eu declaration of conformity - 솔루엠 · eu declaration of conformity according to ... as laid...

EU

Declara

tion

of

Co

nfo

rmity

EU Declaration of ConformityAccording to

EMC Directive 2004/108/ECFor the following

Product : LED CONVERTERModel Name : PSDV160351BVariant Model Name : PSDV160351A

Applicant : SAMSUNG ELECTRO-MECHANICS Co., Ltd.150, Maeyeong-ro, Yeongtong-gu, Suwon-si,Gyeonggi-do, 443-743 KOREA

Manufacturer#1 : DONGGUAN SAMSUNG ELECTRO-MECHANICS CO., LTD.HENGKENG VILLAGE LIAOBU TOWNDONGGUAN CITY GUANGDONGPROVINCE P.R.CHINA P.C:523413

Manufacturer#2 : SAMSUNG ELECTRO-MECHANICSTHAILAND CO., LTD.WELLGROW INDUSTRIAL ESTATE,93 MOO 5 T.BANGSAMAK,A.BANGPAKONG, CHACHOENGSAO 24180THAILAND

We hereby declare, Electromagnetic Compatibility Directives (2004/108/EC) are fulfilled,as laid out in the guideline set down by the member states of the EEC Commission.This declaration is valid for all samples that are part of this declaration, which aremanufactured according to the production charts appendix.

The standards relevant for the evaluation of EMC requirements are as follows:

Test Standards : EN 55015:2013EN 61547:2009EN 61000-3-2:2014EN 61000-3-3:2013

Date of issue: January 07, 2015

----------------------------------------------------------(Name and signature of authorized person)

DONGGUAN SAMSUNGELECTRO-MECHANICS CO., LTD.HENGKENG VILLAGE LIAOBU TOWNDONGGUAN CITY GUANGDONGPROVINCE P.R.CHINA P.C:523413

SAMSUNG ELECTRO-MECHANICSTHAILAND CO., LTD.WELLGROW INDUSTRIAL ESTATE,93MOO 5 T.BANGSAMAK, A.BANGPAKONG,CHACHOENGSAO 24180 THAILAND

http://www.emc2000.co.kr

EMC Compliance Ltd. 65, Sinwon-ro, Yeongtong-gu, Suwon-si, Gyeonggi-do, 443-390, KoreaTEL: 82 70 5008 1021 FAX: 82 505 299 8311

This test report shall not be reproduced, except in full, without the written approval.

Report No.: EMC-CE-E5336Page: 2 of 62

Contents

1. Applicant information ...........................................................................................................................................3

2. Laboratory information ........................................................................................................................................4

3. Test system configuration......................................................................................................................................5

3.1 Operation environment ............................................................................................................................5

3.2 Measurement Uncertainty .......................................................................................................................6

4. Description of E.U.T...............................................................................................................................................7

4.1 General information.................................................................................................................................7

4.2 Product description..................................................................................................................................7

4.3 Auxiliary equipments...............................................................................................................................7

4.4 Test configuration ....................................................................................................................................8

4.5 Operating conditions ...............................................................................................................................8

5. Summary of test results .........................................................................................................................................9

5.1 Summary of EMI emission test results...................................................................................................9

5.2 Summary of immunity test results..........................................................................................................9

5.3 Performance criteria ............................................................................................................................. 10

6. Test results .............................................................................................................................................................11

6.1 Disturbance Voltages .............................................................................................................................11

6.2 Radiated Electromagnetic disturbance ................................................................................................ 15

6.3 Radiated Emission ................................................................................................................................ 18

6.4 Harmonics ............................................................................................................................................. 22

6.5 Flicker.................................................................................................................................................... 29

6.6 Electrostatic Discharge......................................................................................................................... 32

6.7 Radio Frequency Electromagnetic Fields ........................................................................................... 36

6.8 Electric Fast Transient/BURST ........................................................................................................... 39

6.9 Surge...................................................................................................................................................... 43

6.10 Conducted Immunity.......................................................................................................................... 45

6.11 Magnetic field immunity.................................................................................................................... 49

6.12 Dips and Interruptions........................................................................................................................ 51

7. E.U.T. photographs ............................................................................................................................................. 53





1. Applicant information

Applicant: SAMSUNG ELECTRO-MECHANICS Co., Ltd.

