rsz150126517-10 longstar l4-a19d30c-11w-27 … area compliance laboratories corp. (shenzhen) 6/f,...

Note: The test data was only valid for the test sample(s). This test report is prepared for the customer shown above and for the device described herein. It may not be duplicated or used in part without prior written consent from Bay Area Compliance Laboratories Corp. (Shenzhen). This report must not be used by the customer to claim product certification, approval, or endorsement by NVLAP, NIST, or any agency of the U.S. Federal Government. Some of the tests or test methods in this report may not in NVLAP accreditation scope and was noted. This report is valid only with a valid digital signature. The digital signature may be available only under the Adobe software above version 7.0.

TEST REPORT For Company:

EiKO Global, LLC 23220 W 84th St. Shawnee, KS 66277

Model: LED11WA19/300/827K-DIM-G5

Report Type:

Testing and Report According to ENERGY STAR Program Requirements for Lamps V1.1 Test report for family products with CCT variation for LED Lamps

Test Engineer: Bill Xiong Daniel Duan

Report Number: RSZ150126517-10

Test Date: 2015-01-26 to 2015-02-12

Report Date: 2015-02-13

Reviewed By: Jeanne Han/Safety Manager

Test Facility: Test facility was located at Pu Long Cun 69, Puxinghu Industrial Area, Tangxia Town, Dongguan, Guangdong, P.R.China.

Prepared By:

Bay Area Compliance Laboratories Corp. (Shenzhen) 6/F, the 3rd Phase of WanLi Industrial Building, ShiHua Road, FuTian Free Trade Zone Shenzhen, Guangdong, China Tel: +86-755-33320018 Fax: +86-755-33320008

Bay Area Compliance Laboratories Corp. (Shenzhen) 6/F, the 3rd Phase of WanLi Industrial Building, ShiHua Road, FuTian

Free Trade Zone Shenzhen, Guangdong, China

Report No. RSZ150126517-10 of 19 The NVLAP Lab Code is 200707-0

TABLE OF CONTENTS

1 PRODUCT DESCRIPTION .................................................................................................................................... 3 2 STATEMENT OF TRACEABILITY .......................................................................................................................... 3 3 SUMMARY OF TEST RESULTS ............................................................................................................................ 4 4 FAMILY PRODUCT PERFORMANCE COMPARISON ............................................................................................. 5 5 DETAILED TEST METHODS AND TEST RESULTS ............................................................................................... 6 5.1 IN SITU TEMPERATURE MEASUREMENT TEST .............................................................................................. 6 5.2 INITIAL PHOTOMETRIC AND ELECTRICAL MEASUREMENTS .......................................................................... 9 5.3 LUMINOUS INTENSITY DISTRIBUTION .......................................................................................................... 12 6 EUT PHOTO .................................................................................................................................................. 16 6.1 LAMP PROFILE ............................................................................................................................................. 16 6.2 LAMP OPTICS ............................................................................................................................................... 16 6.3 LED BOARD PHOTO .................................................................................................................................... 17 6.4 LED DRIVER PHOTO 1 ................................................................................................................................ 17 6.5 LED DRIVER PHOTO 2 ................................................................................................................................ 18




1 Product Description

General Information:

14PCS samples were received on 2015-01-26 and used for testing. Samples were numbered RSZ150126517-S01 through RSZ150126517-S14.

Model Tested:

Manufacturer:

Lamp Shape:

Lamp Type:

Lamp Base:

Dimming:

Application Exceptions:

Restricted Position:

Rated Values:

Rated Voltage/Frequency:

Rated Power:

Nominal Light Output:

Nominal CCT:

Rated Life:

Wattage Equivalency Claims:

LED Light Source Information:

LED Type:

LED Model Number:

Number of LED Source:

LED Manufacturer:

LED11WA19/300/827K-DIM-G5

EiKO Global, LLC

A19

Omnidirectional LED Lamp

E26

Dimmable

Not for use in enclosed fixtures

None.

AC 120V 60 Hz

11 W

1100 lm

2700 K

25000 hours

75 W

LED Package 5630D 24 Seoul Semiconductor Co.,Ltd

Declaration of Product Variations:

Xiamen Longstar Lighting Co.,Ltd declare that product: LED lamp; model(s): L4-A19D30C-11W-27 use the same material,LED source and driver with the model: L4-A19D30C-11W-30 tested by Bay Area Compliance Laboratories Corp. (Shenzhen) with the only one exception of CCT.

