1. MEETING TC 4-15 “Road Lighting Calculations, Test Data and Measurement” 16 May 2005 / Leon

3. STEPS 1.Selection of the right luminaire from I-Tables that is suitable for your computer program. 2.Comparison between R3 table of your own and in the CD. 3.Determination of calculation field, calculation points and observer position according to CIE 30.2. 4.Calculation of Illuminance (E) and Luminance (L) for 7 situations of lighting arragements. (Maintanance factor = 1) TC 4-15 “Road Lighting Caculations, Test Data and Measurement” 16 May 2005 / Leon

4. TC 4-15 “Road Lighting Caculations, Test Data and Measurement” 16 May 2005 / Leon STEPS 1.Selection of the right luminaire from I-Tables that is suitable for your computer program. 2.Comparison between R3 table of your own and in the CD. 3.Determination of calculation field, calculation points and observer position according to CIE 30.2. 4.Calculation of Illuminance (E) and Luminance (L) for 7 situations of lighting arragements. (Maintanance factor = 1)

5. I - Tables

6. TC 4-15 “Road Lighting Caculations, Test Data and Measurement” 16 May 2005 / Leon STEPS 1.Selection of the right luminaire from I-Tables that is suitable for your computer program. 2.Comparison between R3 table of your own and in the CD. 3.Determination of calculation field, calculation points and observer position according to CIE 30.2. 4.Calculation of Illuminance (E) and Luminance (L) for 7 situations of lighting arragements. (Maintanance factor = 1)

7. Road Surface Classification Table

8. TC 4-15 “Road Lighting Caculations, Test Data and Measurement” 16 May 2005 / Leon STEPS 1.Selection of the right luminaire from I-Tables that is suitable for your computer program. 2.Comparison between R3 table of your own and in the CD. 3.Determination of calculation field, calculation points and observer position according to CIE 30.2. 4.Calculation of Illuminance (E) and Luminance (L) for 7 situations of lighting arragements. (Maintanance factor = 1)

9. TC 4-15 “Road Lighting Caculations, Test Data and Measurement” 16 May 2005 / Leon

10. TC 4-15 “Road Lighting Caculations, Test Data and Measurement” 16 May 2005 / Leon STEPS 1.Selection of the right luminaire from I-Tables that is suitable for your computer program. 2.Comparison between R3 table of your own and in the CD. 3.Determination of calculation field, calculation points and observer position according to CIE 30.2. 4.Calculation of Illuminance (E) and Luminance (L) for 7 situations of lighting arragements. (Maintanance factor = 1)

11. Lighting Arrangement:Single sided “left” Spacing:20 m Road width: 10 m Number of lane:2 Montage height:4 m Overhang:2 m Tilt angle: 0° Light source: 24 W / 1800 lm / CFL

12. Lighting Arragement:Straggered Spacing:20 m Road width: 10 m Number of lane:2 Montage height:4 m Overhang:2 m Tilt angle: 0° Light source: 24 W / 1800 lm / CFL

13. Lighting Arragement:Single sided “left” Spacing:45 m Road width: 7.5 m Number of lane:2 Montage height:10 m Overhang:0 m Tilt angle: 5° Light source: 100 W / 10500 lm High Pressure Sodium L.

14. Lighting Arragement:Staggered Spacing:35 m Road width: 7 m Number of lane:2 Montage height:8 m Overhang:0 m Tilt angle: 5° Light source: 100 W / 10500 lm High Pressure Sodium L.

15. Lighting Arragement:Opposite (with 1.5 m of central reservation) Spacing:54 m Road width: 10.5 m Number of lane:2 Montage height:12 m Overhang:0 m Tilt angle: 5° Light source: 100 W / 10500 lm / HPS

16. Lighting Arragement:Central, twin brackets Spacing:75 m Road width: 7 m Number of lane:2 Montage height:18 m Overhang:0 m Tilt angle: 5° Light source: 250 W / 32500 lm / HPS

17. Lighting Arragement:Single sided “left” Spacing:40 m Road width: 8 m Number of lane:2 Montage height:10 m Overhang:0 m Tilt angle: 5° Light source: 90 W / 13000 lm Low Pressure Sodium L.

18. Calibration Intervals for Luminance and Illuminance Values TC 4-15 “Road Lighting Caculations, Test Data and Measurement” 16 May 2005 / Leon

19. TC 4-15 “Road Lighting Caculations, Test Data and Measurement” 16 May 2005 / Leon The results of Calculations According to CIE 30.2

20. In the (c;  ) system of coordinates, luminous intensities will be required at the angular intervals stated below. For all luminaires the angular intervals in elevation (  ) should at most be 2.5 from 0° to 90° plus the permissible maximum field angle of elevation minus the measurement angle of elevation, for the luminaire. In azimuth the intervals can be varied according to the symmetry of the light distribution from the luminaires as follows: - Luminaires with no symmetry about c = 0° – 180° plane; the intervals should at most be 5°, starting at 0°, when the luminaire is in its measurement angle of elevation and ending at 355°. TC 4-15 “Road Lighting Caculations, Test Data and Measurement” 16 May 2005 / Leon Following statements take part in CIE 140 (page: 5);

21. I-table of road lighting luminaire with no symmetry light distribution should be given according to those definitions. TC 4-15 “Road Lighting Caculations, Test Data and Measurement” 16 May 2005 / Leon

22. TC 4-15 “Road Lighting Caculations, Test Data and Measurement” 16 May 2005 / Leon Road Surface Reflection Data

23. TC 4-15 “Road Lighting Caculations, Test Data and Measurement” 16 May 2005 / Leon Position of Calculation Field According to CIE 140

24. TC 4-15 “Road Lighting Caculations, Test Data and Measurement” 16 May 2005 / Leon The results of Calculations According to CIE 140

25. According to CIE 140, the observer’s eye height 1.5 m above road level, is positioned transversely a quarter of road width from the carriageway edge, and longitudinally at a distances in meters of 2.75 (mounting height: 1.5) in front of the field of calculation. In EN13201 Part: 3, it is stated that “the observer’s eye, is positioned in the centre line of each lane in turn” by keeping all other parts same. TC 4-15 “Road Lighting Caculations, Test Data and Measurement” 16 May 2005 / Leon

26. TC 4-15 “Road Lighting Caculations, Test Data and Measurement” 16 May 2005 / Leon The results of Calculations According to EN 13201