Address: 150, Maeyeong-ro, Yeongtong-gu, Suwon-si,

Gyeonggi-do, 443-743 KOREA

Telephone : +82-31-210-6318

E-mail: [email protected]

Contact name: Im Jun Hwan

Manufacturer#1: DONGGUAN SAMSUNG ELECTRO-MECHANICS CO., LTD.

Address: HENGKENG VILLAGE LIAOBU TOWN DONGGUAN

CITY GUANGDONG PROVINCE P.R.CHINA P.C:523413

Manufacturer#2: SAMSUNG ELECTRO-MECHANICS THAILAND CO., LTD.

Address: WELLGROW INDUSTRIAL ESTATE, 93 MOO 5 T.BANGSAMAK,

A.BANGPAKONG, CHACHOENGSAO 24180 THAILAND





2. Laboratory information

Address

EMC compliance Ltd.

65, Sinwon-ro, Yeongtong-gu, Suwon-si, Gyeonggi-do, 443-390, Korea

Telephone Number: 82 70 5008 1021

Facsimile Number: 82 505 299 8311

FCC Site Designation No: KR0040, FCC Site Registration No: 687132

VCCI Registration No.: R-3327, G-198, C-3706, T-1849

Industry Canada Registration No.: 8035A

KOLAS NO.: 231

SITE MAP

EMC compliance

Suwon city





3. Test system configuration

3.1 Operation environment

Temperature Humidity Pressure

Chamber(10 ｍ) : 21.7 °C 21.1 % R.H. -

Shielded room(CE) : 22.2 °C 23.6 % R.H. -

Shielded room(ESD) : 24.0 °C 37.4 % R.H. 101.1

Test site

These testing items were performed following locations;

Test item Test site

Disturbance Voltages Shielded Room

Radiated Electromagnetic disturbance Shielded Room

Radiated Emission 10 ｍ Chamber

Harmonics current Immunity area

Voltage fluctuations and flickers Immunity area

Electrostatic discharge Shielded Room

Radiated RF immunity Fully anechoic chamber (3 ｍ)

Electric Fast Transient/BURST Shielded Room

Surge Shielded Room

Conducted RF immunity Shielded Room

Magnetic field immunity Shielded Room

Voltage dip/interruption Shielded Room





3.2 Measurement Uncertainty

All measurements involve certain levels of uncertainties, especially in field of EMC.

The factors contributing to uncertainties are test receiver, cable loss, antenna factor calibration,

Antenna directivity, antenna factor variation with height, antenna phase center variation, antenna

frequency interpolation, measurement distance variation, site imperfection, mismatch, and system

repeatability. Based on CISPR 16-4-2, the measurement uncertainty level with a 95 % confidence

level was applied.

Conducted emission measurement (C.L: Approx 95 %, k = 2)

Shielded Room (CE#1)9 ~ 150 : ± 3.75

150 ~ 30 : ± 3.36

Shielded Room (CE#2)9 ~ 150 : ± 3.79

150 ~ 30 : ± 3.42

Radiated Emission measurement (C.L: Approx 95 %, k = 2)

10 ｍ Chamber (#F4)

30 ~ 300 3 m: + 4.87 , - 4.99

10 m: + 4.86 , - 4.98

300 ~ 1 000 3 m: + 5.04 , - 5.14

10 m: + 4.91 , - 5.02

1 ~ 6 3 m: + 6.03 , - 6.06

10 ｍ Chamber (#F2)

30 ~ 300 3 m: + 4.94 , - 5.06

10 m: + 4.93 , - 5.05

300 ~ 1 000 3 m: + 4.97 , - 5.08

10 m: + 4.84 , - 4.96

1 ~ 6 3 m: + 6.03 , - 6.05

Radio Frequency Electromagnetic Fields (C.L: Approx 95 %, k = 2)

± 1.82

Disturbance power Electromagnetic Fields (C.L: Approx 95 %, k = 2)

± 3.30





4. Description of E.U.T.

4.1 General information

- PSDV160351B is a LED CONVERTER.

4.2 Product description

Type of product LED CONVERTER

Model name (Basic) PSDV160351B

Model name (Variant) PSDV160351A

Difference Converter shape

Serial no -

Testing voltage 230 Ｖ, 50

Product ratingInput: AC 100 - 240 Ｖ, 50/60 , 0.35 A, 17 W

Output: DC 40 Ｖ, 0.35 A, 14 W

Internal clock frequency Below108

Note -

4.3 Auxiliary equipments

Type Model / Part # Serial number Manufacturer

LED - - -





4.4 Test configuration

Note

*

Start End Cable

Name I/O port Name I/O portLength

(ｍ)Spec.