The difference between the tested model and the declared is as below:

Model Number Test report No. CCT Different

L4-A19D30C-11W-30 RSZ141025502-10-3000 3000K

L4-A19D30C-11W-27 RSZ150126517-10 2700K

2 Statement of Traceability

Bay Area Compliance Laboratories Corp. (Shenzhen) attested that all calibration has been performed using suitable standards traceable to National Primary Standards and International System of Units (SI).




3 Summary of Test Results

Criteria Item Measured

Value (Avg.)

Reported Value Result Reference Standard Accreditation Requirement

Efficacy (lm/W) 106.356 106.4 10/10 Pass IES LM-79-08 YES 8 of the 10 lamps and reported value: ≥ 55 lm/W

Light Output (lm) 1162.467 1160 10/10Pass IES LM-79-08 YES 8 of 10 lamps and reported value: 1100-1599 lm

Zonal Lumen Density 7.21% N/A Pass IESNA LM-79-08 YES ≥ 5% in 135° - 180° zone

Luminous Intensity Distribution See tables N/A Pass IESNA LM-79-08 YES In 0° - 135°: ≤ 25% from the mean intensity

CCT (K) 2799 2799 10/10 Pass IES LM-79-08 CIE 15.2004 YES 9 of the 10 lamps: fall within a 7-step ANSI

quadrangle ANSI/ANSLG C78.377-2011 NO

CRI 82.0 82 Pass IES LM-79-08 CIE 13.3-1995 YES Average Ra ≥ 80, less than 3 units Ra <77

and none lower than 75 ANSI/ANSLG C78.377-2011 NO

R9 8 8 Pass IES LM-79-08 CIE 13.3-1995 YES Average R9 > 0

ANSI/ANSLG C78.377-2011 NO

Power Factor 0.909 0.9 Pass IES LM-79-08 ANSI C82.77-2002 YES Reported value ≥ 0.7




4 Family Product Performance Comparison

Criteria Item Representative Model Variant Model Status Requirement

Input Voltage(V) 120 120 Pass Have the same rated input voltage(s).

TMPLED(ºC) 91.8 91.0 Pass

No greater than 2.5°C above the temperatures of tested representative model, and the

maximum case temperature tested in the corresponding IES LM-80 report.

TMPC(ºC) 76.1 75.7 Pass No greater than 2.5°C above the temperatures of tested representative model

Tcapacitors (°C) 91.9 91.2 Pass No greater than 2.5°C above the temperatures of tested representative model

Tfuses(°C) 78.3 77.8 Pass No greater than 2.5°C above the temperatures of tested representative model

Input Current(A) 0.099 0.099 Pass Varies by no more than 10%

Input Wattage(W) 10.8 10.9 Pass Varies by no more than 10%

Power Factor 0.909 0.917 Pass Varies by no more than 5%

Overall Length(mm) 112.30 112.14 Pass Varies by no more than 5%

Overall Diameter(mm) 63.66 63.41 Pass Varies by no more than 5%




5 Detailed Test Methods and Test Results 5.1 In situ Temperature Measurement Test

Test Method:

ANSI/UL 1993-2012 Standard for Safety of Self-Ballasted Lamps and Lamp Adapters

Performance Requirements:

It is required for early interim certification to calculate the projected L70 life. The projected lumen maintenance life shall be greater than or equal to the lamp rated life value to be claimed on product packaging.

For family products, the average of five in situ temperatures of critical components shall be no greater than 2.5°C above the same average of in situ temperatures in a sample of five units of the tested representative model. Critical components include the highest temperature LED package/array/module measured at TMPLED, LED driver measured at TMPC, capacitors and fuses. The TMPLED should not be greater than the maximum case temperature tested in the corresponding IES LM-80 report.

Test Procedure:

Tests were conducted at 25 ± 5 °C. Thermocouples and hybrid recorder were used to test the temperature of highest temperature LED measured at TMPLED, LED driver measured at TMPC, capacitors and fuses. According to ANSI/UL 1993, the lamp was operated base up at rated voltage in temperature test box. The bottom of box shall be closed off with a 2.5 mm (0.1 in) thick piece of window glass of appropriate size, except lamps labeled “not for use in enclosed or recessed fixtures” or equivalent. The reported temperature value for each point should be the readings of the hybrid recorder after the temperature of each point is stabilized and constant. A temperature is considered constant if the test has been running for at least 3 hours; and three successive readings, taken at 15-minute intervals, are within 1 degree C of one another and are not rising. Or the test was run for a minimum of 7.5 h. Ambient temperature variations above or below 25 °C have been respectively subtracted from or added to temperatures recorded at points on the device.

