4.

For directional lamps tests shall be carried out as follows: a. Incandescent light bulbs shall be measured according to methods set out in the following documents: Directional incandescent light bulbs Measured parameter Reference Remarks EEI CIE 84 for general conditions of luminous flux measurement. L2(AP)005 for cone luminous flux. EN 60064, 3.4.1 for power. The average EEI value shall be calculated from the arithmetic mean of each product's individual EEI. Rated lifetime EN 60064, Annex A and B Lumen maintenance EN 60064, 3.5 and Annex A Number of switching cycles — Reliable, accurate and reproducible measurement procedures shall be used. Starting time — Not relevant for incandescent lamps. Lamp warm-up time — Not relevant for incandescent lamps. Premature failure rate EN 60064, 3.5 and Annex A Lamp power factor — Not relevant for incandescent lamps (power factor equals 1). Chromaticity coordinates CIE S 010 (= ISO 23539) for basics on photometry, CIE 15 for basics on colorimetry, CIE 63 for spectroradio-metric measurement CRI — Not relevant for incandescent lamps (CRI is 100). Equivalence claim for retrofit lamps — Not relevant for incandescent lamps. Beam angle IEC/TR 61341 Peak intensity IEC/TR 61341 b. Halogen incandescent light bulbs shall be measured according to methods set out in the following documents: Directional halogen incandescent light bulbs Measured parameter Reference Remarks EEI CIE 84 for general conditions of luminous flux measurement. L2(AP)005 for cone luminous flux. EN 60357, 1.4.4 for power. The average EEI value shall be calculated from the arithmetic mean of each product's individual EEI. Rated lifetime EN 60357, 1.4 and Annex A Lumen maintenance EN 60357, 1.4 and Annex A Number of switching cycles — Reliable, accurate and reproducible measurement procedures shall be used. EN 60357, A.3 duty cycle, may partially be used. Starting time — Not relevant for halogen incandescent lamps. Lamp warm-up time — Not relevant for halogen incandescent lamps. Premature failure rate EN 60357, Annex A Lamp power factor — Not relevant for halogen incandescent lamps (power factor equals 1). Chromaticity coordinates CIE S 010 (= ISO 23539) for basics on photometry, CIE 15 for basics on colorimetry, CIE 63 for spectroradio-metric measurement CRI — Not relevant for halogen incandescent lamps (CRI is 100). Equivalence claim for retrofit lamps — See measurement of luminous flux and power under parameter EEI. Beam angle IEC/TR 61341, further conditions EN 60357, Annex A Peak intensity IEC/TR 61341, further conditions EN 60357, Annex A Lamp type (MR11, GU4, etc. EN 60357 c. Compact fluorescent lamps with integrated control gear shall be measured according to methods set out in the following documents: Directional compact fluorescent lamps Measured parameter Reference Remarks EEI CIE 84 for general conditions of luminous flux measurement; L2(AP)005 for cone luminous flux; EN 60969, at present 34A/1701/CDV Annex A for power. The average EEI value shall be calculated from the arithmetic mean of each product's individual EEI. Rated lifetime EN 60969, at present 34A/1701/CDV Annex G Lamp survival factor EN 60969, at present 34A/1701/CDV Annex G Lumen maintenance EN 60969, at present 34A/1701/CDV Annex D Number of switching cycles EN 60969, at present 34A/1701/CDV Annex F Starting time EN 60969, at present 34A/1701/CDV Annex B Lamp warm-up time EN 60969, at present 34A/1701/CDV Annex C The run-up time shall be used instead. Premature failure rate EN 60969, at present 34A/1701/CDV Annex G Lamp power factor EN 61000-3-2 Chromaticity coordinates CIE 15 CCT CIE 15 CRI CIE 13.3 Spectral power distribution CIE 63 Lamp dimensions EN 60969, at present 34A/1701/CDV Table 3 Beam angle IEC/TR 61341 Peak intensity IEC/TR 61341 Mercury content Commission Decision 2002/747/EC (Annex) Lamp type (MR11, GU4, etc. EN 60968 at present 34A/1624/CD - caps Cone luminous flux L2(AP)005 Cap EN 60968 d. High intensity discharge lamps shall be measured according to methods set out in the following documents: Directional high intensity discharge lamps Measured parameter Reference Remarks EEI CIE 84 for general conditions of luminous flux measurement; L2(AP)005 for cone luminous flux; EN 61167 Annex B or E for power, for metal halide lamps. The average EEI value shall be calculated from the arithmetic mean of each product's individual EEI. Rated lifetime — Reliable, accurate and reproducible measurement procedures shall be used. Lumen maintenance — Reliable, accurate and reproducible measurement procedures shall be used. Number of switching cycles — Reliable, accurate and