1 EUT(LED

CONVERTER)

Power AC Main Power 2.0 Non-Shield

2 (+,-) LED (+,-) 0.7 Non-Shield

4.5 Operating conditions

The EUT was configured as normal intended use.

Test mode Normal operation

1 Check the LED lighting test mode.





5. Summary of test results

5.1 Summary of EMI emission test results

Applied Test items Test method Result

Disturbance Voltages EN 55015:2013 Complied

Radiated Electromagnetic disturbance EN 55015:2013 Complied

Radiated Emission EN 55015:2013 Complied

Harmonics current EN 61000-3-2:2014 Complied

Voltage fluctuations and flickers EN 61000-3-3:2013 Complied

5.2 Summary of immunity test results

Applied Test items Test method Result

* EN 61547:2009

Electrostatic discharge EN 61000-4-2:2009 Complied

Radiated RF immunity EN 61000-4-3:2006+A2:2010 Complied

Electric Fast Transient/BURST EN 61000-4-4:2012 Complied

Surge EN 61000-4-5:2014 Complied

Conducted RF immunity EN 61000-4-6:2014 Complied

Magnetic field immunity EN 61000-4-8:2010 Complied

Voltage dip/interruption EN 61000-4-11:2004 Complied





5.3 Performance criteria

Performance criterion A:

During the test no change of the luminous intensity shall be

observed and the regulating control, if any, shall operate during the test as intended.

(The luminous intensity shall be deemed to be unchanged if the measured intensities do not deviate by

more than 15 %.)

Performance criterion B:

During the test the luminous may change the any value.

After the test the luminous intensity shall be restored to its initial value within 1 min. Regulating

controls needs not function during the test, but after the test the mode of the control shall be the same

as before the test provided that during the test no mode changing commands were given.

Performance criterion C:

During and after the test change of the luminous intensity is allowed and the lamp(s) may be

extinguished. After the test, within 30min, all functions shall return to normal if necessary by

temporary interruption of the mains supply and/or operating the regulating control. Additional

requirement for lighting equipment incorporating a starting device: After the test the lighting

equipment is switch off. After half an hour it is switched on again. The lighting equipment shall start

and operate as intended.





6. Test results

6.1 Disturbance Voltages

Test specification EN 55015:2013


Test facility Shielded room (CE#2)

Date 2014. 12. 29

Temperature (°C) 22.2 °C Humidity (% R.H.) 23.6 % R.H.

Remarks Complied

6.1.1 Limits of disturbance voltages measurement

Mains terminals

FrequencyLimits ()a

Quasi-peak Average

9 ~ 50 110 -

50 ~ 150 90 ~ 80 b -

150 ~ 0.5 66 ~ 56 b 56 ~ 46 b

150 ~ 5 0 56 c 46 c

5 ~ 30 60 50a At the transition frequency, the lower limit applies.

b The limit decreases linearly with the logarithm of the frequency in the ranges

50 – 150 and 150 – 0.5 c For electrode less lamps and luminaries, the limit in the frequency range of

2.51 – 3.0 is 73 () quasi-peak and 63 () average

Load terminals

Frequency []Limits ()a

Quasi-peak Average

0.15 ~ 0.50 80 70

0.50 ~ 30 74 64a At the transition frequency, the lower limit applies.





Control terminals

Frequency []Limits ()*

Quasi-peak Average

0.15 ~ 0.50 84 ~ 74 74 ~ 64

0.50 ~ 30 74 64

Note #1 The limits decrease linearly with the logarithm of the frequency in the range 0.15 to 0.5

Note #2 The voltage disturbance limits are derived for use with an impedance stabilization network (ISN) which

Presents a common mode(asymmetric mode) impedance of 15Ω to the control terminal

6.1.2 Measurement procedure

The measurements were performed in a shielded room. EUT was setup as shown in photograph and

placed on a non-metallic table height of 0.8 ｍ above the reference ground plane. The rear of table

was located 0.4 ｍ to the vertical conducted plane. EUT was power through the LISN, which was

bonded to the ground plane. The LISN power was filtered. Each EUT power lead, except ground

(safety) lead was individually connected through a LISN to input power source. EUT signal cables

that hung closer than 0.4 ｍ to the Horizontal metal ground 0.3 ｍ ~ 0.4 ｍ long. The power cord

was bundles in the center. All peripheral equipment was powered from a sub LISN. The LISN and ISN

were positioned 0.8 ｍ from the EUT. Peak and Average detection were used in preliminary testing

and Quasi-peak and Average detections were used at final measurement.

