Root element for a configurable product Metadata about the product and manufacturer Definition of elements that can be used to construct the product and variants of it Describes the product metadata and variants based on given definitions Metadata about the product and manufacturer Name of the manufacturer Version of the luminaire data format used for this file. The GLDF is versioned according to SemVer 2.0 for major and minor version parts. See semver.org MAJOR version of the GLDF. Will be raised on incompatible changes only (e.g. new required elements, deleted elements, new/changed restrictions) MINOR version of the GLDF. Will be raised in a backwards compatible manner only Optional pre release version of the GLDF Software used to create this file Date on which this GLDF file was created (not the product data - see ProductDataTimeCode) Id of this GLDF file, which should be unique worldwide. To ensure this, UUID/GUID is strongly recommended Date on which the product data was created (not the GLDF itself - see GldfCreationTimeCode) Language in which this luminaire should initially be displayed Id reference to an image File element defined under GeneralDefinitions/Files License keys for applications like Relux or Dialux Single license key The application for which the licence key is intended Relux membership number DIAL membership number Author of this file Manufacturer contact information Single address, e.g. for a branch office First name of the contact Last name of the contact Street name House number of the address ZIP code of the city Name of the city Country name Phone number including international area code List of EMail addresses E-Mail description, e.g. sales or support. The email address itself should be written into the mailto attibute Email address List of Websites Additional contact information, that could be useful for the user but does not fit into the other fields Definition of parts that can be used to construct the product and variants of it File references used in this product Sensors used in this product Photometries used in this product Spectra used in this product Light sources used in this product Control gears used in this product Equipments used in this product Emitters used in this product Geometries used in this product Definition of the product metadata and variants based on given general definitions Metadata describing the product Variants of the product Definition of files used in this product Single file for reference. Either inside the gldf container or online Unique file identifier Kind of the file File location. A file can be referenced as a path to in the local file system, relative to this document. Do not use absolute paths. Or online as a web url Language of the file content. For possible translations of the same document. According to RFC1766, e.g. "en", "en-US", "de" or "de-DE" Definition of sensors used in this product Single sensor used in this product Reference to the XML file containing the definition of the sensor Id reference to a sensor file element defined under GeneralDefinitions/Files Sensing device detection area shapes Sensing device detection area shape Sensing device detection method technologies Sensing device detection method technology Sensing device detector types Sensing device detector type Unique identifier of the sensor Definition of photometries used in this product Single photometry. Reference to an Eulumdat or IES File element, with additional descriptive informations Reference to a photometry File element defined under GeneralDefinitions/Files. Usually Eulumdat or IES Id reference to a photometry File element defined under GeneralDefinitions/Files. Usually Eulumdat or IES All child elements are solely descriptive values and not used in any calculations Average luminance of the luminous surface (Unit: cd/m²). See also EN 13032-1:2012 leuchtende Fläche Ratio of the luminous flux of the luminaire to the sum of the individual luminous fluxes of its conventional light source(s). According to EN 12665:2018 Quotient of the luminous flux emitted by the luminaire and the power absorbed by the light source and associated circuits of the luminaire Ratio of the downward flux to the total flux of the luminaire Ratio of the downward luminous flux of the luminaire to the sum of the individual luminous fluxes of the its light source(s). Not valid for absolute photometry Ratio of the upward luminous flux of the luminaire to the sum of the individual luminous fluxes of the its light source(s). Not valid for absolute photometry Angle of the beam center to the point where the luminous intensity is reduced to one tenth. See also EN 61341:Ed.2 The angle of the beam center to the point where the luminous intensity is reduced to one-tenth on the C0-C180 pane. See also EN 61341:Ed.2 The angle of the beam center to the point where the luminous intensity is reduced to one-tenth on the C90-C270 pane. See also EN 61341:Ed.2 Angle of the beam center to the point where the luminous intensity is reduced to half. See also EN 61341:Ed.2 The angle of the beam center to the point where the luminous intensity is reduced to half on the C0-C180 pane. See also EN 61341:Ed.2 The angle of the beam center to the point where the luminous intensity is reduced to half on the C90-C270 pane. See also EN 61341:Ed.2 Photometric code consists out of CRI, CCT, initial color variation (MacAdam ellipse steps), color variation through life (MacAdam ellipse steps) and lumen maintenance value (Lx). E.g. 830/359 Set of values: flux triplet, downward flux fraction and light output ratio Angle, measured up from nadir, between the vertical axis and the