The drive current of LED package/module/ array was calculated as the total output current of the driver measured by multimeter, divided by the number of branches in parallel of LEDs.

Test Equipment:

Device Manufacturer Model No Serial No Test Range Calibration date

Calibration due date

Power Supply HengPu HPA 1103 0003394 3KVA 2014-03-12 2015-03-12

Multimeter Fluke 17B 1573 1328 0~1000V 0~10A 0~300MΩ 2014-03-12 2015-03-12

Hybrid Recorder YOKOGAWA DR240 10# 0~250 2014-03-13 2015-03-13

Uncertainty:

The uncertainty of the temperature is U=0.8671°C (K=2), at the 95% confidence level.




Test Data:

Photo of test location:

TMPLED for Model: LED11WA19/300/827K-DIM-G5 TMPLED for Model: LED11WA19/300/827K-DIM-G5

TMPC for Model: LED11WA19/300/827K-DIM-G5 TMPC for Model: LED11WA19/300/827K-DIM-G5

Tcapacitors for Model: LED11WA19/300/827K-DIM-G5 Tcapacitors for Model: LED11WA19/300/827K-DIM-G5




Tfuses for Model: LED11WA19/300/827K-DIM-G5 Tfuses for Model: LED11WA19/300/827K-DIM-G5

Supply voltage: AC120V 60Hz

Type of thermocouples: T

Test Duration: ≥3.5 hours

Sample No. TMPLED(ºC) TMPC(ºC) Tcapacitors (ºC) Tfuses(ºC)

RSZ150126517-S12 91.0 75.7 91.2 77.8

RSZ141025502-S25 91.8 76.1 91.9 78.3




5.2 Initial Photometric and Electrical Measurements

Test Method:

IES LM-79-08: Electrical and Photometric Measurements of Solid-State Lighting Products

ANSI/ANSLG C78.377-2011: Specifications for the Chromaticity of Solid State Lighting Products

CIE Pub. No. 13.3-1995: Method of Measuring and Specifying Color Rendering of Light Sources

CIE Pub. No. 15:2004: Colorimetry

ANSI C82.77-2002 Harmonic Emission Limits-Related Power Quality Requirements for Lighting Equipment


Luminous Efficacy: Reported values for each lamp model shall meet the applicable requirement in the ENERGY STAR specification. Additionally eight or more units individually shall meet the requirement.

Light Output: For omnidirectional and decorative lamps, Reported lamp initial light output (in lumens) shall fall within the range of the referenced incandescent lamp listed in the ENERGY STAR specification. For R, BR and ER lamps, reported lamp initial light output (in lumens) shall be greater than or equal to the incandescent lamp’s rated wattage times the multiplier required in the ENERGY STAR specification. Additionally 8 or more units individually shall meet the requirement. No requirements for MR and PAR lamps.

CCT: Reported lamp model light color temperature shall correlate to one of the required nominal CCTs, additionally 9 out of 10 units shall fall within a 7-step ANSI quadrangle for the designated CCT.

CRI: The average Ra≥ 80 and R9>0. No more than 3 units shall have Ra < 77. No unit shall have Ra < 75

Power Factor: ≥0.7 for lamps >5W.

For family products, the varies of input current and input wattage between tested representative model and variants should be within 10%, and within 5% for power factor.

Test Procedure:

According to IES LM-79-08, LED lamps were tested at ambient temperature 25°C±1°C with no seasoning. Initial parameters including Total Light Output (luminous flux), Correlated Color Temperature (CCT), Color Rendering Index (CRI), Luminous Efficacy, Chromaticity Coordinate, Current, Power, and Power Factor, were measured 5 base-up and 5 base-down by integrating sphere system. This system including spectrophotometer, integrating sphere, digital power meter, DC power supply and AC power supply, was calibrated by standard light source before measurement. Spectral measurement was taken at 5 nm intervals from 350 to 800 nm. The u’, v’ and Duv was calculated based on measured x, y in accordance with CIE Pub. No.15:2004 and ANSI/ANSLG C78.377-2011 and rounded to four decimal places. Other test results were derived by software of test equipment and were recorded with no rounding.

