ENERGY STAR Program Requirements

Transcription

1 Report No.: LCZP Version: 1.0 Date Of Issue: Jun. 17, 2017 Total Pages: 17 Test Report of ENERGY STAR Program Requirements for Luminaires V2.0- Inseparable SSL Luminaires Applicant: ELEC-TECH INTERNATIONAL CO LTD No.1JinfengRoad, Tangjiawan Town, Xiangzhou District, ZhuhaiCity, Guangdong Province, P.R. China Manufacturer: 1.GUANGDONG NVCETi Lighting Co,.Ltd Factory 2#-2 No.1 South ZhongZhu Rd.,Science & Technology Innovation Coast, High Tech District, Zhuhai City, Guangdong Prov., China WUHU 3E LIGHTING CO LTD 11 WEI ER CI RD EASTERN WUHU ECONOMIC & TECHNOLOGICAL DEVELOPMENT AREA WUHU ANHUI China Models: ##, ##(##=41-50) (Where ## denotes CCT and could be which refers 4000K.) Test Date: From Jun. 02, 2017 to Jun. 14, 2017 Test Lab.: Template No.: Lab. Note: 2/F., Technology and Enterprise Development Center, Guangyuan Road, Xiaolan, Zhongshan, Guangdong, China Tel: Fax: LC-RT-PL/ES/Luminaire2.0/LED ## and546554## areallthesame except the modelnumber. Complied by: Fish Tan Reviewed by: Richard Li Project Engineer Technical Manager Jun. 17, 2017 Jun. 17, 2017 The duplication of this report or parts of it and its use for advertising purposes is only allowed with permission of the testing laboratory. This report onlycontains the result of the examination of the product samples submitted by the applicant.a general statement concerning the quality of the products from the series manufacture cannot be derived therefore.

2 Content Page 2 of 17 Ref.No.: LCZP , V General Product information Sample Received Record: Reference standards or methods Equipment list Test conducted and method Test conducted Light Output, Efficacy, and color quantities ISTM and TM Start Time Test Transient Protection Test Standby power consumption test Operating Frequency Thermal Performance Test DimmingTest (only for luminaires marked as dimmable) Test Result Summary Test Data Initial Photometric and Electrical Data In-situ TMP LED and TMP c Other Test Data...14 Appendix-A LM-80 Report information...15 Appendix-B TM Appendix-C Photos...16 Appendix-D Report Update Record...17

3 1. General 1.1 Product information Brand Name Page 3 of 17 Ref.No.: LCZP , V1.0 ETI Model Number ##, ##(##=41-50) Indoor or Outdoor Indoor Inseparable SSLLuminaires Type Inseparable SSLLuminaire-Shop Light Rated Input VAC, 50/60Hz Rated Power 20W Rated Initial Light Output 1800lm Nominal CCT 4000K LED Package,Array or Module Model: SPMWH1228xxxxxxxxx, manufactured by SAMSUNG ELECTRONICS CO LED LM-80 Test Information Please refer toappendixa-1 for detail information. Driver Information LED driver Dimming Information Dimmable Luminaire Features Continuously Dimmable ConnectedLuminaire or not Not Note Sample Received Record: Date Model Numbers Sample Code of lab. 2017/05/ ##(##=41-50)