6.1.3 Used equipments

Equipment Model Serial No. Makers Next Cal. Date Used

Test Receiver ESCI7 100732 R&S 2015.01.27

Test Receiver ESCI 100001 R&S 2015.07.14


TWO-LINEV-NETWORK

ENV216 101352 R&S 2015.10.13

TWO-LINEV-NETWORK

NNLK8121 8121-472 SCHWARZBECK 2015.06.24





6.1.4 Photographs of test setup

* Mains terminals





6.1.5 Disturbance Voltages measurement result

* Main terminals (PSDV160351B)

EMC Comliance.LtdShieldroom

29 December,2014 16:48<<Conducted Emission>>

Standard : EN55015 CLASS BModel :Serial :Operator :AC Power : 230V 50HzTemp,Humidity:

Remark1 :Remark2 :Remark3 :Remark4 :

0.01 30.000.10 1.00 10.000

120

10

20

30

40

50

60

70

80

90

100

110

Frequency

Level

[MHz]

[dB(uV)]

<CISPR15>Limit (QP)Limit (AV)

<CE>Spectrum (N,AV)Spectrum (N,PK)Spectrum (L1,AV)Spectrum (L1,PK)Suspected Item(N)Suspected Item(L1)Final Item-QP(N)Final Item-AV(N)Final Item-QP(L1)Final Item-AV(L1)

Final Result

--- N Phase ---No. Frequency Reading Reading c.f Result Result Limit Limit Margin Margin

QP CAV QP CAV QP AV QP CAV[MHz] [dB(uV)] [dB(uV)] [dB] [dB(uV)] [dB(uV)] [dB(uV)] [dB(uV)] [dB] [dB]

1 0.42923 23.9 20.3 9.6 33.5 29.9 57.3 47.3 23.8 17.42 1.03033 22.3 17.7 9.6 31.9 27.3 56.0 46.0 24.1 18.73 3.21819 23.0 18.0 9.6 32.6 27.6 56.0 46.0 23.4 18.44 8.91932 18.8 13.7 9.8 28.6 23.5 60.0 50.0 31.4 26.5

--- L1 Phase ---No. Frequency Reading Reading c.f Result Result Limit Limit Margin Margin

QP CAV QP CAV QP AV QP CAV[MHz] [dB(uV)] [dB(uV)] [dB] [dB(uV)] [dB(uV)] [dB(uV)] [dB(uV)] [dB] [dB]

1 0.16837 46.4 38.6 9.6 56.0 48.2 65.0 55.0 9.0 6.82 0.20378 32.2 18.4 9.6 41.8 28.0 63.5 53.5 21.7 25.53 0.25811 32.4 26.6 9.6 42.0 36.2 61.5 51.5 19.5 15.34 0.3425 27.0 23.4 9.6 36.6 33.0 59.1 49.1 22.5 16.15 0.72874 24.8 12.7 9.6 34.4 22.3 56.0 46.0 21.6 23.76 2.14546 22.2 16.9 9.6 31.8 26.5 56.0 46.0 24.2 19.57 7.33433 22.1 17.0 9.7 31.8 26.7 60.0 50.0 28.2 23.38 12.35234 12.3 6.9 9.7 22.0 16.6 60.0 50.0 38.0 33.49 29.41177 13.2 7.1 9.7 22.9 16.8 60.0 50.0 37.1 33.2





6.2 Radiated Electromagnetic disturbance



Test facility Shielded room

Date 2015. 01. 02


Remarks Complied

6.2.1 Limits of radiated electromagnetic disturbance measurement

Frequency

Limits for loop diameter

() a

2 ｍ 3 ｍ 4 ｍ

9 ~ 70 88 81 75

70 ~ 150 88 ~ 58 b 81 ~ 51 b 75 ~ 45 b

150 ~ 3.0 58 ~ 22 b 51 ~ 15 b 49 ~ 9 b

3.0 ~ 30 22 15 ~ 16 c 9 ~ 12 c

a At the transition frequency, the lower limit applies.b Decreasing linearly with the logarithm of the frequency. For electrode less lamps and

luminaries, the limit in the frequency range of 2.2 ~ 3.0 is 58 () for 2 ｍ,

51 () for 3 ｍ, and 45 () for 4 ｍ loop diameter.c Increasing linearly with the logarithm of the frequency.

