CE_Test Report_ODROID-C1
Contents
1. Pass 9 0 007 4 8 0 008 0 600 1 3 Pass 10 0 000 0 000 0 276 Pass 11 0 007 2 1 0 007 0 495 14 Pass 42 0 000 0 000 0 230 Pass 43 0 007 3 1 0 007 0 315 24 Pass 44 0 000 0 000 0 197 Pass 15 0 006 4 1 0 006 0 225 28 Pass 16 0 000 0 000 0 173 Pass 17 0 006 4 3 0 006 0 198 29 Pass 18 0 000 N A 0 000 0 153 Pass 19 0 005 4 4 0 005 0 178 30 Pass 20 0 000 0 000 0 138 Pass 2 0 005 0 005 0 164 Pass 22 0 000 0 000 0 125 Pass 23 0 004 0 004 0 147 Pass 24 0 000 N A 0 000 0 115 Pass 25 0 004 N A 0 004 0 135 Pass 26 0 000 N A 0 000 0 107 Pass 27 0 003 N A 0 003 0 125 Pass 28 0 000 N A 0 000 0 099 Pass 29 0 003 N A 0 003 0 116 N A Pass 30 0 000 N A 0 000 0 092 Pass 34 0 002 0 002 0 109 Pass 32 0 000 0 000 0 086 Pass 33 0 002 0 002 0 102 Pass 34 0 000 0 000 0 084 N A Pass 35 0 004 0 002 0 096 Pass 36 0 000 0 000 0 077 Pass 37 0 004 N A 0 004 0 094 Pass 38 0 000 0 000 0 073 Pass 39 0 004 N A 0 001 0 087 N A Pass 40 0 000 N A 0 000 0 069 Pass UCS QP 20 06 01 Rev 0 OCS UCS Co Ltd tw Wwww lcs co kr Page 27 of 45 Report Number UCSCE 1412 204 Voltage Source Verification Data Run time Test Result Pass Source qualification Normal Highest parameter values during test Voltage Vrms 229 98 Peak Amps 0 165 Fu2. UCS QP 20 06 01 Rev 0 UCS Co Ltd Www ucs co kr Page 21 of 45 Report Number UCSCE 1412 204 6 3 4 Test set up photos Front Rear UCS QP 20 06 01 Rev 0 UCS Co Ltd www ucs co kr Page 22 of 45 Report Number UCSCE 1412 204 6 3 5 Test data Frequency Range 1 000 MHz 6 000 MHz Bandwidth 1 MHz Distance 3m Peak Antenna Antenna Amp 220 Reading Polarity Height Factor Gain Results Limit Margin MHz dBp V H V dB m dB dBu V m dB 1215 00 58 60 1 330 00 58 14 Remark H Horizontal Vertical Max clock frequency 1 5 GHz Results dBuV m Reading dBuV Antenna Factor dB m Cable Loss dB Amp Gain dB Margin dB Results dBuV m Limit dBuV m Average Antenna Height Antenna Results Limit Polarity Factor 4 H V m dB m dBu V m dBn V m Remark H Horizontal Vertical Max clock frequency 1 5 GHz Results dBuV m Reading dBuV Antenna Factor dB m Cable Loss dB Amp Gain dB Margin dB Results dBuV m Limit dBuV m Reading UCS QP 20 06 01 Rev 0 OCS Co Ltd wa www ucs co kr Page 23 of 45 Report Number UCSCE 1412 204 6 4 Harmonics current emissions Test Standard EN 61000 3 2 2006 1 2009 A2 2009 Tested Date 2014 12 19 Input Ratings 230 V 50 Hz 21
3. Vertical Results dBuV m Reading dBuV Antenna Factor dB m Cable Loss dB Amp Gain dB Margin dB Results dBuV m Limit dBuV m UCS QP 20 06 01 Rev 0 Co Ltd www ucs co kr OCS Page 20 of 45 Report Number UCSCE 1412 204 6 3 Radiated disturbance Above 1 GHz Test Standard EN 55022 2010 Class A Tested Date 2014 12 19 Input Ratings 230 V 50 Hz Temperature 12 05 1 15 C Humidity 41 65 1 05 Test result Met Class A Pass 6 3 1 Limit m s 6 3 2 Test set up and procedure The final test was done at a 3 m chamber with a peak and average 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 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 6 3 3 Test equipment used 0 osoro HORNANTENNA Preamplifier Controller EM EM1000 06058 Audix Corporation