4 1.3 Reference standards or methods Page 4 of 17 Ref.No.: LCZP , V1.0 The followingstandards are partly or totally used or referenced fortest and report. No. Name ANSI/NEMA/ANSLG Specifications for the Chromaticity of SolidStateLighting Products C ANSI/ANSLG C Specifications for Bases (Caps) for Electric Lamps ANSI/ANSLG C Lamp holders for Electric Lamps ANSI C Harmonic Emission Limits Related Power Quality Requirements for Lighting Equipment ANSI/IEEE C IEEE Guideon the Surge Environment in Low-Voltage (1000V and Less)AC Power Circuits ANSI/IEEE C IEEE Recommended Practiceon Characterization of Surges in Low-Voltage (1000V and Less)AC Power Circuits ANSI/UL Standard for Safety of Portable Electric Luminaires ANSI/UL Standard for Safety of Class 2Power Units ANSI/UL Standard for Safety of Track Lighting Systems ANSI/UL Standard for Safety of Luminaires ANSI/UL 1598C Light-Emitting Diode (LED) Retrofit Luminaire Conversion Kits ANSI/UL Self-Ballasted Lamps and LampAdapters ANSI/UL Standard for Low-Voltage Lighting Systems ANSI/UL Standard for Light Emitting Diode (LED) Equipment for Use in Lighting Products ASTM E Standard Test Method for Determining Rate ofair Leakage Through Exterior Windows, CurtainWalls, and Doors Under Specified Pressure DifferencesAcross the Specimen CIE Pub. No Method of Measuring and Specifying Color Rendering of Light Sources CIE Pub. No. 15:2004 Colorimetry EU Directive 2002/95/EC Directive 2002/95/EC of the European Parliament and of the Council of 27 January 2003 on the Restriction of the Use of Certain Hazardous Substances In Electrical and Electronic Equipment FCC CFRTitle 47 Part15 Radio Frequency Devices FCC CFRTitle 47 Part18 Industrial, Scientific, and MedicalEquipment IEC (2012) Lamp Caps and HoldersTogether with Gauges for the Control ofinterchangeability and Safety Part 1: Lamp Caps IEC ED.2.0 B:2011 Household electrical appliances - Measurement ofstandbypower IEC Ed. 1.0 Electrotechnical Products - Determination Of Levels Of Six Regulated Substances (lead, mercury, cadmium, hexavalent chromium, polybrominated biphenyls, polybrominateddiphenyl ethers) IEEEPAR1789 IEEE Recommending Practices for Modulating Current in High BrightnessLEDs for Mitigating Health Risks to Viewers IES LM Method for Spectroradiometric Measurement Methods for Light Sources IES LM Electrical and Photometric Measurements of Solid-State Lighting Products IES LM Measuring Lumen Maintenance of LED Light Sources

5 IES LM IES LM IES RP IES TM IESTM NEMA LSD Page 5 of 17 Ref.No.: LCZP , V1.0 IESApproved Methodfor thecharacterization of LED LightEnginesandIntegrated LED Lampsfor Electrical and Photometric PropertiesasaFunctionofTemperature Measuring Luminous Flux and Color Maintenance of LED Lamps, Light Engines, and Luminaires Nomenclatureand Definitionsfor IlluminatingEngineering Projecting Long Term Lumen Maintenance of LED Sources Projecting Long-Term Luminous FluxMaintenance ofled Lamps and Luminaries Recommendations for Solid State Lighting Sub-Assembly Interfaces for Luminaires NEMA SSL 7A-2013 Phase Cut Dimming for Solid State Lighting: Basic Compatibility ENERGY STAR ENERGY STAR Program Requirements for Lamps and Luminaires Start TimeTest Method (September 2015) 1.4 Equipment list All the equipment for the measurements were calibrated by ISO accredited laboratory or traceable to National Institute of Metrology (NIM) or National Institute of Standards and Technology (NIST), below are equipment list. Instrument ID Model name Cal. date Next cal. Date AC power supply LC-I-923 CHP AC power supply LC-I-987 APW-120N AC power supply LC-I-988 APW-120N AC power supply LC-I-989 APW-120N DC Power Source LC-I-947 IT AC Power Source LC-I-948 AFW-215A Before used Before used AC Power Source LC-I-950 AFW-215A Before used Before used Power analyzer LC-I-928 WT Power analyzer LC-I-954 WT Power analyzer LC-I-977 WT Digital caliper LC-I-973 (0~200)mm Photometric colorimetric electric system (2 meter sphere) LC-I-900 SPR3000 Before used Before used Standard lamp LC-PL-I V100W Luminous Flux Standard Lamp LC-PL-I V/200W Timer LC-I DH48S-S Timer LC-I DH48S-S Life test system LC-I-930 LCTECH-1 Before used Before used Temperature chamber LC-I-920 DY Goniophotometer(with mirror) LC-I-902 GMS Digital oscilloscope LC-I-919 TDS Sound level meter LC-I-951 AWA Anechoic room LC-I-952 TNX Steel tape LC-I-992 (0-5)m Wireless temperature transmitter Wireless temperature transmitter LC-I-978 DWRF-B LC-I-979 DWRF-B Wireless temperature LC-I-980 DWRF-B