first line of sight at which the light sources and the surfaces of high luminance are not visible UGR table value of a 4H8H room and degrees of reflection 70/50/20 Lengthways Across US-Types of luminaire light distribution according to IESNA for street lighting. Note: These types are used in IES photometry files Backlight, Uplight and Glare known as BUG classification. According to IDA/IESNA BUG evaluates the light output of outdoor lights regarding to glare, light pollution and light trespass Unique identifier of the photometry Definition of spectra of radiation used in this product Single spectrum of radiation. It is described as a table of energy intensity (eV) depending on wavelength (nm) Reference to a spectrum File element defined under GeneralDefinitions/Files Id reference to a spectrum File element defined under GeneralDefinitions/Files Energy in eV, depending on the wavelength attribute Wavelength in nm. Default steps are 5nm, in the range of 380nm to 780nm Unique identifier of the spectrum Definition of changeable or fixed light sources used in this product Single changeable light source, emitting electromagnetic radiation Translatable name of the light source Translatable description of the light source Manufacturer name of the light source The Global Trade Item Number (GTIN) Input power consumed by the light source, when the luminaire is turned on (Unit: watt) Voltage at which the light source operates normally Minimal, maximal and recommended light source power by supplier or manufacturer of the light source Minimal nominal output power of light source (Unit: watt) Maximum nominal output power of light source (Unit: watt) Recommended light source power by supplier or manufacturer (Unit: watt) Light Source usage position (Horizontal/Vertical), possibly with range of angle European Union energy label, accoring to the energy consumption labelling scheme. Possible values are e.g. "A+" or "D" Spectrum of radiation. It is described as a table of energy intensity (eV) depending on wavelength (nm) Id reference to a Spectrum element defined under GeneralDefinitions/Spectra Consumption of the power corresponding to the dim level of the light source. It is described as a table of power factor between 0-1 in relation to the luminous flux factor between 0-1 Output flux factor, e.g 0.75 Input power factor, e.g. 0.82 Flicker, presented in Short Term Perceptibility (Pst) Measure of the probability of stroboscopic effect, known as Stroboscopic Visibility Measure (SVM) Optional description, e.g. state of a switch Type of the distribution curve Light source color appearance CRI coefficient. See EN 12665:2018 for further information The color temperature. See EN 12665:2018 for further information (Unit: kelvin) Lower and upper border of an adjustable color temperature of the light source Lower limit (Unit: kelvin) Upper limit (Unit: kelvin) Monochromatic color of light (CIE 1931 XYZ) X tristimulus value of the CIE 1931 color space Y tristimulus value of the CIE 1931 color space Z tristimulus value of the CIE 1931 color space Initial color tolerance in step McAdam ellipses (SDCM) Maintained color tolerance after 6000h in step McAdam ellipses (SDCM) Chromaticity coordinates ratio of a set of 3 tristimulus values to their sum according ISO 11664-1:2007. As the sum of the 3 chromaticity coordinates is equal to 1, two of them are sufficient to define a chromaticity Chromaticity X coordinate Chromaticity Y coordinate Television Lighting Consistency Index (TLCI) . Evaluate the spectral power distribution of luminaires for television purposes. The higher the result the better the color rendering quality. Ranges from 0 to 100. See also EN 12193:2018 Fidelity-Index Rf intended to estimate the color rendering quality and Gamut-Index Rg to estimate color saturation. See also CIE 224:2017 Fidelity-Index Rf Gamut-Index Rg Melanopic factor of luminous radiation daylight equivalent. Based on CIE standard illuminant D65. See also CEN/TR 16791:2017 List of images depicting the light source ZVEI code (Zentralverband Elektrotechnik- und Elektronikindustrie e. V.) A device which mechanically supports and provides electrical connections for a compatible electric light source. See also IEC60061:2018 Light source type definition. According to IEC 61231:2010 Value of the initial luminous flux, declared by the manufacturer or the responsible vendor. The light source being operated at a ambient temperature of 25 °C. See also 13032-4:2015 Initial luminous flux of the RGB module part. Covers only the coloured light portion (Unit: lumen) LDC file of the light source Id reference to a Photometry element defined under GeneralDefinitions/Photometries Light source maintenance factors Lamp type according to CIE 97 for typical example data of LLMF and LSF LLMF. Corresponds to IES "Lamp Lumen Depreciation" LSF. Corresponds to IES "Lamp Burnout" Corresponds to IES "Burning Time" Further values will be linearly interpolated. As LED failure is extremely rare, the LSF (Lamp Survival Factor) is always 1 Hours to reach given factor Expected lifetime of the light source in hours Unique identifier of the light source Single fixed light source, emitting electromagnetic radiation Translatable name of the light source Translatable description of the light source Manufacturer name of the light source The Global Trade Item Number (GTIN) Input power consumed by the light source, when the luminaire is turned on (Unit: watt) Voltage at which the light source operates normally Minimal, maximal and recommended light source power by supplier or manufacturer of the light source Minimal nominal output power of light source (Unit: watt) Maximum nominal output power of light source (Unit: watt) Recommended light source power by supplier or manufacturer (Unit: watt) Light Source usage position (Horizontal/Vertical), possibly with range of angle European Union energy label, accoring to the energy consumption labelling scheme. Possible values are e.g. "A+" or "D" Spectrum of radiation. It is described as a table of energy intensity (eV) depending on wavelength (nm) Id reference to a Spectrum element defined under GeneralDefinitions/Spectra Consumption of the power corresponding to the dim level of the light source. It is described as a table of power factor between 0-1 in relation to the luminous flux factor between 0-1 Output flux factor, e.g 0.75 Input power factor, e.g. 0.82 Flicker, presented in Short Term Perceptibility (Pst) Measure of the probability of stroboscopic effect, known as Stroboscopic Visibility Measure (SVM) Optional description, e.g. state of a switch Type of the distribution curve Light source color appearance CRI coefficient. See EN 12665:2018 for further information The color temperature. See EN 12665:2018 for further information (Unit: kelvin) Lower and upper border of an adjustable color temperature of the light source Lower limit (Unit: kelvin) Upper limit (Unit: kelvin) Monochromatic color of light (CIE 1931 XYZ) X tristimulus value of the CIE 1931 color space Y tristimulus value of the CIE 1931 color space Z tristimulus value of the CIE 1931 color space Initial color tolerance in step McAdam ellipses (SDCM) Maintained color tolerance after 6000h in step McAdam ellipses (SDCM) Chromaticity coordinates ratio of a set of 3 tristimulus values to their sum according ISO 11664-1:2007. As the sum of the 3 chromaticity coordinates is equal to 1, two of them are sufficient to define a chromaticity Chromaticity X coordinate Chromaticity Y coordinate Television Lighting Consistency Index (TLCI) . Evaluate the spectral power distribution of luminaires for television purposes. The higher the result the better the color rendering quality. Ranges from 0 to 100. See also EN 12193:2018 Fidelity-Index Rf intended to estimate the color rendering quality and Gamut-Index Rg to estimate color saturation. See also CIE 224:2017 Fidelity-Index Rf Gamut-Index Rg Melanopic factor of luminous radiation daylight equivalent. Based on CIE standard illuminant D65. See also CEN/TR 16791:2017 List of images depicting the light source Light source maintenance factors LLMF. Corresponds to IES "Lamp Lumen Depreciation" LSF. Corresponds to IES "Lamp Burnout" Corresponds to IES "Burning Time" (Unit: hour) Further values will be linearly interpolated. As LED failure is extremely rare, the LSF (Lamp Survival Factor) is always 1 Hours to reach given factor (Unit: hour) Expected lifetime of the light source (Unit: hour) LED Zhaga interface specification. Zhaga is a consortium of lighting companies, aiming to develop interface specifications that allow LED light sources from different suppliers to be used interchangeably. See zhagastandard.org for further information Unique identifier of the light source Single multi-channel light source, emitting electromagnetic radiation in various spectrums through adjustable channels Translatable name of the light source Translatable description of the light source Manufacturer name of the light source The Global Trade Item Number (GTIN) Input power consumed by the light source, when the luminaire is turned on (Unit: watt) Voltage at which the light source operates normally Minimal, maximal and recommended light source power by supplier or manufacturer of the light source Minimal nominal output power of light source (Unit: watt) Maximum nominal output power of light source (Unit: watt) Recommended light source power by supplier or manufacturer (Unit: watt) Light Source usage position (Horizontal/Vertical), possibly with range of angle European Union energy label, accoring to the energy consumption labelling scheme. Possible values are e.g. "A+" or "D" Consumption of the power corresponding to the dim level of the light source. It is described as a table of power factor between 0-1 in relation to the luminous flux factor between 0-1 Output flux factor, e.g 0.75 Input power factor, e.g. 0.82 Flicker, presented in Short Term Perceptibility (Pst) Measure of the probability of stroboscopic effect, known as Stroboscopic Visibility Measure (SVM) Optional description, e.g. state of a switch Type of the distribution curve Light source color appearance CRI coefficient. See EN 12665:2018 for further information The color temperature. See EN 12665:2018 for further information (Unit: kelvin) Lower and upper border of an adjustable color temperature of the light source Lower limit (Unit: kelvin) Upper limit (Unit: kelvin) Monochromatic color of light (CIE 1931 XYZ) X tristimulus value of the CIE 1931 color space Y tristimulus value of the CIE 1931 color space Z tristimulus value of the CIE 1931 color space Initial color tolerance in step McAdam ellipses (SDCM) Maintained color tolerance after 6000h in step McAdam ellipses (SDCM) Chromaticity coordinates ratio of a set of 3 tristimulus values to their sum according ISO 11664-1:2007. As the sum of the 3 chromaticity coordinates is equal to 1, two of them are sufficient to define a chromaticity Chromaticity X coordinate Chromaticity Y coordinate Television Lighting Consistency Index (TLCI) . Evaluate the spectral power distribution of luminaires for television purposes. The higher the result the better the color rendering quality. Ranges from 0 to 100. See also EN 12193:2018 Fidelity-Index Rf intended to estimate the color