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BS EN IEC 60809:2021

BS EN IEC 60809:2021

$215.11

Lamps and light sources for road vehicles. Dimensional, electrical and luminous requirements

Published By Publication Date Number of Pages
BSI 2021 100
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PDF Pages PDF Title
2 undefined
5 Annex ZA(normative)Normative references to international publicationswith their corresponding European publications
7 CONTENTS
13 FOREWORD
15 1 Scope
2 Normative references
17 3 Terms and definitions
20 4 Requirements and test conditions for filament lamps
4.1 General requirements
4.2 Lamp marking
4.3 Bulbs
4.4 Colour
4.4.1 Colour of light
22 4.4.2 Colour endurance
4.4.3 Coated bulb
4.5 Lamp dimensions
23 4.6 Caps and bases
4.7 Initial electrical and luminous requirements
4.8 Check on optical quality
4.8.1 General
4.8.2 12 V lamps emitting white light
4.8.3 6 V and 24 V lamps emitting white light
24 4.8.4 Lamps emitting selective-yellow light
4.9 UV radiation
4.10 Standard (étalon) filament lamps
25 4.11 Non-replaceable filament lamps
4.11.1 General
26 4.11.2 Fixation
4.11.3 Lifetime
Tables
Table 1 – Lifetime of non-replaceable light sources used in devices (luminaires)
27 4.11.4 Colour endurance
4.11.5 Luminous flux and colour maintenance
4.11.6 Vibration and shock resistance
5 Requirements and test conditions for discharge lamps
5.1 General requirements
5.2 Lamp marking
28 5.3 Bulbs
5.4 Caps
5.5 Position and dimensions of electrodes, arc and black stripes
5.5.1 Measurements
5.5.2 Electrodes
5.5.3 Arc
5.5.4 Black stripes
29 5.6 Starting, run-up and hot-restrike characteristics
5.6.1 Starting
5.6.2 Run-up
5.6.3 Hot-restrike
5.6.4 Compliance
30 5.7 Electrical and photometric characteristics
5.7.1 Voltage and wattage
5.7.2 Luminous flux
5.7.3 Compliance
5.8 Colour
31 5.9 UV radiation
Table 2 – Spectral weighting function
32 5.10 Standard (étalon) discharge lamps
6 Requirements and test conditions for LED light sources
6.1 General requirements
6.2 Light source marking
6.3 Optical surfaces
6.4 Colour of light
6.5 Lamp dimensions
33 6.6 Caps and bases
6.7 Initial electrical and photometrical requirements
6.8 Red content
34 6.9 UV radiation
6.10 Standard (étalon) light sources
7 Sampling and conditions of compliance
8 Lamp data sheets
8.1 General
35 8.2 List of specific lamp types
Table 3 – List of specific lamp types
39 8.3 Data sheets not transferred to UN R.E.5
59 Annexes
Annex A (normative)Filament shape, length and position
A.1 General
A.2 Filaments shown as points
A.3 Line filaments
A.4 Coiled-coil filaments
A.5 Extreme filament turns
A.6 Filament extremities
A.6.1 General
A.6.2 Axial filaments
A.6.3 Transverse filaments
60 A.7 Determination of filament length
A.8 Filament offsets
A.9 Lateral deviation
A.10 Filament location check system (box system)
61 Figures
Figure A.1 – Determination of apexes, filament length and filament offsets (A and B)
Figure A.2 – Determination of filament centre
62 Figure A.3 – Determination of lateral deviations (A and B) andtolerance on the light centre length (C)
63 Annex B (normative)Measurement method of the colour of filament lamps
B.1 General
B.2 Colour
B.3 Measuring directions
B.3.1 General
B.3.2 Filament lamps used in headlamps
64 B.3.3 Filament lamps used in light signalling devices
Figure B.1 – Positions of the colorimetric receiverwhen measuring lamps used in headlamps
Figure B.2 – Positions of the colorimetric receiverwhen measuring lamps used in light signalling devices
65 Annex C (normative)Test conditions for electrical and luminous characteristics
C.1 Filament lamps
C.1.1 Ageing
C.1.2 Test conditions
C.1.3 Electrical instrumentation
C.1.4 Photometry
C.2 LED light sources
C.2.1 Test conditions
C.2.2 Luminous flux
66 C.2.3 Normalized luminous intensity
C.2.4 Colour
C.2.5 Power consumption
Table C.1 – Luminous flux tolerance limits
67 C.2.6 Luminous flux and colour at elevated temperature
68 Figure C.1 – Schematic representation of the set-up to measurethe luminous flux and colour at elevated temperature
69 Figure C.2 – Schematic representation of the set-up to measurethe luminous flux and colour at elevated temperature
70 Annex D (normative)Measurement method of internal elements of R2 lamps
D.1 General test conditions
D.1.1 Measurement position
D.1.2 Ageing
D.1.3 Test conditions
D.2 Reference axis, reference plane and planes for measurements
D.2.1 Reference axis
D.2.2 Reference plane
