RF TEsT REPORT - epqi.cn · Test Report Number: ... sfa刀da吣眨aσo冖 Ce而而caJ0na Tesσ″g Co. 、厶TD.TD心doCume冖fmay De arfered orrevrsed oy Worfd sra刀dardiza″on

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RF TEsT REPORT

for

WireIess Charger

mODEL:e1oo(er100+et100);e200(er200+et200);e300(e闸 00+et300);

e500(er5oo+et500);e600(ersO0+et600);e7oo(er700+et700)

Trade mark:NÀ

Test Report Number:、″sCT1509003170Eˉ RF

lssued Date:september24,2015

lssued for

sHENzHEN EPQITECHNOLOGΥ Co.,LTD

No。 602,BuⅡ d∶

"g18,WangTang IndustⅡaI,XinWeiˇillage,XiLi TOWn,Nansham

district,shenzhen,China

丨ssued By∶

WORLD sTANDARDIzATION CERTIFICATION&TEsTING Co.,LTD.

Bu"ding A,Baoshi science&Technology Park,Baos

Bao’ an Distr∶ ct,shenzhen,Guangdong,C

TEL:+86ˉ755ˉ269θ6192

FAX:+86ˉ 755ˉ26996253

sfa刀da吣眨aσo冖 Ce而而caJ0na Tesσ″g Co.、厶TD.TD心 doCume冖 fmay De arfered orrevrsed oy Worfdsra刀 dardiza″on Ce雨caJo″ &TesⅡng CO.`LTD.perso″″eò冖坛 a″ds勾a″ De″ofed加仂e reVisio冖 seCJo刀 0ffne doc〃 me刀ε Tne fesfres″ rfs加 rhe rep°彳°刀ry app/y fo fhe fesred sa田 pè.

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Page1of37 Member ofthe WsCTINC

Report No.: WSCT1509003170E-RF Issued: September 24, 2015 Revised: None

TRF No.: EN 300 330/A0 Page 2 of 31

Revision History Of Report

Rev. Issue No. Revisions Effect Page Revised By00 WSCT1509003170E-RF Initial Issue ALL Wang Fengbing



TABLE OF CONTENTS1. TEST CERTIFICATION.........................................................................................................................42. EUT DESCRIPTION.............................................................................................................................. 52.1. General information........................................................................................................................................5

3. TEST RESULT SUMMARY..................................................................................................................63.1. Test Methodology...........................................................................................................................................63.2. MEASUREMENT UNCERTAINTY..............................................................................................................7

4. TEST METHODOLOGY........................................................................................................................84.1. DECISION OF FINAL TEST MODE............................................................................................................84.2. EUT SYSTEM OPERATION........................................................................................................................ 8

5. FACILITIES AND ACCREDITATIONS...............................................................................................95.1. FACILITIES..................................................................................................................................................... 95.2. ACCREDITATIONS....................................................................................................................................... 9

6. LIST OF MEASUREMENT EQUIPMENTS..................................................................................... 107. ETSI EN 300 330-1/-2 REQUIREMENTS........................................................................................117.1 Transmitter Requirements........................................................................................................................... 117.1.1 Permitted range of operating frequencies and Modulation Bandwidth..............................................117.1.2 Limits for transmitters in the range from 9 kHz to 30 MHz..................................................................137.1.3 Transmitter spurious and out of band emissions..................................................................................167.1.3.1 Radiated field strength (Below 30MHz).............................................................................................. 167.1.3.2 Effective radiated power (Above 30MHz)...........................................................................................207.2 Receiver spurious emissions.......................................................................................................................237.2.1 Radiated emissions below 30 MHz.........................................................................................................237.2.2 Radiated emissions above 30 MHz........................................................................................................ 25

8. PHOTOGRAPHS OF THE TEST CONFIGURATION................................................................... 269. PHOTOGRAPHS OF EUT..................................................................................................................27

WORLD sTANDARDlzAⅡ oN CERⅡFICAⅡ 0N&TEsⅡ NGWWW WsCt Cert OIg

‖丨||ⅢⅡⅧ|||lI‖ Ⅲ‖Report No∶ WsCT1509003170Eˉ RF Issued∶ septembeΓ 24,2015 ReVised∶ None

日.TEsT CERTIFlCATlONPmduc△ Ⅵ沔re丨ess Charger

Ⅲode:: ::::{∶丨:::∶∶|:::}∶ ∶::°(e⒓00+e⒓ 00)∶ e300(er3oo+et300)∶

)0(erGO0+et600)∶ e7oo(er700+et700)