4. 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 both the horizontal and vertical planes of polarization The measurement antenna was varied height above the conducting ground plane to obtain the maximum 6 2 3 Used test equipments Ronee SCHWARZ 10120 Ronbeescuwarz anism tec 10596 RE somtonsme o 2000081202 2 use o Cro a sme UCS QP 20 06 01 Rev 0 fa UCS Co Ltd WW W ucs co kr Page 18 of 45 Report Number UCSCE 1412 204 6 2 4 Test set up photos UCS QP 20 06 01 Rev 0 UCS Co Ltd Www ucs co kr Page 19 of 45 Report Number UCSCE 1412 204 6 2 5 Test data Frequency Range 30 MHz 1 000 MHz Bandwidth 120 kHz Distance 10 Antenna TE Freq Reading Polarity Height Factar Gain Results Limit Margin MHz dBp V H V dB m dB dBu V m dB 84 Remark H Horizontal
5. PCB 85 x 56 mm 40 g Amlogic S805 Quad 1 5 GHz Quad Core Cortex A5 Mali 450 MP2 1024 MB 10 100 1 000 Base TX 1 Port Host 2 0 4 Port Device 2 0 1 Port is not support on Linux USB Storage Possible ADB microSD microSDHC up to 32 GB eMMC 8 16 32 GB 64 GB Accessory HDMI 1 4a supports up to 1 920 x 1 080 resolution 49 035 gt DCS5V lt 10W2QA SV Product specification information described herein was obtained from product data sheet or user s manual 3 Laboratory Information Laboratory Name UCS Co Ltd Location 35 13 Hwalcho gil 109beon gil Hwaseong si Gyeonggi do 445 150 Korea UCS QP 20 06 01 Rev 0 Co Ltd OCS Page 5 of 45 Report Number UCSCE 1412 204 4 Test Configuration and Condition 4 1 EUT operating condition After connecting a peripherals to the EUT observed with video playback and ping test continuously during the test Input power condition during the measurements was 230 V 50 Hz Adapter Output DC 5 V At the request of the applicant tested using the Adapter but is not EUT 4 2 EUT test configuration diagram 230 V 50 Hz 230 V 50 Hz Adapter External Micro SD card EUT HDMI LAN Monitor SingleBoard Monitor Computer nny USB Memory 1 2 EUT Micro USE USB3 USB4 USE Memory 3 Keyboard Mouse 4 3 Peripheral equipments list for test Single Board Computer
6. Www ucs co kr Page 12 of 45 Report Number UCSCE 1412 204 6 1 7 Test data Telecommunication ports Test Frequency rang 150 kHz 30 MHz Bandwidth 9 kHz Temperature 17 0 0 5 Humidity 22 15 0 75 10 Mbps Cable Limit Reading Result Limit Reading Result MHz dB dB dBu V dBuV dBuV dBuV o pow we sa am ne _ am ow ww am wm mamana __ os me ew Average mode was not recorded because Quasi Peak values were under the Average limit 100 was Cable Limit Reading Result Limit Reading Result MHz dB dB pow me em o ow w me em Average mode was not recorded because Quasi Peak values were under the Average limit UCS QP 20 06 01 Rev 0 Co Ltd www ucs co kr 2 Page 13 of 45 Report Number UCSCE 1412 204 1 000 a wai Cable Limit Reading Result Limit Reading Result MHz dB dB Lew s 4 maaa s ow me
7. 0 UCS Co Ltd WwWww ucs co Er Page 36 of 45 Report Number UCSCE 1412 204 6 8 3 Test set up photos 6 8 4 Test data nw 8 ww 8 es ow s a There was no deviation from normal operation condition UCS QP 20 06 01 Rev 0 Co Ltd www ucs co kr OCS Page 37 of 45 Report Number UCSCE 1412 204 6 9 Surge immunity Test Standard EN 61000 4 5 2006 Criteria B Coupling Coupling Decoupling Network Test Level AC Mains Line to Line 0 5 1 kV Atmospheric pressure 102 2 kPa Test Result Met criterion A Pass 6 9 1 Test set up and procedure 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 EUT was placed on a 0 1 m wooden table For table top equipment EUT was placed on a wooden