IES LM Test Report - CSA Group · 2018. 11. 18. · IES LM 79‐08 Test Report Test results reported for: 1 January 2012 LED Lamp 001 LEDC001‐010 WG This report may not be reproduced

Orb Optronix report:

Original issue date:

IES LM 79‐08 Test Report

Test results reported for:

1 January 2012

LED Lamp 001

LEDC001‐010 WG

This report may not be reproduced except in full without permission of Orb Optronix.

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Orb Optronix1003 7th Ave., Kirkland, WA 98033

425‐605‐8500 www.OrbOptronix .com

Prepared for: Testing performed by:LED ABC, Inc. Orb Optronix Memorial Highway 1003 7th Ave.

Kirkland, WA 98033Bothell, WA 98011 425‐605‐8500

Attn: Mike Michaels [email protected](123) 456‐7890

Test report prepared by: Test report approved by:

Aaron MillerLaboratory Manager, Test and Measurement Services

David RushDirector, Test and Measurement Services


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IES LM79‐09 Test ReportOrb Optronix Report: LEDC001‐010‐WG

Issue Date: 120101Part Number:P38‐400‐3500

Lamp as received Lamp as tested

1.0 Description of test sample

Orb test sample identificaton: LEDC001‐01 Manufacturer specifications:Manufacturer: LED ABC Voltage (V): 120Model number:

P38‐400‐3500Test Current (mA): ‐AA100‐222

Part Number: Wattage (W): 20Description: LED PAR38 Frequency (Hz): 60

Dimmable: yes

Lamp is measured in a type C goniometer coordinate system (reference IESNA LM‐75). Lamp orientation is base up. Detector is 1000 mm from the lamp housing exit aperature.


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3.0 Measurement coordinates for type‐C spectral‐goniometer

Photometric and electrical testing in accordance with IES LM 79‐08 IES Approved Method for the Electrical and Photometric Measurements of Solid‐State Lighting Products. All measuremets are made using the goniometer ‐ spectroradiometer test method.

1. Data is reported for the 360nm to 800nm spectral range with a 1 nm resolution.

2.0 Scope of testing

2.1 Test protocol and data reduction


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Test Conditions

Test Date: Theta Minimum: ± 0.10°Method: Theta Maximum: ± 0.10°

x‐axis Alignment: Theta Step Size: ± 0.10°y‐axis Alignment: Phi Minimum: ± 0.10°z‐axis Alignment: 1 ± 0.001 m Phi Maximum: ± 0.10°

Phi Step Size: ± 0.10°

Optical Measurements

Total Integrated Luminous Flux (lm): Chromaticity CoordinatesLuminous Efficacy (lm/W): Cx:

Correlated Color Temperature ‐ CCT (K): Cy:Color Rendering Index ‐ CRI, Ra: u:

R9: v:Color Purity (%): u':

Dominant Wavelength(nm): v':Total Integrated Radiometric Flux (W): Duv:

Peak Wavelength (nm): Δu'v':

Electrical Measurements

Active Power(W): Average Voltage(V): *Apparent Power (W): Average Current (A):

Power Factor: Frequency (Hz):* Set point

Thermal Measurements

Ambient Temperature (°C):Ambient Humidity (%RH):Sample Temperature (°C):

0.0024

4.0 Results ‐ Integrating Sphere Measurements

1‐Jan‐11

0.0 ± 0.001 m

0.090.02.5

3833 0.3800

0.0337.522.5

0.387948.100954.069

0.0 ± 0.001 m

0.228719 0.3360‐ 0.2287

56.7

goniometer‐spectroradiometer

25.758 0.21450.77 60.0

25.124.0

580.0 0.50413.115 ‐0.0005605.5

19.835 120.063

85.3


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5.0 Charts

0

0.01

0.02

0.03

0.04

0.05

0.06

0.07

360 410 460 510 560 610 660 710 760

Spectral Irradian

ce (W

/m2 *nm

)

Wavelength (nm)

Spectral Irradiance (θ=0, Φ=0)

40Spectral Illuminance (θ=0, Φ=0)


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0

0.01

0.02

0.03

0.04

0.05

0.06

0.07

360 410 460 510 560 610 660 710 760

Spectral Irradian

ce (W

/m2 *nm

)

Wavelength (nm)

Spectral Irradiance (θ=0, Φ=0)

0

5

10

15

20

25

30

35

40

360 410 460 510 560 610 660 710 760

Spectral Illuminan

ce (lm/m

2 /nm

)

Wavelength (nm)

Spectral Illuminance (θ=0, Φ=0)


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6.0 Candela Plots

4000Luminous Intensity (cd) vs Angle (θ)*2


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0

500

1000

1500

2000

2500

3000

3500

4000

0 10 20 30 40 50 60 70 80 90 100

Luminou

s inten

sity (cd)

θ (degrees)

Luminous Intensity (cd) vs Angle (θ)*2

22.54567.590112.5135157.5180202.5225022.545


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24.37.7

265.3332.2136.962.945.8

27.8%34.8%14.4%6.6%4.8%

8.0 Illuminance Plots

4.4%3.9%2.5%0.8%

50‐6060‐7070‐8080‐90

42.136.8

0‐104120220‐3030‐4040‐50

734.5797.3885.268.8954

77.00%83.60%92.80%7.20%100.00%

0‐300‐400‐6060‐900‐90

7.0 Zonal Lumen Summary

Zone Lumens % Lamp % TotalZonal Lumen Summary Lumens Per Zone

Zone Lumens


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9.0 Chromaticity Diagram

CIE1931 Chromaticity Diagram

Plankian

Average

Center


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CIE1931 Chromaticity Diagram

Plankian

Average

Center


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Description of Lamp Standard

Test Instrumentation

11.0 Additional Information

16‐Feb‐12Power Supply ‐ Kikusui PCR500M RB002844 13‐Aug‐12Digital Power Meter Yokogawa WT210 91L122464

25‐Jan‐122‐Axis Type C Goniometer ‐ Orb Optronix CA‐10281‐000 ‐ at useSpectroradiometer ‐ Orb Optronix SP‐75 2011433

Item Description /use Manufacturer Model Serial#

1/3/2011Calibration DateReport/File Number

NIST 1000W standard lampDescription

10.0 Equipment and Reference Standard

Lamp standard type Operating

voltage (VDC)Operating current

(A) Watts (W) Illuminance (lux) Calibration date0006389‐01

Calibration reference04/05/2011

END OF REPORT

1 s/n F‐626

Lamp Calibration Chain: Irradiance measurements are traceable to NIST through a 2nd generation lamp of known Irradiance maintained at Orb Optronix. The calibration chain is given below.

Generation Standard

Tungsten Halogen 115 8.00 1000 8364.0

Calibration due

NIST# 844/278192‐09


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Documents

IES LM Test Report - CSA Group · 2018. 11. 18. · IES LM 79‐08 Test Report Test results reported for: 1 January 2012 LED Lamp 001 LEDC001‐010 WG This report may not be reproduced