Trade mark: NrA

Applicant: sHENzHEN EPQITECHNOLOGΥ Co。,LTDNo.602,BuⅡ ding18,VVangTang lndustria1】 κinVVei village,XiLi TOwn,Nanshan district,shenzhen,China

Factoγ: sHENzHEN EPQ∶ TECHNOL0GΥ Co。,LTDNo,602,BuⅡ ding18,WangTang IndustHal,XinVVei vⅢ age,Xi1itown,Nanshan distHct,shenzhen,China

Tested: septe:η ber14,2015~september24,2015

APPLICABLE sTANDARDssTANDARD TEsT REsULT

巨Tsl EN300330-1、`1.7.1(2010ˉ

02) NO nonˉcomp"ance noted

巨TsI EN300330ˉ 2V1.5,1(2010-02) No non-co:η p"anCe noted

Deˇ iation froⅡ |AppⅡcable shndard

NOne

The above equipment has been tested by WOrld standardization Cert雨 Cation&Testing Co.,

Ltd.,and found cOmp"ance、 ″比h the requirements set fo吐 h in the technical standards rη entioned

above.The Γesults of tesung in this repo吐 apply on丨 y to the producVsystem,WhiCh was tested,

other sirn"ar equipmentv旧"not necessaHly produCe the same results due to production toleranceand了neasurement uncertainties.

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TEL:86氵 55-26996143” 69961zI0归 6996145/26996192FAX86ˉ 75526996253 E maⅡ market@wsd·°rgcn H仗 p∶ ~胛 sct ce砍 org

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2. EUT DESCRIPTION2.1. General information

Product Wireless Charger

Model e100( er100+et100); e200( er200+et200); e300( er300+et300);e500( er500+et500); e600( er600+et600); e700( er700+et700)

Trade Mark N/AApplicant SHENZHEN EPQI TECHNOLOGY CO., LTD

EUT Type Engineering Sample. Product Sample,Mass Product Sample.

Serial Number N/AAntenna Type Integral Antenna

EUT Power RatingInput: DC5V,1.5AOutput: DC5V,1.5A

Type of the Equipment Combined EquipmentOperating Frequency 105KHz-205KHzNote: N/A stands for no applicable.

Model Difference

No. Model No. IntputVoltage(Vdc)

IntputCurrent(A)

OutputVoltage(Vdc)

OutputCurrent(A)

1 e100(er100+et100) 5 1.5 5 1.02 e200(er200+et200) 5 1.5 5 1.03 e300(er300+et300) 5 1.5 5 1.04 e500(er500+et500) 5 1.5 5 1.05 e600(er600+et600) 5 1.5 5 1.06 e700(er700+et700) 5 1.5 5 1.0

Comments:1. There are 6 models in the report, all models see model list.2. All models in each series have similar construction with the same diagram circuit and PCBlayout, but different from model names, enclosure construction and color.3. All tests were conducted on e100( er100+et100) and the test results were pass.



3. TEST RESULT SUMMARY

3.1. Test Methodology

All measurements contained in this report were conducted with ETSI EN 300 300-2 V1.5.1 (2010-02).

ETSI EN 300 300-2

V1.5.1 (2010-02).Description of Test Test Result

4.2.1.1 Permitted range of operating frequencies Compliance

4.2.1.2Limits for transmitters in the range from 9 kHz to

30 MHzCompliance

4.2.1.3 Limits Permitted range of modulation bandwidth Compliance

4.2.1.4 Transmitter spurious and out of band emissions Compliance

4.2.2.1 Receiver adjacent channel selectivityN/A

(Note 1)

4.2.2.2 Receiver blocking or desensitationN/A

(Note 2)

4.2.2.3 Receiver spurious emissions Compliance

Note: 1. This requirement does not apply for tagging systems.2. Blocking requirement does not apply for tagging systems.



3.2. MEASUREMENT UNCERTAINTY

No. Item Uncertainty1 RF Frequency ±3×10-8

2 Conducted Emission Test ±3.6dB

3 RF power, conducted ±0.16dB

4 Spurious emissions, conducted ±0.21dB

5 All emissions, radiated(<1G) ±4.7dB

6 All emissions, radiated(>1G) ±4.7dB

7 Temperature ±0.5°C

8 Humidity ±2%This uncertainty represents an expanded uncertainty expressed at approximately the95%confidence level using a coverage factor of k=2.



