emc test report
Contents
1. No Product Name Brand Model No Serial No Quantity Remarks 1 DELL Laptop Dell E6430 CJX9RY1 1 N A 2 Logitech 0038 13321 20 8 1 N A 3 Sensonic Mouse Sensonic N A N A 1 N A 4 Logitech Mouse Logitech M UAG96B LZ939AC 1 N A 5 Sensonic Keyboard Sensonic KX320 N A 2 N A 6 Logitech Keyboard Logitech Y U0009 HEO23D1 1 N A 7 DELL Monitor DELL U24A N A 2 N A Agilent DC Power MY51420117 1 N A supply ea id MY40013687 1 N A 9 FSP DC Power Suply FSP FSP DBAB2 H00000460 1 N A PassMark USB 2 0 10 Loopback Dongle PassMark PMUSB 02 N A 4 N A 11 PassMark USB 3 0 PMUSB 03 N A 2 N A Loopback Dongle PassMark Serial Port 12 Loopback Dongle PassMark E119932 T N A 2 N A CABLES No Product Name Brand Model No Serial No Quantity Remarks 1 Ethernet Cable 2m N A N A N A 4 N A 2 USB 3 0 Cable 0 4m N A N A N A 2 N A 3 USB 2 0 Cable 0 8m N A N A N A 2 N A 4 USB 2 0 Cable 1 5m N A N A N A 1 N A 5 USB 2 0 Cable 3m N A N A N A 1 N A 6 DP Port Video Cable BANK N A N A 2 N A Technology 7 LAN Cable 4 2m N A N A N A 1 N A Report Format Rev C PSDC EMC LABORATORY Page 9 of 54 IL Test Report No EMC 0757 2 3 3 DATES OF TEST ITEM RECEIPT TESTED Date of Receipt of Application 26 November 2013 Date of Receipt of Test Item 11 December 2013 Date of Test 11 December 2013 to 12 December 2013 2 4 TEST ENVIRONMENTAL COND2. UUT1 UUT3 UUT4 Quantity 1 unit different test sample was used for different test Manufacturer Kontron Asia Pacific Design Sdn Bhd Product Group Not Applicable Product Classification A Operating Position Table top Firmware Version Refer to manufacturer Rated Supply Voltage Frequency Current DC 12 24V 3 5 1 8 Test Input Supply Voltage Range DC 24V Frequency Highest frequency of internal sources of EUT TET GMA Operating Temperature 10 C 60 C Operating Humidity Range 50 RH 95 Weight Approximately 2 kg Dimensions W x H x D 210 0 mm x 70 0 mm x 140 0 mm Build State Pilot Product Intended Function Automation POS POI Note 1 The above EUT information was declared by the manufacturer For more detailed feature description Report Format Rev C please refer to PSDC EMC LABORATORY manufacturers gt specifications or users manual Page 8 of 54 O 0757 2 3 2 DESCRIPTION OF AUXILIARY SUPPORTING EQUIPMENT The EUT has been tested together with the following auxiliary supporting equipment and cables The following equipment was used to form a representative test configuration during the tests For the actual test configuration refer to Photographs of Test Setup AUXILIARY SUPPORTING EQUIPMENT
3. EUT Illumination Side Front EUT Operating Condition The EUT was tested in a fully configured and functionally completed system with all ports connected to appropriate peripheral devices The EUT continuously exercised Burn in test program during all tests This test program represented worst case use and able to produce system stress for the highest disturbance EUT was set to operate at its intended operating conditions under normal test condition Report Format Rev C PSDC EMC LABORATORY Page 34 of 54 LC Test Report No EMC 0757 To observe visually if there is any EUT pinging ponging disruption EUT functionality related error message appears at the desktop monitor or any EUT hang reset shut down happens Standard EN 61000 6 2 2005 During testing normal performance within the EUT Monitoring Method A specification limits Pass Fail Criteria The EUT shall run the Burn in test program Performance throughout the test This test program shall ping Criteria pong data to and from the EUT and its all external connected peripheral devices If pinging ponging is Specification Ponang disrupted as seen indicated by the EUT monitor or there is loss of functionality this may considered as a failure Note 1 Manufacturer s specification for Pass Fail criteria was provided by the test applicant 2 Test Obs
4. GENERAL INFORMATION 2 1 TEST LABORATORY 2 1 1 LOCATION Laboratory Name PSDC EMC Laboratory Laboratory Address 1 Jalan Sultan Azlan Shah Bandar Bayan Baru 11900 Bayan Lepas Penang Malaysia Telephone 604 6437909 ext 536 Email emc psdc org my Note Test Location is the same with address of the laboratory 2 1 2 LABORATORY ACCREDITATION STATUS PSDC EMC Laboratory is an accredited test facility It is accredited by the following accreditation body in accordance with ISO IEC 17025 AMERICAN ASSOCIATION FOR LABORATORY ACCREDITATION A2LA TESTING CERTIFICATE NO 3185 01 2 1 3 RESPONSIBLE STAFF Responsible Engineer Cheng See See Test Personnel Anuarudin Kamarudin Akmal Hamzah Report Format Rev C PSDC EMC LABORATORY Page 6 of 54 IL Test Report No EMC 0757 2 2 APPLICANT 2 2 1 DETAILS OF APPLICANT Company Name Kontron Europe GmbH Address Niederlassung Office Eching Oskar von Millerstr 1 85386 Eching Germany Contact Name G nther Dumsky Telephone 49 8165 77 266 Email Guenther Dumsky kontron com Report Format Rev C PSDC EMC LABORATORY Page 7 of 54 O 2 3 2 3 1 DESCRIPTION OF TEST ITEM Test Report No EMC 0757 The following information was provided by the test applicant Refer to manufacturer s data sheet user manual or operating manual for further information Product Name KBox A 101 Model Number 2 AOCR 2xxx Serial Number
