REPORT NUMBER: RAB01271 PAGE: 1 OF 5 LUMINAIRE: LUMINAIRE: FABRICATED WHITE PAINTED METAL HOUSING, 4 WHITE CIRCUIT BOARDS EACH WITH 120 LEDS, FROSTED HOLOGRAPHIC PLASTIC LENS. LENS FROSTED SIDE UP. LAMPS: FOUR HUNDRED EIGHTY WHITE LIGHT EMITTING DIODES (LEDS), VERTICAL BASE-UP POSITION. NOTE: DATA SHOWN IS ABSOLUTE FOR THE SAMPLE PROVIDED. TOTAL INPUT WATTS = 58.234 W AT 277.0 VAC. LED DRIVER: 2 X RD-036-A0700-R-062C TEST PROCEDURE: IESNA LM-79-08 ACCREDITED LABORATORY CODE 201058-0 CANDELA DISTRIBUTION FLUX 0.0 22.5 45.0 67.5 90.0 0 3132 3132 3132 3132 3132 5 3093 3102 3117 3131 3136 296 15 2959 2965 2980 2988 2993 839 25 2697 2697 2709 2711 2716 1246 35 2326 2323 2332 2329 2334 1456 45 1889 1885 1891 1883 1885 1455 55 1425 1419 1423 1413 1415 1268 65 953 952 950 942 946 939 75 498 490 487 485 488 518 85 98 99 103 100 104 128 90 6 6 8 9 10 ZONAL LUMEN SUMMARY ZONE LUMENS %FIXT 0-30 2381 29.2 0-40 3837 47.1 0-60 6560 80.5 0-90 8146 100.0 90-180 0 0.0 0-180 8146 100.0 TOTAL INPUT WATTS = 58.2 EFFICACY = 140.0 Lm/W CIE TYPE - DIRECT PLANE : 0-DEG 90-DEG SPACING CRITERIA : 1.2 1.2 1050 2100 3150 90 75 60 45 0 15 30 LEGEND: 0-deg: 45-deg: 90-deg: Checked Approved X.CAO D.WANG-MUNSON
REPORT NUMBER: RAB01271 PAGE: 2 OF 5 CANDELA DISTRIBUTION 0.0 22.5 45.0 67.5 90.0 0.0 3132 3132 3132 3132 3132 2.5 3106 3114 3130 3144 3149 5.0 3093 3102 3117 3131 3136 7.5 3073 3081 3096 3110 3115 10.0 3042 3050 3066 3078 3084 12.5 3004 3013 3027 3038 3046 15.0 2959 2965 2980 2988 2993 17.5 2904 2909 2924 2931 2934 20.0 2845 2846 2859 2865 2868 22.5 2773 2774 2787 2790 2796 25.0 2697 2697 2709 2711 2716 27.5 2613 2612 2623 2624 2629 30.0 2522 2521 2531 2532 2536 32.5 2428 2426 2436 2434 2438 35.0 2326 2323 2332 2329 2334 37.5 2221 2218 2227 2221 2227 40.0 2113 2110 2119 2111 2115 42.5 2001 1998 2006 1998 2001 45.0 1889 1885 1891 1883 1885 47.5 1775 1770 1775 1766 1769 50.0 1658 1653 1657 1647 1651 52.5 1541 1536 1539 1530 1532 55.0 1425 1419 1423 1413 1415 57.5 1308 1303 1303 1292 1296 60.0 1190 1182 1185 1174 1176 62.5 1072 1070 1069 1058 1063 65.0 953 952 950 942 946 67.5 835 835 836 829 831 70.0 716 714 715 709 715 72.5 611 600 603 595 594 75.0 498 490 487 485 488 77.5 385 382 380 379 385 80.0 277 279 281 277 284 82.5 181 181 185 182 189 85.0 98 99 103 100 104 87.5 40 39 43 43 46 90.0 6 6 8 9 10
REPORT NUMBER: RAB01271 PAGE: 3 OF 5 ZONAL LUMEN SUMMARY 0-5 75. 5-10 221. 10-15 358. 15-20 481. 20-25 583. 25-30 662. 30-35 715. 35-40 741. 40-45 740. 45-50 715. 50-55 667. 55-60 601. 60-65 518. 65-70 421. 70-75 314. 75-80 205. 80-85 101. 85-90 26.