* Margin() = Limit(()) - QuasiPeak(())


Equipment Model Serial No. Makers Next Cal. Date Used


Triple Loop Antenna HXYZ9170 HFCD 9171-218 SCHWARZBECK -





6.2.4 Radiated Electromagnetic disturbance result

* X.Y.Z ( 2m )

-10

0

10

20

30

40

50

60

70

80

90

100

9k 20 30 50 100k 200 300 500 1M 2M 3M 5M 10M 20 30M

Leve

lin

dB킕

Frequency in Hz

LOOP 2m_RE

Frequency(MHz)

Corr.(dB)

QuasiPeak(dB(µA))

Limit(dB(µA))

Margin(dB)

0.0109 0.04 10.76 88.00 77.24

0.1567 0.05 11.13 57.47 46.34

0.1792 0.06 12.94 55.88 42.94

0.2869 0.07 8.66 50.27 41.61





6.3 Radiated Emission



Test facility 10 ｍ Chamber (#F2)

Test distance 10 ｍ

Date 2014. 12. 24


Remarks Complied

6.3.1 Limits of radiated emission measurement

Frequency

[]

Quasi-peak limits

((/m))*

30 ~ 230 30

230 ~ 300 37

*: At the transition frequency, the lower limit applies.


The test was done at a 10 ｍ chamber with a quasi-peak detector. EUT was placed on a non-metallic

table height of 0.8 ｍ above the reference ground plane. Cables were folded back and forth forming a

bundle 0.3 ｍ to 0.4 ｍ long and were hanged at a 0.4 ｍ height to the ground plane.

Cables connected to EUT were fixed to cause maximum emission.

Test was made with the antenna positioned in both the horizontal and vertical planes of polarization.

The measurement antenna was varied in height above the conducting ground plane to obtain the

maximum signal strength.






Equipment Model no. Serial no. Makers Next Cal. Date Used

Test Receiver ESCI7 100732 R&S 2015.01.27



Test Receiver ESR 101078 R&S 2015.02.24

Bi-Log Antenna VULB 9168 440 SCHWARZBECK 2016.08.28

Amplifier 310N 284608SONOMA

INSTRUMENT2015.04.16

3 Attenuator 8491B 22981 HP 2015.03.04

Antenna Mast MA4000-EP 303 Innco Systems -

Turn Table DT2000S-1t 079 Innco Systems -

Preamplifier 8449B 3008A02343 AGILENT 2015.10.13

Horn ANT 3115 00155772 ETS 2015.02.26

Spectrum Analyzer E4407B US39010142 AGILENT 2015.10.13

6.3.4 Sample calculation

The field strength is calculated adding the antenna Factor, cable loss and, Antenna pad adding,

subtracting the amplifier gain from the measured reading.

The sample calculation is as follow:

Result = M.R + C.F(A.F + C.L +3 Att – A.G)

M.R = Meter Reading

C.F = Correction Factor

A.F = Antenna Factor

C.L = Cable Loss

A.G= Amplifier Gain

3 Att = 3 Attenuator

If M.R is 30 , A.F 12 , C.L 5 , 3 , A.G 35

The result is

30 + 12 + 5 + 3 – 35 = 15 (/m)






* 30 ~ 300





6.3.6 Radiated emission measurement result

* Graph and Data

* 30 ~ 300 (PSDV160351B)

EMC Compliance Ltd.10m Chamber

24 December,2014 21:54<<Radiated Emission>>

Standard : EN55015 CLASS B 10mModel :Serial :Operator :AC Power : AC 230V / 50HzTemp,Humidity:

Remark1 :Remark2 :Remark3 :Remark4 :

30 30050 100 2000

60

10

20

30

40

50

Frequency

Level

[MHz]

[dB(uV/m)]

<15 >Limit(QP)

<RE>Spectrum(H,PK)Spectrum(V,PK)Suspected Item(H)Suspected Item(V)Final Item(H,QP)Final Item(V,QP)