5. 21 Jan 14 TDK Double Ridge Horn Antenna 1GHz 18GHz HRN 0118 130583 17 Jan 14 Chaintek Programming Controller 3000 005641 Cal Not Required Dickson Temperature Humidity TM320 12361211 20 May 14 Note 1 Test was performed in 10 m semi anechoic chamber Report Format Rev C PSDC EMC LABORATORY Page 17 of 54 PEOL O 4 1 4 TEST RESULTS Test Report No EMC 0757 30 MHz 1 GHz Continuously EUT Model n T Serial No 2 AOCR 2xxx UUT1 Test Mode exercised Burn in test program Environmental Conditions 23 2 C 59 6 RH Test Input Supply 24 V DC Tested By Akmal Hamzah Test Date 11 December 2013 Emission Turntable Antenna Antenna Limit Margin Frequency Level Angle Height Pol MHz degree cm H V 1 90 24 33 41 75 10 226 10 V 40 00 6 59 2 96 27 30 56 131 10 227 90 V 40 00 9 44 3 107 99 33 01 70 30 140 50 V 40 00 6 99 4 155 99 32 74 63 90 179 90 V 40 00 7 26 5 204 00 31 54 357 70 374 50 H 40 00 8 46 6 228 01 33 05 288 40 128 00 V 40 00 6 95 I 1GHz 6 GHz Continuousl Model 2 AOCR 2xxx UUT1 Test Mode exercised Burn in erial No test program environmental 23 2 sC 59 6 RH Test Input Supply 24V DC Tested By Akmal Hamzah Test Date 11 December 2013 Emission Turntable Antenna Antenna Limit Margin No Freq
6. A PASS Description of test point Please refer to the following photos Note 1 Noabnormality observed Report Format Rev C PSDC EMC LABORATORY Page 30 of 54 GUL Test Report No EMC 0757 Electrostatic Discharge Test Points C2 Front Side C4 Rear Side Report Format Rev C PSDC EMC LABORATORY Page 31 of 54 LILO Test Report No 0757 Right Side Left Side Report Format Rev C PSDC EMC LABORATORY Page 32 of 54 IL Test Report No EMC 0757 Bottom Side Report Format Rev C PSDC EMC LABORATORY Page 33 of 54 Test Report No EMC 0757 5 2 RADIATED RADIO FREQUENCY ELECTROMAGNETIC FIELD 5 2 1 TEST SPECIFICATIONS The test was performed in accordance with the test standards indicated below The EUT was set up in typical installation conditions according to the manufacturer s installation instructions and set to operate at the EUT operating conditions stated in the following table Measurement Standard EN 61000 4 3 2002 Distance Antenna Tip EUT 3m Floor EUT Table 0 8 m Floor Antenna 1 55 80 MHz 1 GHz 10 V m Test Level 1 4 GHz 2 GHz 3 V m 2 GHz 2 7 GHz 1 V m Antenna Polarization Horizontal and Vertical Modulation 80 AM Modulation 1 kHz Sine Wave Frequency Step 1 of preceding frequency Dwell Time 2 seconds
7. C 57 6 RH Test Input Supply 24 V DC Conditions Tested By Anuarudin Kamarudin Test Date 11 December 2013 Test Test Phase Angle Perf Test Port Point Level Observation Criteria Result DC Supply Bower Return 0 5 0 Note 1 B PASS Note T At 0 5 kV During testing EUT shut down and restarted After the test windows software application self recovered back to normal however Burn in test program required operator intervention to restart the test program Operator intervention to restart Burn in test program is declared as a permissible loss of performance by the manufacturer All ports connecting ancillary equipments continued to function as intended after the test Report Format Rev C PSDC EMC LABORATORY Page 48 of 54 LC Test Report No EMC 0757 5 5 IMMUNITY TO CONDUCTED DISTURBANCES INDUCED BY RADIO FREQUENCY FIELDS 5 5 1 TEST SPECIFICATIONS The test was performed in accordance with the test standards indicated below The EUT was set up in typical installation conditions according to the manufacturer s installation instructions and set to operate at the EUT operating conditions stated in the following table Test Method EN 61000 4 6 2009 EUT CDN 0 1 0 3 m EUT Any metallic objects com Cables between Distance CDN amp EUT Damm Ground Reference Plane Insulating Support Frequency Range 150
8. State Amplifier Werlatone 30dB Bi Directional Coupler 600 MHz 6GHz C8000 102 2058 Cal Not Required TDK Compact Hybrid Log Periodic Antenna 30MHz 3GHz HLP 3003 130519 Cal Not Required Chaintek Programming Controller 3000 005643 Cal Not Required TDK Video Camera VC 04 201015 P Cal Not Required TDK System Camera Controller SI 300CC 170074 Cal Not Required Dickson Temperature Humidity Data TM 320 11146171 27 Dec 13 Note 1 Test was performed in 3m compact full anechoic chamber Report Format Rev C PSDC EMC LABORATORY Page 37 of 54 IL Test Report No EMC 0757 5 2 4 TEST RESULTS Continuously EUT Model 5 AOCR 2xxx UUT1 Test Mode exercised Burn in Serial No test program Environmental Conditions 21 1 C 67 8 RH Test Input Supply 24 V DC Tested By Anuarudin Kamarudin Test Date 12 December 2013 Frequenc Antenna Test Perf y Pol Level EUT Side Observation Criteria Result MHz H V Vim 80 1000 H amp V 10 Front Normal A PASS 1400 2000 H amp V 3 Front Normal A PASS 2000 2700 H amp V 1 Front Normal A PASS Note 1 Noabnormality observed Report Format Rev C PSDC EMC LABORATORY Page 38 of 54 PEOL O Test Report No EMC 0757 5 3 ELECTRICAL FAST TRANSIENT BURST 5 3 1 TEST SPECIFICATIONS The test was performed in accordance with the test standards indicated below The EUT was set up in typical installation conditio