REPORT NUMBER: RAB01271 PAGE: 4 OF 5 5-DEGREE 10-DEGREE ZONAL LUMEN SUMMARY ZONAL LUMEN SUMMARY 0-5 75 0-10 296 5-10 221 0-20 1135 10-15 358 0-30 2381 15-20 481 0-40 3837 20-25 583 0-50 5292 25-30 662 0-60 6560 30-35 715 0-70 7499 35-40 741 0-80 8017 40-45 740 0-90 8145 45-50 715 0-100 8146 50-55 667 0-110 8146 55-60 601 0-120 8146 60-65 518 0-130 8146 65-70 421 0-140 8146 70-75 314 0-150 8146 75-80 205 0-160 8146 80-85 101 0-170 8146 85-90 26 0-180 8146 90-95 1 95-100 0 100-105 0 105-110 0 110-115 0 115-120 0 120-125 0 125-130 0 130-135 0 135-140 0 140-145 0 145-150 0 150-155 0 155-160 0 160-165 0 165-170 0 170-175 0 175-180 0
REPORT NUMBER: RAB01271 PAGE: 5 OF 5 COEFFICIENTS OF UTILIZATION - ZONAL CAVITY METHOD EFFECTIVE FLOOR CAVITY REFLECTANCE 0.20 RC 80 70 50 30 10 0 RW 70 50 30 10 70 50 30 10 50 30 10 50 30 10 50 30 10 0 0 119119119119 116116116116 111111111 106106106 102102102 100 1 109104100 96 106102 98 95 98 95 92 94 91 89 90 88 86 84 2 99 91 85 79 97 89 83 78 86 81 76 83 78 75 80 76 73 71 3 91 80 72 66 88 79 71 65 76 69 64 73 68 63 71 66 62 60 4 83 71 63 56 81 70 62 56 68 61 55 65 59 54 63 58 54 51 5 77 64 55 49 75 63 55 48 61 53 48 59 52 47 57 51 47 45 6 71 58 49 43 69 57 48 42 55 47 42 53 47 42 52 46 41 39 7 66 52 44 38 64 52 43 38 50 43 37 49 42 37 47 41 37 35 8 61 48 39 34 60 47 39 34 46 39 33 45 38 33 43 37 33 31 9 57 44 36 30 56 43 36 30 42 35 30 41 35 30 40 34 30 28 10 54 41 33 28 52 40 33 28 39 32 27 38 32 27 37 31 27 25 ALL CANDELA, LUMENS, LUMINANCE, AND VCP VALUES IN THIS REPORT ARE BASED ON ABSOLUTE PHOTOMETRY. THE COEFFICIENT OF UTILIZATION VALUES ARE BASED ON THE TOTAL ABSOLUTE LUMEN OUTPUT OF THIS LUMINAIRE SAMPLE.
REPORT NUMBER: RAB01272 Page 1 of 4 DATE: 10/9/2015 ADDRESS: 170 LUDLOW AVE, NORTHVALE, NJ 07647 LUMINAIRE: LAMP: DRIVER: LUMINAIRE: FABRICATED WHITE PAINTED METAL HOUSING, 4 WHITE CIRCUIT BOARDS EACH WITH 120 LEDS, FROSTED HOLOGRAPHIC PLASTIC LENS. LENS FROSTED SIDE UP. FOUR HUNDRED EIGHTY WHITE LIGHT EMITTING DIODES (LEDS), VERTICAL BASE-UP POSITION. 2 X RD-036-A0700-R-062C OBJECT OF TEST: DATA SHOWN IS ABSOLUTE FOR THE SAMPLE PROVIDED AT THE RATED INPUT VOLTAGES (120.0 AND 277.0 VAC, 60Hz) TO THE TEST SAMPLE. Calibration Due: INSTRUMENTS: CHROMA PROGRAMMABLE AC POWER SOURCE MODEL 61602 N/A CHROMA PROGRAMMABLE DIGITAL POWER METER MODEL 66202 3/9/16 OCEAN OPTICS QE65PRO Spectroradiometer 10/07/16 RAB 2.0 meter Diameter Integrating Sphere, 4PI Geometry 10/07/16 OBJECT OF TEST: PROCEDURE: *NOTE: RESULTS: Measure the Absolute Flux in lumens*, Total Radiant Flux*, Spectral Power Distribution (SPD), Correlated Color Temperature (CCT), Color Rendering Indices (CRIa,1-14), Chromaticity Coordinates (x,y; u v ), ANSI C78.377 Duv, and electrical data including ANSI C82.77-2002 Power Factor (PF), and Total Harmonic Distortion (THD) to the test sample. Measure electrical data including Total Harmonic Distortion (THD) at maximum nominal rated input voltage. Report Off-State Power. The test sample was mounted inside the integrating sphere, energized, and allowed to stabilize. After stabilization occurred, measurements were taken. In order to measure mean performance, multiple data sets were recorded and averaged. Readings were taken with the test sample operating at 60 HZ input in a 25 +/-1 degree Celsius free air ambient and in accordance with IESNA LM-79-08. Electrical data was also recorded at maximum nominal rated input voltage (277.0 VAC). All data are traceable to the National Institute of Standards and Technology. Off-State Power was reported with no voltage applied to the sample. Proper calibration of integrating spheres for measuring total flux output of non-directional samples will produce reliable, repeatable results within the calibration tolerances of the equipment used. However, measurement of test samples with significant self absorption and/or directional output, even when these effects are compensated for, are likely to have a greater variation in results compared to the flux output calculated from a goniophotometric exploration since these artifacts do not affect the goniophotometric results. (continued subsequent pages) Checked Approved X.CAO D.WANG-MUNSON Lighting Engineer THIS REPORT IS BASED ON PUBLISHED INDUSTRY PROCEDURES. FIELD PERFORMANCE MAY DIFFER FROM LABORATORY PERFORMANCE.