table 0 1 m above the reference plane 6 9 2 Used test equipments EMC IMMUNITY TEST EMCPRO PLUS 0906221 ThermoFisher Scientific 2015 08 28 Ei Lin Coupler Decoupler CM I OCD 0906226 ThermoFisher Scientific es Telecom CM TELCD 0905226 ThermoFisher Scientific coupler Decoupler UCS QP 20 06 01 Rev 0 UCS Co Ltd WwWww ucs co Er Page 38 of 45 Report Number UCSCE 1412 204 6 9 3 Test set up photos 6 9 4 Test data There was deviation from normal operation condition The EUT does not have the signal ports that
8. m xm Average mode was not recorded because Quasi Peak values were under the Average limit UCS QP 20 06 01 Rev 0 UCS Co Ltd Www ucs co kr Page 14 of 45 6 1 8 Test graph Mains ports Hot line Receiver RBW 9 kHz MT 100 ms Input 1 DC Att 10d8 Preamp Step LIN 20 uu 10 Start 150 0 kHz s Quasi Peak Average Neutral line Receiver RBW 9 kHz MT 100 ms Input 1 DC Att 10 dB Preamp OFF Step LIN Report Number UCSCE 1412 204 Stop 30 0 MHz Stop 30 0 MH Start 150 0 kHz D Quasi Peak Average UCS QP 20 06 01 Rev 0 UCS Ltd www ucs co kr Page 15 of 45 Report Number UCSCE 1412 204 6 1 9 Test graph Telecommunication ports 10 Mbps Receiver RBW 9 kHz MT 3s ISN CAT5 Input 1 DC Att 1008 Preamp OFF Step LIN Scan 1 Clrw 2Av Clrw 1 MHZ 10 MHz 22 A Q ISN 7 70 60 50 dByV 40 dbuv 10 Start 150 0 kHz Stop 30 0 MHz Quasi Peak Average 100 Mbps Receiver X RBW QPK 9 kHz MT 3s ISN CATS Input 1 DC Att 10 dB Preamp OFF Step LIN Scan O1Pk 2 Clrw 1 MHz 10 MHz gt 2 0 15 22 A A ISN E d 11 70 60 50 dBuV
9. ODROID CI Ww Hardkernel Co LTD WEIHAI SUNIN DONGGUAN KUNYING Mouse N910U K9P90900022 COMPUTER PRODUCTS LTD mem EN I ON EN I CN RR ERN UCS QP 20 06 01 Rev 0 Co Ltd www ucs co kr Page 6 of 45 Report Number UCSCE 1412 204 4 4 Cable connections we _ a 4 5 Information of the instruction for class A Class equipment shall be included the following warning in the instructions for use WARNING This is a class A product In a domestic environment this product may cause radio interference in which case the user may be required to take adequate measures 4 6 EUT modifications None UCS QP 20 06 01 Rev 0 OCS Co Ltd wa www ucs co kr Page 7 of 45 Report Number UCSCE 1412 204 5 Summary of Test Results 5 1 Summary of test results Conducted disturbance at the mains ports Met Class A Pass EN 55022 2010 Conducted disturbance at the telecommunication ports Met Class A Pass Radiated disturbance Met Class A Pass EN 61000 3 2 2006 1 2009 A2 2009 Harmonics current emissions Met Pass EN 61000 3 3 2008 Voltage changes Voltage fluctuations and flicker Met Pass Electrostatic discharge Met Criterion A and Pass Radiated RF electromagnetic field immunity Met Criterio
10. Page 34 of 45 Report Number UCSCE 1412 204 6 7 3 Test set up photos 6 7 4 Test data Front Side A Rear Side vit Horizontal Left Side Right Side There was no deviation from normal operation condition UCS QP 20 06 01 Rev 0 Co Ltd www ucs co kr OCS Page 35 of 45 Report Number UCSCE 1412 204 6 8 Electric fast transient burst immunity Test Level AC Mains 1 kV Peak Signal 0 5 kV Peak Tested Date 2014 12 22 Input Ratings 230 V 50 Hz 20 55 0 65 C Humidity 4655 L1 9 RH Atmospheric pressure 102 2 kPa Test Result Met criterion A Pass 6 8 1 Test set up and procedure 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 6 8 2 Used test equipments EMC IMMUNITY TEST EMCPRO PLUS 0906221 ThermoFisher Scientific 2015 08 28 EN Capacitive Clamp 0904227 ThermoFisher Scientific 2015 08 29 UCS QP 20 06 01 Rev