Final Result

No. Frequency (P) Reading c.f Result Limit Margin Height Angle RemarkQP QP QP QP

[MHz] [dB(uV)] [dB(1/m)] [dB(uV/m)] [dB(uV/m)] [dB] [cm] [deg]1 53.038 V 35.1 -12.9 22.2 30.0 7.8 100.0 178.72 58.858 H 26.8 -13.3 13.5 30.0 16.5 100.0 171.73 60.676 V 39.1 -13.4 25.7 30.0 4.3 192.0 299.44 63.950 V 35.2 -13.6 21.6 30.0 8.4 100.0 237.05 166.285 V 34.0 -11.8 22.2 30.0 7.8 100.0 138.36 196.355 H 34.0 -14.3 19.7 30.0 10.3 400.0 328.3





6.4 Harmonics

Test specification EN 61000-3-2:2013


Test facility Immunity area

Date 2015. 01. 02

Temperature(°C) 21.4 °C Humidity (% R.H.) 23.2 % R.H. Pressure () 101.2

Remarks Complied


Theequipment is supplied in serieswith shunt(s) Rmor current transformer(s)from asourcehavingthesamenominal

voltageand frequencyas the rated supplyvoltageand frequencyof theequipment. Measurements shallbemadeunder

normal load, or conditionsfor adequateheatdischarge, andunder normaloperatingconditions. User’soperation controls

or automaticprogrammers shallbeset toproduce themaximumharmoniccomponent, for each successiveharmonic

component in turn.For thepurposeof harmoniccurrent limitation, equipment is classified asfollows :

ClassA: Equipmentnotspecified in oneof the threeother Classesshallbeconsidered as ClassAequipment.

- Balanced three-phaseequipment;

- Household appliances excludingequipment identified as Class D;

- Tools excludingportable tools;

- Dimmers for incandescent lamps;

- Audio equipment.

Class B:Portable tools;Arcweldingequipmentwhich isnotprofessionalequipment.

Class C :Lightingequipment.

Class D:Equipmenthavingaspecified power accordingto 6.2.2 less thanor equal to

600w,of thefollowingtypes:

- Personalcomputers and personalcomputermonitors;

- Televisionreceivers.


Equipment Model no. Serial no. Makers Next Cal. date Used

DIGITAL POWERANALYZER

DPA500N P1303109855 EM TEST 2015.08.27





6.4.4 Measurement result





6.5 Flicker

Test specification EN 61000-3-3:2013


Test facility Immunity area

Date 2015. 01. 02


Remarks Complied


EUT was connected to the power analyzer system.

Measurement was performed to obtain the desired flicker parameters.

The measuring time depends on which parameters are to be measured.

Plt = 2 h

Pst = 10 min

Controls and automatic programs shall be set to produce the most unfavorable sequence of voltage

changes, using only those combinations of controls and programs are mentioned by the manufacturer

in the instruction manual.



DIGITAL POWERANALYZER

DPA500N P1303109855 EM TEST 2015.08.27





6.6 Electrostatic Discharge

Test specification EN 61000-4-2:2009, Criteria : B

Test level

Contact: ± 4

Air: ± 2 , ± 4 , ± 8

HCP: ± 2 , ± 4

VCP: ± 2 , ± 4

Discharge impedance 330 Ω / 150

Number of discharge(Each polarity)

Contact: 10 Air: 10 HCP / VCP: 10

Interval betweendischarges

1 s



Date 2014. 12. 29


RemarksComplied- A: There was no change of operation status during above testing.*Lux Meter: Before (31.26 klux) / After(31.26 klux)


A ground reference plane was located on the floor, and connected to earth via a low Impedance

connection. The return cable of the ESD generator was connected to the reference plane. In case of

floor standing equipment, EUT was placed on the reference plane on 0.1 ｍ of insulating Support. In

case of table top equipment, EUT was placed on a wooden table 0.8 ｍ above the reference grounded

floor. A horizontal coupling plane (HCP) was placed on the table, and Connected to the reference

plane via a 470 resistor located in each end (0.5 insulating support between EUT and HCP).

In both cases a vertical coupling plane(VCP) OF 0.5 X 0.5 ｍ was located 0.1 ｍ from the EUT’s

sides. The VCP was connected to the reference plane in the same matter as the HCP.