9. kHz 80 MHz Test Level 10V a s Unmodulated Modulation 80 AM Modulation 1 kHz Sine Wave Dwell Time 2 seconds Step Size 196 frequency increment of preceding frequency value The EUT was tested in a fully configured and functionally completed system with ports connected to appropriate peripheral devices The EUT continuously exercised Burn in test program during all tests This test program represented worst case use and able to produce system stress for the highest disturbance EUT Operating Condition EUT was set to operate at its intended operating conditions under normal test condition Report Format Rev C PSDC EMC LABORATORY Page 49 of 54 PEOL O Test Report No EMC 0757 EUT Monitoring Method To observe visually if there is any EUT pinging ponging disruption EUT functionality related error message appears at the desktop monitor or any EUT hang reset shut down happens Palformanpa Standard EN 61000 6 2 2005 During testing normal performance within the Criteria A bb ONU specification limits Pass Fail Criteria The EUT shall run the Burn in test program throughout the test This test program shall ping Performanc pong data to and from the EUT and its all external Criteria connected peripheral devices If pinging ponging is P disrupted as seen indicated by the EUT monitor or there is loss of funct
10. 00391 Cal Not Required Dickson Temperature Humidity Data TM320 11146170 27 Dec 13 Note 1 Test was performed in 3m compact full anechoic chamber Report Format Rev C PSDC EMC LABORATORY Page 52 of 54 IL Test Report No EMC 0757 5 5 4 TEST RESULTS Continuously EUT Model 5 AOCR 2xxx UUT1 Test Mode exercised Burn in Serial No test program Environmental Conditions 17 5 74 1 RH Test Input Supply 24 V DC Tested By Anuarudin Kamarudin Test Date 12 December 2013 Test Port Injection Frequency eed Perf Tested Line Method Observation Criteria Result MHz Vrms DC Power Port CDN 0 15 80 10 Normal A PASS USB Cable EM LAN Cable Clamp 0 15 80 10 Normal A PASS Note 1 abnormality observed Report Format Rev C PSDC EMC LABORATORY Page 53 of 54 IL Test Report No EMC 0757 ANNEX A PHOTOGRAPHS EUT wakaka kh UE 42 A luan d sin a swt ANTENNA 1 ANTENNA 2 Front View USB 3 0 USB 2 0 Rear View Report Format Rev C PSDC EMC LABORATORY Page 54 of 54
11. 41 4 TEST RESULTS 18 4 2 CONDUCTED EMISSION AT MAINS TERMINALS AND TELECOMMUNICATION PORTS 20 4 2 1 TEST SPECIFICATIONS 20 4 2 2 TEST SETUP 21 4 2 3 TEST EQUIPMENT 22 4 2 5 TEST RESULTS 23 5 TEST RESULTS IMMUNITY 26 5 1 ELECTROSTATIC DISCHARGE 26 5 11 TEST SPECIFICATIONS 26 5 12 TEST SETUP 28 5 13 TEST EQUIPMENT 29 5 1 4 TEST RESULTS 30 Report Format Rev C PSDC EMC LABORATORY Page 2 of 54 2471 Test Report No 0757 5 2 RADIATED RADIO FREQUENCY ELECTROMAGNETIC FIELD 34 5 2 1 TEST SPECIFICATIONS 34 5 2 2 TESTSETUP 36 5 2 3 TEST EQUIPMENT 37 5 2 4 TEST RESULTS 38 5 3 ELECTRICAL FAST TRANSIENT BURST 39 5 3 1 TEST SPECIFICATIONS 39 5 3 2 TEST SETUP 41 5 3 3 TEST EQUIPMENT 42 5 3 4 TEST RESULTS 43 5 4 SURGE 44 5 4 1 TEST SPECIFICATIONS 44 5 4 2 TEST SETUP 46 5 4 3 TEST EQUIPMENT 47 5 4 4 TEST RESULTS 48 5 5 IMMUNITY TO CONDUCTED DISTURBANCES INDUCED BY RADIO FREQUENCY FIELDS 49 5 5 1 TEST SPECIFICATIONS 49 5 5 2 TEST SETUP 51 5 5 3 TEST EQUIPMENT 52 5 5 4 TEST RESULTS 53 ANNEXA PHOTOGRAPHS EUT 54 Report Format Rev C PSDC EMC LABORATORY Page 3 of 54 2471 Test Report No EMC 0757 RELEASE CONTROL RECORDS For any necessary material amendments or modifications to a test report after issue it will be made only in the form of a new revision of test report The latest revision of test report replaces all former test reports issued The former test reports are no longer valid It will be uniquely
12. 501 S 103 Cal Not Required Dickson Temperature Humidity Data TM320 11146170 27 Dec 13 Logger Note 1 Test was performed in shielded enclosure Report Format Rev C PSDC EMC LABORATORY Page 42 of 54 5 3 4 TEST RESULTS Test Report No EMC 0757 EUT Model Serial No 2 AOCR 2xxx UUT3 Test Mode Continuously exercised Burn in test program Environmental o 0 Conditions 23 1 C 57 6 RH Test Input Supply 24 V DC Tested By Anuarudin Kamarudin Test Date 11 December 2013 Test Level Perf Test Port Teat Point kV Observation Criteria Result DC Power Supply Return 0 5 1 0 PASS I O Signal USB LAN 0 5 1 0 Note 1 B PASS Control Note 1 At 0 5 kV During testing mouse and keyboard was found to be malfunction freezed After the test mouse and keyboard self recovered back to normal Report Format Rev C PSDC EMC LABORATORY Page 43 of 54 LC Test Report No EMC 0757 5 4 SURGE 5 4 1 TEST SPECIFICATIONS The test was performed in accordance with the test standards indicated below The EUT was set up in typical installation conditions according to the manufacturer s installation instructions and set to operate at the EUT operating conditions stated in the following table Test Method EN 61000 4 5 1995 EUT CDN lt 20 EUT Any Distance metall