Test Equipment:



Integrating Sphere SENSING N/A N/A 1.5meter 2014-03-16 2015-03-16

Power Meter SENSING UI2008 908735 10.0-600.0V 2014-03-12 2015-03-12






Spectral photometer SENSING SPR3000 s0902024 350nm 800nm 2014-03-16 2015-03-16

AC Power Supply ALL Power APW-105N 970663 0V-300V 50-400Hz 2014-03-12 2015-03-12

Standard Light Source EVERFINE D204 LSD090808 N/A 2014-08-05 2015-08-05

Thermal Meter SENSING N/A N/A 20~30 2014-03-13 2015-03-13

DC Power Supply ITECH IT6154 0061 0417 6471 0010 19 0~32V 2014-03-12 2015-03-12

Uncertainty: The uncertainty of the light output (luminous flux) measurements is U=1.60% (K=2), at the 95% confidence level. The uncertainty of the correlated color temperature measurements is U=21K (K=2), at the 95% confidence level. The uncertainty of the CRI is U=1.3(K=2) , at the 95% confidence level. The uncertainty of power meter AC current U=0.19 % of rdg, AC Voltage U=0.15% of rdg, Power U=0.20%) (K=2), at the 95% confidence level.

Test Data:

Sample No. Orientation Voltage (V) Current (A) Power (W) Power Factor

Luminous Flux (lm)

Efficacy (lm/W) CCT (K)

RSZ150126517-S01 VBU 120.0 0.099 10.9 0.917 1158.843 106.316 2799

RSZ150126517-S02 VBU 120.0 0.100 10.9 0.905 1150.872 105.585 2812

RSZ150126517-S03 VBU 120.0 0.101 10.8 0.896 1146.634 106.170 2807

RSZ150126517-S04 VBU 120.0 0.100 10.9 0.902 1149.971 105.502 2802

RSZ150126517-S05 VBU 120.0 0.101 11.0 0.913 1155.098 105.009 2799

Average VBU 120.0 0.100 10.9 0.907 1152.284 105.716 2804

RSZ150126517-S06 VBD 120.0 0.101 11.0 0.914 1161.238 105.567 2800

RSZ150126517-S07 VBD 120.0 0.100 10.9 0.909 1169.263 107.272 2806

RSZ150126517-S08 VBD 120.0 0.100 11.0 0.911 1184.503 107.682 2791

RSZ150126517-S09 VBD 120.0 0.100 11.0 0.915 1172.991 106.636 2778

RSZ150126517-S10 VBD 120.0 0.100 10.9 0.908 1175.259 107.822 2797

Average VBD 120.0 0.100 11.0 0.911 1172.651 106.996 2794

Average ALL 120.0 0.100 10.9 0.909 1162.467 106.356 2799




Sample No. Orientation CRI R9 x y u’ v’ Duv

RSZ150126517-S01 VBU 82.0 8 0.4496 0.4043 0.2587 0.5234 -0.00140

RSZ150126517-S02 VBU 82.0 8 0.4484 0.4036 0.2582 0.5229 -0.00160

RSZ150126517-S03 VBU 81.9 8 0.4495 0.4049 0.2583 0.5236 -0.00120

RSZ150126517-S04 VBU 81.9 8 0.4494 0.4042 0.2586 0.5233 -0.00143

RSZ150126517-S05 VBU 82.0 8 0.4503 0.4055 0.2586 0.5240 -0.00103

Average VBU 82.0 8 0.4494 0.4045 0.2585 0.5234 -0.00133

RSZ150126517-S06 VBD 82.0 8 0.4496 0.4044 0.2586 0.5234 -0.00138

RSZ150126517-S07 VBD 82.1 8 0.4491 0.4042 0.2584 0.5233 -0.00142

RSZ150126517-S08 VBD 82.0 8 0.4508 0.4056 0.2589 0.5241 -0.00107

RSZ150126517-S09 VBD 82.3 9 0.4521 0.4063 0.2594 0.5245 -0.00090

RSZ150126517-S10 VBD 81.9 8 0.4502 0.4051 0.2587 0.5238 -0.00117

Average VBD 82.1 8 0.4504 0.4051 0.2588 0.5238 -0.00119

Average ALL 82.0 8 0.4499 0.4048 0.2586 0.5236 -0.00126

7-step chromaticity quadrangles per ANSI/ANSLG C78.377-2011

7-step 2700K

Center Point

Result




5.3 Luminous Intensity Distribution

Test Method:

IES LM-79-08: Electrical and Photometric Measurements of Solid-State Lighting Products


90% of the luminous intensity measured values (candelas) shall vary by no more than 25% from the average of all measured values. All measured values (candelas) shall vary by no more than 50% from the average of all measured values. No less than 5% of total flux (zonal lumens) shall be emitted in the 135° to 180° zone.

