0070 surge protection Protection against lightning and 1E0, kV 1 10
BobviH overvoltages. Surges between live
DM – Differential …
conductors. IEC 61547, IEC 61000-
mode
4-5 10
0kRq_cvcL1fvAzPU- 02-0072 wireless connec- The connection protocol supported n.a. ZigBee, Blue-
jxL4lT tion protocol to connected sensors, controllers, tooth, Wi-Fi,
luminaires in smart light system. NB-IoT

Table 2 (continued)
GUID ID Name Description Symbol Format, Unit Value set Examples
3BhzIrD9nBcuAazT- 02-0073 connection type Smart light nodes (sensor, control- n.a. wired wireless
kJEU36 ler, or luminaires etc.) are connect-
wireless
ed by wire or wireless.
0GyCmQC$X3U8g- 02-0074 control gear output Electrical output boundary defined n.a.
wIgUqh_z1 range by the minimum and maximum
output currents I and I , the
min max
minimum and maximum output
voltages U and U , and the min-
min max
imum and maximum output powers
P and P .
min max
0ybD7qvXn6Sh- 02-0075 control gear con- The options to connect to the con- n.a. USB cable, NFC,
HLt89$HeGL figuration trol gear to configure the parame- Bluetooth, RF
ters of the control gear.
Table 3 — Emergency lighting properties
GUID ID Name Description Symbol Format, Unit Value set Examples
0nXXpyMbD4Qg- 03-0001 suitable for emer- Determines whether emergency n.a. Yes
zHiMoFE$Kf gency lighting lighting is possible.
No
3pJBuEixPAV9f0wT- 03-0002 emergency unit Indicates if emergency lighting is n.a. Yes
nl2cOM integrated integrated. Combined luminaire for
No
standard and emergency lighting
with one or multiple light distribu-
tion curves.
3Q6UsxAKD- 03-0003 dedicated emer- Product type for an application of n.a. path lighting,
0Q8mO0x0ZsmhD gency lighting type the emergency lighting. Dedicated
...