LM-79 Test Report. GE Infusion M1000/830/W/N. Electrical and Photometric tests as required by IESNA LM-79 test standard

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1 specifics: Luminaire Used: SRTGLEDGI SRTGLEDGI 15W 30K WD E1 GES66 15W 30KRated Voltage: Watts 15 watt Driver Type: Roal Strato GE RSLD035-7A Infusion M1000/83 Rated CCT: Orientation VBU GE Infusion M1000/830/W/N Rated Voltage 120V AC New Test Requester Product: Nathaniel 1Speece-Moyer Orientation: Beam Angle 60 degree Requester: Sample Size 1 Nathaniel Speece-MoyCurrent burn Center time: Beam N/A Sample Date of Tests Size: 4/27/12 4/27/12 CCT 3000 K Date Current of Burn Tests: Time 0 hr 1000 Lumens Rated Lumens 1000 Lumens Test Purpose: Electrical and Photometric tests as required by IESNA LM-79 test standard Standards used: IESNA LM Practical Guide to Colorimetry of Light Sources IESNA LM Photometric testing of reflector type lamps IESNA LM Spectroradiometric Measurements IESNA LM Approved method for the Electrical and Photometric Measurements of Solid-State Lighting Products CIE Pub Method of measuring and Specifying Color Rendering of Light Sources CIE Pub Method of measuring and Specifying Color Rendering of Light Sources ANSI C Ballast for Fluorescent s-methods for Measurement ANSI C Harmonic Emission Limits- Related Power Quality Requirements for Lighting Equipment Disclaimers: This report must not be used by the customer to claim product certification, approval or endorsement by NVLAP, NIST or any agency of the federal government. In addition to NVLAP LM-79 certification, the laboratory that conducted the testing detailed in this report had been Qualified, Verified, and Recognized for LM-79 Testing for ENERGY STAR for SSL by US DOE's CALiPER program. Measurements performed by one or more of the following authorized operators: Report was checked and issued by Mihaly Kotrebai Ph.D. Senior Scientist Mike Wise, Bob Schall, Jeff Demirjian, Chuck Smienski, Janette Taylor, Dan Percival, Sara Krosschell mihaly.kotrebai@ge.com Report prepared by: Rebecca Ackerman phone: Page 1 of 9

2 Instrumentation Goniometry instrumentation: LSI High Speed Moving Mirror goniophotometer 25 Test distance Yokogawa 2010 Digital power meter or equivalent California Instrument Model 4500 AC power source Calibrated mercury thermometer Lambda Gen W DC power source Keithley Digital multimeter Calibrated Shunt resistor NIST 300W A-line luminous Flux and Spectral Flux Standard omni-directional source (NIST certificate #: 844/ ) Sphere Spectroradiometry instrumentation: OL 770 Spectroradiometer, 50 micron slit, FWHM = 2nm Yokogawa 2010 Digital power meter or equivalent Pacific AT series AC power source or equivalent Calibrated mercury thermometer Sorensen DLM DC power source Agilent Data Acquisition unit Calibrated Shunt resistor meter sphere with high reflectance coating NIST 300W A-line luminous Flux and Spectral Flux Standard omni-directional source (NIST certificate #: 844/ /2) Test objective: Goniometric measurement: Measure distribution photometry and input electrical parameters and report candela distribution, calculated lumen output, voltage (V), current (A) and power (W) Sphere spectroradiometric measurement: Measure sphere photometry and input electrical parameters and report the total flux output (lumens), Correlated Color Temperature (CCT), Color Rendering Index (CRI), Chromaticity Coordinates (x,y), Spectral Power Distribution (SPD), voltage (V), current (A) and power (W) Page 2 of 9

3 Test Procedures and conditions: Goniometry: Electrical conditions and physical orientation were set as required by the lamp manufacturer or the customer Ambient temperature was controlled at 25+/-1 degree Celsius and measured at the approximate height of the sample mounted on the Goniometer equipment Calibration was based on National Institute of Standards and Technology certified total luminous flux standard and maintained by a set of incandescent reflector working standard laps s were stabilized per LM-79 requirements LSI type C High Speed Mirror Goniometer was used to measure intensity (candela) at each angle of distribution Burn time during testing for each lamp: 1.15 Hours Stabilization time during testing for each lamp: 1.15 Hours Sphere Spectroradiometry: Electrical conditions and physical orientation were set as required by the lamp manufacturer or the customer Ambient temperature was controlled at 25+/-1 degree Celsius and measured inside of the sphere, shielded from direct radiation of the lamp Calibration was based on National Institute of Standards and Technology certified total spectral flux standard and maintained by a set of incandescent working standard lamps. s were stabilized per LM-79 requirements Optronic 770 Spectroradiometer attached to a 1.5 or 2 meter sphere painted with high reflectance paint was used to measure correlated color temperature, chromaticity coordinated, color rendering index, total luminous flux, and spectral power distribution. Sphere measurement was set up in 4π geometry and used continuous self-absorption correction. Burn time during testing for each lamp: 1.15 Hours Stabilization time during testing for each lamp: 1.15 Hours Spatial correction factor applied to lamp measurement: 1 Page 3 of 9

4 Average Sphere Spectroradiometry Test Data: Volts Current Watts Power Factor Lumens LPW CCX CCY u' v' Duv CCT CRI Spectral Power Distribution Watts/nm nm nm Watts/nm nm Watts/nm nm Watts/nm nm Watts/nm nm Watts/nm Page 4 of 9

5 CIE 1931 x,y Chromaticity Diagram Planckian Locus Test lamp Illuminant A D K 3000 K K K 2000 K 1000 K Individual R values for CRI calculation R R R R R R R R R R R R R R CRI = Average of R1-R Page 5 of 9

6 Average Goniometry Test Data: Beam Angle Color Volts Amps Watts Power Factor Half Full Distribution Candela Angle Angle u'v' Total Downlight Lumens: Max Total Uplight Lumens: % of Max Total Lumens: % of Max Total Lumens/Watt: 52.3 Polar Plot: Average All 0/ /270 10% Angle % Angle 480 Candela , Page 6 of 9

7 Cartesian Plot: LM-79 Test Report Candela Average 0/180 AVE 90/270 AVE Angle Cone Diagram: to surface angle LAMP 0 Degrees Nominal beam angle degrees = 55.9 LUX at Point Distance Circle 4157 From lamp Diameter (Meters) Meters Meters Meters Meters Meters Meters Meters Meters Meters Meters Diameter (Meters) Page 7 of 9

8 Candela Distribution Angle Average cd 0/180 Average 90/270 Average Zonal Lumens Cumulative Lumens % Total % % % % % % % % % % % % % % % % % % % % % % % % % % % % % % % % % % % % % Page 8 of 9

9 Individual Data - Sphere: Luminous File Input Voltage Current Power Flux LPW CCX CCY CCT CRI Duv R9 Power Factor 12E A M3.spd Individual Data - Goniometer: Total File Volts Amps Watts Lumens Max cd E* delta u'v' PTLED12E A001.ies Page 9 of 9