11. QP 20 06 01 Rev 0 OCS UCS Co Ltd www ucs co kr Page 3 of 45 Report Number UCSCE 1412 204 Contents 4 2 equipment under test 4 IMIONA ayau 4 A Test On ail cece 5 ux uu u ln 7 Oe Test ET DP 8 ____________ __ _ ___ 43 Revision History Issued Report No Issued Date Effect Section UCS QP 20 06 01 Rev 0 UCS UCS Co Ltd www ucs co kr Page 4 of 45 Report Number UCSCE 1412 204 1 Applicant Information Applicant Name Address Manufacturer Address Country of Origin Hardkernel Co LTD 704 25 Simin daero 248beon gil Dongan gu Anyang si Gyeonggi do Korea Hardkernel Co LTD 704 25 Simin daero 248beon gil Dongan gu Anyang si Gyeonggi do Korea Korea 2 EUT Equipment under test Information Product Name Model Clock Operating system Size Weight CPU Processor Graphics processor System memory Network USB Storage Video output Operating temperature Input Rating Single Board Computer ODROID CI 12 MHz 24 MHz 25 MHz 32 768 kHz Xubuntu 14 04 linux or Android 4 4 X
12. 6204926 Humidity 89 05 0 55 RH 6 4 1 Test setup and procedure The equipment 15 supplied In sertes with shunt s Rms or current transformer s from a source having the same Nominal voltage and frequency as the rated supply voltage and frequency of the Measurements shall be made under Normal load or conditions for adequate heat discharge and underequipment Normal operating conditions User s operation controls or automatic programmers shall be set to produce the maximum harmonic component for each successive harmonic component turn For the purpose of harmonic current limitation equipment is classified as follows Class A Equipment not specified in one of the three other Classes shall be considered as Class A equipment Balanced three phase equipment Household appliances excluding equipment identified as class D Tools excluding portable tools Dimmers for incandescent lamps Audio equipment Class B portable tools arc welding equipment which 1 not professional equipment Class C lighting equipment Class D Equipment having a specified power according to 6 2 2 less than or equal to 600 W of the following types personal computers and personal computer monitors television receivers 6 4 2 Used test equipments Hamonics Flicker 5001IX 208 150 300 559160 2015 10 13 UCS QP 20 06 01 Rev 0 UCS Ltd WWw ucs co kr Page 24 of 45 Report Number UCSCE 1412 204 6 4 3
13. 8 KV 3 Power port Part 4kV Contact B See note 2 x Note 1 There was no deviation from normal operation condition Note 2 The flicker was observed on the monitor during the test but return to normal operating condition after the test UCS QP 20 06 01 Rev 0 Co Ltd www ucs co kr OCS Page 33 of 45 Report Number UCSCE 1412 204 6 7 Radiated RF electromagnetic field immunity Test Standard EN 61000 4 3 2006 A1 2008 A2 2010 Criteria A Tested Frequency 80 MHz 1 0 GHz Test Level Modulation 3 AM 80 1 kHz Dwell Time S Temperature 24 15 0 55 C Humidity 39 9 1 1 R H 6 7 1 Test set up and procedure 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 6 7 2 Used test equipments SIGNAL GENERATOR SMCIOOA 101441 ROHDE amp SCHWARZ 2015 08 28 EMP Series Power Meter E4419B MY45104421 2015 08 28 NM E SERIES AVG E9304A MY41499023 Agilent 2015 08 28 POWER SENSOR 5 RFAMPLIFIER ANPLIRERRESEARCH vom anes Looper antenna UCS QP 20 06 01 Rev 0 Co Ltd www ucs co kr
