1 14 Report No. - Ledverlichting Lammers...Total Luminous Flux（lm） 11897 12305 Total Radiant...

1 / 14 Report No.: FLOODLIGHT14.0513.01

Test Report IES LM-79-08/Rev.00:2014-05

TEST REPORT

IES LM-79-08

Electrical and Photometric Measurements of Solid-State Lighting Products

Report reference No……..……..……..…….….: FLOODLIGHT14.0513.01

Date of issue …..……..………....…....…..……..: 2014-05-13

Project handler…………..……..……........…….: Eric

Testing laboratory…....……..….....……...……: Shanghai Baiyi Lighting Electronic Co., Ltd

Address…………..……..……..……..…….….….…: No.1188,Jiuye Road Qingpu District,201700 Shanghai City China

Testing location……..……..……..…….….….…: Same as above.

Client……………..……..……..……..….........……: BAIYILED Europe B.V.

Client number………..…..…………….…....……: N/A

Address……..……..……..……..……….….……….: Minervum 7113, 4817ZN, Breda , The Netherlands

Contact person…….……..……..……..…….…..: Jack Niu

Standard………………..……..……..……..……….: This test program is based on the following requirements：IES LM-

79-08

TRF originated by…………..……..……...……..: Baiyi Group Product Service

Copyright blank test report……………..……: This test report is based on the content of the standard（see

above）. The test report considered selected clauses of the a.m.

standard(s) and experience gained with product testing. It was

prepared by Shanghai Baiyi Lighting Electronic Co., Ltd.

Baiyi Group takes no responsibility for and will not assume liability for

damages resulting from the reader’s interpretation of the reproduced material

due to its placement and context.

Non-standard test method……….………....:N

National deviations…..……..……..…………..:N

Number of pages(report)…….…….……..…:12

Number of pages (Attachments)..……..…:2

Compiled by……. Eric Approved by……Connie



Test sample…………….…….……………..……..： 1 sample

Type of test object…………..……………….…： Flood Light

Trade mark…………………..…..…….…….….…： BAIYILED

Model and/or type reference……....…….： BY-TGC-120W

Ratting(s)………………….…….…………..…...…：AC100-240V 50/60Hz

Manufacturer………………………………..….…：Same as client.

Manufacturer number…………….……….….：N

Address…………………………….……..….………：Same as client.

Order description……………..…………..…….： Complete test according to TRF

Partial test according to manufacturer’s specifications

Preliminary test

Spot check

Other

Date of order……………………………….….….： 2014-05-12

Date of receipt of test item….……..………： 2014-05-13

Date of performance of test……..…………： 2014-05-12 to 2014-05-13

Test item particulars(declared)：

Lamp type Bare lamp

Covered lamp, no reflector

Lamp with reflector

other: LED FLOODLIGHT

Lamp cap installed： N

Rated Voltage：AC100-240V, 50/60Hz

Rated Power：120W

Rated Power Factor： N

Rated Luminous Flux：10800lm

Rated CCT：4000K

Rated CRI： N

Attachments：

1. Test Equipment List

2. Uniform Reporting Template



General remarks

“（see remarks#）”refers to a remark appended to the report.

（see appended table）refers to a table appended to the report

Throughout this report a point is used as the decimal separator

The test results presented in this report relate only to the object tested.

This report shall not be reproduced except in full without the written approval of the testing laboratory.

Measurement uncertainty budgets have been determined for applicable test methods and are available

The report must not be used by the client to claim product certification.

Summary of testing:

Model Luminous Efficacy

（lm/w）

Luminous Flux

（lm）

Input Power

（w） Power Factor

BY-TGC-120W 105.39 12305 116.76 0.9920

Model CCT（K） CRI ISTMT

(In-Situ Temp Test)(℃)

Stabilization Times

(Light Power)（minutes）

BY-TGC-120W 4119 71.3 -- 5

If additional information is necessary, please provide：

N



Copy of marking plate：

Picture of the product

Picture of In-Situ Temp Test

N

Measurement Point:

N

Characteristic data

（not shown on the marking plate）



N

Purpose of the product

（Description of intended use）

LED Luminairefor generally lighting purpose.

Possible test case verdicts：

-test case does not apply to the test object…………..…......:N(.A.)/not included in the order

-test object does meet the requirement…………………....….: P(ass)

-test object does not meet the requirement………………….: F(ail)

Possible suffixes to the Verdicts：

-suffix for detailed information for the client……………….…: C(omment)

-suffix for important information for factory inspection…: M(anufacturing)



