Common use of Horizontal adjustment Clause in Contracts

Horizontal adjustment. 2.3.2.1. Horizontal adjustment of passing-beam headlamp designed to provide asymmetric “cut-off” line The applicant shall specify one of the following horizontal aim methods: (a) The "0.2°D line" method (see Figure A6-III). A single horizontal line at 0.2°D shall be scanned from 5° left to 5° right after the lamp has been aimed vertically. The maximum gradient "G" determined using the formula G = (log Eβ - log E(β + 0.1°)) where β is the horizontal position in degrees, shall not be less than 0.08. The inflection point found on the 0.2°D line shall be positioned on the line A. Figure A6-III Instrumental vertical and horizontal adjustment for asymmetric “cut-off” line- horizontal line scan method Note: The scales are different for vertical and horizontal lines. (b) The "3 line" method (see Figure A5-IV) Three vertical lines shall be scanned from 2°D to 2°U at 1°R, 2°R, and 3°R after the lamp has been aimed vertically. The respective maximum gradients "G" determined using the formula: G = (log Eβ – log E(β + 0.1°))

Horizontal adjustment. 2.3.2.1. Horizontal adjustment of passing-beam headlamp designed to provide asymmetric “cut-off” line The applicant shall specify one of the following horizontal aim methods: (a) The "0.2°D line" method (see Figure A6-III). A single horizontal line at 0.2°D shall be scanned from 5° left to 5° right after the lamp has been aimed vertically. The maximum gradient "G" determined using the formula G = (log Eβ - log E(β + 0.1°)) where β is the horizontal position in degrees, shall not be less than 0.08. The inflection point found on the 0.2°D line shall be positioned on the line A. Figure A6-III Instrumental vertical and horizontal adjustment for asymmetric “cut-off” line- horizontal line scan method Note: The scales are different for vertical and horizontal lines. (b) The "3 line" method (see Figure A5-IV) Three vertical lines shall be scanned from 2°D to 2°U at 1°R, 2°R, and 3°R after the lamp has been aimed vertically. The respective maximum gradients "G" determined using the formula: G = (log Eβ – log E(β + 0.1°))

Horizontal adjustment. 2.3.2.1. Horizontal adjustment of passing-beam headlamp designed to provide asymmetric “cut-off” line The applicant shall specify one of the following horizontal aim methods: (a) The "0.2°0.2 D line" method (see Figure A6-III2 below). A single horizontal line at 0.2°° D shall be scanned from 5° left to 5° right after the lamp has been aimed vertically. The maximum gradient "G" determined using the formula G = (log Eβ - log E(β + 0.1°)) where β is the horizontal position in degrees, shall not be less than 0.08. The inflection point found on the 0.2°0.2 D line shall be positioned on the line A. Figure A6-III E/ECE/324/Rev.2/Add.111/Rev.4 E/ECE/TRANS/505/Rev.2/Add.111/Rev.4 Annex 9 Instrumental vertical and horizontal adjustment for asymmetric “cut-off” line- - horizontal line scan method Note: The scales are different for vertical and horizontal lines. (b) The "3 line" method (see Figure A5-IV3) Three vertical lines shall be scanned from 2°° D to 2°° U at 1°R, 2°R, and 3°R after the lamp has been aimed vertically. The respective maximum gradients "G" determined using the formula: G = (log Eβ – log E(β + 0.1°))