1 / Report Number: AELAB Report No. Sample Name. Type PC COOL. Test

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1 Report Number: AELAB / Test Re porr t Report No. Sample Name Type Customer Test Purpose AELAB W Floodlight FL-RBPCB101X LED50W-RevA PC COOL Product Specification Verification Rayben Technologies (Zhuhai) Limited SSLL Lab

2 Report Number: AELAB / Declaration 1. This report (including copies) will not be valid without affix seal. 2. Without the permission of the laboratory, the report shall not be copied, and if copied, must be in full. 3. This report will not be valid without all three signatures of checker, verifier and approver. 4. Any amendments or alternative of the test report are not valid. 5. In general, testing analysis data only refer to samples received. 6. If there is any objection to this report, please raise within 15 days from the date of issuance. 7. For any inadequate sample Quantities, this report is only providing the results of the tested. Address : No.8, Xi Pu Road, Xinqing Industry Park, Doumen District, Zhuhai, China TEL : FAX : WEB : SSLLAB@Rayben.com

3 Report Number: AELAB / Content 1. Report Summary Sample Description Measurement Result Annex (original test data)

4 Report Number: AELAB / 21 Report Summary Sample Name 50W Floodlight Testing Item Product Specification Verification Sample Received Date 14. Jan 2016 Sample QTY one Received Sample Status No Damage Test Date D Jan 2016 Test Location Test Conditions Test purpose Test Basis SSL Lab of Rayben Technologies (Zhuhai) Limited Ambient temperature: 25±1, humidity: 50% Development verification of the product IEC62384:2006 IEC IESNA LM-79 CIE IEC IEC NO. Name of Test Item Name of Test T Instrument Test Instrument Code Test Details 1 2 LED modulee luminous power Safty test Integratingg sphere radial spectrum Radiometer system Junction temperature tester 2m integrating sphere,haas-2000 CS9935D 3 Lightning surge test Lightning surge s generator SUR-S6 4 Temperature distribution Multi-channel thermometer JK-16U Test Result Electrical Parameters Photometric parameter Changing range of voltage : 198Vac-264Vac Temperature distribution Safety test Surge immunity Test Test Item Measured Value Voltage(V) Measured power (W)) PF 0.99 Luminous flux (lm) Luminous efficiency(lm/ /w) Colour temperature(k) CRI Changing range of power 86.48%~110.92% Changing range of luminous flux 93.01%~102.57% % Hi-pot(1500Vac) Insulation resistance(500vdc) Grounding resistance(10a) Leakage current(230vac) L - N( (1000Vac) L,N-PE(1000Vac) (Special seall for inspection report) Issuing Date: Tester: Date: Verifier: Date: Approver: Date:

5 Report Number: AELAB / 21 Test Report Sample Description DOB Structure Linear power supply (IC scheme) Circuit / LED Specification / LED QTY Q 104pcs Nominal Input AC230V 50Hzz Nominal power 50W DOB picture Floodlight picture

6 Report Number: AELAB / Comprehensive Test Data Test Report Measurement Result 50W FL Comprehensive Test Data Test Item Measured Value 198 Vac 230 Vac 264 Vac Voltage(V) Electrical Parameters Current (A) Measured Power (W) PF Frequency(Hz) THD Test THD 12.3% 15.3% 18.7% 3 to 39 Harmonic distortion / / Luminous Flux (lm) Color Parameters Luminous Efficiency(lm/w) Colour Temperature(K) CRI Luminaire efficiency Luminous flux of the DOB module(lm) Luminous flux of the floodlight(lm) Luminaire efficiency 90.74%

7 Report Number: AELAB / 21 Test Report Measurement Result 3. When the sample drive w ith different vo ltage, the changing relationship of its current, power and luminous flux. Target Voltage(V) U in =198Vac U in =230Vac U in =264Vac Measured Voltage(V) Input Current (A) Input Power(W) Luminous Flux(lm) Relative Voltage 86.13% % % Relative Current % % 97.18% Relative Power 86.48% % % Relative Luminous Flux 93.01% % % Relative Ratio Voltage relationship's with Current, Power And Luminous flux % % % % % % 90.00% 80.00% 70.00% 60.00% 50.00% Voltage(v) Voltage Current Power Luminous flux The input voltage changes within v (220 * 90 %-240 *110%),current changes between 97.18%-100%,power changes within the % to %,luminous flux change from93.01 % to %.