6 transmitter Wireless temperature transmitter Wireless temperature transmitter Wireless temperature transmitter Page 6 of 17 Ref.No.: LCZP , V1.0 LC-I-981 DWRF-B LC-I-982 DWRF-B LC-I-983 DWRF-B Surge CDN LC-I-832 SGN-5010G Surge Tester LC-I-831 SGZ-6012G J thermocouple LC-I-096 TT-J-30-SLE(200m /r) Data acquisition/switch unit LC-I A

7 2. Test conducted and method 2.1 Test conducted Page 7 of 17 Ref.No.: LCZP , V Light Output, Efficacy, and color quantities The sample was first used to color and photometric quantities measurements by spectroradiometer with 2 meters integrated sphere (4 )and power analyzer The sample was tested without seasoning according to LM-79. Before measurements were taken, the sample was operated for about 2hours to reach stabilization and temperature equilibrium. Stabilization in which the variation (maximum -minimum) of atleast 3readings of the light outputand electricalpower over aperiod of 30min, taken15minutes apart, is less than 0.5%. The ambient temperature in the whole test process was kept in 25 1 C, and the sample was in its designated orientation for all the measurements as LM-79 requirement ISTM and TM The LED module used in the luminaire was tested in accordance with ANSI/UL 1598(Section 19.7, ), ANSI/UL 1574 Section 54 oransi/ul 153(Sections A) and LM Thermocouples were in contact with the TMP LED location described in LM-80 test report. In order to gain the maximum temperature, if appropriate, more than one thermocouple may use The sample was tested in the housing as provided by customer which was the designated application, and the housingwiththesamplewasmountedaccordingto the standard requirement The sample was operated for 7.5 hours to obtain constant temperatures, an Agilent data logger was used for data recording The ambient temperature was kept in25 5 C, andfinalmeasured values were normalized to an ambient of 25 C.The sample was inits designated orientation Start Time Test The luminaire was not seasoned beforetest. Start timewas measured by digital oscilloscope and photometer Connect oscilloscope probe to measure the input voltage to the luminaire, and light output Set trigger level at 10V to trigger off the input voltage signal Set the power supply to rated voltage and frequency of the device (Normal 120V/60Hz applied). If arange is specified, test sample at the midpoint of the range Record the input voltage, light output waveform, and starting time based on 98% of initial plateau of light output onwhichthestartingtimewas based The ambient temperature in the whole test process was kept in 25 1 C, and in its designated orientation Transient ProtectionTest The line transient was consisting of seven strikes of a100 khz ring wave, 2.5 kv level, for both common mode and differential mode. Here is the 100 khz RingWave Graph:

8 Page 8 of 17 Ref.No.: LCZP , V The ambient temperature was kept in 25 5 C, and the sample was in its designated orientation Standby power consumption test The tests shall be carried out in aroom that has an air speed close to the product under test of 0.5 m/s. The ambient temperature shall be maintained at 23 C 5 C throughout the test For input powers less than or equal to 1W, stability is established when alinear regression through all power reading for the second two thirds of the total period has aslope of less than 10 mw/h. for input powers of more than 1W, stability is established when a linear regression throughall power readings for the second two thirds of the total period has a slope of less than is 1 % of the measured input power per hour Operating Frequency Operating frequencywas measuredbyoscilloscopeand photodetector whichcan capture the light output with an interval less than 50 microseconds (Sample rating no less than 20 KHz). The actual used oscilloscope has a sample rating of 1GS/s An image of the relative photometric waveform which contains more than 8 cycles was recorded The lightoutput dataof no less than 1secondwere captured and recorded too Frequency was calculated based the light output data captured The ambient temperaturewaskeptin25 1 C, and the samplewas in itsdesignatedorientation Thermal Performance Test The LED driver used in the luminaire were tested in accordance with ANSI/UL 1598(Section 19.7, ), ANSI/UL 1574 Section 54 oransi/ul 153(Sections A) Thermocouples were in contact with the TMP C location of LED driver as designated by manufacturer The sample was tested in the housing as provided by customer which was the designated application, and the housingwiththesamplewasmountedaccordingto the standard requirement The sample was operated for 7.5 hours to obtain constant temperatures, an Agilent data logger was used for data recording The ambient temperature was kept in25 5 C, andfinalmeasured values were normalized to an ambient of