4. TEST METHODOLOGY4.1. DECISION OF FINAL TEST MODE

The EUT was tested together with the below additional components, and configuration,which produced the worst emission levels, was selected and recorded in this report.

The measurement was performed at 3 axis for lie orientation, side orientation and standorientation. The lie orientation is the worst mode, so only the worst mode test data wasreported.The following test mode was recorded in this report.

Test item Test modeTransmitterPermitted range of operating frequencies and

modulation bandwidthTransmit Mode

Limits for transmitters in the range from 9 kHzto 30 MHz

Transmit Mode

Transmitter spurious and out of bandemissions

Transmit Mode

ReceiverRadiated emissions below 30 MHz Receive ModeRadiated emissions above 30 MHz Receive Mode

4.2. EUT SYSTEM OPERATION

1. Set up EUT with the support equipments.2. Make sure the EUT work normally during the test.

Note:L.V.: Low Voltage 4.5VDCL.T.: Low Temperature –10℃

N.V.: Normal Voltage 5VDCN.T.: Normal Temperature +25℃

H.V.: High Voltage 5.5VDCH.T.: High Temperature +55℃

Nominal Voltage: 5VDC



5. FACILITIES AND ACCREDITATIONS5.1. FACILITIES

All measurement facilities used to collect the measurement data are located atBuilding A, Baoshi Science & Technology Park, Baoshi Road, Bao’an District, Shenzhen,Guangdong, ChinaThe sites are constructed in conformance with the requirements of ANSI C63.4 and CISPRPublication 22. All receiving equipment conforms to CISPR Publication 16-1, “Radio InterferenceMeasuring Apparatus and Measurement Methods.”

5.2. ACCREDITATIONSOur laboratories are accredited and approved by the following approval agencies according toISO/IEC 17025.

USA TIMCO (The certificate registration number is Q2012033001)

Japan VCCI (The certificate registration number is C-4128, R-368, G-837)

Canada INDUSTRY CANADA(The certificated registration number is 7700A-1)

Germany TUV(The certificate registration number is UA50138086-0001,UA50138086-0002)

EMCC (The certificated registration number is #080380)

PHOENIX(The certificated registration number is 702777a)

EurofinsChina CNAS (The certificated registration number is L3732)

Switzerland SGS(The certificated registration number is SZE0005409, SZE0005408)

Copies of granted accreditation certificates are available for downloading from our web site,http://www.wsct-cert.org

http://www.wsct-cert.org


TRF No.: EN 300 330/A0 Page 10 of 31

6. LIST OF MEASUREMENT EQUIPMENTS

Name of Equipment Manufacturer Model Serial NumberCalibration

DueDue Date

EMI Test Receiver R&S ESCI 100005 2015-8-19 2016-8-18

Spectrum Analyzer ROHDE&SCHWARZ FSU 100114 2015-8-19 2016-8-18

Pre Amplifier H.P. HP8447E 2945A02715 2014-10-13 2015-10-12

Loop Antenna EMCO 6502 100131 2015-8-19 2016-8-18

Bi-log Antenna SUNOL Sciences JB3 A021907 2015-9-13 2016-9-12

Ultra Broadband ANT ROHDE&SCHWARZ HL562 100157 2015-8-19 2016-8-18

Power Supply LW APS1502 - 2015-8-19 2016-8-18

Attenuation EM TEST ATT6/75 - 2015-8-19 2016-8-18

H & T CHAMBER EXPERY TN-400 TN100103 2015-8-19 2016-8-18

Turn Table CCS N/A N/A N.C.R N.C.R

System Controller CT SC100 - N.C.R N.C.R

Remark: Each piece of equipment is scheduled for calibration once a year.


TRF No.: EN 300 330/A0 Page 11 of 31

7. ETSI EN 300 330-1/-2 REQUIREMENTS7.1 Transmitter Requirements

7.1.1 Permitted range of operating frequencies and Modulation Bandwidth

LIMITETSI EN 300 330-1 (V1.7.1) Sub-clause 7.3.3The permitted range of operating frequency for intentional emissions shall be from 9 kHz to 30 MHz

ETSI EN 300 330-1 (V1.7.1) Sub-clause 7.4.1The frequency range of the modulation bandwidth contains all associated side bands above the following level:

a) For carrier frequencies below 135 kHz:

-23 dB below the carrier, for RFID within the transmitter emission boundary of figure G.1, and for RFID

and EAS systems within the transmitter mask of figure G.2 or the appropriate spurious limit as defined

in

clause 7.5.

b) For carrier frequencies in the range 135 kHz to 30 MHz:

-15 dB below the carrier or the appropriate spurious limit as defined in clause 7.5.