rendering quality and Gamut-Index Rg to estimate color saturation. See also CIE 224:2017 Fidelity-Index Rf Gamut-Index Rg Melanopic factor of luminous radiation daylight equivalent. Based on CIE standard illuminant D65. See also CEN/TR 16791:2017 List of images depicting the light source Electromagnetic radiation emitting channels of the light source Single electromagnetic radiation emitting channel of the light source Translatable name of the channel Spectrum reference of the channel Id reference to a Spectrum element defined under GeneralDefinitions/Spectrums Photometry reference of the channel Id reference to a Photometry element defined under GeneralDefinitions/Photometries Initial luminous flux of the channel, being operated at a ambient temperature of 25°C. See also 13032-4:2015 (Unit: lumen) Color appearance of the channel CRI coefficient. See EN 12665:2018 for further information The color temperature. See EN 12665:2018 for further information (Unit: kelvin) Lower and upper border of an adjustable color temperature of the light source Lower limit (Unit: kelvin) Upper limit (Unit: kelvin) Monochromatic color of light (CIE 1931 XYZ) X tristimulus value of the CIE 1931 color space Y tristimulus value of the CIE 1931 color space Z tristimulus value of the CIE 1931 color space Initial color tolerance in step McAdam ellipses (SDCM) Maintained color tolerance after 6000h in step McAdam ellipses (SDCM) Chromaticity coordinates ratio of a set of 3 tristimulus values to their sum according ISO 11664-1:2007. As the sum of the 3 chromaticity coordinates is equal to 1, two of them are sufficient to define a chromaticity Chromaticity X coordinate Chromaticity Y coordinate Television Lighting Consistency Index (TLCI) . Evaluate the spectral power distribution of luminaires for television purposes. The higher the result the better the color rendering quality. Ranges from 0 to 100. See also EN 12193:2018 Fidelity-Index Rf intended to estimate the color rendering quality and Gamut-Index Rg to estimate color saturation. See also CIE 224:2017 Fidelity-Index Rf Gamut-Index Rg Melanopic factor of luminous radiation daylight equivalent. Based on CIE standard illuminant D65. See also CEN/TR 16791:2017 Color temperature type of the channel Light source maintenance factors LLMF. Corresponds to IES "Lamp Lumen Depreciation" LSF. Corresponds to IES "Lamp Burnout" Corresponds to IES "Burning Time" (Unit: hour) Further values will be linearly interpolated. As LED failure is extremely rare, the LSF (Lamp Survival Factor) is always 1 Hours to reach given factor (Unit: hour) Expected lifetime of the light source (Unit: hour) Ratio of the emergency luminous flux of the referenced light source (supplied by the referenced control gear) to the luminous flux of the same light source Unique identifier of the light source Definition of control gears used in this product Single control gear Name of the Control Gear Description of the control gear Nominal voltage at which the product operates normally Power consumption of the luminaire switched off. All electrical components including emergency and lighting controls have to be considered. Also known as Parasitic Power. See EN 15193-1:2017 (Unit: watt) Constant Light Output start power (Unit: watt) Constant Light Output end power (Unit: watt) Power consumption of the detector with the light switched off and without motion detection / presence detection (idle state) (Unit: watt) Determines if the luminaire is dimmable Determines if the color is controllable Determines which communication or control interface is supported by the luminaire or sensing device Determines which communication or control interface is supported by the luminaire or sensing device List of labels of the energy efficiency of the control gear Unique identiofier of the control gear Definition of equipments used in this product Single equipment, composed of one or more light sources, ballasts and resulting power consumption and light output Light source reference Id reference to a LightSource element defined under GeneralDefinitions/LightSources Optional count of the light source. The default value is 1 Control gear reference Id reference to a ControlGear element defined under GeneralDefinitions/ControlGears Optional count of the control gear. Default value is 1 Input power consumed by the light source(s) and control gear, when the luminaire is turned on. Including any standby power (Unit: watt) Ratio of the emergency luminous flux of the referenced light source (supplied by the referenced control gear) to the luminous flux of the same light source Emergency luminous flux of the referenced light source. Supplied by the referenced control gear (Unit: lumen) Unique identifier of the equipment Definition of Emitters (light/sensor radiation) used in this product Single Emitter (light/sensor radiation). Emitters are groups of LightEmitters or Sensors Multiple definitions are possible. In this case they are treated as interchangable emitters Definition of an emission object for the luminous part of the product. It combines a photometry with an optional equipment into a ChangeableLightEmitter Translatable display name of the LightEmitter. Could be shown in applications like DIALux and Relux. Intended for documentation purposes LightEmitter rotation. E.g. for wall or floor luminaires, if not measured in position of use Rotation around X axis Rotation around Y axis Rotation around Z axis Rotation around G0 Reference to a Photometry element defined under GeneralDefinitions/Photometries Id reference to a Photometry element defined under GeneralDefinitions/Photometries Reference to an