Test Procedure:

According to IES LM-79-08, LED lamps were tested at ambient temperature 25°C±1°C with no seasoning. Luminous Intensity distribution was measured by type C goniophotometer. One sample was measured and operated at base-up orientation. Sample was motionless and its position was unchanged during test. After measurement of a vertical plane sample was rotated 22.5º around the lamp polar axis. Sample was operated at rated voltage and was tested after stabilized according to IES LM-79-08. The center beam intensity is that the value of light flux intensity in candelas (cd) measured on the beam axis. According to ENERGY STAR specification, the beam angle in degrees is between the two opposite directions in which the average intensity is 50% of the center beam intensity as measured in two rotational planes, 90º from each other, around and through the beam axis.

Test Equipment:



AC Power Supply EVERFINE VPS1060 PWM 1101006 0-150V 0-300V 2014-03-12 2015-03-12

DC Power Supply EVERFINE WY12010 1009009 30V/5A 2014-03-12 2015-03-12

Power Meter YOKOGAWA WT-210 91KB35700 15/30/60/150/300/600 V 2014-03-12 2015-03-12

Goniophotometer EVERFINE GO-R5000 YG108492N10120001 1600mm,3000W/10A 2014-03-04 2015-03-04

Thermal Meter Victor VC230 EE091 0~40 0~90% 2013-04-01 2016-03-31

Standard Light Source EVERFINE D908 1012001 N/A 2014-05-06 2015-05-06

Uncertainty: The uncertainty of the luminous intensity is U=2.82% (K=2), at the 95% confidence level.




Test Data:

Luminous Intensity Distribution Diagram

Sample No. Orientation Beam Angle (Deg) CBCP (cd)

RSZ150126517-S11 VBU 281.2 94.5

Zonal Lumen Density

Deg Flux (lm) %

Deg Flux (lm) % 0-5 2.3 0.19 0-95 746.0 63.95

0-10 9.1 0.78 0-100 801.2 68.69

0-15 20.5 1.76 0-105 853.5 73.17

0-20 36.7 3.14 0-110 902.3 77.35

0-25 57.7 4.94 0-115 947.2 81.20

0-30 83.6 7.17 0-120 987.8 84.68

0-35 114.5 9.82 0-125 1023.9 87.77

0-40 150.3 12.89 0-130 1055.5 90.48

0-45 190.9 16.36 0-135 1082.5 92.79

0-50 235.9 20.22 0-140 1105.1 94.73

0-55 284.9 24.42 0-145 1123.5 96.32

0-60 337.4 28.92 0-150 1138.2 97.57

0-65 392.8 33.67 0-155 1149.3 98.53

0-70 450.5 38.62 0-160 1157.4 99.22

0-75 509.7 43.69 0-165 1162.7 99.68

0-80 569.6 48.83 0-170 1165.6 99.92

0-85 629.5 53.96 0-175 1166.5 100.00

0-90 688.6 59.03 0-180 1166.5 100.00




Luminous Intensity Distribution

Gamma Φ=0/180DEG Φ=22.5/202.5DEG Φ=45/225DEG Φ=67.5/247.5DEG Iθ (cd) (Iθ- IAVG)/IAVG Iθ (cd) (Iθ- IAVG)/IAVG Iθ (cd) (Iθ- IAVG)/IAVG Iθ (cd) (Iθ- IAVG)/IAVG