IES LM-79-08 Clause Requirement-test Measuring result-Remark Verdict

2.0 Ambient Conditions P

2.1 General P

2.2 Air Temperature P

2.3 Thermal Condition for Mounting SSL Products P

2.4 Air Movement P

3.0 Power Supply Characteristics P

3.1 Waveshape of AC power supply P

3.2 Voltage regulation P

4.0 Seasoning of SSL Product N

No seasoning of SSL Product P

5.0 Stabilization of SSL Product P

SSL product has sufficiently stabilized before measurement

P

6.0 Operation Orientation P

SSL product shall be stabilized and measured in intended operating orientation

As normal working P

7.0 Electrical Settings P

SSL product shall be operated at rated voltage P

SSL product with dimming capability are tested at maximum input power condition

N

SSL product with different modes are measured in all relevant modes

N

8.0 Electrical Instrumentations P

8.1 Circuits P

8.2 Uncertainties N

9.0 Test methods for Luminous Flux measurement P

9.1 Integrating sphere with a spectroradiometer（sphere- spectroradiometer system）

P

9.2 Integrating sphere with a photometer head （sphere-photometer system）

N

9.3 Goniophotometer P

10.0 Luminous intensity Distribution P

Reporting acc.to IEC LM-63 P

11.0 Luminous Efficacy P

Calculation See table 1 P

12.0 Test Methods for Color Characteristics of SSL Products P

Measurements See table 1 P

13.0 Uncertainty statement N



Table1 Test data

Model BY-TGC-120W

Rated Voltage(V): AC220V 50/60Hz Rated Power(W) 120

Rated Luminous Flux (lm): 10800 Ambient temperatuere25±1(℃) 25.0

Test item Measured Value

Integrating sphere Goniophotometer

Key Photometric Results

Luminous Efficacy（lm/w） 97.64 105.39

Total Luminous Flux（lm） 11897 12305

Total Radiant Flux（W） -- --

Correlated Color Temperature（CCT:K） 4119 --

Color Rendering Index（CRI） 71.3 --

Chromaticity（Chroma x/Chroma y） 0.3740/0.3682 --

Chromaticity（Chroma u/Chroma v） / --

Chromaticity（Chroma u’/Chroma v’） 0.2243/0.4968 --

DuvValue -- --

Color Angular Uniformity(Max.du’v’) -- --

Stabilization Time（Light and Power） 5 10

Total Run Time-Integrating Sphere（Minutes） 10 --

Total Run Time- Goniophotometer（Minutes） -- 40

Spacing Criteria（C/y） N C=10°/γ=5°

Electrical Input Results

Input Power（w） 121.85 116.76

Input Voltage（V AC） 219.9 220.0

Input Current（Amps） 0.5603 0.5350

Frequency（Hz） 50 50

Power Factor 0.9890 0.9920

A-THD(Current-Total Harmonic Distortion) -- --

Additional Information

Ambient Temperature（℃） 25.0 25.0

ISTMT(In-Situ Temperature Measurement) --

Photometric measurement condition -- --

Supplementary Information：

---Absorption Correction used: Yes

---Stabilization was considered reached by：the variation (maximum-minimum) of at least 3 readings of the light output and electrical power over a period of 30 minutes is less than 0.5%.



Table 2 Spectral Flux Graph

Model BY-TGC-120W

The following graph shows the spectral response curve of the radiant flux for the sample:

Spectral response of the Radiant Flux

（350nm to 1000nm----calibrated range of the Spectroradiometer）

Wavelength



Table 3 Chromaticity Diagram

Model BY-TGC-120W

Tristimulus values（from Table 1）

0.3740/0.3682

Location is indicated by：The solid point



Table 4 Luminous Intensity distribution diagram

Model BY-TGC-120W

Luminous Intensity distribution diagram（Unit：cd）



Table 5 Planar Illuminance Curve

Model BY-TGC-120W

Planar Illuminance Curve（Unit：lx）



Table 6 Zonal flux diagram

Model BY-TGC-120W

--



Attachment 1：Equipment

Equipment ID NO. Model Brand/Manufacturer Calibration due date

Digital Power Meter PF10200101710 PF1020 WEIBO 2014-7-30

Spectral Flux Lamp

Measurement System ZWL50000606012 ZWJ-900 ZHONGWEI 2014-7-30

Temperature and

Humidity Meter 2010042489 HTC-1 YUANHENGTONG 2014-7-30

Digital Power Meter PF10200101815 PF1020 WEIBO 2014-7-30

AC Power Source 21726 HY9001 HUAYANG 2014-10-30

Temperature and

Humidity Meter 2010042492 HTC-1 YUANHENGTONG 2014-7-30

Goniophotometer

System 201006 GO-2000 EVERFINE 2014-10-30

Standard Luminous

Intensity Lamp ZWGD2013072302 24V/100W OSRAM 2014-7-22

Calibrated standard

lamp 1003019 28V/10/500cd EVERFINE 2014-7-22



Attachment 2

Shanghai Baiyi Lighting Electronic Co., Ltd Lighting Facts LM-79-08 Reporting Template

Laboratory Information

Name of test lab Shanghai Baiyi Lighting Lab

Date of test report 2014-05-13

Test report number FLOOD LIGHT14.0513.01

Laboratory contact name Eric

*By signing this form, the signatory is attesting that the information on the form is correct and the same as on the original,

complete test report(s).

The signatory also attests that all of the results on this form were measured entirely in accordance with IES LM-79-08.

Product Information

Manufacturer Shanghai Baiyi Lighting Electronic Co., Ltd.

Brand name BAIYILED

Model BY-TGC-120W

SKU(if available) N

Type of Luminaire（for integral lamps, list base

type and lamp type ） LED Flood Light

Luminaire aperture（downlights） --

Luminaire length 160(mm)

Luminaire width 365(mm)

Number of units（modular products） 1pc

Electrical Measurements integrating sphere output Goniophotometer output

W

A

V

W

Photometric Characteristics

LM

LM/W

Luminous Intensity Distribution Goniophotometer output

Cd

°

%

%

%

%

END OF TEST REPORT

Input wattage 121.85 116.76

Input current 0.5603 0.5350

Input voltage（AC） 219.9 220.0

Power factor 0.9890 0.9920

Off-state power -- --

Total initial lumen output 11897 12305

Initial Luminaire efficacy 97.64 105.39

Correlated color temperature /CCT(K) 4119

Color rendering index/CRI 71.3

R9 value --

Duv --

Center beam candlepower（if applicable）

--

5225.8

Beam angle （if applicable） 74.5

Zonal lumens in the 0°-60°zone --




1 14 Report No. - Ledverlichting Lammers...Total Luminous Flux（lm） 11897 12305 Total Radiant...

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