Proposal to introduce a new category, ‘D9S’.

Proposal to improve the applicability of paragraph 5.7.1.3.1. (concerning the separation of grouped direction indicator and stop lamps in order to avoid “signal mix”). To improve the present requirements of paragraph 5.7.1.3.1.on the basis of the colour changes concept, three alternative approaches for a suitable separation of direction indicator lamps and stop lamp are proposed:
a) the improved test of the existing paragraph 5.7.1.3.1. clarifies its application to lamps composed of more than one part and deletes the concept of “adjacent” parts of the lamps (that in the past led to different interpretations) in favour of a description of the condition of application of the requirement;
b) the unchanged text of the following paragraph 5.7.1.3.2.;
c) a new paragraph 5.7.1.3.3. to provide for specific electrical connections of the involved functions, in conjunction with the requirements of paragraph 5.9.2.

Proposal to introduce variable daytime running lamps into the regulation.

Proposal to introduce new criteria on the automatic leveling of headlamps based on GTB glare and visibility studies. This proposal is for formal consideration and advice from Contracting Parties, with the expectation that a finalized text will be submitted for adoption at the seventy-fourth session of GRE.

Proposal to introduce provisions for variable intensity daytime running lamps (improving performance under certain outlying ambient light conditions) and to update the heat resistance testing in line with technological progress.

Proposal to introduce provisions for “side-illuminating lamps” that aim to improve the driver’s visibility over the opposite side of the road (on-coming traffic side) and its buffer zone to mitigate the impact of glare from on-coming vehicles.

Proposal to correct an error in Supplement 24 to the 01 series of amendments (document WP.29/2013/14 adopted by the Forum during its March 2013 session). During the compilation of the collective amendment (GRE-68-02-Rev.2), necessary changes to Regulation No. 6 were overlooked. This amendment proposes to align the treatment of categories 1, 1a and 1b with other categories and devices.

Correction of errors found in the references to “left-hand traffic” and “right-hand traffic” in the text and associated diagrams of Annex 2 of the regulation.

This proposal corrects a reference and clarifies the text by deleting the words “with each lighting unit” from paragraph 6.3.3.1. This wording is both redundant to Annex 9 and could lead to an incorrect interpretation that each lighting unit shall meet photometric requirement in all cases in conflict with Annex 9.

Proposal to introduce provisions for “side-illuminating lamps” that aim to improve the driver’s visibility over the opposite side of the road (on-coming traffic side) and its buffer zone to mitigate the impact of glare from on-coming vehicles.

This proposal concerns lamps equipped with several light sources and fitted with an operating tell-tale that indicates the failure of any one of these light sources. The current provisions for the failure of one light source (the “N-1” requirement) are difficult to apply as a complete photometric check for all possible combinations of light source failure is required. The revised text follows the approach of supplement 17 to Regulation No. 87 and removes the requirement to check the complete photometric requirement, in case of failure of any light source, when the lamp is fitted on the vehicle with an operating tell-tale.

Proposal to align the requirements of UN R113 with those adopted in Regulations Nos. 98, 112 and 123 relating to movement of the cut-off line after heat test and to correct an error in the provisions on the use of LED modules.

This is a proposal to introduce a new HID category (D9S) into Regulation No. 99 with dual-level operation, i.e. with two defined wattage values and corresponding luminous flux values. This new category (D9S) is the first light source in R99 that has two defined power levels. When this dual-level light source is used in a headlamp which is being approved according to Regulation No. 98, the testing and approval provisions must be clearly defined in this Regulation to avoid misinterpretation. Therefore, it is proposed to amend the relevant paragraphs of Regulation No. 98 to take into account the multi-level aspects of D9S and possible future multi-level light sources in Regulation No. 99.

This proposal concerns lamps equipped with several light sources and fitted with an operating tell-tale that indicates the failure of any one of these light sources. The current provisions for the failure of one light source (the “N-1” requirement) are difficult to apply as a complete photometric check for all possible combinations of light source failure is required. The revised text follows the approach of supplement 17 to Regulation No. 87 and removes the requirement to check the complete photometric requirement, in case of failure of any light source, when the lamp is fitted on the vehicle with an operating tell-tale.