8 Report Number: AELAB / 21 Test Report Measurement Result 4.Temperature distribution. Test Item Measured 198Vac 230Vac 264Vac Reference value in 230Vac ( ) IC1( ) IC2( ) BJT( ) BR( ) LED1( ) LED2( ) Heat sink 1( ) / Heat sink 2( ) / Environmental temperature( ) 25±11 IC1 LED1 IC2 Heat sink 2 Heat sink1 e BJT LED2 BR Test position

9 Report Number: AELAB / 21 Test Report 5.Safety test: Measurement Result Test item Test condition Judge Measuredd data Result Hi-pot 1500Vacc 5mA 0.15mA Grounding resistance 10A 0.5Ω 13.5mΩ Insulation resistance 500Vdc >2MΩ >10GΩ Leakage current 230Vac <1mA 0.032mA Qualifie On testing

10 Report Number: AELAB / 21 Test Report 6.Surge immunity Test data Test Name Test Objective Waveforms Standards Measurement Result Surge immunity Test Evaluatingg the immunity of equipment when subjected to surges Open-circuit voltage:1.2/50uss IEC GB/T G Environment Temperature(T) Humidity( (RH) EUT POWER Testt Level OFF 25 ±1 50 % AC Ua: 230 V AC Ia: 00.0 A User Parameter Test Result Polarity Voltage(V) Phase Interval(S) Counts(C) V(L,N-PE),1000V(L, N-PE) Asynchronouss 10 2 End

11 Rayben Technologies 11 Of 21 Spectrum Test Report Spectrum = 9.121e+001mW/nm CIE1931 EVERFINE x = y = Tc = 6182K Wavelength(nm) Colorimetric Quantities Chromaticity Coordinate:x= y=0.3394/u'= v'= Tc=6182K(Duv=0.0060) Dominant WL:Ld =496.7nm Purity=4.9% Peak WL:Lp=448.2nm HWL:Lhd=32.8nm Render Index:Ra=75.3 R1 =72 R2 =79 R3 =83 R4 =76 R5 =74 R6 =72 R7 =84 R8 =62 R9 =0 R10=49 R11=74 R12=53 R13=73 R14=90 R15=67 Photometric & Radiometric Quantities Flux = 4538 lm Eff. : lm/w Fe = W Fmol(umol/s): Fluo. and blue light ratio:2.434 Fluorescent eff.:19.73 Electrical parameters V = V I = A P = W PF = Status: Integral T = 42 ms Ip = (82%) Test Mode: Accuracy Test; Delicacy = High; Tecool: ON Model:FL-RBPCB101* LED50W-RevA Number: FL50W Tester:Jianbei Liang Date: :55:32 Temperature:26.1Deg Humidity:46.0% Manufactory:RAYBEN Remarks:quick test(ac230v) Assessor:Karl

12 Rayben Technologies 12 Of 21 Spectrum Test Report Spectrum = 8.517e+001mW/nm CIE1931 EVERFINE x = y = Tc = 6378K Wavelength(nm) Colorimetric Quantities Chromaticity Coordinate:x= y=0.3363/u'= v'= Tc=6378K(Duv=0.0062) Dominant WL:Ld =493.7nm Purity=6.3% Peak WL:Lp=449.4nm HWL:Lhd=35.5nm Render Index:Ra=76.2 R1 =73 R2 =79 R3 =84 R4 =77 R5 =75 R6 =73 R7 =85 R8 =64 R9 =0 R10=51 R11=74 R12=54 R13=74 R14=91 R15=68 Photometric & Radiometric Quantities Flux = 4271 lm Eff. : lm/w Fe = W Fmol(umol/s): Fluo. and blue light ratio:2.329 Fluorescent eff.:18.83 Electrical parameters V = V I = A P = W PF = Status: Integral T = 42 ms Ip = (76%) Test Mode: Accuracy Test; Delicacy = High; Tecool: ON Model:FL-RBPCB101* LED50W-RevA Number: FL50W Tester:Jianbei Liang Date: :59:48 Temperature:25.8Deg Humidity:46.0% Manufactory:RAYBEN Remarks:steady(AC230V) Assessor:Karl