9 Page 9 of 17 Ref.No.: LCZP , V C.The sample was inits designated orientation Dimming Test (only for luminaires marked as dimmable) Set and apply 120V-60HzAC power to the device Adjust the dimmer to the maximum and minimum light output with recommended dimmer, measure the light output by a2 meters integrated sphere (4 ). The lowest light output level was recommended by customer The sample was connected to adimmer recommended by customer and operated in center of an anechoic room with abackgroundnoiselower than15 dba.the microphonewas located at place lessthan1meter at theminimum output; maximum value was used as the test result During the whole tests, ambient temperature was kept in 25 1 C, and the sample was in its designated orientation.

10 3. Test Result Summary Page 10 of 17 Ref.No.: LCZP , V1.0 Item Result Requirement Power Measured: W Reported: 20 W None Luminaire Efficacy (initial) Measured: lm/w Reported: 90 lm/w 70 lm/w Luminaire Light Output (initial) Correlated color temperature Color Rendering Index Measured: lm Reported: 1800 lm Measured: 4021 K fallswithinthe4000k 7-step chromaticity quadrangles Ra: 90.6 R9: lumens Luminaire shall have oneof correlated colortemperatures 2700 K, 3000 K, 3500 K, 4000K, and 5000 K. The luminaire shall fall within the corresponding 7-step chromaticityquadrangles as defined inansi/nema/anslg C Ra 80 R9 0 Projected Life _TM-21 Method In situ TMP LED : 48.0 C Current on each LED: 120 ma Projected L 70 Life:>54000 LM-80 with TM-21 method: L 70 lumen maintenance life shall meet the follow: L70(6k) 25,000 hours for indoor ( hours) Color Maintenance Gained from LM-80 report, refer to Appendix A for LM-80 report summary. Start time 256 ms Power factor Transient Passed protection Standby Power Consumption 0.0 W LM-80 method: Luminaire change in chromaticity coordinates from 0-hour measurement, at any measurement point during operation, shall be a total linear distance of on the CIE 1976 u v diagram Non-Connected Luminaires: 750ms Connected Luminaires: 1000 ms Total input power 5 watts: PF 0.5 Total input power >5 watts: PF 0.7 Luminairesshallsurvive 7strikes of a 100kHz ring wave, 2.5 kv levelfor bothcommon model and different mode Luminaires without sensors: 0.0W Luminaires with sensors/or connected luminaires: 0.5W

11 Operating Frequency Maximum Ballast or Driver Case Temperature Dimming Requirements Connected Functionality (Option) Light Source Shipment Page11 of 17 Ref.No.: LCZP , V Hz. Minimum: 9.259kHz Dimming operation shall meet the requirement at all light output levels Measured temperature at the TMP C shall be less than or 51.2 C equal to the manufacturer recommended temperature 100 C. Dimming Range: Measured dimmingfrom All luminairesmarked as dimmable. 100% to 9.9% The luminaire and itscomponentsshallprovide continuous Reported dimming from dimming from 100% to 20% of light output. 100% to 10% Noise: All luminairesmarked as dimmable. 20.1dBA 24dBA at 1meter or less at the minimum output N/A Exemption fornon-connected functionality products Light Sourceshipped with the Complete light source components shall be provided with luminaires theluminaire or retrofit kit.