-135 62 37.78% 63 37.10% 64 35.37% 66 33.60% -130 68 32.08% 68 31.41% 70 29.55% 72 27.67% -125 73 26.37% 74 25.78% 76 23.82% 78 21.91% -120 79 20.80% 79 20.29% 81 18.29% 83 16.31% -115 84 15.47% 85 15.02% 87 13.00% 89 10.98% -110 89 10.39% 89 10.08% 91 8.05% 94 6.01% -105 94 5.69% 94 5.46% 96 3.47% 98 1.49% -100 98 1.43% 98 1.26% 100 0.70% 102 2.61% -95 102 2.43% 102 2.50% 104 4.30% 106 6.13% -90 105 5.76% 105 5.66% 107 7.43% 109 9.15% -85 108 8.57% 108 8.41% 109 10.00% 111 11.61% -80 110 10.79% 110 10.54% 111 12.01% 113 13.49% -75 112 12.53% 112 12.21% 113 13.45% 114 14.78% -70 113 13.69% 113 13.24% 114 14.39% 115 15.56% -65 114 14.28% 113 13.82% 114 14.73% 115 15.71% -60 114 14.34% 113 13.79% 114 14.55% 115 15.32% -55 113 13.82% 113 13.34% 113 13.82% 114 14.35% -50 112 12.83% 112 12.27% 112 12.59% 112 12.92% -45 111 11.39% 110 10.87% 110 10.91% 110 11.05% -40 109 9.60% 108 9.00% 108 8.89% 108 8.83% -35 107 7.37% 106 6.89% 106 6.58% 106 6.37% -30 104 4.94% 104 4.47% 104 4.14% 103 3.81% -25 102 2.37% 102 2.06% 101 1.68% 101 1.35% -20 99 0.02% 99 0.32% 99 0.54% 99 0.81% -15 97 2.05% 97 2.21% 97 2.42% 97 2.61% -10 96 3.43% 96 3.66% 96 3.77% 96 3.90% -5 95 4.46% 95 4.51% 95 4.59% 95 4.67% 0 95 4.97% 95 4.97% 95 4.97% 95 4.97% 5 95 4.82% 95 4.76% 95 4.71% 95 4.61%

10 95 4.15% 95 4.05% 96 3.87% 96 3.66% 15 97 2.89% 97 2.76% 97 2.53% 97 2.25% 20 98 1.05% 99 0.94% 99 0.70% 99 0.41% 25 101 1.16% 101 1.34% 101 1.54% 101 1.89% 30 103 3.73% 103 3.84% 103 4.02% 104 4.33% 35 106 6.35% 106 6.31% 106 6.45% 106 6.79% 40 108 8.74% 108 8.54% 108 8.71% 108 8.99% 45 110 10.89% 110 10.50% 110 10.61% 110 10.92% 50 112 12.72% 111 12.03% 112 12.17% 112 12.41% 55 113 13.93% 113 13.13% 113 13.23% 113 13.51% 60 114 14.72% 113 13.76% 113 13.82% 113 14.03% 65 114 15.07% 113 13.88% 113 13.88% 113 14.08% 70 114 14.79% 113 13.43% 113 13.37% 113 13.55% 75 113 13.95% 112 12.42% 112 12.32% 112 12.44% 80 112 12.65% 110 10.88% 110 10.70% 110 10.78% 85 110 10.55% 108 8.73% 108 8.50% 108 8.53% 90 107 7.97% 106 6.12% 105 5.80% 105 5.78% 95 104 5.01% 102 2.99% 102 2.58% 102 2.54% 100 101 1.42% 99 0.61% 98 1.08% 98 1.21% 105 97 2.61% 95 4.72% 94 5.28% 94 5.45% 110 92 7.08% 90 9.20% 90 9.88% 89 10.13% 115 88 11.99% 85 14.07% 85 14.83% 84 15.17% 120 82 17.23% 80 19.23% 79 20.10% 79 20.49% 125 77 22.63% 75 24.66% 74 25.59% 74 26.05% 130 71 28.29% 69 30.25% 68 31.23% 68 31.78% 135 66 34.05% 64 35.92% 63 36.96% 62 37.60%




Gamma Φ=90/270DEG Φ=112.5/292.5DEG Φ=135/315DEG Φ=157.5/337.5DEG Iθ (cd) (Iθ- IAVG)/IAVG Iθ (cd) (Iθ- IAVG)/IAVG Iθ (cd) (Iθ- IAVG)/IAVG Iθ (cd) (Iθ- IAVG)/IAVG