Equipment element defined under GeneralDefinitions/Equipments Id reference to an Equipment element defined under GeneralDefinitions/Equipments Set to Combined, if this LightEmitter is intended for normal and emergency lighting. Set to EmergencyOnly, if this LightEmitter is intended for emergency lighting scenarios only. The default value or if the attribute is missing is None, which means: intended for normal light only Definition of an emission object for the luminous part of the product. It combines a photometry with a fixed light source and an optional control gear into a FixedLightEmitter Translatable display name of the LightEmitter. Could be shown in applications like DIALux and Relux. Intended for documentation purposes LightEmitter rotation. E.g. for wall or floor luminaires, if not measured in position of use Rotation around X axis Rotation around Y axis Rotation around Z axis Rotation around G0 Reference to a Photometry element defined under GeneralDefinitions/Photometries Id reference to a Photometry element defined under GeneralDefinitions/Photometries Reference to a fixed LightSource element defined under GeneralDefinitions/LightSources Id reference to a fixed LightSource element defined under GeneralDefinitions/LightSources Reference to a ControlGear element defined under GeneralDefinitions/ControlGears Id reference to a ControlGear element defined under GeneralDefinitions/ControlGears Optional count of the control gear. Default value is 1 Initial luminous flux of the entire equipment, being operated at a ambient temperature of 25°C. See also 13032-4:2015 (Unit: lumen) Initial luminous flux of the RGB module part. Covers only the coloured light portion (Unit: lumen) Ratio of the emergency luminous flux of the referenced light source (supplied by the referenced control gear) to the luminous flux of the same light source Emergency luminous flux of the referenced light source, supplied by the referenced control gear (Unit: lumen) Set to Combined, if this LightEmitter is intended for normal and emergency lighting. Set to EmergencyOnly, if this LightEmitter is intended for emergency lighting scenarios only. The default value or if the attribute is missing is None, which means: intended for normal light only Definition of an emission object for the luminous part of the product. It combines a multi channel light source with an optional control gear into a MultiChannelLightEmitter Translatable display name of the LightEmitter. Could be shown in applications like DIALux and Relux. Intended for documentation purposes LightEmitter rotation. E.g. for wall or floor luminaires, if not measured in position of use Rotation around X axis Rotation around Y axis Rotation around Z axis Rotation around G0 Id reference to a MultiChannelLightSource element defined under GeneralDefinitions/LightSources Id reference to a MultiChannelLightSource element defined under GeneralDefinitions/LightSources Reference to a ControlGear element defined under GeneralDefinitions/ControlGears Id reference to a ControlGear element defined under GeneralDefinitions/ControlGears Optional count of the control gear. Default value is 1 Set to Combined, if this LightEmitter is intended for normal and emergency lighting. Set to EmergencyOnly, if this LightEmitter is intended for emergency lighting scenarios only. The default value or if the attribute is missing is None, which means: intended for normal light only Definition of an emission object for the sensor part of the product Translatable display name of the Sensor. Could be shown in applications like DIALux and Relux. Intended for documentation purposes Sensor rotation. E.g. for wall or floor sensors, if not measured in position of use Rotation around X axis Rotation around Y axis Rotation around Z axis Rotation around G0 Reference to a Sensor element defined under GeneralDefinitions/Sensors Id reference to a Sensor element defined under GeneralDefinitions/Sensors. Unique identifier of the emitter Definition of 3d geometries used in this product Simple 3D geometry (cuboid or cylinder). Defined in the GLDF itself Simple Cuboid geometry Size in X axis (Unit: millimeter) Size in Y axis (Unit: millimeter) Size in Z axis (Unit: millimeter) Simple Cylinder geometry Diameter of the cylinder (Unit: millimeter) Size in "plane" axis of the cylinder (Unit: millimeter) Rectangular Emitter 2D surface Width of the rectangular Emitter 2D surface (Unit: millimeter) Length of the rectangular Emitter 2D surface (Unit: millimeter) Circular Emitter 2D surface Diameter of the circular Emitter 2D surface (Unit: millimeter) Luminous heights for this SimpleGeometry Luminous height in C0 (Unit: millimeter) Luminous height in C90 (Unit: millimeter) Luminous height in C180 (Unit: millimeter) Luminous height in C270 (Unit: millimeter) Unique identifier of the simple geometry Complex 3D geometry model (l3d, r3d, m3d). Defined as file reference outside the GLDF. Optionally with 3 different level of detail each (for the same geometry!) 