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Report No.: 170915008SX
Test Report
Sample Name: DR G7 ------------
Mode I Name : LED10.5WT8F/36/830-G7DR
LED10.5WT8F/36/850-G7DR
Applicant EiKO Global, LLC
Test Category: Commission Test
I/ 10 SP-LAB-FM-114 A2
Report No.: 170915008SX
Statement
i. Report without "special seal for testing report" or "official seal of testing lab" is
invalid.
ii. Report modified without signature is invalid.
iii. Report without signature of inspector, reviewer, approver is invalid.
iv. Once objection to testing report, it should be within 15 days from the date of
receipt of the report. Once beyond the time limit, there will be not accepted.
v. Laboratory only responsible for test items of the delivered samples
vi. Without permission of the lab, this report shall not be arbitrarily change or part
of the reference. In any form copy, copy of duplicate agreed, it should be recognized by
my lab with special seal for testing. It is invalid without the seal of lab.
Address: No.1288, Jiachuang Road, Xiuzhou District, Jiaxing
Tel: + 86 573 83713333
Fax: + 86 573 83910999
Zip code: 314000
2 I 10 SP-LAB-FM-114 A2
Sample Name
Client
Manufacturer
Deliverer
Application date
Testing Standard
Testing Items
Testing Results
Note
Tested by :
Report No.: 170915008SX
Test Report
Model DRG7
Logo
EiKO Global, LLC Testing category
EiKO Global, LLC Testing site
ChenPeiyu Sample quantity
2017-09-15 Testing date
LED10.5WT8F/36/830-G7DRLED10.5WT8F/36/850-G7DR
Commission Test
Laboratory
2pcs
2017-09-15
0IES-LM-79-08 Electrical and Photometric Measurements of Solid-State Lighting Products DAN SI C78.377-2011 specifications for the chromaticity of solid state lighting products DANS! C78.377-2015 specifications for the chromaticity of solid state lighting products DIEC 62612:2013+Al :2015 Self-ballasted LED-lamps for general lighting services -Performance requirements DOthers
Reviewed by: Approved by:
J't. � 2017.09.1
�� 1, 5 16:35:24 2017.09.1
-t+..A ,r;., 5 17:08:30
2017.09.1
�--A� 5 . I ,,,,.., 17:09:05 D a t e : I +08'00' Date: . I +08°00°
3 I 10
Date: +08'00'
SP-LAB-FM-114 A2
Report No.: 170915008SX
Sample description
Products general description
(1) Rated Voltage (V): 120
(2) Rated Current (A) :
(3) Rated Power (W) : 10.5
( 4) Rated Frequency (Hz) : 60
(5) LampCap: OG5; 0G13; 02G11; 0Fa8; OR17d; OOthers:
(6) Bulb Type: 0straight type; OTSU type (OBigU; O Small U) ;
OSingle ended ( O PL; OPLL) Oother
(7) Lamp Length: 02ft; 03ft; 04ft; 05 ft; 06 ft; 08 ft; Oother
( 8) Lighting Source: 0LED; 0 other
( 9) Supply Type: OBP; 0DR (Ballast 5#21 ) ; ODC power supply;
OExternal power supply; Oother
4 I 10 SP-LAB-FM-114 A2
No.