D.2.3 Plane V-V
D.2.4 Plane H-H
D.2.5 Plane X-X
D.2.6 Plane Y1-Y1
D.2.7 Plane Y2-Y2
71 D.3 Viewing directions (see Figure D.1)
D.3.1 Viewing direction ①
D.3.2 Viewing direction ②
D.3.3 Viewing direction ③
D.4 Measuring points (MP)
72 D.5 Dimensions to be measured
Table D.1 – Dimensions to be measured for R2 lamps
73 Figure D.1 – Viewing directions, seen from the top of the lamp
74 Figure D.2 – Position of measuring points of R2 lamps
75 Annex E (normative)Measurement method of internal elements of H4 and HS1 lamps
E.1 General test conditions
E.1.1 Measurement position
E.1.2 Ageing
E.1.3 Test conditions
E.2 Reference axis, reference plane and planes for measurement
E.2.1 Reference axis
E.2.2 Reference plane
E.2.3 Plane V-V
E.2.4 Plane H-H
E.2.5 Plane X-X
E.2.6 Plane Y1-Y1
76 E.2.7 Plane Y2-Y2
E.2.8 Plane Y3-Y3
E.2.9 Plane Y4-Y4
E.2.10 Plane Y5-Y5
E.3 Viewing directions (see Figure E.1)
E.3.1 Viewing direction ①
E.3.2 Viewing direction ②
E.3.3 Viewing direction ③
E.3.4 Viewing direction ④
E.4 Measuring points (MP)
E.4.1 General
77 E.4.2 Shield and filaments (see Figure E.2)
E.4.3 Top obscuration (see Figure E.3)
E.5 Dimensions to be measured
78 Table E.1 – Dimensions to be measured for H4, H17, H19 and HS1 lamps
79 Figure E.1 – Viewing directions, seen from the top of the lamp
80 Figure E.2 – Position of measuring points of H4, H17, H19 and HS1 lamps
81 Figure E.3 – Top obscuration
82 Annex F (normative)Measurement method of internal elements of HB1 lamps
F.1 General test conditions
F.1.1 Measurement position
F.1.2 Ageing
F.1.3 Test conditions
F.2 Dipped-beam filament location
F.2.1 Horizontal location
F.2.2 Vertical location
F.2.3 Axial location
F.3 Main-beam filament location
F.3.1 Horizontal location
F.3.2 Vertical location
83 F.3.3 Axial location
Figure F.1 – Side view, view from ③ab
Figure F.2 – Plan view, view from ④a
84 Annex G (informative)Optical set-up for the measurement of the position and form of the arcand of the position of the electrodes of discharge lamps
Figure G.1 – Optical system
85 Annex H (normative)Measurement method of electrical and photometriccharacteristics of discharge lamps
H.1 General
H.2 Ballast
H.3 Burning position
H.4 Ageing
H.5 Supply voltage
H.6 Starting test
H.7 Run-up test
H.8 Hot restrike test
86 H.9 Electrical and photometric test
H.10 Colour
87 Annex I (informative)Overview of lamp types and their applications
Table I.1 – Overview of lamp types and their applications
90 Annex J (normative)Test conditions for colour endurance measurements
J.1 General
J.2 Calibration and ageing
Table J.1 – Applicable switching modes
Table J.2 – Applicable boxes of the test racks
91 J.3 Test voltage
J.4 Operating position
J.5 Test rack
J.6 Operating cycles
Figure J.1 – Side view of box
Figure J.2 – Front view of box
Table J.3 – Dimensions of the applicable boxes and the relative positionof the centre of the filament
92 Figure J.3 – Temperature in the climate chamber during one operating cycle
Figure J.4 – Relative humidity in the climate chamber during one operating cycle
Table J.4 – Timing during one operating cycle
93 Figure J.5 – Switching modes of filament lamps for intermittent operationduring one operating cycle
Figure J.6 – Switching modes of filament lamps for intermittentand continuous operation during one operating cycle
Table J.5 – Switching modes of the filament lamps
94 J.7 Closure
Figure J.7 – Switching modes of filament lamps for continuous operationduring one operating cycle
Figure J.8 – Switching modes of filament lamps for intermittentand continuous operation during one operating cycle
95 Annex K (informative)Method(s) to determine the value of the light centre length for Lx3A, Lx3B, Lx4A, Lx4B, Lx5A, Lx5B, L1A/6 and L1B/6
K.1 Measurement and calculation method based on ray tracing
Figure K.1 – Set-up to measure the luminance distribution ofthe A versions of the LED light sources
96 K.2 Alternative method
Figure K.2 – Set-up to measure the luminance distribution ofthe B versions of the LED light sources
97 Annex L (informative)Method to determine the maximum luminancegradient of LED light sources
L.1 Measuring the luminance
L.2 Calculating the maximum luminance gradient
98 Figure L.1 – Example of a luminance image andthe calculated average luminance values L(x)
Figure L.2 – Example for 1 µm-interpolation and positionof maximum luminance gradient
99 Bibliography

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BS EN IEC 60809:2021
$215.11