Report of Test 12306-3-R01 This test report supersedes test report number 12306-3. Performance Summary Luminous flux Luminaire Power 4164 lm 47.5 W PREPARED FOR : Raffino Inc. Page 1 of 8 USA: LightLab International Inc. Ph : +1 623-434-1499 24825 N. 16 th Avenue Fx : +1 623-434-1496 Suite 125 www.lightlabint.com Phoenix, AZ, 85085 S.E.Asia: LightLab International Ph : +61 7 3283 7862 50 Recliffe Gardens Drive Fx : +61 7 3283 8751 Clontarf www.lightlab.com.au Queensland, 4019, Australia
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Performance data in accordance with IESNA LM-79 : 2008 Photometry Electrical Total Luminous Flux Luminous efficacy Voltage Frequency Current Power Power Factor Spectral CIE 1931 2 deg observer (x, y) (1) CIE 1976 2 deg observer (u', v') (1) Correlated Colour Temperature (CCT) (1) 1 0.9 0.8 0.7 0.6 0.5 0.4 0.3 0.2 0.1 0 Colour Spatial Uniformity (2) Colour Rendering Index (CRI) (1) Special CRI 9 (R 9) (1),(3) Distance from planckian locus (Duv) (1),(3) Scotopic/Photopic Ratio (1),(3) Weighted Spectral Power 380 400 420 440 460 480 500 520 540 560 580 600 620 640 660 680 700 720 740 760 780 Wavelength (nm) * The spectral power graph combines the weighted spectral power distributions of all spatial measurements. * Calculations are for a CIE 2 observer (1) Value is computed from the weighted average of the spatial measurements (2) Value is the maximum deviation of the spatial u' and v' measurements from the weighted average (3) Quantity is in addition to the scope of IESNA LM-79:2008 4164 lm 87.7 lm/w 120 V 60 Hz 0.399 A 47.5 W 0.99 (0.392, 0.397) (0.225, 0.512) 3850 K 0.0008 83 17 0.0061 1.61 Page 3 of 8
Spatial measurements (lower hemisphere) Gamma CIE 1976 (u',v') coordinates angle (deg) C0 plane C90 plane 0 (0.224, 0.512) (0.224, 0.512) 10 (0.224, 0.512) (0.224, 0.512) 20 (0.224, 0.512) (0.224, 0.512) 30 (0.225, 0.512) (0.225, 0.512) 40 (0.225, 0.512) (0.225, 0.512) 50 (0.225, 0.512) (0.225, 0.512) 60 (0.225, 0.512) (0.225, 0.512) 70 (0.225, 0.512) (0.225, 0.512) 80 I <= 10 % I <= 10 % Spatial measurements (upper hemisphere) Gamma CIE 1976 (u',v') coordinates angle (deg) C0 plane C90 plane Test procedure All measurements were performed in an environmentally controlled laboratory employing suitable baffling to minimise stray light. The sample was mounted in its normal operating orientation on a rotating mirror goniophotometer and operated from a stabilised supply. The photometric output was monitored and measurements were performed once stability was achieved. The goniophotometer was used to measure the spatial distribution of both luminous intensity and, in conjunction with a spectroradiometer, spectral irradiance. The distribution locus comprises points in the C0 and C90 planes at 10º gamma intervals from 0. The CIE (x,y) coordinates and other derived metrics (CIE (u', v'), CCT and CRI) are calculated from the weighted sum (weighted for intensity and represented solid angle) of the measured spectral irradiances. Sample orientation Ceiling mounted Stabilisation time 2.25 hour Equipment and uncertainties A C-gamma rotating mirror goniophotometer with a test distance of 8 m. Total operation time luminous intensity ± 5 % temperature ± 1 C C, gamma angles ± 0.25º luminous efficacy * ± 5 % 3.25 hour A PhotoResearch PR-670 spectroradiometer (380-780 nm., 2 nm. per pixel) measuring at a distance from the sample greater than five times the maximum observed luminous opening dimension. CIE (x, y) coordinates CIE (u', v') coordinates * (u', v') colour difference * ± 0.003 ± 0.003 ± 0.0007 CCT CRI & R 9 * scotopic / photopic ratio * ± 100 K ± 3 ± 0.02 A Yokogawa WT210 power meter connected in circuit to the sample electrical supply voltage ± 0.1 % frequency * ± 0.1 Hz current ± 0.2 % power ± 0.5 % power factor * ± 0.01 Quantities indicated by * are not covered by the laboratory accreditation. IESNA LM-79 : 2008 Calculator v4.1 (15th Nov 2011) Page 4 of 8