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Report No.: 170915008SX
T t es 1ng E ,qu1pmen t
Equipment Type/model Serial Due to
oSpectroradiometer HAAS-2000 LB10-004
oDC Power Supply WY12010 LB1 E-005
oSource Meter 2400 LB1 E-055
olntegrating Sphere 0.5m LB10-007
oStandard Lamp(Omni-directional) D062 LB10-030
oSpectroradiometer HAAS-2000 LB10-005
oDC Current Source WY305 LB1 E-017
oPower Meter PF2010A LB1 E-018
oAC Source CF-SOOT LB1 E-016
olntegrating Sphere 1.5m LB10-009
oSpectroradiometer HAAS-2000 LB10-003
oDC Current Source WY605 LB1 E-003
oPower Meter PF2010A LB1 E-007
oAC Source CF-SOOT LB1 E-010
olntegrating Sphere 2.0m-1 LB10-006
oSpectroradiometer PMS-80 LB10-031
0DC Current Source WY305 LB1 E-043 2018-04-09
oPower Meter WT210 LB1 E-042
oAC Source TPS-500B LB1 E-044
olntegrating Sphere 2.0m-2 LB10-033
0 Spectroradiometer HAAS-1200 LB10-032 2018-05-02
oDC Power Supply WY3005 LB1 E-004
@Digital Power Meter WT210 LB1 E-047 2018-07-11
0AC Power supply CF-SOOT LB1 E-048 2018-05-05
@Integrating Sphere 2.0m-3 LB10-034 -
oSpectroradiometer HAAS-2000 LB10-021
o DC Power Supply WY12010 LB1 E-022
oDigital Power Meter PF2010 LB1 E-023
oAC Power supply DPS1005 LB1 E-021
@Standard Lamp(Omni-directional) D204 LB10-012 2019-03-15
olntegrating Sphere 3.0m LB10-029
oGon iophotometer GO-R5000 LB10-001
5 I 10 SP-LAB-FM-114 A2
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34
35
36
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40
Report No.: 170915008SX
oDC Power Supply WY12010 LB1 E-004
oDigital Power Meter PF2010 LB1 E-009
oAC Power supply DPS1060 LB1 E-014
oStandard Lamp(Omni-directional) O908S LB1O-011
oHigh frequency reference source YF2402 LB1 E-024
oDigital Power Meter WT3000 LB1 E-008
o Dial caliper 0-150mm LB3L-020
o Balance ACS-O11 LB3F-003
6 I 10 SP-LAB-FM-114 A2
Report No.: 170915008SX
Test Summary
No. Testing items Testing standard Testing results Verdict
1 Photoelectric color
I ES LM-79-08 See following pages I performance parameters
2 Lighting distribution - See following pages -
3 Maintanance - See following pages -
4 On/off test - See following pages -
7 / 10 SP-LAB-FM-114 A2
1. Photoelectric color performance parameters
1.1 Testing conditions
Integrating sphere system
Test standard Incorporated ballast
IES-LM-79-08 D No
0 Yes: 5#21 with 2 lamps
Orientation in measurement for Burning time before test(min)
SSL Product
lighting downward 30
1.2 Testing data
�
,pec1 (A) U (V) *P(W) PF
Arntt
Sample No �
- - -
170915014SX01 0.2155 119.99 12.88 0.9963
Verdict - - - -
Report No.: 170915008SX
Environment condition Integrated correction factor Test input
Ambient Temp.: 25.4 ·c 1.014
Voltage: 120V
Ambient Humidity: 64.3% Frequency: 60Hz
Integrating sphere diameter Sphere structure Bandwidth of spectroradio meter
D 1.5m; 02.0m; 03.0m 4 TI 0 5nm; D 2nm; D 1nm
Flux (Im) *Eff (lm/W) X y Tc (K) Ra R9 Duv THD
-
- - - - - - - -
1417 110.01 0.4310 0.4021 3086 82.1 4 0.0000 -
-
- - - - - - - -
Note
Model :LED10.5WT8F/36/830-G7DRDue to one ballast incorporated with more than one lamp, the power dissipation and efficiency parameter was made a con-esponding adjustment. *P(W)=Total power dissipation /2;
*Eff(lm/W)= Flux (Im) / *P(W)
8 /10 SP-LAB-FM-114 A2
Report No.: 170915008SX
�
pec1 (A) U (V) *P(W) PF Flux(lm) *Eff (lm/W) X y Tc(K) Ra R9 Duv THO
�tm1t -
Sample No �
- - - - - - - - - - -
170915014SX02 0.2154 119.97 12.88 0.9964 1527 117.77 0.3436 0.3533 5064 82.8 8 0.0015 -
Verdict - - - - - - - - - - - -
-
Note
Model : LED10.5WT8F/36/850-G7DRDue to one ballast incorporated with more than one lamp, the power dissipation and efficiency parameter was made a corresponding adjustment. *P(W)=Total power dissipation /2;
*Eff(lm/W)= Flux (Im) / *P(W)
Note: "N" -Not applicable; "P" -Pass; "F" -Fail: "-" -No need to verdict
9 /10 SP-LAB-FM-114 A2