According to EN 300330-1 section 7.4.3, the permitted frequency range of the modulation bandwidth shall be

within the limits of the assigned frequency band:

TEST PROCEDURE1. Please refer to ETSI EN 300 330-1 (V1.7.1) Sub-clause 5 for the test conditions.

2. Please refer to ETSI EN 300 330-1 (V1.7.1) Sub-clause 7.3.2&7.4.2 for the measurement method.

Test Configuration

SPA EUT

DC Power Supply

H & T Chamber

1.2m power cable

1.5m coaxial cable1.2m data cable


TRF No.: EN 300 330/A0 Page 12 of 31

Environmental Conditions

Temperature: 25℃

Relative Humidity: 56 %

ATM Pressure: 100.0 kPa

TEST RESULTS

Test data

Test ConditionsPermitted Frequency Range (MHz)

Lowest Frequency (fL) Highest Frequency (fH)

Normal PASS PASS

LTLV PASS PASS

LTHV PASS PASS

HTHV PASS PASS

HTLV PASS PASS

The frequency range lies within the band 105KHz to 205KHz (fL > 105KHz and fH < 205KHz),

fullfit the requirements of the standard.


TRF No.: EN 300 330/A0 Page 13 of 31

7.1.2 Limits for transmitters in the range from 9 kHz to 30 MHz

LIMIT

According to EN 300330-1 section 7.2.1.3, The maximum H-field strengths under normal and extreme

conditions for certain frequency bands are given in table 4:


TRF No.: EN 300 330/A0 Page 14 of 31

TEST PROCEDUREThe measurements of the transmitter radiated H-field shall be made on an open field test site as specified in

clause A.1.3. Any measured values shall be at least 6 dB above the ambient noise level.

The H-field produced by the equipment shall be measured at standard distance of 10 m. Where this is not

practical, e.g. due to physical size of the equipment including the antenna or with use of special field cancelling

antenna, then other distances may be used. When another distance is used, the distance used and the field

strength value measured shall be stated in the test report. In this case, the measured value at actual test

distance shall be extrapolated to 10 m according to annex F and these calculations shall be stated in the test

report.

The H-field is measured with a shielded loop antenna connected to a measurement receiver. The measuring

bandwidth and detector type of the measurement receiver shall be in accordance with clause 6.6.

The equipment under test shall operate where possible, with modulation. Where this is not possible, it shall be

stated in the test report.

For transmitters using a continuous wideband swept carrier, the measurement shall be made with the sweep

off. When it is not possible to turn the sweep off the measurements shall be made with the sweep on and this

shall be stated in the test report.

The measurements are made under normal and extreme conditions. However, measurements at extreme

temperatures are not required when tests can only made at an open test site due to size constraints of the loop

antenna, see clause A.1.3.

For measuring equipment calibrated in dBμV/m, the reading should be reduced by 51,5 dB to be converted to

dBμA/m.

Test Configuration

10m Distance


TRF No.: EN 300 330/A0 Page 15 of 31


Temperature: 25℃



TEST RESULTSNo non-compliance noted

EUT : Wireless Charger Temperature : 25℃Model No. : e100(er100+et100) Humidity : 55％Test Mode : Transmit Mode Test Engineer : Fall Ma

Freq. Reading CorrectFactor(dB)

Hf

(dBμA/m)Limit Margin Result

(MHz) (dBμA/m) (dBμA/m) (dB)0.105 / / / / -- PASS

0.205 / / / / -- PASS

Note: 1. Correct Factor=Cable loss + Ant. Gain - Amplifier Gain

2. Hf = Reading + Correct Factor

3. No result in this part for margin above 20dB.


TRF No.: EN 300 330/A0 Page 16 of 31

7.1.3 Transmitter spurious and out of band emissions

7.1.3.1 Radiated field strength (Below 30MHz)

LIMIT

According to EN 300330-1 section 7.5.3.2, the radiated field strength of the spurious domain emissions

below 30 MHz shall not exceed the generated H-field dBμA/m at 10 m given in table 8.

TEST PROCEDUREThe field strength shall be measured for frequencies below 30 MHz. The equipment under test shall be

measured at a distance of 10 m on an outdoor test site. The test antenna shall be a calibrated shielded

magnetic field antenna. The equipment under test and test antenna shall be arranged as stated in clause A.1.