reproducible measurement procedures shall be used. Starting time EN 61167, Annex A for electro-magnetic operation, Annex G for square wave operation for metal halide lamps:; EN 60662 8.2 for high pressure sodium lamps The method for square wave operation of metal halide lamps shall be considered if “starting time” can be identified as the sum of time for break down, take-over and run-up. (EN 61167, Annex G) Lamp warm-up time to 60% EN 61167, Annex A for electro-magnetic operation, Annex G for square wave operation of metal halide lamps. Premature failure rate — Reliable, accurate and reproducible measurement procedures shall be used. Lamp power factor (only for lamps with integrated controlgear) EN 61000-3-2 Chromaticity coordinates CIE 15 CCT CIE 15 CRI CIE 13.3 Spectral power distribution CIE 63 Lamp dimensions EN 61167, 6 for metal halide lamps Beam angle IEC/TR 61341 Peak intensity IEC/TR 61341, further conditions EN 61167, 4.7 for metal halide lamps Mercury content Commission Decision 2002/747/EC (Annex) Dimmability — Reliable, accurate and reproducible measurement procedures shall be used. Lamp type (MR11, GU4, etc. EN 61167, 6.2.2 for metal halide lamps Cone luminous flux L2(AP)005 e. Light emitting diode lamps shall be measured according to methods set out in the following documents: Directional light emitting diodes lamps Measured parameter Reference Remarks EEI CIE 84 for general conditions of luminous flux measurement; L2(AP)005 for cone luminous flux; EN 62612, 9.3 for efficacy; EN 62612, 9.1 and Annex A for luminous flux, EN 62612, 8.1 and Annex A for power The average EEI value shall be calculated from the arithmetic mean of each product's individual EEI. Rated lifetime, lamp lifetime — Reliable, accurate and reproducible measurement procedures shall be used. Lamp survival factor EN 62612, 11.2 The compliance criteria of the regulations shall be applied. Lumen maintenance EN 62612, 11.2 The compliance criteria of the regulations shall be applied. Number of switching cycles EN 62612, 11.3.3 Starting time — Reliable, accurate and reproducible measurement procedures shall be used. The method described in 34A/1701/CDV (for CFLi) may be adapted. Lamp warm-up time — Reliable, accurate and reproducible measurement procedures shall be used. The method described in 34A/1701/CDV (for CFLi) may be adapted. Premature failure rate EN 62612, 11.2 An additional read point at 1 000 h and the compliance criteria according to the regulations shall be applied. Lamp power factor (only for lamps with integrated controlgear) EN 61000-3-2 CCT prEN 13032-4 CRI prEN 13032-4 Colour consistency EN 62612, 10.1 Spectral power distribution CIE 63 Lamp dimensions EN 62612, 6 Beam angle EN 62612, 9.2 Peak intensity EN 62612, 9.2 Dimmability EN 62560, 5.2 The presence of a symbol or warning shall be checked. Lamp type (MR11, GU4, etc.) See parameter “cap”. Cone luminous flux L2(AP)005 Cap EN 62560 f. Light emitting diode modules shall be measured according to methods set out in the following documents: Directional light emitting diodes modules Measured parameter Reference Remarks EEI IEC 62717, at present 34A/1659/CDV, 9.3 efficacy The average EEI value shall be calculated from the arithmetic mean of each product's individual EEI. Rated lifetime Reliable, accurate and reproducible measurement procedures shall be used. Lamp survival factor IEC 62717, 10.2 The compliance criteria of the regulations shall be applied. Lumen maintenance IEC 62717, 10.2 The compliance criteria of the regulations shall be applied. Number of switching cycles IEC 62717, at present 34A/1659/CDV, 10.3 Starting time — Reliable, accurate and reproducible measurement procedures shall be used. The method described in 34A/1701/CDV (for CFLi) may be adapted. Lamp warm-up time — Reliable, accurate and reproducible measurement procedures shall be used. The method described in 34A/1701/CDV (for CFLi) may be adapted. Premature failure rate IEC 62717, 10.2 An additional read point at 1 000 h and the compliance criteria according to the regulations shall be applied. Lamp power factor (only for lamps with integrated controlgear) EN 61000-3-2 Chromaticity coordinates prEN 13032-4 Colour consistency IEC 62717, at present 34A/1659/CDV, 9.1 CIE 15 CRI prEN 13032-4A Spetral power distribution CIE 63 Lamp dimensions IEC 62717, at present 34A/1659/CDV, 5 Beam angle IEC 62717, at present 34A/1659/CDV, 8.2.5 IEC/TR 61341 Peak intensity IEC 62717, at present 34A/1659/CDV, 8.2.4 IEC/TR 61341 Dimmability IEC 62717, at present 34A/1659/CDV, 6 and 7.2 The presence of a symbol or warning shall be checked. Cone lumen L2(AP)005