13. ITIONS 2 4 1 GENERAL TEST ENVIRONMENTAL CONDITIONS All tests were performed within the environmental conditions ranges as stated in the following table Atmospheric Test Type Temperature Relative Humidity reser Radiated Emission 15 35 20 RH 75 RH N A Conducted emission at mains 5 terminal 15 C 35 C 20 RH 75 RH N A Electrostatic discharge 15 C 35 C 30 RH RH 990 mbar 1060 Radiated radio frequency B electromagnetic field RAS Electrical fast transient burst 15 35 20 RH 75 RH N A Surge 15 C 35 C 20 RH 75 RH N A Immunity to conducted disturbances induced by radio 15 35 20 RH 75 RH frequency fields Voltage dips and short 5 b interruptions 15 35 20 RH 75 RH Report Format Rev C PSDC EMC LABORATORY Page 10 of 54 O 2 5 ABBREVIATIONS For the purpose of this test report the following abbreviations apply 1 EUT Equipment Under Test 2 RF Radio Frequency 3 PK Peak 4 QP Quasi Peak 5 AVG Average 6 CDN Coupling Decoupling Network 7 LISN Line Impedance Stabilization Network 8 RE Radiated Emission 9 RI Radiated Immunity 10 CE Conducted Emission 11 CI Conducted Immunity 12 EM Electromagnetic 13 Perf Performance 14 N A Not Applicable 15 N R Not Requested Report Forma
14. No MHz AVG QP AVG QP AVG QP 1 0 53 34 16 45 60 74 00 87 00 39 84 41 40 2 0 59 33 70 44 45 74 00 87 00 40 30 42 55 3 1 40 33 46 44 99 74 00 87 00 40 54 42 01 4 1 51 31 60 42 96 74 00 87 00 42 40 44 04 5 12 00 51 67 53 36 74 00 87 00 22 33 33 64 6 24 00 55 68 57 09 74 00 87 00 18 32 29 91 Continuousl EUT Model 5 AOCR 2xxx UUT4 Test Mode exercised Burn in Serial No test program Environmental 23 2 C 57 4 RH Test Input Supply 24 V DC Conditions Tested By Anuarudin Kamarudin Test Date 11 December 2013 Test Port LAN Port Ethernet 2 Frequency Emission evel Limit dBpV Margin dB No MHz 1 0 53 34 05 44 57 74 00 87 00 39 95 42 43 2 0 59 33 81 44 67 74 00 87 00 40 19 42 33 3 1 41 33 77 43 90 74 00 87 00 40 23 43 10 4 1 51 31 30 41 81 74 00 87 00 42 70 45 19 5 12 00 50 40 52 32 74 00 87 00 23 60 34 68 6 24 00 55 42 56 83 74 00 87 00 18 58 30 17 Report Format Rev PSDC EMC LABORATORY Page 24 of 54 IL Test Report No EMC 0757 Note 1 Margin dB Emission Level dByV Limit 2 Of those emissions above L 20dB where L is the limit level in logarithmic units at least the disturbance levels and the frequencies of the 6 highest disturbances in each observed frequency band will be reported 3 A negative Margin value indicates a PASS resul
15. PSDC EMC LABORATORY SHARED SERVICES CENTRE EMC TEST REPORT Test Report Number EMC 0757 Date of Issue 8 January 2014 Applicant Name Kontron Europe GmbH Contact Name Gunther Dumsky Product Name KBox A 101 Model Number 2 AOCR 2xxx Test Standard EN 55022 2010 EN 61000 6 2 2005 Note This test report shall not be reproduced except in full without written approval from an officially designated representative of PSDC EMC Laboratory The results and statements contained in this report pertain only to the tested sample 1 Jalan Sultan Azlan Shah Bandar Bayan Baru Bayan Lepas 11900 Penang Malaysia 604 6437909 ext 536 emc psdc org my www psdc org my Report Format Rev C Page 1 of 54 2471 Test Report No EMC 0757 TABLE OF CONTENTS Page 1 REPORT APPROVAL 5 2 GENERAL INFORMATION 6 2 1 TEST LABORATORY 6 2 1 1 LOCATION 6 2 1 2 LABORATORY ACCREDITATION STATUS 6 2 1 3 RESPONSIBLE STAFF 6 2 2 APPLICANT 7 2 2 1 DETAILS OF APPLICANT 7 2 3 TESTITEM 8 2 3 1 DESCRIPTION OF TEST ITEM 8 2 3 2 DESCRIPTION OF AUXILIARY SUPPORTING EQUIPMENT 9 2 33 DATES OF TEST ITEM RECEIPT TESTED 10 2 4 TEST ENVIRONMENTAL CONDITIONS 10 2 4 4 GENERAL TEST ENVIRONMENTAL CONDITIONS 10 2 5 ABBREVIATIONS 11 3 TEST SUMMARY 12 3 1 RESULTS SUMMARY 12 3 2 MEASUREMENT UNCERTAINTY 13 4 TEST RESULTS EMISSION 14 4 1 RADIATED EMISSION 14 4 1 1 TEST SPECIFICATIONS 14 4 1 2 TEST SETUP 15 413 TEST EQUIPMENT 17
16. anufacturer s Specification Pass Fail Criteria The EUT shall run the Burn in test program throughout the test This test program shall ping pong data to and from the EUT and its all external connected peripheral devices If pinging ponging is disrupted as seen indicated by the EUT monitor or there is loss of functionality this may considered as a failure Note 1 Manufacturer s specification for Pass Fail criteria was provided by the test applicant 2 Deviation from Test Standard As per manufacturer s requirement the test level of 1kV was used for Electrical Fast Transient at DC Power Port instead of 2kV as EN 61000 6 2 2005 standard requirement 3 Test Observation Normal EUT operated as intended with no degradation of performance below the manufacturer s specification or loss of function observed during the test During testing normal performance within the specification limits Report Format Rev C PSDC EMC LABORATORY Page 40 of 54 PSICO 5 3 2 TEST SETUP RW 88 4 Side View Test Report No EMC 0757 Report Format Rev C PSDC EMC LABORATORY Page 41 of 54 PEOL Test Report 0757 5 3 3 TEST EQUIPMENT Description Model No Serial No ku a Due Teseq Multifunction Transient Generator NSG 3040 1718 6 Jun 14 Teseq Capacitive Coupling Clamp CDN 8014 29191 Cal Not Required Manual Step Transformer INA 6