14. CSCE 1412 204 7 3 Internal Board J 6 4 HARDKERNEL Dasign by ruppi kim hardkerne l cc ODROID C REV 0 3 20141107 UCS QP 20 06 01 Rev 0
15. Global 1 Testing Laboratory Universal Certification Solution EMC TEST REPORT Product name Single Board Computer Model ODROID C1 Standards EN 55022 2010 EN 55024 2010 EN 61000 3 2 2006 A1 2009 A2 2009 EN 61000 3 3 2008 Applicant Hardkernel LTD Test Report No UCSCE 1412 204 UCS Co Ltd 702 AnyangMegavalley 268 Hagui ro Dongan gu Anyang si Gyeonggi do 431 767 Korea Tel 82 31 420 5680 Fax 82 31 420 5685 Open Site 82 31 355 2666 Online http www ucs co kr CBTL CS Co Ltd www ucs co kr Page 2 of 45 Report Number UCSCE 1412 204 EMC TEST REPORT Report Number UCSCE 1412 204 Hardkernel Co LTD Name Applicant 704 25 Simin daero 248beon gil Dongan gu Anyang si Gyeonggi do Korea Single Board Computer 7 Manufacturer Hardkernel Co LTD uc mous Other EN 55022 2010 EN 55024 2010 Standard EN 61000 3 2 2006 A1 2009 A2 2009 EN 61000 3 3 2008 Tested by K S Yoon Approved by Choi UCS Co Ltd 702 AnyangMegavally 268 Hagui ro Dongan gu Anyang si Gyeonggi do 431 767 Korea Tel 82 31 420 5680 Fax 82 31 420 5685 o This 1 certified that the above mentioned products have been tested for the sample provided by client o No part of this document may not be duplicated or reproduced by any means without the express written permission of UCS Co Ltd UCS
16. Test set up photos UCS QP 20 06 01 Rev 0 UCS Ltd f wWww ucs co kr Page 25 of 45 Report Number UCSCE 1412 204 6 4 4 Test data Harmonics Class A Ed 4 0 2014 Run time Test Result Pass Source qualification Normal Current amp voltage waveforms 300 200 s 100 100 2 200 300 Harmonics and Class limit line European Limits D Sd nnd ond o 1 ER Current amp 5 4 8 12 15 20 24 28 J2 36 40 Harmonic Testresult Pass Worst harmonic was 19 with 4 4 of the limit UCS QP 20 06 01 Rev 0 OCS UCS Co Ltd www ucs co kr Page 26 of 45 Report Number UCSCE 1412 204 Current Test Result Summary Run time Test Result Pass THC A 0 022 Source qualification Normal l THDO 0 278 7 POHC A 0 000 Limit A 0 251 Highest parameter values during test V RMS Volts 229 98 Peak Amps 0 165 Fund Amps 0 008 Power Watts 1 9 Frequency Hz 50 00 RMS Amps 0 027 Crest Factor PowerFactor 0 347 6 450 Harm Harms avg 100 Limit ofLimit Harms max 150 Limit ofLimit Status 2 0 000 1 080 N A 0 000 1 620 N A Pass 3 0 008 2 300 0 3 0 008 3 450 0 2 Pass 4 0 000 3 0 000 0 645 Pass 5 0 008 0 7 0 008 4 740 0 5 Pass 6 0 000 0 000 0 450 Pass 1 0 008 1 0 0 008 1 1 07 Pass 8 0 000 0 000 0 345
17. a h 10 dBuV Start 150 0 kHz Stop 30 0 MHz Quasi Peak m Average UCS QP 20 06 01 Rev 0 VCS Co Ltd Www ucs co kr Page 16 of 45 Report Number UCSCE 1412 204 1 000 Mbps Receiver LX RBW 9 kHz MT 3 ISN CATS Input 1 DC Att 10 98 Preamp OFF Step LIN Scan 1 Cirw 2Av 1 MHz 10 MHz 2 A Q ISN Ea ou ubv 70 60 50 i 4 d 40 77 7 wid 36 CT 10 Start 150 0 kHz Stop 30 0 MHz vO Quasi Peak Average UCS QP 20 06 01 Rev 0 Co Ltd wWww ucs co kr OCS Page 17 of 45 Report Number UCSCE 1412 204 6 2 Radiated disturbance Below 1 GHz Test Standard EN 55022 2010 Class A Tested Date 2014 12 19 Input Ratings 230 V 50 Hz Temperature 11 7 0 3 C 18 45 0 75 R H Test result Met Class A Pass 6 2 1 Limit Frequency MHz Class dBuV m 10 Class dBuV m 10 30 230 40 30 6 2 2 Test set up and procedure A pretest was performed at 3 m distance in a semi anechoic chamber for searching correct frequency The final test was done at a 10 m open area test site with a quasi peak detector EUT was placed on a non metallic table height of 0 8 m above the reference ground plane
