Proyector Atom Hide Micro 3.1W Blanco cálido K CRI º Negro 269lm

Transcripción

1 Instrucciones de montaje Fichero 3D Datos Fotométricos Dialux ULD Revit (BIM) Atom Hide Micro Leds C4 Team Proyector Atom Hide Micro 3.1W Blanco cálido 27K CRI 37.1º Negro 269lm CARACTERÍSTICAS TÉCNICAS IP2 32º º Consumo total de la luminaria (W) : 3.1W Equipo necesario no incluido : Lúmenes reales : 269 Voltaje / Frecuencia : 9V/max.35mA Lm / W reales : 87 Vida útil : 5h L8B2 Temperatura de color correlacionada (CCT) : Blanco cálido 27K Garantía : 5 Años Luminaria fácilmente reciclable Ángulo Ópticas / Reflector : MEDIUM 37º UGR : <=16 Material de la estructura : Aluminio Acabado estructura : Negro Smart Compatible 71A26: Casambi CARACTERÍSTICAS LUMINOTÉCNICAS Portalámparas Cantidad Potencia fuente de luz (W) LED 3.1W 1 LOGÍSTICA Peso neto (Kg):.9 5 Un Peso embalado (Kg):.14 Embalaje: 84mm x 84mm x 15mm La imagen puede no coincidir con la referencia LEDSC4 Afores s/n 2575 Torà (Lleida) Spain ledsc4@ledsc4.com 5/7/222 Atom Hide Micro V 1 / 16

2 Flux Power Height Height 48 mm mm Round Round Luminous Area Diam. Diam. Horizontal Luminous Area Emitting area on Plane Emitting area on Plane 314 m2 m2 m2 Emitting area on Plane 18 Emitting area on Plane 27 Glare area at 76 m2 m2 76 m2 Coordinate system Date Measurement Distance CG Symmetry Type Maximum Gamma Angle Measurement Flux Rotosymmetrical Operator Temperature Humidity Notes qualitat Rated Voltage Rated Current Photocell Line 3 mm 2 mm Sources LED C.I.E. F UTE Flux [lm] D DIN 54 B NBN 12 Gamma Angles Pow. [W] 3.1 Q.ty 1 A6 BZ Diam=3mm C Halfplanes ULOR % DLOR1 % RN % cd/klm Page 1

3 Flux Power Luminous Intensity Table cd/klm C G. G 1. G 2. G 3. G 4. G 5. G 6. G 7. G 8. G 9. G 1. G 11. G 12. G 13. G 14. G 15. G 16. G 17. G 18. G 19. G 2. G 21. G 22. G 23. G 24. G 25. G 26. G 27. G 28. G 29. G 3. G 31. G 32. G 33. G 34. G 35. G 36. G 37. G 38. G 39. G 4. G 41. G 42. G 43. G 44. G Table 1/1 C G 46. G 47. G 48. G 49. G 5. G 51. G 52. G 53. G 54. G 55. G 56. G 57. G 58. G 59. G 6. G 61. G 62. G 63. G 64. G 65. G 66. G 67. G 68. G 69. G 7. G 71. G 72. G 73. G 74. G 75. G 76. G 77. G 78. G 79. G 8. G 81. G 82. G 83. G 84. G 85. G 86. G 87. G 88. G 89. G Page 2

4 Flux Power Diam=3mm C Halfplanes Gamma Angles cd/klm Page 3

5 Flux Power Diam=3mm C Halfplanes cd/klm Page 4

6 Flux Power UGR S =.25 Reflectancies Ceiling/Cavity Walls Working Plane Room Dimensions x=2h y=2h x=2h y=3h x=2h y=4h x=2h y=6h x=2h y=8h x=2h y=12h x=4h y=2h x=4h y=3h x=4h y=4h x=4h y=6h x=4h y=8h x=4h y=12h x=8h y=4h x=8h y=6h x=8h y=8h x=8h y=12h x=12h y=4h x=12h y=6h x=12h y=8h Lateral View Viewed Endwise Page 5