REPORT NUMBER: RAB01272 Page 2 of 4 DATE: 10/9/2015 RESULTS: PHOTOMETRIC Total Integrated Flux (lumens) SPECTRORADIOMETRIC Observer Chromaticity Ordinate x Chromaticity Ordinate y Observer Chromaticity Ordinate u Chromaticity Ordinate v Correlated Color Temp CCT (K) ANSI C78.377-2008 Duv Total Radiant Flux (milliwatts) ELECTRICAL Input Voltage (Volts AC) Input Current (Amps AC) Input Power (Watts) Input Power Factor (%) Input Current THD (%) Input Voltage THD (%) 8146 * CIE 1931 2 degree 0.3842 0.3807 CIE 1976 2 degree 0.2260 0.5039 3928 0.001 24998 * 120.0 0.477 57.0 99.6 6.9 0.2 COLOR RENDERING INDICES Ra (Average 1-8) R1 Light greyish red R2 Dark greyish yellow R3 Strong yellowish green R4 Moderate yellowish green R5 Light bluish green R6 Light blue R7 Light violet R8 Light reddish purple R9 Strong red R10 Strong yellow R11 Strong green R12 Strong blue R13 Light yellowish pink (skin) R14 Moderate olive green (leaf) CRI 83 81 88 93 82 81 83 88 68 16 71 81 58 83 96 EFFICACY (Lumens/Watt) 142.9 ELECTRICAL AT MAX NONIMAL INPUT Input Voltage (Volts AC) Input Current (Amps AC) Input Power (Watts) Input Power Factor (%) Input Current THD (%) Input Voltage THD (%) 277.0 0.232 58.2 90.6 10.2 0.2 Off-State Power (Watts) 0.0 *NOTE: Proper calibration of integrating spheres for measuring total flux output of non-directional samples will produce reliable, repeatable results within the calibration tolerances of the equipment used. However, measurement of test samples with significant self absorption and/or directional output, even when these effects are compensated for, are likely to have a greater variation in results compared to the flux output calculated from a goniophotometric exploration since these artifacts do not affect the goniophotometric results. THIS REPORT IS BASED ON PUBLISHED INDUSTRY PROCEDURES. FIELD PERFORMANCE MAY DIFFER FROM LABORATORY PERFORMANCE.
REPORT NUMBER: RAB01272 Page 3 of 4 DATE: 10/9/2015 RESULTS: Wavelength mw per nm Wavelength mw per nm Wavelength mw per nm 380 0.583 515 88.081 650 79.696 385 0.604 520 94.290 655 72.135 390 0.556 525 99.021 660 64.753 395 0.634 530 102.411 665 57.690 400 0.719 535 105.715 670 51.264 405 0.975 540 108.773 675 45.068 410 1.521 545 111.961 680 39.570 415 2.796 550 115.414 685 34.586 420 5.403 555 118.944 690 30.137 425 10.499 560 122.696 695 26.231 430 19.535 565 125.570 700 22.622 435 35.120 570 128.988 705 19.565 440 58.784 575 131.702 710 16.862 445 100.296 580 134.407 715 14.526 450 152.490 585 136.513 720 12.452 455 152.181 590 138.060 725 10.643 460 101.140 595 138.431 730 9.159 465 71.082 600 137.416 735 7.871 470 55.682 605 135.734 740 6.759 475 40.670 610 132.842 745 5.836 480 33.568 615 128.934 750 5.010 485 34.951 620 123.840 755 4.302 490 39.839 625 117.486 760 3.730 495 48.284 630 110.521 765 3.184 500 59.491 635 103.018 770 2.766 505 70.525 640 95.319 775 2.367 510 80.251 645 87.587 780 0.360 175.0 Output vs. Wavelength 140.0 Output (mw/nm) 105.0 70.0 35.0 0.0 380.0 420.0 460.0 500.0 540.0 580.0 620.0 660.0 700.0 740.0 780.0 Wavelength (nm) THIS REPORT IS BASED ON PUBLISHED INDUSTRY PROCEDURES. FIELD PERFORMANCE MAY DIFFER FROM LABORATORY PERFORMANCE.
REPORT NUMBER: RAB01272 Page 4 of 4 DATE: 10/9/2015 CIE Chromaticity Diagram THIS REPORT IS BASED ON PUBLISHED INDUSTRY PROCEDURES. FIELD PERFORMANCE MAY DIFFER FROM LABORATORY PERFORMANCE.