For Product Class 3 the transmitter antenna connector of the equipment under test shall be connected to an

artificial antenna (see clause 6.2) and the output connector terminated.

The equipment under test shall be switched on with normal modulation. The characteristics of the modulation

signal used shall be stated on the test report. The measuring receiver shall be tuned over the frequency range

9 kHz to 30 MHz, except for the frequency band on which the transmitter is intended to operate.

At each frequency at which a relevant spurious signal is detected the equipment under test and the test

antenna shall be rotated until maximum field strength is indicated on the measuring receiver. This level shall be

noted.

If the transmitter can be operated in the standby mode, then the measurements shall be repeated in the

standby mode.

For measuring equipment calibrated in dBμV/m, the reading should be reduced by 51,5 dB to be converted to

dBμA/m.


TRF No.: EN 300 330/A0 Page 17 of 31

Test Configuration


Temperature: 25 C



10m Distance


TRF No.: EN 300 330/A0 Page 18 of 31



Freq. Antenna Reading CorrectFactor(dB)

Hf

(dBμA/m)Limit Result

(MHz) Polarity (dBμA/m) (dBμA/m)0.072 H -17.72 13.7 -4.02 18 PASS0.072 V -17.34 13.7 -3.64 18 PASS4.608 H -26.71 11.6 -15.11 0 PASS4.608 V -29.78 11.6 -18.18 0 PASS17.56 H -28.64 10.3 -18.34 -3.5 PASS17.56 V -27.52 10.3 -17.22 -3.5 PASS27.12 H -29.71 10.9 -18.81 -3.5 PASS27.12 V -26.26 10.9 -15.36 -3.5 PASS




TRF No.: EN 300 330/A0 Page 19 of 31

EUT : Wireless Charger Temperature : 25℃Model No. : e100(er100+et100) Humidity : 55％Test Mode : Standby Mode Test Engineer : Fall Ma


Hf


(MHz) Polarity (dBμA/m) (dBμA/m)11.23 H -43.27 11.7 -31.57 -25 PASS11.23 V -42.89 11.7 -31.19 -25 PASS15.26 H -42.16 10.2 -31.96 -25 PASS15.26 V -44.14 10.2 -33.94 -25 PASS18.48 H -43.61 10.3 -33.31 -25 PASS18.48 V -43.08 10.3 -32.78 -25 PASS26.25 H -42.05 10.9 -31.15 -25 PASS26.25 V -44.59 10.9 -33.69 -25 PASS




TRF No.: EN 300 330/A0 Page 20 of 31

7.1.3.2 Effective radiated power (Above 30MHz)

LIMIT

ETSI EN 300 330-1 (V1.7.1) Sub-clause 7.5.4.2

State

47MHz-74MHz87.5MHz-118 MHz174 MHz -230 MHz470 MHz -862 MHz

Other frequencies below1000MHz

Operating 4nW（-54 dBm） 250nW（-36 dBm）

Standby 2nW（-57 dBm） 2nW（-57 dBm）

TEST PROCEDURE

EUT was placed on a nonmetal table which is 1.5 meter above the grounded reference plane and set to work

in normal operation mode. Details refer to EN 300330-1 subclause 7.5.2.3.

The transmitter shall be connected to an artificial antenna according to clause 6.2.2. The spurious components

are

measured by means of a selective voltmeter connected to the output of the transmitter by means of an

appropriate

coupling device. For details of the artificial antenna, see annex D.

Test Configuration


TRF No.: EN 300 330/A0 Page 21 of 31


Temperature: 25 C





FrequencyMHz

Ant.PolarityH/V

SG PowerdBm

CorrenctFactordB

Radiatedspurious power

dBm

LimitdBm

69.51 H -65.47 4.3 -61.17 -54139.53 H -62.64 6.5 -56.14 -36371.42 H -64.94 7.7 -57.24 -36694.37 H -70.94 8.4 -62.54 -5469.51 V -62.85 4.3 -58.55 -54139.53 V -63.80 6.5 -57.30 -36371.42 V -64.60 7.7 -56.90 -36694.37 V -68.56 8.4 -60.16 -54

Note: 1. Correct Factor= Cable loss + Ant. Gain - Amplifier Gain

2. Radiated Spurious power=SG+ Correct Factor


TRF No.: EN 300 330/A0 Page 22 of 31

EUT : Wireless Charger Temperature : 25℃Model No. : e100(er100+et100) Humidity : 55％Test Mode : Standby Mode Test Engineer : Fall Ma