7 Flux Power Total Flux= Flux= RI DRR RC Y ZF(Y) Zonal Flux per 1 Lumen CIE Flux s C.I.E. D DIN 54 F UTE B NBN RN BLF 1% ///////////A6 BZ 1 % 1. LOR ULOR DLOR UFF DFF FFR 1 % % 1 % % 1 % % ZF 75% 5% 25% % Y Gamma Flux Zonal Flux Sum lm Flux [%] % 5.96 % % % % % 7.82 % 3.68 % 1.86 % 1.3 %.55 %.23 %.9 %.3 %.1 % % % % % % % % % % % % % % % % % % % % % % % Sum [%] % 5.96 % % % % 84.7 % % % 98.6 % 99.9 % % % % % % 1 % 1 % 1 % 1 % 1 % 1 % 1 % 1 % 1 % 1 % 1 % 1 % 1 % 1 % 1 % 1 % 1 % 1 % 1 % 1 % 1 % 1 % 18 Page 6

8 Flux Power Utilizations CIE Mounting Direct Normalization Normalised Suspension Ratio1/3 Standard CIE Settings Ceiling K Wall K Working Pl. K LM53 SHR CC18: SHR CC27: SHR Square:.576 Page 7

9 Flux Power Width at 5 % of Max Intensity H[m] OA OB OA OB OC OD H[m] OC OD Luminous Intensities [ cd/klm] Alpha= G=. [m] Max lux Med lux C D O B A H[m] D[m] Max lux Med Alpha= lux G=. Page 8

10 Flux Power Isolux (Floor) position X=m Y=m Z=2.5m C VH+ lux C m HV Page 9

11 Flux Power Luminance C Halfplanes cd/m Page 1

12 Flux Power Luminance cd/m2 G. G 5. G 1. G 15. G 2. G 25. G 3. G 35. G 4. G 45. G 5. G 55. G 6. G 65. G 7. G 75. G 8. G 85. G. Table 1/3 C C 1 C 2 C 3 C 4 C 5 C 6 C 7 C 8 C 9 C 1 C 11 C Page 11

13 Flux Power Luminance cd/m2 G. G 5. G 1. G 15. G 2. G 25. G 3. G 35. G 4. G 45. G 5. G 55. G 6. G 65. G 7. G 75. G 8. G 85. G. Table 2/3 C 13 C 14 C 15 C 16 C 17 C 18 C 19 C 2 C 21 C 22 C 23 C 24 C Page 12

14 Flux Power Luminance cd/m2 G. G 5. G 1. G 15. G 2. G 25. G 3. G 35. G 4. G 45. G 5. G 55. G 6. G 65. G 7. G 75. G 8. G 85. G. Table 3/3 C 26 C 27 C 28 C 29 C 3 C 31 C 32 C 33 C 34 C Page 13

15 Flux Power US ROAD STANDARDS % Lamp lm 2.5% 5.% Uplight % V. Short 1MH 34.7% Short 23.1% 2.25MH 11.6% Medium 3.75MH Back Front Long Type I Type II Type III Type IV 6MH 1MH 1MH 1.75MH 2.75MH Pavement Road Classification System (LCS) LCS Zone Lumens %Lamp %Lum FL lm 46.3 % 46.3 % FM lm 3.7 % 3.7 % FH lm. %. % FVH 8. lm. %. % BL lm 46.3 % 46.3 % BM lm 3.7 % 3.7 % BH lm. %. % BVH 8. lm. %. % UL 1. lm. %. % UH lm. %. % lm 1. % 1. % TOTALS BUG B1 U G Type V Very Short Quadrilateral Symmetry Page 14

16 HIDE min. 2mm min. 2mm min. 5mm min. 2mm Ø52 Ø3 Ø48 mm 1 2 Ø8 mm Ø75 Ø11 mm UNLOCK LOCK 32º º 1/