This proposal concerns lamps equipped with several light sources and fitted with an operating tell-tale that indicates the failure of any one of these light sources. The current provisions for the failure of one light source (the “N-1” requirement) are difficult to apply as a complete photometric check for all possible combinations of light source failure is required. The revised text follows the approach of supplement 17 to Regulation No. 87 and removes the requirement to check the complete photometric requirement, in case of failure of any light source, when the lamp is fitted on the vehicle with an operating tell-tale.

This proposal concerns lamps equipped with several light sources and fitted with an operating tell-tale that indicates the failure of any one of these light sources. The current provisions for the failure of one light source (the “N-1” requirement) are difficult to apply as a complete photometric check for all possible combinations of light source failure is required. The revised text follows the approach of supplement 17 to Regulation No. 87 and removes the requirement to check the complete photometric requirement, in case of failure of any light source, when the lamp is fitted on the vehicle with an operating tell-tale.

In paragraph 9, the opportunity has been taken to correct a reference to paragraph 3. of Annex 4. The reference should be to paragraph 4 of Annex 4.

This proposal concerns lamps equipped with several light sources and fitted with an operating tell-tale that indicates the failure of any one of these light sources. The current provisions for the failure of one light source (the “N-1” requirement) are difficult to apply as a complete photometric check for all possible combinations of light source failure is required. The revised text follows the approach of supplement 17 to Regulation No. 87 and removes the requirement to check the complete photometric requirement, in case of failure of any light source, when the lamp is fitted on the vehicle with an operating tell-tale.

Proposal to enable the designation of manufacturer electromagnetic compatibility facilities as approved test laboratories for the purpose of assessing conformity with UN R10.

This proposal concerns lamps equipped with several light sources and fitted with an operating tell-tale that indicates the failure of any one of these light sources. The current provisions for the failure of one light source (the “N-1” requirement) are difficult to apply as a complete photometric check for all possible combinations of light source failure is required. The revised text follows the approach of supplement 17 to Regulation No. 87 and removes the requirement to check the complete photometric requirement, in case of failure of any light source, when the lamp is fitted on the vehicle with an operating tell-tale.

Proposal to delete the requirement for automatic leveling devices for all headlamps with light emitting diode (LED) light sources based upon the results of the GTB glare study. The proposal argues that the restriction discriminates against LED light sources based upon an erroneous understanding of light-source relevance to driver glare.

Proposal to delete the requirement that the total objective luminous flux of all LED modules producing the principal passing (main low) beam of a headlamp be greater than or equal to 1000 lumens because the requirement is design-restrictive, unnecessary given the objective criteria for luminous output and photometric grid points of the regulation, and obsolete given improvements in LED technologies.

Proposal to correct an inconsistency between the regulation text and Figure B of Annex 3.

Proposal to further update UN R86 which highlights changes being made to Supplement 6 (document WP.29/2015/26 based on GRE/2014/30) adopted during the March 2015 WP.29 session.

Comments on document GRE/2015/6 proposing to introduce provisions for “side-illuminating lamps” that aim to improve the driver’s visibility over the opposite side of the road (on-coming traffic side) and its buffer zone and to mitigate the impact of glare from on-coming vehicles.

Comments on the proposal to introduce new requirements for automatic leveling systems as a means to reduce driver glare (document GRE/2015/5).

Proposal to reduce glare problems for drivers by deleting the exemption in Regulation No. 48 that allows manual leveling for dipped-beam headlamps, effectively mandating automatic leveling.

Proposal from the secretariat to correct an error introduced by Supplement 8 to the 01 series of amendments to Regulation No. 74 (WP.29/2014/23).

Proposals from the GRE Task Force on Tell-tales to clarify the regulations.

Comments on the proposal to align the requirements of UN Regulation No. 10 with regard to electromagnetic compatibility of trolleybuses with the electrical standards in Annex 12 to UN Regulation No. 107 (document GRE/2014/41).

Proposal to allow LED light source approval based on photometric criteria in place of the current minimum criteria of 1000 lumens.

Proposal to delete the angle of incidence provision that was developed to ensure that the vehicle registration plate is illuminated. Given current technologies (e.g., LED lamps), the performance requirements of Annex 5 can be met without reference to the angle of incidence.