FrequencyMHz

Ant.PolarityH/V

SG PowerdBm

CorrectFactordB


dBm

LimitdBm

45.21 H -66.34 4.3 -62.04 -5745.21 V -67.76 4.3 -63.46 -57106.52 H -70.95 7.4 -63.55 -57106.52 V -72.44 7.4 -65.04 -57461.02 H -71.59 7.6 -63.99 -57461.02 V -71.94 7.6 -64.34 -57705.39 H -72.92 8.4 -64.52 -57705.39 V -72.37 8.4 -63.97 -57

Note: 1. Correct Factor=-Cable loss + Ant. Gain - Amplifier Gain



TRF No.: EN 300 330/A0 Page 23 of 31

7.2 Receiver spurious emissions

7.2.1 Radiated emissions below 30 MHz

LimitThe spurious components below 30 MHz shall not exceed the generated H-field dBμA/m values at 10 m

according to table 12.


2. Please refer to ETSI EN 300 330-1 (V1.7.1) Sub-clause 8.3.2.1 for the measurement method.

Test Configuration(Same as < Radiated field strength > in 7.1.4)


Temperature: 25 C




TRF No.: EN 300 330/A0 Page 24 of 31

TEST RESULTS

No non-compliance notedEUT : Wireless Charger Temperature : 25℃Model No. : e100(er100+et100) Humidity : 55％Test Mode : Receive Mode Test Engineer : Fall Ma


Hf


(MHz) Polarity (dBμA/m) (dBμA/m)11.02 H -41.72 11.7 -30.02 -25 PASS11.02 V -44.92 11.7 -33.22 -25 PASS14.98 H -44.71 10.2 -34.51 -25 PASS14.98 V -41.86 10.2 -31.66 -25 PASS19.25 H -44.59 10.3 -34.29 -25 PASS19.25 V -43.68 10.3 -33.38 -25 PASS27.02 H -41.61 10.9 -30.71 -25 PASS27.02 V -42.53 10.9 -31.63 -25 PASS




TRF No.: EN 300 330/A0 Page 25 of 31

7.2.2 Radiated emissions above 30 MHz

LimitState Radiated emission above 30MHz

Standby 2nW（-57 dBm）

Test Configuration(Same as < Radiated field strength > in 7.1.4.2)


2. Please refer to ETSI EN 300 330-1 (V1.7.1) Sub-clause 7.5.4.1 for the measurement method.

EUT : Wireless Charger Temperature : 25℃Model No. : e100(er100+et100) Humidity : 55％Test Mode : Receive Mode Test Engineer : Fall Ma

FrequencyMHz

Ant.PolarityH/V

SG PowerdBm

CorrectFactordB


dBm

LimitdBm

42.09 H -67.21 4.3 -62.91 -5742.09 V -68.82 4.3 -64.52 -5711.24 H -70.81 7.4 -63.41 -5711.24 V -70.83 7.4 -63.43 -57452.78 H -71.85 7.6 -64.25 -57452.78 V -72.54 7.6 -64.94 -57710.64 H -70.88 8.4 -62.48 -57710.64 V -72.10 8.4 -63.70 -57

Note: 1. Correct Factor=Cable loss +Ant. Gain- Amplifier Gain



TRF No.: EN 300 330/A0 Page 26 of 31

8. PHOTOGRAPHS OF THE TEST CONFIGURATIONRADIATED SPURIOUS EMISSION TEST


TRF No.: EN 300 330/A0 Page 27 of 31

9. PHOTOGRAPHS OF EUTAppearance photograph of EUT

Appearance photograph of EUT


TRF No.: EN 300 330/A0 Page 28 of 31




TRF No.: EN 300 330/A0 Page 29 of 31




TRF No.: EN 300 330/A0 Page 30 of 31


Internal photograph of EUT


TRF No.: EN 300 330/A0 Page 31 of 31



——END OF REPORT——

Documents

RF TEsT REPORT - epqi.cn · Test Report Number: ... sfa刀da吣眨aσo冖 Ce而而caJ0na Tesσ″g Co. 、 厶TD.TD心doCume冖fmay De arfered orrevrsed oy Worfd sra刀dardiza″on

RF TEsT REPORT - epqi.cn · Test Report Number: ... sfa刀da吣眨aσo冖 Ce而而caJ0na Tesσ″g Co. 、厶TD.TD心doCume冖fmay De arfered orrevrsed oy Worfd sra刀dardiza″on