12 4. Test Data 4.1 Initial Photometric and Electrical Data Page 12 of 17 Ref.No.: LCZP , V1.0 Voltage Current Power Light output Luminaire efficacy Power factor (V) (A) (W) (lm) (lm/w) Chromaticity Chromaticity CCT Ra R9 Duv (x) (y) (K) ANSI Chromaticity Quadrangles Diagram

13 4.2 In-situ TMP LED and TMP c Page 13 of 17 Ref.No.: LCZP , V1.0 TMP LED( ) TMP C(driver temperature) ( ) LED Numbers: 60 Units Thermocouple contact photograph (TMP LED): Thermocouple contact photograph (TMP c):

14 4.3 Other Test Data Test Item Page 14 of 17 Ref.No.: LCZP , V1.0 Test Result Start time 256 ms Frequency (Minimum) 9.259kHz Standby power 0.0 W Transient protection Passed Dimming Dimming Range Maximum light output Minimum light output Diming range Dimming from 100% lm lm to 9.9% Noise: 20.1 dba Note: Test Dimmer model number: Lutron NFTV

15 Appendix-A LM-80 Report information Page 15 of 17 Ref.No.: LCZP , V1.0 Report originated by BayArea Compliance Laboratories Corp. (Dongguan). Manufactured by Samsung Electronics Co., LTD. LM-80 report No. RSZ LED Model SPMWH1228xxxxxxxxx LED Part Number SPMWH1228FD5WAW0xx Number of LED light source tested 25 units per case temperature Drive Current 120mA Case temperature lumen maintenance during 9000 hours test 98.82% 98.17% 97.66% Color maintenance( u v ) during 9000 hours test Appendix-B TM-21 TM-21 Inputs Instructions Yellow fields are completed by the user. Fields not used should be left blank. Cyan fields are calculated based on user entries. First, enter a description of the LED light source tested. Then complete the fields labeled "LM-80 Testing Details". Test durationmust be at least 6,000 hours. If only one case temperature data set is to be used (no interpolation), complete only "Tested case temperature1". For only two case temperaturedata sets, complete 1 and 2. Next, further to the right, in the corresponding box(es) for each tested case temperature, enter the test data along with the time (inhours) at which eachmeasurement was taken. Data entered must be normalized then averaged measured data (per TM-21 sections and 5.2.2). If case temperatures havedifferent test durations, enter data up to the lowest of the test durations for all of the case temperatures. Enter drive current, in-situ temperature data and the percentage of initial lumens to project to in the fields labeled " In-Situ Inputs". Results can be tailored to estimate lumen maintenance at a specific time by entering a value (t) in the yellow field. A complete TM-21 report will appear on the next tab labeled "Report". Descriptionof LED Light Source Tested (manufacturer, model, catalog number) Model: SPMWH1228xxxxxxxxx, SamsungElectronics Co., LTD. Time (hours) Lumen Maintenance (%) Time (hours) LumenMaintenance (%) Time (hours) Lumen Maintenance (%) % % % % % % % % % % % % % % % LM-80 Testing Details % % % Total number of units tested per case temperature: % % % Number of failures: % % % Number of unitsmeasured: % % % Test duration (hours): % % % Tested drivecurrent (ma): 120 Tested case temperature1 (T c, C): 55 Tested case temperature2 (T c, C): 85 Tested case temperature3 (T c, C): 105 In-Situ Inputs Drive current for each LED package/array/module (ma): 120 In-situ case temperature (T c, C): 48 Percentage of initial lumens to project to (e.g. for L 70, enter 70): Results Time (t) at which to estimate lumen maintenance (hours): 6,000 Lumen maintenance at time (t) (%): 99.29% Reported L70 (hours): > LM-80 Test Inputs Test Data for 55 C Case Temperature Test Data for 85 C Case Temperature Test Data for 105 C Case Temperature

16 Appendix-C Photos Page 16 of 17 Ref.No.: LCZP , V1.0 Representative Model Top View: Representative Model Back View:

17 Appendix-D Report Update Record Report Version Update Time Update content V /06/17 Initial report. Page 17 of 17 Ref.No.: LCZP , V1.0 ****End of test report****