Supplemental presentation in support of document GRE/2015/3: Proposal for Supplement 9 to the 05 series of amendments and Supplement 7 to the 06 series of amendments to Regulation No. 48.

Proposal to clarify the requirements with regard to daytime running lamps and direction indicators in order to prevent DRL from masking or otherwise interfering with the visibility of the direction indicator lamps. Germany believes that the current text produces different interpretations with different results that risk degrading vehicle safety.

Proposal to introduce provisions for “side-illuminating lamps” that aim to improve the driver’s visibility over the opposite side of the road (on-coming traffic side) and its buffer zone to mitigate the impact of glare from on-coming vehicles. This submission supersedes the earlier document GRE/2015/19.

Proposal to introduce provisions for “side-illuminating lamps” that aim to improve the driver’s visibility over the opposite side of the road (on-coming traffic side) and its buffer zone to mitigate the impact of glare from on-coming vehicles. This submission supersedes the earlier formal document GRE/2015/6.

Discussions have arisen within GRRF concerning failure warnings for trailer direction indicators and brake lights. This paper alerts GRE to the absence of a standardized approach to communicating such lighting failures for trailers which may be a subject for consideration under UN R48.

Presentation on activities, especially LED retrofit study.

Proposal by the Informal Working Group “Simplification of the Lighting and Light-Signalling Regulations” (SLR) to simplify the content and amendment process of the light source Regulations Nos. 37, 99 and 128. The data sheets for light sources are moved from Annex 1 of these Regulations to the draft Resolution.

Proposal by the GRE Informal Group “Agricultural Vehicles Lighting Installation” (AVLI) to update and revise Regulation No. 86.

Proposal from the GRE Task Force on Tell-tales to clarify the requirement and reporting for a telltale to indicate light source failure.

Proposal from the GRE Task Force on Tell-tales to clarify the requirement and reporting for a telltale to indicate light source failure.

Proposal from the GRE Task Force on Tell-tales to clarify the requirement and reporting for a telltale to indicate light source failure.

Proposal to delete the angle of incidence provision that was developed to ensure that the vehicle registration plate is illuminated. Given current technologies (e.g., LED lamps), the performance requirements of Annex 5 can be met without reference to the angle of incidence.

This document prepared by the informal working group on the Simplification of Lighting Regulations (SLR) shows all content of the proposal for for a new Draft Resolution on the common specification of light source categories (document GRE/2015/28). It is consists of a new body text with definitions drawn from Regulations Nos. 37, 99, 128 and 48. The annexes were taken from the annexes 1 of Regulations No. 37, 99 and 128.

Proposal to introduce new Light Emitting Dodes (LED) light source categories LW3, LY3, LR5, LW5 and LY5 and to align some drawings of category LR4 with drawings of these new categories.

Proposal to phase out the following light source categories: HS2, HS5A and PX24W and P24W, WP21W and WPY21W. The document also describes their treatment under the proposed resolution on common specifications for light source categories (document GRE/2015/28) should this proposal be approved.

List of amendments pursuant to the proposals to simplify light source category regulations.

Consolidated revision of UN R128 pursuant to the proposal for a new Resolution on common specifications for light source categories (document GRE/2015/28) prepared by the informal working group on the Simplification of Lighting Regulations.

Proposal from the Informal Working Group “Simplification of the Lighting and Light-Signalling Regulations” (SLR) to simplify the content and amendment process of the light source Regulations.

Consolidated revision of UN R99 pursuant to the proposal for a new Resolution on common specifications for light source categories (document GRE/2015/28) prepared by the informal working group on the Simplification of Lighting Regulations.

Proposal from the Informal Working Group “Simplification of the Lighting and Light-Signalling Regulations” (SLR) to simplify the content and amendment process of the light source Regulations.

Consolidated revision of UN R37 pursuant to the proposal for a new Resolution on common specifications for light source categories (document GRE/2015/28) prepared by the informal working group on the Simplification of Lighting Regulations.

This informal document was prepared by the informal group on Agricultural Vehicle Lighting Installation (AVLI) for the Phase II of updating Regulation No. 86 in order to show all the proposed changes for Phase II within a consolidated text of the regulation as amended by Phase I (adopted by WP.29 as document WP.29/2015/26). It is presented in addition to official document GRE/2015/43, providing a complete overview of the Regulation and thus facilitating the reading and understanding of the proposal.