17. ating Condition The EUT was tested in a fully configured and functionally completed system with all ports connected to appropriate peripheral devices The EUT continuously exercised Burn in test program during all tests This test program represented worst case use and able to produce system stress for the highest disturbance e EUT was set to operate at its intended operating conditions under normal test condition Report Format Rev C PSDC EMC LABORATORY Page 14 of 54 LC Test Report No EMC 0757 4 1 2 TEST SETUP l 30 MHz 1 GHz Rear Left View Report Format Rev C PSDC EMC LABORATORY Page 15 of 54 PEOL Test Report No EMC 0757 1 GHz 6 GHz L L ws euo Front Right View THER w 227777 lt 2 s gt E ee 7 Rear Left View Report Format Rev C PSDC EMC LABORATORY Page 16 of 54 4 1 3 TEST EQUIPMENT Test Report No EMC 0757 Calibration Due Data Logger Description Model No Serial No Date R amp S EMI Test Receiver 20Hz 40GHz ESU40 100195 23 Jan 14 TDK Preamplifier 10kHz 1GHz PA 02 001 1000 0121009 Cal Not Required TDK Preamplifier 1GHz 18GHz PA 02 118 0121012 Cal Not Required TDK Compact Hybrid Log Periodic eae Antenna 30MHz 3GHz HLP 3003 130598
18. e EUT continuously exercised Burn in test program during all tests This test program represented worst case use and able to produce system stress for the highest disturbance EUT was set to operate at its intended operating conditions under normal test condition Report Format Rev C PSDC EMC LABORATORY Page 26 of 54 PEOL O Test Report No EMC 0757 EUT Monitoring Method To observe visually if there is any EUT pinging ponging disruption EUT functionality related error message appears at the desktop monitor or any EUT reset shut down happens Palformanpa Standard EN 61000 6 2 2005 Criteria B During testing temporary degradation or loss of function or performance which is self recovering Pass Fail Criteria The EUT shall run the Burn in test program throughout the test This test program shall ping Performance Manufacturer s pong data to and from the EUT and its all external Criteria Specification connected peripheral devices If pinging ponging is disrupted as seen indicated by the EUT monitor or there is loss of functionality this may considered as a failure Note 1 Manufacturer s specification for Pass Fail criteria was provided by the test applicant 2 Test Observation Normal EUT operated as intended with no degradation of performance below the manufacturers specification or loss of function observed during the test During testing norma
19. ervation Normal EUT operated as intended with no degradation of performance below the manufacturers specification or loss of function observed during the test During testing normal performance within the specification limits 3 EUT was tested only at Front side due to EUT dimension is shorter than 30 cm Report Format Rev C PSDC EMC LABORATORY Page 35 of 54 LL Test Report No EMC 0757 5 2 2 TEST SETUP Rear Left View Report Format Rev C PSDC EMC LABORATORY Page 36 of 54 O 5 2 3 TEST EQUIPMENT Test Report No EMC 0757 Description Model No Serial No Calibration Due Logger Date Agilent MXG RF Analog Signal Generator TTE 100kHz 6GHz N5181A MY50140164 22 Nov 14 Agilent EPM Series Dual Channel Average Power Meter 9kHz 110GHz MISA 2 E Series Power Sensor 9kHz E9304A MY50170028 26 Apr 14 2 E Series Power Sensor 9kHz E9304A MY50170029 26 Apr 14 Amplifier Research Laser Powered Field Probe FL7006 334521 24 Jan 14 100kHz 6GHz Amplifier Research Laser Probe Interface FL7000 0334346 Cal Not Required TDK System Interface Controller 51 300 41678 Cal Not Required 40dB Werlatone Dual Directional Coupler C5982 10 99028 Cal Not Required Teseq Broadband Power Amplifier 80MHz 1GHz 275W CBA 1G 275 744228 Cal Not Required AS0860 75 45 1037143 Cal Not Required
20. ic objects Insulating Support Line Line 0 5 kV Test Voltage DC Power Port line Ground Source Line Line 20 Impedance Line Ground 120 Phase Angle 0 Repetition Rate 60 s Test Duration 10 Pulses 5 positive polarity 5 negative polarity The EUT was tested in a fully configured and functionally completed system with all ports connected to appropriate peripheral devices The EUT continuously exercised Burn in test program during all tests This test program represented worst case use and able to produce system stress for the highest disturbance EUT Operating Condition EUT was set to operate at its intended operating conditions under normal test condition Report Format Rev C PSDC EMC LABORATORY Page 44 of 54 LC Test Report No EMC 0757 To observe visually if there is any EUT pinging ponging disruption EUT functionality related error message appears at the desktop monitor or any EUT reset shut down happens Standard EN 61000 6 2 2005 B During testing temporary degradation or loss of function or performance which is self recovering Pass Fail Criteria The EUT shall run the Burn in test program throughout the test This test program shall ping pong data to and from the EUT and its all external connected peripheral devices If pinging ponging is Manufacturer s disrupted as seen indicated by the EUT monitor or Specification there is loss of f