3D geometry used in this product. If more than one is specified, provide the level of detail for each. At most 9 elements possible: 3 level of detail (low, medium, high) x 3 geometry file types (l3d, r3d and m3d). Id reference to a l3d, r3d or m3d geometry model File element defined under GeneralDefinitions/Files Complexity of the 3D model. Also known as LoD. Unique identifier of the modelled geometry Definition of global properties of the product Global, Gldf specific product Id. Used to identify same products of one brand across multiple GLDFs (e.g. on product data updates). UUID/GUID strongly recommended Global product number. See also Variant GTIN and Variant ProductNumber Global product name, translatable. Applicable to all variants of the product Global product description, translatable. Applicable to all variants of the product A translatable tender text for the product for advertising purposes Global translatable product series. Global product pictures applicable to all variants of the product Defines the ‘Application Life’. Period (years) after that luminaire illuminance will fall (factors), measured under predefined conditions (roomConditions) Luminaire type according to CIE 97 cleaning schedule / cleaning intervals CIE LMF CIE LMF Years after which the factor comes into effect Room condition, from very clean to dirty IES LLF IES LDD Years after which the factor comes into effect Room condition, from very clean to very dirty JIEG-001 (Japan) Method II(2013)/III(2005) Years after which the factor comes into effect Room condition, from clean to dirty Global product attributes applicable to all variants of the product Definition of variants of the product Single variant, build of the elements definied in general definitions Variant product number. translatable. Overwrites the ProductNumber element of ProductMetaData Variant name, translatable Variant description, translatable Variant tender text for advertising purposes, translatable Variant GTIN - Global Trade Item Number Variant mounting place, type and position Mounting place: ceiling Mounting type: recessed (into the ceiling) Rectangular cutout into the ceiling Width of the rectangular cutout into the ceiling (Unit: millimeter) Length of the rectangular cutout into the ceiling (Unit: millimeter) Depth of the rectangular cutout into the ceiling (Unit: millimeter). This value should be at least equal to or greater than recessedDepth. And take the additional height of any additional housing or required space for air circulation into account Circular cutout into the ceiling Diameter of the circular cutout into the ceiling (Unit: millimeter) Depth of the circular cutout into the ceiling (Unit: millimeter). This value should be at least equal to or greater than recessedDepth. And take the additional height of any additional housing or required space for air circulation into account Recessed depth into ceiling (Unit: millimeter). This value should correspond to the height of the luminaire that goes into the ceiling. And do not take any additional housing or required space for air circulation into account - Use the child element CircularCutout, should this need to be mapped. Mounting type: surface (of the ceiling) Mounting type: suspended (from the ceiling) Suspension length, measured from ceiling to the pendulum housing of the product (Unit: millimeter) Mounting place: wall Mounting type: recessed (into the wall) Rectangular cutout into the wall Width of the rectangular cutout into the wall (Unit: millimeter) Length of the rectangular cutout into the wall (Unit: millimeter) Depth of the rectangular cutout into the the wall (Unit: millimeter). This value should be at least equal to or greater than recessedDepth. And take the additional height of any additional housing or required space for air circulation into account Circular cutout into the wall Diameter of the circular cutout into the wall (Unit: millimeter) Depth of the circular cutout into the the wall (Unit: millimeter). This value should be at least equal to or greater than recessedDepth. And take the additional height of any additional housing or required space for air circulation into account Recessed depth into the wall (Unit: millimeter). This value should correspond to the length of the luminaire that goes into the wall. And do not take any additional housing or required space for air circulation into account - Use the child element CircularCutout, should this need to be mapped. Mounting type: surface (of the wall) Mounting height above ground (Unit: millimeter) Mounting place: working plane (e.g. desk or workstation) Mounting type: free standing (on working plane) Mounting place: ground Mounting type: top on a pole (standing on the ground) Optional default height of the pole (Unit: millimeter) Mounting type: integrated into a pole (standing on the ground) Optional default height of the pole (Unit: millimeter) Mounting type: free standing (on the ground) Mounting type: surface (of the ground) Mounting type: recessed (into the ground) Rectangular cutout into the ground Width of the rectangular cutout into the ground (Unit: millimeter) Length of the rectangular cutout into the ground (Unit: millimeter) Depth of the rectangular cutout into the the ground (Unit: millimeter). This value should be at least equal to or greater than recessedDepth. And take the additional height of any additional housing or required space for air circulation into account Circular cutout into the ground Diameter of the circular cutout into the ground (Unit: millimeter) Depth of the circular cutout into the the ground (Unit: millimeter). This value should be at least equal to or greater than recessedDepth. And take the additional height of any additional housing or required space for air circulation into account Recessed depth into the ground (Unit: millimeter). This value should correspond to the height of the luminaire that goes into the ground. And do not take any additional housing or required space for air circulation into account - Use the child element CircularCutout, should this need to be mapped. Variant geometry and emitter references Emitter reference (Use this Node without 3D geometry) Id reference to an Emitter element defined under GeneralDefinitions/Emitters Simple geometry reference. Use this