Equipment Model No. Serial No. Makers Next Cal. Date Used

ESD Tester PESD-1600 H011 309 HAEFELY 2015.06.30

ESD Tester NSG 437 182 TESEQ 2015.04.09

HCP - - - -

VCP - - - -

Light Meter 1335 90501870 TES 2015.09.23







Electrostatic Discharge (Test Point) Air discharge

Contact discharge





HCP/VCP discharge

Location(EUT) Applied level (±) Result

HCP (All 4 sides) ± 2 , ± 4 A

VCP (All 4 sides) ± 2 , ± 4 A

Contact discharge

Location(EUT) Applied level (±) Result- - - -

Air discharge

Location(EUT) Applied level (±) Result

A1 Enclosure(Case) ± 2 , ± 4 , ± 8 A





6.7 Radio Frequency Electromagnetic Fields

Test specification EN 61000-4-3:2006+A2:2010, Criteria : A

Tested frequency 80 ~ 1

Test level &Modulation

3 V/m, 80 % Amplitude Modulation (1 )

Frequency Step log 1 % step

Dwell time 3 s

Distance 3 ｍ from EUT to tip of antenna

Testing Voltage 230 Ｖ, 50

Test facility Fully anechoic chamber (3 ｍ)

Date 2015. 01. 02




The test was performed at 3 ｍ full anechoic chamber.

For floor standing equipment, the EUT was standing on the floor.

For tabletop equipment, the EUT was located on a wooden table 0.8 ｍ above the floor.

The EUT was tested all sides, horizontal and vertical polarization.







Power meter PM2002 302852 AR 2015.09.23

Power sensor PH2000 303224 AR 2015.09.23

Power sensor PH2000 311217 AR 2015.09.23

Directional coupler DC6180 303976 AR 2015.09.23

Signal generator E4421B GB40052295 AGILENT 2015.09.23

Broadband Amplifier BBA100 100996-1 R&S 2015.02.06

Log Periodic DipoleAntenna

LPDA-0803 - ETS -

Isotropic Probe HI-6105 156301ETS-LINDGR

EN2015.07.14

Antenna master - - ETS -







Location(EUT) Antenna polarization Result

Front sideHorizontal A

Vertical A

Rear sideHorizontal A

Vertical A

Left sideHorizontal A

Vertical A

Right sideHorizontal A

Vertical A





6.8 Electric Fast Transient/BURST


Coupling

AC main

DC Line

Control: Clamp

Telecommunication: Clamp

Test level

AC main: ± 1 Peak

DC Line: ± 0.5 Peak

Control: ± 0.5 Peak

Telecommunication: ± 0.5 Peak

Repetition frequency 5 , Tr/Th = 5 / 50

Coupling time(Minimum)

120 s



Date 2014. 12. 30


Remarks

Complied- A: There was no change of operation status during above testing.* AC main_Lux Meter : Before (31.33 klux) / After(31.34 klux)* DC Line_Lux Meter: Before (30.95 klux) / After(30.96 klux)


A ground reference plane was located on the floor.

EFT generator was connected to reference ground plane via low impedance connection.

For floor standing equipment, EUT was placed on a 0.1 ｍ wooden table.

For tabletop equipment, EUT was placed on a 0.1 ｍ above the ground reference plane.

Test generator and coupling/decoupling network was placed on, and bounded to, the

ground reference plane. When using the coupling clamp, the minimum distance between

the coupling plates and all other conductive surfaces, except the ground reference plane

beneath the coupling clamp, Shall be 0.5 ｍ.







Ultra compact simulator UCS 500N5T P1317117973 EM TEST 2015.11.10

Capacitive coupling clamp HFK P1411132494 EM TEST 2015.04.21

Light Meter 1335 90501870 TES 2015.09.23






* AC main

* DC Line






* AC main

Coupling point (+) (-) Result

L+N + 1 - 1 A

* DC Line


DC + 0.5 - 0.5 A

* Control


- - - -

* Telecommunication


- - - -





6.9 Surge


CouplingAC main: Direct

Control: Direct / CDN

Test level

AC main: Differential mode: ± 0.5 , ± 1

Common mode: ± 0.5 , ± 1 , ± 2

Control: ± 0.5 , ± 1

Coupling ImpedanceDifferential mode: 18

40 Ω + 0.5 Common mode: 10 Ω + 9 Direct

Surge pulse shape Tr/Th = 1.2 / 50

Angles (+) 90 °, (-) 270 °

Number of surge 5

Coupling time 1 min



Date 2014. 12. 30




A ground reference plane was located on the floor. SURGE generator was connected to

reference ground plane via low impedance connection. For floor standing equipment & table top

equipment, EUT was placed on a wooden table.