21. identified with a new revision number and be clearly recorded in the table below including the change description and a reference to the original test report that it replaces Revision Description 1 0 Original Test Report Report Format Rev C PSDC EMC LABORATORY Page 4 of 54 2471 Test Report No EMC 0757 1 REPORT APPROVAL The results of tests performed at PSDC EMC Laboratory are reported accurately clearly unambiguously and objectively in accordance with instructions in the test methods as per the applicable test standards The test standards used are listed in Section 3 1 of this test report The test report includes all information requested by the applicant and necessary for the interpretation of the test results and all information required by the test methods used All requirements of the latest revision of ISO IEC 17025 standard are met This test report is only valid in its original form The test results herein pertain only to the tested sample s PSDC EMC Laboratory is not responsible for any generalizations or conclusions drawn from these test results that concern further samples PREPARED BY DATE 8 January 2014 Name Cheng See See Position EMC Engineer APPROVED BY DATE 8 January 2014 Name Chee Lay Heng Position Laboratory Technical Manager ISSUED BY PSDC EMC Laboratory Report Format Rev C PSDC EMC LABORATORY Page 5 of 54 bL Test Report No EMC 0757 2
22. ionality this may considered as a failure Note 1 Manufacturer s specification for Pass Fail criteria was provided by the test applicant 2 Test Observation Normal EUT operated as intended with no degradation of performance below the manufacturers specification or loss of function observed during the test During testing normal performance within the specification limits Report Format Rev C PSDC EMC LABORATORY Page 50 of 54 IL Test Report No EMC 0757 5 5 2 TEST SETUP Rear Left View Report Format Rev C PSDC EMC LABORATORY Page 51 of 54 O 5 5 3 TEST EQUIPMENT Test Report No EMC 0757 Calibration Due Logger Description Model No Serial No Date Agilent MXG RF Analog Signal Generator 100kHz 6GHz N5181A MY50140164 22 May 14 Agilent EPM Series Dual Channel Average Power Meter 9kHz 110GHz M 2 E Series Power Sensor 9kHz E9304A 50170028 26 Apr 14 2 E Series Power Sensor 9kHz E9304A 50170029 26 14 AR Amplifier 10KHz 400MHz 75A400M1 0333614 Cal Not Required 40dB AR Dual Directional Coupler 10kHz 400MHz 250 W DC3400A 0332796 Cal Not Required FCC Power Line Coupling Decoupling FCC 801 M2 Network CDN 150kHz 80MHz 100A FCC Electromagnetic EM Injection Clamp 23mm 10kH 1GHz F 203 23mm 100390 Cal Not Required FCC Decoupling Network 100kHz 203 23 1GHz DCN 1
23. l performance within the specification limits Report Format Rev C PSDC EMC LABORATORY Page 27 of 54 IL Test Report No EMC 0757 5 1 22 TEST SETUP Rear View Report Format Rev C PSDC EMC LABORATORY Page 28 of 54 5 1 3 TEST EQUIPMENT Test Report No EMC 0757 Calibration Description Model No Serial No Due Date Teseq ESD Simulator 5 438 1140 06 14 Davis Instruments Vantage Vue Weather Station 6351UK MB130214005 09 May 14 Note 1 Test was performed in ESD shielded enclosure Report Format Rev C PSDC EMC LABORATORY Page 29 of 54 PEOL O 5 1 4 TEST RESULTS Test Report No EMC 0757 EUT Model Serial No 2 AOCR 2xxx UUT3 Test Mode Continuously exercised Burn in test program Environmental Conditions 24 0 C 51 0 1011 3 mbar Test Input Supply 24 V DC Tested By Akmal Hamzah Test Date 12 December 2013 DIRECT APPLICATION Discharge Discharge Test Perf Test Location Type Voltage Points Observation Criteria Result Front Rear Right Left Top Contact 2104 C1 C9 Normal A PASS Bottom INDIRECT APPLICATION Discharge Discharge Test Perf Test Location Type Voltage Points Observation Criteria Result Front Rear Contact 2 to 4 kV HCP Normal A PASS Right Left VCP Normal
24. ns according to the manufacturer s installation instructions and set to operate at the EUT operating conditions stated in the following table Test Method EN 61000 4 4 2004 EUT CDN 0 5 m Distance PUT Any objects Insulating Support 0 1m Test Voltage DC Power Port 1 Signal Ports 1 kV Only in the case of lines gt 3m Rise Time Hold Time 5 50 ns Repetition Rate 5 kHz Burst Duration 15 ms Burst Period 300 ms Test Duration 2 minutes EUT Operating Condition The EUT was tested in a fully configured and functionally completed system with ports connected to appropriate peripheral devices The EUT continuously exercised Burn in test program during all tests This test program represented worst case use and able to produce system stress for the highest disturbance EUT was set to operate at its intended operating conditions under normal test condition Report Format Rev C PSDC EMC LABORATORY Page 39 of 54 PEOL O Test Report No EMC 0757 EUT Monitoring Method To observe visually if there is any EUT pinging ponging disruption EUT functionality related error message appears at the desktop monitor or any EUT hang reset shut down happens Performance Criteria Standard EN 61000 6 2 2005 B During testing temporary degradation or loss of function or performance which is self recovering M