18. acturer then either of these may be derived from the product description and documentation and by what the user may reasonably expect from the EUT if used as intended Performance criterion C During and after testing a temporary loss of function is allowed provided the function is selfrecoverable or can be restored by the operation of the controls or cycling of the power to the EUT by the user in accordance with the manufacturer s instructions Functions and or information stored in non volatile memory or protected by a battery backup shall not be lost UCS QP 20 06 01 Rev 0 Co Ltd www ucs co kr Page 8 of 45 Report Number UCSCE 1412 204 6 Test Results 6 1 Conducted disturbance Test Standard EN 55022 2010 Class A Tested Date 2014 12 19 Input Ratings 230 V 50 Hz Test result Met Class A Pass 6 1 1 Limit Mains ports MHz Quasi Peak Average ws n om o o j The limit decreases linearly with the logarithm of frequency Telecommunication ports The limit decreases linearly with the logarithm of frequency 6 1 2 Test set up and procedure The mains terminal disturbance voltage was measured with the equipment under test EUT in a shield room The EUT was connected to an artificial mains network LISN placed on the floor The EUT was placed on non metallic table 0 8 m above the metallic grounded floor The distance to other metallic surfac
19. e at least 25 times for each adapting point Temperature 39 9 0 7 R H 6 6 1 Test set up and procedure 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 kohm resistor located in each end 0 5 mm insulating support between EUT and HCP In both cases a vertical coupling plane VCP of 0 5 m 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 6 6 2 Used test equipments ESD Simulator ESS 2000 4010C63927 2015 08 28 NM HAEFELY HAEFELY TEST AG ONYX 16 177897 2015 04 04 Loo mg ea _ o 5 UCS QP 20 06 01 Rev 0 UCS Ltd WWw ucs co kr Page 31 of 45 Report Number UCSCE 1412 204 6 6 3 Test set up photos UCS QP 20 06 01 Rev 0 UCS Co Ltd Vw Www ucs co kr Page 32 of 45 Report Number UCSCE 1412 204 6 6 4 Test data VCP A See note 1 Location EUT Applied Level Method A See note 1 HDMI Micro USB Cover Pat 2 KV 4 KV
20. e most unfavorable sequence of voltage changes using only those combinations of controls and programs are mentioned by the manufacturer the instruction manual 6 5 2 Used test equipments Hamonics Flicker 50011X 208 150 300 559160 2015 10 13 6 5 3 Test set up photos 7 I 4 lt Ta Haten A mo amp UCS QP 20 06 01 Rev 0 UCS Co Ltd wWW W ucs co kr Page 29 of 45 Report Number UCSCE 1412 204 6 5 4 Test data Flicker Test Summary per EN IEC61000 3 3 Run time Test Result Pass Status Test Completed Pst and limit line European Limits 1 00 0 75 B 050 025 4 Cal e e Cal Pit and limit line 0 50 025 0 00 4 e Ca Parameter values recorded during the test