-135 67 32.54% 68 31.95% 68 31.52% 68 32.05% -130 73 26.70% 73 26.12% 74 25.61% 73 26.16% -125 79 20.95% 79 20.46% 80 19.88% 79 20.38% -120 84 15.51% 85 14.98% 85 14.37% 85 14.83% -115 89 10.32% 90 9.83% 90 9.19% 90 9.59% -110 94 5.42% 95 4.99% 95 4.35% 95 4.68% -105 99 0.98% 99 0.63% 100 0.04% 99 0.22% -100 102 2.99% 103 3.30% 103 3.94% 103 3.75% -95 106 6.51% 106 6.66% 107 7.31% 107 7.17% -90 109 9.37% 109 9.53% 110 10.15% 109 10.05% -85 111 11.76% 111 11.92% 112 12.48% 112 12.41% -80 113 13.65% 113 13.69% 114 14.23% 114 14.15% -75 114 14.90% 114 14.89% 115 15.39% 115 15.36% -70 115 15.58% 115 15.49% 115 15.98% 115 15.94% -65 115 15.71% 115 15.61% 115 16.01% 115 16.00% -60 115 15.26% 115 15.16% 115 15.52% 115 15.41% -55 114 14.24% 114 14.18% 114 14.43% 114 14.37% -50 112 12.84% 112 12.66% 112 12.91% 112 12.82% -45 110 10.92% 110 10.84% 110 10.95% 110 10.90% -40 108 8.70% 108 8.60% 108 8.63% 108 8.57% -35 106 6.19% 106 6.15% 106 6.09% 106 6.07% -30 103 3.62% 103 3.52% 103 3.46% 103 3.36% -25 101 1.12% 101 1.07% 100 0.96% 100 0.87% -20 98 1.01% 98 1.14% 98 1.24% 98 1.40% -15 97 2.81% 97 2.86% 96 3.03% 96 3.12% -10 96 4.00% 95 4.16% 95 4.24% 95 4.32% -5 95 4.79% 95 4.81% 95 4.89% 95 4.89% 0 95 4.97% 95 4.97% 95 4.97% 95 4.97% 5 95 4.58% 95 4.41% 95 4.39% 95 4.34%

10 96 3.46% 96 3.36% 96 3.27% 96 3.28% 15 97 2.00% 98 1.73% 98 1.58% 98 1.60% 20 99 0.06% 100 0.22% 100 0.44% 100 0.47% 25 102 2.22% 102 2.56% 102 2.83% 102 2.99% 30 104 4.68% 104 4.97% 105 5.28% 105 5.46% 35 106 6.97% 107 7.33% 107 7.66% 107 7.93% 40 109 9.20% 109 9.40% 109 9.80% 109 10.05% 45 110 10.99% 111 11.14% 111 11.63% 111 11.95% 50 112 12.43% 112 12.43% 112 12.99% 113 13.32% 55 113 13.32% 113 13.27% 113 13.87% 114 14.33% 60 113 13.73% 113 13.55% 114 14.23% 114 14.70% 65 113 13.59% 113 13.35% 113 14.07% 114 14.67% 70 112 12.97% 112 12.59% 113 13.36% 113 14.04% 75 111 11.69% 111 11.27% 112 12.10% 112 12.87% 80 109 9.91% 109 9.43% 110 10.28% 111 11.08% 85 107 7.59% 106 7.02% 107 7.90% 108 8.79% 90 104 4.77% 104 4.11% 104 4.99% 105 5.92% 95 101 1.40% 100 0.71% 101 1.59% 102 2.55% 100 97 2.43% 96 3.14% 97 2.34% 98 1.43% 105 93 6.69% 92 7.48% 93 6.72% 94 5.81% 110 88 11.36% 87 12.17% 88 11.51% 89 10.66% 115 83 16.42% 82 17.21% 83 16.63% 84 15.85% 120 78 21.74% 77 22.52% 78 22.05% 78 21.27% 125 72 27.27% 72 28.05% 72 27.64% 73 26.98% 130 67 32.93% 66 33.70% 66 33.36% 67 32.82% 135 61 38.66% 60 39.40% 61 39.11% 61 38.68%

IAVG ΔMAX=Max | (Iθ- IAVG)/IAVG | Number of Data Failed Data Percent

99 39.40% 440 9.09%




6 EUT PHOTO 6.1 Lamp Profile

6.2 Lamp Optics




6.3 LED Board Photo

6.4 LED Driver Photo 1




6.5 LED Driver Photo 2




Attachment A– Test Report #RSZ141025502-10-3000

Attachment B–Declaration of Product Variations

**********END OF REPORT**********

rsz150126517-10 longstar l4-a19d30c-11w-27 … area compliance laboratories corp. (shenzhen) 6/f,...

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