Legend: C0-Solid, C45-Dashed, C90-Grey (cd) 500 1000 1500 (Two plane symmetry) 30 AVERAGE LUMINANCE (cd / sq.m) Gamma C0 C45 C90 45.0 5567 5483 5387 55.0 5254 5164 5064 65.0 4797 4712 4612 75.0 3959 3890 3798 85.0 2065 2034 1906 90 60 C0-C90 Gamma 0.0 5.0 10.0 15.0 20.0 25.0 30.0 35.0 40.0 45.0 50.0 55.0 60.0 65.0 70.0 75.0 80.0 85.0 90.0 Zone 0-30 0-40 0-60 0-90 40-90 60-90 90-180 0-180 INTENSITY SUMMARY (cd) C-Plane C0 C22.5 C45 C67.5 C90 1529 1529 1529 1529 1529 1522 1521 1521 1521 1520 1501 1501 1499 1497 1496 1467 1466 1463 1459 1458 1420 1418 1413 1407 1404 1359 1356 1349 1341 1337 1285 1281 1272 1263 1258 1198 1194 1184 1173 1168 1101 1096 1086 1074 1069 994 990 979 967 962 880 876 866 855 850 761 758 748 738 733 638 635 627 618 614 512 509 503 495 492 384 383 378 372 369 259 257 254 250 248 141 140 139 136 135 45 45 45 43 42 0 0 0 0 0 ZONAL FLUX AND PERCENTAGES Flux (lm) 144 413 621 740 755 668 497 269 Flux (lm) % Lamp % Luminaire 1178 N / A 28.3 1918 N / A 46.1 3341 N / A 80.2 4164 N / A 100.0 2246 N / A 53.9 823 N / A 19.8 0 N / A 0.0 4164 N / A 100.0 Total Light Output = 4164 lm. 58 CERTIFIED BY: Eric Southgate Authorised Signatory Date of test Date of report 1-Nov-2012 15-Nov-2012 Page 5 of 8 USA: LightLab International Inc. Ph : +1 623-434-1499 24825 N. 16 th Avenue Fx : +1 623-434-1496 Suite 125 www.lightlabint.com Phoenix, AZ, 85085 S.E.Asia: LightLab International Ph : +61 7 3283 7862 50 Recliffe Gardens Drive Fx : +61 7 3283 8751 Clontarf www.lightlab.com.au Queensland, 4019, Australia
Intensity data (cd) C-Plane Gamma C0 C22.5 C45 C67.5 C90 0.0 1529 1529 1529 1529 1529 2.5 1527 1527 1527 1527 1527 5.0 1522 1521 1521 1521 1520 7.5 1513 1513 1512 1511 1510 10.0 1501 1501 1499 1497 1496 12.5 1486 1485 1483 1480 1479 15.0 1467 1466 1463 1459 1458 17.5 1446 1444 1440 1435 1433 20.0 1420 1418 1413 1407 1404 22.5 1392 1389 1383 1376 1372 25.0 1359 1356 1349 1341 1337 27.5 1324 1320 1312 1303 1299 30.0 1285 1281 1272 1263 1258 32.5 1243 1239 1229 1219 1214 35.0 1198 1194 1184 1173 1168 37.5 1151 1147 1136 1125 1119 40.0 1101 1096 1086 1074 1069 42.5 1049 1044 1033 1022 1016 45.0 994 990 979 967 962 47.5 938 934 923 912 907 50.0 880 876 866 855 850 52.5 821 818 808 797 792 55.0 761 758 748 738 733 57.5 700 697 688 678 674 60.0 638 635 627 618 614 62.5 575 572 565 557 553 65.0 512 509 503 495 492 67.5 448 446 440 434 431 70.0 384 383 378 372 369 72.5 321 320 316 311 308 75.0 259 257 254 250 248 77.5 198 197 195 192 190 80.0 141 140 139 136 135 82.5 89 89 88 86 84 85.0 45 45 45 43 42 87.5 15 15 15 14 12 90.0 0 0 0 0 0 Page 6 of 8
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 0 119 119119119 116 116 116 116 111 111 111 106 106 106 102 102 102 100 1 109 10410096 106 102 98 95 98 95 92 94 91 89 90 88 86 84 2 99 91 84 79 97 89 83 78 86 80 76 82 78 74 79 76 73 70 3 91 80 72 66 88 79 71 65 76 69 64 73 67 63 70 66 62 59 4 83 71 62 56 81 70 62 55 67 60 55 65 59 54 63 57 53 51 5 76 64 55 48 74 62 54 48 60 53 47 58 52 47 56 51 46 44 6 70 57 48 42 69 56 48 42 54 47 41 53 46 41 51 45 41 39 7 65 52 43 37 64 51 43 37 50 42 37 48 41 36 47 41 36 34 8 61 47 39 33 59 47 39 33 45 38 33 44 37 33 43 37 32 30 9 57 44 35 30 55 43 35 30 42 35 30 41 34 29 40 34 29 27 10 53 40 32 27 52 40 32 27 39 32 27 38 31 27 37 31 27 25 Page 7 of 8
Test Distance: Test Temperature: 8.0 metres 24.8 degrees Celsius Significance: This laboratory has no control over the selection of samples to be tested. All testing is performed on the understanding that the significance of the report is limited to the extent that the test sample is representative of production units. Special Notes: The intensity values contained in this report are shown as tested. When using these values in calculations the appropriate It should also be noted that prorating the lumen output for the use of other lamp/ballast combinations, or for use in different environmental conditions, than that tested may produce erroneous results. This report is free of erasures and corrections. Photometric intensity values are reported using the CIE coordinate system as described in CIE Publication number 121. Cgamma Uncertainties: At the 95% confidence interval with a factor k = 2, the uncertainties for this report are :- Temperature +/- 1 degree Celsius Light Output +/- 4% Luminous Intensity +/- 4% Angular displacement +/- 0.25 degrees. Testing Procedure: Tested in accordance with the applicable sections of CIE Publication Number 121 and NAIES LM79-08. 15-Nov-12 17:33:36 REPORT program version: 3.801a Page 8 of 8 Phoenix, AZ, 85085 Queensland, 4019, Australia