CDN CNV 508 N1 V1108108861 EM TEST 2015.09.30

Light Meter 1335 90501870 TES 2015.09.23







* AC main


L-N + 0.5 , + 1 - 0.5 , - 1 A

* Control


- - - -





6.10 Conducted Immunity

Test specification EN 61000-4-6:2014, Criteria : A

Tested frequency 0.15 ~ 80

Test level & Modulation 3 Ｖ, 80 % Amplitude Modulation (1 )

Frequency Step log 1 % step

Dwell time 3 s

Coupling method

AC main: CDN(M2)

DC Line: CDN(M2)

Control: Clamp

Telecommunication: Clamp



Date 2014. 12. 30


Remarks

Complied- A: There was no change of operation status during above testing.* AC main_Lux Meter: Before (31.28 klux) / After(31.27 klux)* DC Line_Lux Meter: Before (30.88 klux) / After(30.88 klux)


A ground reference plane was located on the floor.

The test was performed on a ground reference plane on a 0.1 ｍ wooden table.

This test were performed using CDN for mains, clamp for signal and injection probe.

The frequency range was swept from 0.15 to 80 . This frequency range was

Modulated with 1 sine wave at 80 %.

The signal generators provided the modulated frequency at a 1 % step size.

The power and all network cable, I/O cables longer than 3 ｍ length were tested.







ContinuousWave Simulator

CWS500N1.4 P1409132195 EM TEST 2015.05.13

CDN CDN M2/M3 P1402128648 EM TEST 2015.05.10

CDN CDN M2/M3 P1402128649 EM TEST 2015.05.10

Attenuator ATT6/80 P1402129094 EM TEST 2015.05.10

ElectromagneticInjection Clamp

EM101 36197 Liithi 2015.05.13

CDN CDN S1-75 P1404129801 EM TEST 2015.05.10

CDN CDN-T8-RJ45 P1404129872 EM TEST 2015.05.10

Light Meter 1335 90501870 TES 2015.09.23






* AC main

* DC Line






* AC main

Coupling point Coupling method Result

Power CDN(M2) A

* DC Line


DC CDN(M2) A

* Control


- - -

* Telecommunication


- - -





6.11 Magnetic field immunity

Test specification EN 61000-4-8:2010, Criteria : A

Magnetic field strength 3 A/m (rms)

Coupling time 60 s

Frequency 50 / 60


Polarization X, Y, Z

Date 2014. 12. 30

Temperature (°C) 22.9 °C Humidity (% R.H.) 41.0 % R.H. Pressure () 101.3



The test was performed on a ground reference plane (GRP) on a 0.8 ｍ wooden table.The EUT was isolated 10 cm isolating support. The ground plane was connected to floor

reference ground plane via low impedance connection. The test generator was placed 3 ｍ distancefrom the induction coil. The generator was connected reference ground plane. Preliminary verificationof equipment performances was carried out prior to applying the test magnetic field. The field wasapplied to the EUT horizontal, vertical polarization.




Magnetic coil MS 100 0701-03 EM TEST -

Current transformer MC 2630 113-97 EM TEST -

ELF Field Monitor ELF-66D K316093 WALKER 2015.05.08

Light Meter 1335 90501870 TES 2015.09.23







Positions Polarity Test level Frequency Result

Enclosure

X

3 A/m 50/60

A

Y A

Z A





6.12 Dips and Interruptions

Test specification EN 61000-4-11:2004 , Criteria: B or C

Number of dips 3 T

Duration 60 s

Phase Zero crossing (0 °, 180 ° )

Testing Voltage 100 Ｖ, 50/60 , 240 Ｖ, 50/60

Date 2014. 12. 30

Temperature (°C) 22.9 °C Humidity (% R.H) 41.0 % R.H Pressure () 101.3

RemarksComplied*Lux Meter: Before (31.25 klux) / After(31.26 klux)


The dips/interruption test is only applicable to AC mains.

The dips/interruptions were applied at zero crossing.




Light Meter 1335 90501870 TES 2015.09.23







* 100 Ｖ, 50/60 , 240 Ｖ, 50/60

Test Level(%UT)

Dip/Int.(%UT)

Duration/Period

Angle(°)

Countnumber

Result

70 % 30 % 10/25 Period 0 3T A

0 % 100 % 0.5 Period 0 / 180 3T A

Comment:

- A: There was no change of operation status during above testing. (0.5 Period, 10/25 Period)





7. E.U.T. photographs

* PSDV160351B

Front View

Rear View





Left View

Right View





Top View

Bottom View





Inside





Main Board





* PSDV160351A

Front View

Rear View





Left View

Right View





Top View

Bottom View





Inside





Main Board

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