Node with a simple Cuboid or Cylinder geometry presentation of this variant Id reference to a SimpleGeometry element defined under GeneralDefinitions/Geometries Id reference to an Emitter element defined under GeneralDefinitions/Emitters Model geometry reference. Use this Node with a 3D model of this variant (l3d, m3d, r3d) Emitter reference inside the 3D model Name of the emitter object inside the referenced 3D geometry (referenced by geometryId) Id reference to an Emitter element defined under GeneralDefinitions/Emitters Only required if multiple 3D model types (l3d, m3d, r3d) with different emitter object names are defined. Id reference to a ModelGeometry element defined under GeneralDefinitions/Geometries Combination of simple and model geometry references. Use this Node for a combination of a simple cuboid/cylinder geometry reference and a 3D model geometry reference to provide multiple levels of detail Simple geometry reference, defined under GeneralDefinitions/Geometries Id reference to a SimpleGeometry element defined under GeneralDefinitions/Geometries Id reference to an Emitter element defined under GeneralDefinitions/Emitters 3D model geometry reference, defined under GeneralDefinitions/Geometries Emitter reference inside the 3D model Name of the emitter object inside the referenced 3D geometry (referenced by geometryId) Id reference to an Emitter element defined under GeneralDefinitions/Emitters Only required if multiple 3D model types (l3d, m3d, r3d) with different emitter object names are defined. Id reference to a ModelGeometry element defined under GeneralDefinitions/Geometries Product series applicable to a single variant of the product. Pictures applicable to a single variant of the product Optional symbol, 2D CAD graphic. SVG or DXF recommended Id reference to an image File element defined under GeneralDefinitions/Files Attributes applicable to a single variant of the product. Overrides global descriptive attributes defined on the product level. Unique identifier Defnies the order in which the variant should be shown in applications. In ascending order - lower numbers will be displayed first. If not set, the XML Variant element order will be used instead Definition of global attributes Descriptive attributes of mechanical type Dimensions of the lumianire Length of the product C90/C270 (Unit: millimeter) Width of the product C0/C180 (Unit: millimeter) Height of the product Geometrical form of the luminaire Material of the sealing of a luminaire Possible adjustabilities of parts of the luminaire The ability to adjust parts of the luminaire Degree of protection provided by enclosures for electrical equipment against external mechanical impacts. See IEC 62262:2002 and IEC 60068-2-75:1997 Possible usage in protection-relevant areas Possible usage in protection-relevant area Weight of the luminaire. Including ballast, excluding packaging (Unit: kilogram) Descriptive attributes of electrical type The range of clamping Lower limit of the clamping range (Unit: millimeter) Upper limit of the clamping range (Unit: millimeter) Switching capacity of sensor. Power and cos phi. Example: "1E-1, W 1E0, unitless" Indicates whether the electrical device has a protective earth connection or not. E.g. 0, I, 0I, II, III The IP code classifies and rates the degree of protection provided against intrusion (body parts such as hands and fingers), dust, accidental contact, water by mechanical casings and electrical enclosures. See also IEC 60529:2014 Ratio of the amount of the active power to the apparent power at 100% load. See also IEC 80000-6:2008 Determines whether the luminous flux stays constant over the declared lifetime Projected pattern of the emitted light of the luminaire Descriptive attributes of emergency lighting type Presentation of the variation of the emergency lighting output during the usage time. It is represented as a table of emitted luminous flux during corresponding hours Flux (Unit: lumen) Duration time (Unit: hour) Dedicated application field of the emergency lighting. Meaningful for emergency luminaires only Descriptive attributes for marketing List of prices per unit List price with a maximum of 2 decimal places in a given currency Currency code according to ISO 4217 must consist of 3 characters Housing colors of the luminaire The translatable name of color of the housing and/or RAL number RAL Classic color space system code. E.g. "RAL 3016" (coral-red) Target markets The region can be defined by the user and should be translated to the applicable languages in the Locale element Additional information online Name of the designer of the luminaire Approval marks of the product Approval marks of the product Design awards of the product Luminaire design award, e.g. "Red Dot Award" Labels of the product Label of the product Fields of application for the luminaire Field of application for the luminaire Descriptive attributes for operations and maintenance Useful lifetimes of the luminaire with declaration of Lx, By and ambient temperature. E.g. L80B50 50000h 25°C Single useful lifetime of the luminaire with declaration of Lx, By and ambient temperature. E.g. L80B50 50000h 25°C Median useful lifetimes. Time during which 50% (B50) of a population of operating LED modules of the same type have parametrically failed to provide at least the percentage Lx of the initial luminous flux. Recommend fixed time values are 35k, 50k, 75k or 100k hours (depending on application). E.g. L80B50 75000h 25°C Single median useful lifetime during which 50% (B50) of a population of operating LED modules of the same type have parametrically failed to provide at least