25. pV Margin dB No dBpV MHz AVG QP AVG QP AVG QP 1 0 30 47 56 48 30 66 00 79 00 18 44 30 70 2 0 60 36 00 38 30 60 00 73 00 24 00 34 70 3 1 42 30 73 43 16 60 00 73 00 29 27 29 84 4 6 00 30 60 31 97 60 00 73 00 29 40 41 03 5 12 00 33 89 35 33 60 00 73 00 26 11 37 67 6 24 00 34 85 36 89 60 00 73 00 25 15 36 11 Continuously 5 Model AOCR 2xxx UUT4 Test Mode exercised Burn in erial No test program 23 2 C 57 4 Test Input Supply 24 V DC Tested By Anuarudin Kamarudin Test Date 11 December 2013 Test Port DC Power Port Return Frequency EmiSSION TEVE Limit Margin dB No dBuV MHz AVG QP AVG QP AVG QP 1 0 30 47 48 48 41 66 00 79 00 18 52 30 59 2 0 60 36 09 38 30 60 00 73 00 23 91 34 70 3 1 41 29 55 40 90 60 00 73 00 30 45 32 10 4 6 00 30 89 32 20 60 00 73 00 29 11 40 80 5 12 00 33 72 35 17 60 00 73 00 26 28 37 83 6 24 00 34 76 36 11 60 00 73 00 25 24 36 89 Report Format Rev C PSDC EMC LABORATORY Page 23 of 54 O Test Report No EMC 0757 EUT Model Serial No 2 AOCR 2xxx UUT4 Test Mode Continuously exercised Burn in test program Environmental 23 2 57 4 Test Input Supply 24V DC Conditions Tested By Anuarudin Kamarudin Test Date 11 December 2013 Test Port LAN Port Ethernet 1 Frequency Emission Level Limit dBpV Margin dB
26. refers to the margin presents above the Report Format Rev C limit line at the particular frequency It is indicated in red colour font PSDC EMC LABORATORY Page 19 of 54 O Test Report No EMC 0757 4 2 CONDUCTED EMISSION AT MAINS TERMINALS AND TELECOMMUNICATION PORTS 4 2 1 TEST SPECIFICATIONS The test was performed in accordance with the test standards indicated below The EUT was set up in typical installation conditions according to the manufacturer s installation instructions and set to operate at the EUT operating conditions stated in the following table Test Method EN 55022 2010 Limit EN 55022 2010 EUT 0 8m Distance EUT Any other Minimume m metal surface Detectar Preliminary Scan Peak Final Measurement Quasi Peak and Average Frequency Range 150 kHz 30 MHz Port Resolution Bandwidth 9 kHz Video Bandwidth 30 kHz DC Power Port Supply and Return Ports Tested Telecommunication LAN EUT Operating Condition The EUT was tested in a fully configured and functionally completed system with ports connected to appropriate peripheral devices The EUT continuously exercised Burn in test program during all tests This test program represented worst case use and able to produce system stress for the highest disturbance EUT was set to operate at its intended operating conditions under normal test condition Report Fo
27. rmat Rev C PSDC EMC LABORATORY Page 20 of 54 IL Test Report No EMC 0757 4 2 2 TEST SETUP Front View gt gam p 2 1 m an EMC 0757 01 1 Side View Report Format Rev C PSDC EMC LABORATORY Page 21 of 54 O 4 2 3 TEST EQUIPMENT 0757 Description Model No Serial Calibration Due R amp S EMI Test Receiver 20Hz 8GHz ESU8 100268 13 Mar 14 R amp S Pulse Limiter 0 30 2 ESH3 Z2 101124 Cal Not Required Schwarzbeck CISPR 22 3 Phase 4 x 32A V LISN 5011500 8128 8128 282 18 Jan 14 Teseq 8 Wire ISN 4 pair unshielded balanced CISPR 22 including adapters for RJ11 and 1800 RJ45 ped Temperature Humidity Data TM320 11146170 27 Dec 13 Note 1 Test was performed in shielded enclosure Report Format Rev C PSDC EMC LABORATORY Page 22 of 54 IL Test Report No EMC 0757 4 2 4 TEST RESULTS Continuousl 5 Model 2 UUT4 test program dne 23 2 57 4 Test Input Supply 24 V DC Tested By Anuarudin Kamarudin Test Date 11 December 2013 Test Port DC Power Port Supply Frequency Emission Limit dB
28. s specified in the latest revision of ISO Guide to the Expression of Uncertainty in Measurement and CISPR 16 4 2 These uncertainties represent expanded uncertainties expressed at approximately the 95 4596 confidence level using a coverage factor of 2 Measurement Frequency Uncertainty Radiated emission 30 MHz 1 GHz 4 04 dB Conducted emission 150 kHz 30 MHz 3 45 dB Report Format Rev C PSDC EMC LABORATORY Page 13 of 54 PEOL O Test Report No EMC 0757 4 TEST RESULTS EMISSION 4 1 RADIATED EMISSION 4 1 1 TEST SPECIFICATIONS The test was performed in accordance with the test standards indicated below The EUT was set up in typical installation conditions according to the manufacturer s installation instructions and set to operate at the EUT operating conditions stated in the following table Test Standard EN 55022 2010 Limit EN 55022 2010 Antenna Reference Distance Point EUT Floor EUT Table 0 8 m Floor Antenna 1m 4m 30 MHz 1 GHz Preliminary Scan Peak Final Measurement Quasi Peak Detector 1 GHz 6 GHz Preliminary Scan Peak Final Measurement Peak and Average Antenna Polarization Horizontal and Vertical Turntable Angle 0 360 Frequency Range 30 MHz 6 GHz Resolution 30 MHz 1 GHz 120 kHz Bandwidth 1GHz 6 GHz 1 MHz Video 30 MHz 1 GHz 300 kHz Bandwidth 1GHz 6 GHz 3 MHz EUT Oper