Proposal from the Informal Working Group “Simplification of the Lighting and Light-Signalling Regulations” (SLR) to simplify the content and amendment process of the light source Regulations.

Proposal transmitted to GRE by the Working Party on General Safety Provisions (GRSG) to align the provisions of Regulation No. 10 with the proposed amendments to Regulation No. 46 (Devices for indirect vision) to allow the replacement of rear-view mirrors by camera-monitor systems.

Proposal to delete references to UN R113 Class B headlamps from the regulation.

Proposal to include end-outline markers as an aid in the use of indirect vision devices (i.e., UN R46) for long commercial vehicles within the regulation.

Proposal to allow for the installation on motorcycles of light-signalling devices with light sources that can be sequentially activated.

Proposal to allow the use of different brake lamp activation methods and to align the brake lamp provision with those applicable for four-wheelers.

Proposal to enable the approval of sequential activation of light sources of direction indicators lamps for motorcycles.

Proposal to enable the approval of emergency stop signal on motorcycles to increase safety.

Proposal to clarify the requirements of UN R10, especially with regard to CISPR Standard 12, IEC Standards 61000-3-3 and 61000-3-11, and ISO Standard 11451-2.

In November 2013, the GTB proposal for the simplification of the transitional provisions of Regulation No.48 was adopted by WP29 at its 161st session as Supplement 3 to the 06 series. Associated with this proposal was a decision that the secretariat would produce full consolidations of the 04 /05/06 series and these were introduced as Revisions 7, 8 and 9 respectively.

At that time, it was also agreed that GTB would produce a consolidation of the 03 series that would be posted on the UNECE Website for reference purposes. It was considered that a consolidation of the final (frozen) state of the 03 series would be useful as a reference for the vehicle manufacturers who may continue to apply for extensions to the original type approvals according to the 03 series. However, with the development of IWVTA and the revision of the 1958 Agreement, this consolidation may have value as “a version of a UN Regulation” as defined in the draft Revision 3.

This document is a consolidation produced by the experts of GTB and incorporates all valid text up to, and including, Supplement 5 to the 03 series of amendments (Date of entry into force: 09 December 2010). This consolidation is submitted to GRE for verification and for possible introduction to the UNECE website.

Revised proposal to delete in Regulation No. 53 the references to headlamps of Class B of Regulation No. 113.

Proposal to correct the transitional provisions with regard to the application of paragraph 6.2.7.6.1. in the 06 series of amendments in order to align with the 05 series of amendments.

Proposal to introduce a new optional “Class B1” headlamp. The proposal would establish photometric requirements for Class B1 based on average real performance of present Class B (halogen/LED) but would not include additional design restrictions such as the luminous flux of light source.

Proposal to introduce provisions concerning trolleybuses in line with the electrical standards in Annex 12 of UN Regulation No. 107.

Summary of discussions between the WP.29 secretariat and the UN Office of Legal Affairs concerning the efforts to restructure UN lighting and light-signalling regulations.

Further refinements from the GRE Task Force on Tell-tales to clarify the requirement and reporting for a telltale to indicate light source failure (superseding upon document GRE/2015/31).

Presentation of conflict between UN R48 and requirements inside oil and chemical refineries where lamps are required to be switched off.

Proposal from the Informal Working Group “Simplification of the Lighting and Light-Signalling Regulations” (SLR) to clarify the content and amendment process of the light source Regulations.

Although required for motorcycles, Japan does not allow daytime running lamps on light cars and trucks. This presentation summarizes recent research into the impact of DRL on motorcycle and light vehicle conspicuity.

Revised proposal to include end-outline markers as an aid in the use of indirect vision devices (i.e., UN R46) for long commercial vehicles within the regulation, based on the previous document GRE/2015/34.

Presentation concerning the proposal (document GRE-74-11) to introduce a new optional “Class B1” headlamp. The proposal would establish photometric requirements for Class B1 based on average real performance of present Class B (halogen/LED) but would not include additional design restrictions such as the luminous flux of light source.