the percentage Lx of the initial luminous flux. Recommend fixed time values are 35k, 50k, 75k or 100k hours (depending on application). E.g. L80B50 75000h 25°C Operating range defined by a minimum and maximum temperature, at which the luminaire operates normally Recommended ambient temperature range Rated ambient performance temperature. It's the highest ambient temperature around the luminaire related to a rated performance of the luminaire under normal operating conditions (Unit: celsius) Specifies whether the fitting is intended for installation in an explosive environment. See ATEX directive 2014/34/EU Hazardous area classification directives. E.g. European Union’s ATEX Directive, U.S. National Electrical Code (NEC) or Canadian Electrical Code (CEC) Hazardous area classification directive Classification of substances. Gas, Dust or Fibers/Flyings Classification of substances. Gas, Dust or Fibers/Flyings Division classifications. Corresponds to zones as follows: Zone 0|1 > Division 1. Zone 2 > Division 2 Division classification Hazardous atmosphere category groups A-G Gas, fog, steam zones Division group A,B,C,D Dust zones Division group E,F,G Classification of possible hazardous zones Gas, fog, steam zones Zone 0, 1, 2 Dust zones Zone 20, 21, 22 Classification of possible hazardous zone groups Gas, fog, steam zones Group IIC, IIB + H2, IIB, IIA Dust zones Group IIIC, IIIB, IIIA Maximum temperature of a surface that can be reached by the ex atmosphere Temperature classifications. E.g. T3 lower/equal 300°C Temperature classification Protection against the occurrence of an ignition source Type of protection short code Equipment Protection Level EPL. "M" Mining - "G" Gas - "D" Dust and respective protection level Equipment protection level Equipment Groups. Defines if the equipment can be used under ground (mining) or above ground explosive areas Possible hazardous area Defines in which zones the equipment can be used. With protection level from normal to high Possible equipment hazardous zone. Mining, Gas, Dust and corresponding protection level Atmosphere classification Gas, Dust Explosion groups (I Mining, II Gas, III Dust) and sub-group classification Explosion group. E.g. IIA Gas-Propane Sound absorption coefficient (ISO 354:2003), depending on frequencies in the human hearable range Absorption coefficient. Must be a value between 0 (no absorption) and 1 (complete absorption) Frequency (Unit: hertz) Custom properties can hold additional information that may be use-case-specific and will not be parsed by the Relux or DIAL parsers. Single custom property Meaningful name of the property Property source, e.g. standard name like ISO, CIE or DIN. Or Identity Server key Value of the property Value of the property defined by a reference to a file Id reference to a File element defined under GeneralDefinitions/Files Id may refer to a customer based internal id system. If no Id is available, use a placeholder like a number Definition of a translatable text Text in a specific language and region Language (and region optionally) of the text in the Locale element, according to RFC1766. E.g. "en", "en-US", "de" or "de-DE" Definition of website hyperlinks. Translatable and regionalisable. Place the speaking name of the Hyperlink inside the Hyperlink element and the url itself inside the href attribute. Define language, region and/or country code attributes, if applicable. To get a fine-grained definition like: Suport site, in english, for european customers Single Hyperlink. Place here the speaking name of the website, e.g. "product catalogue" or "support site" The hyperlink url Language (and region if applicable) of the text in the Hyperlink element. According to RFC1766. E.g. "en", "en-US", "de" or "de-DE" Individually defined region if applicable. E.g. Germany, or Europe Optional ISO 3166-1 alpha-2 code if applicable Definition of energy efficiency classes Single energy efficiency class. E.g. classification within the European Energy Label Region in which the energy label applies. E.g. Europe or Germany Definition of translatable product series Single translatable product series. Considered a family, group or product range, depending on individual needs Translatable name of the series, family, group or range Translatable description of the series, family, group or range Images representing the series, family, group or range Hyperlink for further information about the series, family, group or range Unique identifier for the product series. Should be unique across multiple GLDFs Definition of image files Single image file reference. Defined under GeneralDefinitions/Files and extended with an image type like "product picture" Id reference to an image File element defined under GeneralDefinitions/Files Type of image. A product picture for visualization. The technical sketch is usually a cad drawing. Application pictures show the product used in its intended environment. Use other for any other type of image. Definition of a remperature range, with an inclusive highest and lowest temparature value. Can be defined in Celsius or Kelvin Lower inclusive limit of the temperature (Unit: celsius) Upper inclusive limit of the temperature (Unit: celsius) Definition of a voltage type, as a fixed voltage value or a voltage range. Including current type and frequency Voltage range, e.g. 220-240V (Unit: volt) Minimal value of the Voltage range (Unit: volt) Maximum value of the Voltage range (Unit: volt) Single value, e.g. 230V (Unit: volt) Current type (AC, DC, UC) Nominal frequency at which the product operates (50Hz, 60Hz or 50/60Hz) Definition of the Global Trade Item Number (GTIN)