13 Rayben Technologies 13 Of 21 Spectrum Test Report Spectrum = 8.727e+001mW/nm CIE1931 EVERFINE x = y = Tc = 6376K Wavelength(nm) Colorimetric Quantities Chromaticity Coordinate:x= y=0.3362/u'= v'= Tc=6376K(Duv=0.0061) Dominant WL:Ld =493.6nm Purity=6.3% Peak WL:Lp=450.2nm HWL:Lhd=35.7nm Render Index:Ra=76.3 R1 =73 R2 =80 R3 =84 R4 =77 R5 =75 R6 =74 R7 =85 R8 =64 R9 =0 R10=51 R11=74 R12=54 R13=74 R14=91 R15=68 Photometric & Radiometric Quantities Flux = 4381 lm Eff. : lm/w Fe = W Fmol(umol/s): Fluo. and blue light ratio:2.328 Fluorescent eff.:17.32 Electrical parameters V = V I = A P = W PF = Status: Integral T = 42 ms Ip = (78%) Test Mode: Accuracy Test; Delicacy = High; Tecool: ON Model:FL-RBPCB101* LED50W-RevA Number: FL50W-237 Tester:Jianbei Liang Date: :34:02 Temperature:25.6Deg Humidity:46.0% Manufactory:RAYBEN Remarks:steady test(ac264v) Assessor:Karl

14 Rayben Technologies 14 Of 21 Spectrum Test Report Spectrum = 7.935e+001mW/nm CIE1931 EVERFINE x = y = Tc = 6358K Wavelength(nm) Colorimetric Quantities Chromaticity Coordinate:x= y=0.3370/u'= v'= Tc=6358K(Duv=0.0063) Dominant WL:Ld =494.2nm Purity=6.1% Peak WL:Lp=449.4nm HWL:Lhd=34.9nm Render Index:Ra=75.9 R1 =73 R2 =79 R3 =83 R4 =77 R5 =75 R6 =73 R7 =84 R8 =63 R9 =0 R10=50 R11=74 R12=53 R13=74 R14=91 R15=67 Photometric & Radiometric Quantities Flux = 3972 lm Eff. : lm/w Fe = W Fmol(umol/s):5.653 Fluo. and blue light ratio:2.340 Fluorescent eff.:20.32 Electrical parameters V = V I = A P = W PF = Status: Integral T = 42 ms Ip = (71%) Test Mode: Accuracy Test; Delicacy = High; Tecool: ON Model:FL-RBPCB101* LED50W-RevA Number: FL50W Tester:Jianbei Liang Date: :25:15 Temperature:25.9Deg Humidity:46.0% Manufactory:RAYBEN Remarks:steady test(ac198v) Assessor:Karl

15 The Test Report of PF2010 Digital Power Meter 15 Of 21 Voltage RMS (V) Current RMS (A) Power (W) Power Factor Freq (Hz) Voltage Resolution: V/div Crest Value: V Current Resolution: A/div Crest Value: A 1 K 50 Voltage Spectrum UTHD: 0.2%(IEC) UH3: 0.1% UH5: 0.0% UH7: 0.0% UH9: 0.0% 1 K 50 Current Spectrum ITHD: 12.3%(IEC) IH3: 5.7% IH5: 7.2% IH7: 5.1% IH9: 2.8% Manufacturer:RAYBEN Product type:fl-50w Temperature:24.9deg Verifier:jian bei Liang Remark: Serial Num.:FL-RBPCB101* LED50W-RevA Humidity:46% Inspector:Karl

16 The Test Report of PF2010 Digital Power Meter 16 Of 21 Urms: (V) Ucf : 1.42 Uthd: 0.2%(IEC) Arms: 0.220(A) Acf : 1.34 Ithd: 12.3%(IEC) Voltage Harmonic Current Harmonic Num. Relative Absolute Relative Absolute(mA) ma/w % % % % % % % % % % % % % % % % % % % % % % % % % % % % % % % % % % % % % % % % % % % % % % % % % % % % % % % % % % % % % % % % % % % % % % % % % % % % % % % % % % % % % % % % % % % % % % % % % % % % Manufacturer:RAYBEN Product type:fl-50w Temperature:24.9deg Verifier:jian bei Liang Remark: Serial Num.:FL-RBPCB101* LED50W-RevA Humidity:46% Inspector:Karl

21 21 Of 21 Temperature test 230Vac