Vrms at the end of test Volt 229 95 Highest dt 55 0 00 Test limit 5 T max m 51 Test limit 5 500 0 Pass Highest dc 5 0 00 Test limit 55 3 20 Pass Highest dmax 55 0 00 Test limit 55 4 00 Pass Highest Pst 10 min period 0 064 Test limit 1 000 Pass Highest 2 hr period 0 028 Test limit 0 650 Pass UCS QP 20 06 01 Rev 0 Co Ltd www ucs co kr OCS Page 30 of 45 Report Number UCSCE 1412 204 6 6 Electrostatic discharge Test Standard EN 61000 4 2 2009 Criteria B HCP VCP Contact 4 kV 2 4 8 Test Level Discharge Impedance 330 Q 150 pF Test Tim
21. e was at least 0 8 m Amplitude measurements were performed with a quasi peak detector and an average detector 6 1 3 Test equipment used ESPI ROHDE amp SCHWARZ 20150808 ESRI 101120 ROHDE amp SCHWARZ 20150103 w C us scuwammeck 2030826 us m PM UCS QP 20 06 01 Rev 0 UCS Ltd WW W ucs co kr Page 9 of 45 Report Number UCSCE 1412 204 6 1 4 Test set up photos Mains ports Front Rear UCS QP 20 06 01 Rev 0 UCS Co Ltd www ucs co kr Page 10 of 45 Report Number UCSCE 1412 204 6 1 5 Test set up photos Telecommunication ports Front Rear UCS QP 20 06 01 Rev 0 OCS Co Ltd Www ucs co kr Page 11 of 45 Report Number UCSCE 1412 204 6 1 6 Test data Mains ports Test Frequency 150 kHz 30 MHz Bandwidth 9 kHz Temperature 16 7 0 4 Humidity 22 55 0 55 Factor Quasi Peak Average Limit Reading Results Limit Reading Results dBuv dBu V 79 00 44 74 44 80 66 00 79 00 48 77 48 84 66 00 79 00 48 96 49 04 66 00 73 00 52 60 52 75 60 00 73 00 51 30 51 69 60 00 Remark H Hot line N Neutral line Average mode was not recorded because Quasi Peak values were under the Average limit UCS QP 20 06 01 Rev 0 Co Ltd
22. ion condition UCS QP 20 06 01 Rev 0 OCS Co Ltd wa www ucs co kr Page 41 of 45 Report Number UCSCE 1412 204 6 11 Voltage dips and short interruptions Test Standard EN 61000 4 11 2004 Criterion B or C 100240 V 50 Hz 6 11 1 Test set up and procedure dips interruption test 15 only applicable to AC mains The dips interruptions were applied at zero crossine 6 11 2 Used test equipments EMC IMMUNITY ThermoFisher EMCPRO PLUS 0906221 2015 08 28 TEST Scientific UCS QP 20 06 01 Rev 0 UCS Co Ltd Www ucs co kr Page 42 of 45 Report Number UCSCE 1412 204 6 11 3 Test set up photos 6 11 4 Test data Test Level Periods Criteria Results Low Voltage dips A See note 1 Note 1 There was no deviation from normal operation condition Note 2 The power of EUT was turned off during the test but returned to normal operating condition after the test Test result of both 100 V and 240 V are same UCS QP 20 06 01 Rev 0 UCS Ltd www ucs co kr Page 43 of 45 Report Number UCSCE 1412 204 7 EUT Photos 7 1 External view Front view Rear view UCS QP 20 06 01 Rev 0 0 5 Ltd www ucs co kr Page 44 of 45 Report Number UCSCE 1412 204 7 2 Internal view UCS QP 20 06 01 Rev 0 UCS Co Ltd Www ucs co kr Page 45 of 45 Report Number U