29. t Rev C PSDC EMC LABORATORY Test Report No EMC 0757 Page 11 of 54 Test Report 0757 3 TEST SUMMARY 3 1 RESULTS SUMMARY The results shown below are a summary of all tests performed in accordance with the requirements of the applicable test standards EMISSION Product Standard Reference Basic Standard Test Type Result Radiated emission PASS EN 55022 2010 EN 55022 2010 Conducted emission at mains terminals and PASS telecommunication ports IMMUNITY Product Standard Reference Basic Standard Test Type Result EN 61000 4 2 1995 Electrostatic discharge PASS Radiated radio frequency electromagnetic field 61000 6 EN 61000 4 4 2004 1 fast transient burst PASS 2 2005 61000 4 5 1995 Surge PASS Immunity to conducted EN 61000 4 6 2009 disturbances induced by radio PASS frequency fields Note 1 Modification on EUT No modification on EUT were made 2 Deviation from Test Standard As per manufacturer s requirement the test level of 1kV was used for Electrical Fast Transient at DC Power Port instead of 2kV as per EN 61000 6 2 2005 standard requirement PSDC EMC LABORATORY Page 12 of 54 Report Format Rev C 3 2 MEASUREMENT UNCERTAINTY Test Report No EMC 0757 Where relevant the following measurement uncertainty levels have been estimated for tests performed on the EUT a
30. t as it refers to the margin presents below the limit line at the particular frequency 4 A positive Margin value indicates a FAIL result as it refers to the margin presents above the limit line at the particular frequency It is indicated in red colour font Report Format Rev C PSDC EMC LABORATORY Page 25 of 54 PEOL O Test Report No EMC 0757 5 TEST RESULTS IMMUNITY 5 1 ELECTROSTATIC DISCHARGE 5 1 1 TEST SPECIFICATIONS The test was performed in accordance with the test standards indicated below The EUT was set up in typical installation conditions according to the manufacturer s installation instructions and set to operate at the EUT operating conditions stated in the following table Test Method EN 61000 4 2 1995 Floor EUT Table 0 8 m EUT Wall Other Metal Surface Distance EUT Sides of HCP 0 1 EUT VCP 0 1m Insulating Support 0 5 mm Air Discharge Discharge Direct nd Voltage Contact Discharge Direct Indirect 2 KV Polarity Positive and Negative Number of Discharge per Discharge Voltage and Polarity 10 times at each test point Discharge Mode Single Discharge Discharge Period Minimum 1 second Discharge Impedance 150 pF 330 Ohm EUT Operating Condition The EUT was tested in a fully configured and functionally completed system with all ports connected to appropriate peripheral devices Th
31. uency evel Angle Height Pol MHz degree cm H V dBuv m dB 1 1597 15 56 93 173 60 141 30 V 76 00 19 07 2 2495 69 55 47 155 00 120 80 H 76 00 20 53 3 2675 79 54 69 172 20 203 00 H 76 00 21 31 4 2680 10 53 68 172 00 191 80 H 76 00 22 32 5 2970 96 54 41 139 00 117 90 H 76 00 21 59 6 2980 84 53 95 138 10 101 10 H 76 00 22 05 Report Format Rev C PSDC EMC LABORATORY Page 18 of 54 O 0757 Frequency E Turntable Antenna Antenna Limit Margin No AVG Angle Height Pol AVG AVG MHz degree cm H V 1 1597 15 35 56 173 60 141 30 2 56 00 20 44 2 2495 69 41 26 155 00 120 80 56 00 14 74 3 2675 79 42 20 172 20 203 00 56 00 13 80 4 2680 10 41 39 172 00 191 80 56 00 14 61 5 2970 96 41 27 139 00 117 90 56 00 14 73 6 2980 84 41 52 138 10 101 10 56 00 14 48 Note 1 Margin dB Emission Level dByV m Limit dBuV m 2 Of those emissions above L 20dB where L is the limit level in logarithmic units at least the disturbance levels and the frequencies of the 6 highest disturbances in each observed frequency band will be reported 3 A negative Margin value indicates a PASS result as it refers to the margin presents below the limit line at the particular frequency 4 Apositive Margin value indicates a FAIL result as it
32. unctionality this may considered as a failure EUT Monitoring Method Performance Criteria Permissible loss of performance Operator intervention is required to restart Burn in test program after test Note 1 Manufacturer s specification for Pass Fail criteria was provided by the test applicant 2 Test Observation Normal EUT operated as intended with no degradation of performance below the manufacturers specification or loss of function observed during the test During testing normal performance within the specification limits Report Format Rev C PSDC EMC LABORATORY Page 45 of 54 PSICO 5 4 2 TEST SETUP RW 88 4 Side View Test Report No EMC 0757 Report Format Rev C PSDC EMC LABORATORY Page 46 of 54 O 5 4 3 TEST EQUIPMENT Test Report No EMC 0757 Calibration Due Description Model No Serial No Date Teseq Multifunction Transient Generator NSG 3040 1718 6 Jun 14 Manual Step Transformer INA 6501 S 103 Cal Not Required Dickson Temperature Humidity Data TM320 11146170 27 Dec 13 Logger Note 1 Test was performed in shielded enclosure Report Format Rev C PSDC EMC LABORATORY Page 47 of 54 PEOL O 5 4 4 TEST RESULTS Test Report No EMC 0757 EUT Model Serial No 2 AOCR 2xxx UUT3 Test Mode Continuously exercised Burn in test program Environmental 23 1
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