23. may connect directly to outdoor cables UCS QP 20 06 01 Rev 0 Co Ltd www ucs co kr OCS Page 39 of 45 Report Number UCSCE 1412 204 6 10 Conducted disturbance induced by RF fields immunity Test Level Modulation AM 80 1 kHz Step Size log 1 step Temperature 20 3 0 7 Humidity 42 3 0 6 R H 6 10 1 Test set up and procedure 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 150 kHz to 100 MHz This frequency range was modulated with 1 kHz 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 6 10 2 Used test equipments CDN M2 801 2 16 091165 2015 08 28 EE CDN M3 801 3 16 091994 2015 08 28 EM INJECTION CLAMP 2031 23 091199 2015 01 02 EE Continuous Wave Simulator CWS 500N1 P1247105423 2015 02 20 NM Coaxial Fixed Attenuator 6 75 1306112966 2015 02 20 m UCS QP 20 06 01 Rev 0 UCS Co Ltd WWww ucs co kr Page 40 of 45 Report Number UCSCE 1412 204 6 10 3 Test set up photos 9 sep CV 4 P a 6 10 4 Test data There was no deviation from normal operat
24. n A Pass Electrical fast transient burst immunity Met Criterion A Pass Note The EUT does not contain devices susceptible to magnetic fields so the test was not performed 5 2 Performance of criteria Performance criterion A During and after the test the EUT shall continue to operate as intended without operator intervention No degradation of performance or loss of function is allowed below a minimum performance level specified by the manufacturer when the EUT is used as intended The performance level may be replaced by a permissible loss of performance If the minimum performance level or the permissible performance loss 1 not specified by the manufacturer then either of these may be derived from the product description and documentation and by what the user may reasonably expect from the EUT if used as intended Performance criterion B After the test the EUT shall continue to operate as intended without operator intervention No degradation of performance or loss of function is allowed after the application of the phenomena below a performance level specified by the manufacturer when the EUT is used as intended The performance level may be replaced by a permissible loss of performance During the test degradation of performance is allowed However no change of operating state or stored data is allowed to persist after the test If the minimum performance level or the permissible performance loss is not specified by the manuf
25. nd Amps 0 008 Power Watts 1 9 Frequency Hzy 50 00 1 RMS Amps 0 027 Crest Factor 6 450 PowerFactor 0 3547 Harm Harmonics V rms Limit V rms Of Limit Status 2 0 032 0 460 6 87 OK 3 0 470 2 070 22 73 OK 4 0 014 0 460 3 13 OK 5 0 010 0 920 4 12 OK 6 0 045 0 460 3 83 OK 7 0 050 0 690 7 25 OK 8 0 006 0 460 4 36 OK 9 0 118 0 460 25 67 OK 10 0 460 41 89 OK 41 0 230 30 45 OK 42 0 230 5 76 OK 13 0 230 43 43 OK 14 0 230 4 73 OK 15 0 230 6 49 OK 16 0 230 4 73 OK AT 0 230 2 75 OK 18 0 230 6 62 OK 19 0 230 4 71 OK 20 0 230 5 50 OK 21 0 230 3 04 OK 22 0 230 2 09 OK 25 0 230 2 71 OK 24 0 230 1 42 OK 25 0 230 2 52 OK 26 0 230 2 04 OK 2T 0 230 4 22 OK 28 0 230 4 58 OK 29 0 230 3 29 OK 0 0 230 4 80 OK 31 0 230 2 32 OK 32 0 230 0 98 OK 33 0 230 2 74 OK 34 0 230 4 18 OK 35 0 230 4 83 OK 35 0 230 4 29 OK at 0 230 2 67 OK 30 0 230 4 13 OK 39 0 230 2 17 OK 40 0 230 3 87 OK UCS QP 20 06 01 Rev 0 UCS Co Ltd www ucs co kr Page 28 of 45 Report Number UCSCE 1412 204 6 5 Voltage changes Voltage fluctuations and flicker Test Standard EN 61000 3 3 2008 Tested Date 2014 12 19 Input Ratings 230 V 50 Hz 6 5 1 Test set up and procedure 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 2h Pst 10 min Controls and automatic programs shall be set to produce th
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