TEST REPORT... 1 CONTENT...

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2 CONTENT TEST REPORT... 1 CONTENT TEST RESULTS SUMMARY EMF RESULTS CONCLUSION LABORATORY MEASUREMENTS EMI TEST DISTURBANCE VOLTAGE ON MAINS TERMINALS ( KHZ- MHZ) Used Test Equipment Block Diagram of Test Setup Test Setup and Procedure Test Data Emission Curve Measurement Uncertainty RADIATED ELECTROMAGNETIC DISTURBANCE (1 KHZ - MHZ) Used Test Equipment Block Diagram of Test Setup Test Setup and Procedure Test Data Test Curve Measurement Uncertainty RADIATED ELECTROMAGNETIC DISTURBANCE (-MHZ, CDN METHOD) Used Test Equipment Block Diagram of Test Setup Test Setup and Procedure Test Data Test Curve Measurement uncertainty INDUCED CURRENT DENSITY ( KHZ-1 MHZ) Used Test Equipment Block Diagram of Test Setup Test Setup and Procedure Test Data Test Curve Measurement uncertainty APPENDIX I - PHOTOS OF TEST SETUP APPENDIX II- PHOTOS OF EUT Page 2 of 32

3 1 TEST RESULTS SUMMARY Report No.: GZ Test Item Standard Result Disturbance Voltage on Mains Terminals (khz-mhz) Radiated Electromagnetic Disturbance (1kHz-MHz) Radiated Electromagnetic Disturbance (-MHz) Induced Current Density (khz-1mhz) EN 62493: 1 Reference: EN 5515: 6+A1:7+A2:9 EN 62493: 1 Reference: EN 5515: 6+A1:7+A2:9 EN 62493: 1 Reference: EN 5515: 6+A1:7+A2:9 EN 62493: 1 Pass Pass Pass Pass Remark: 1. The symbol N/A in above table means Not Applicable. 2. When determining the test results, measurement uncertainty of tests has been considered. Page 3 of 32

4 2 EMF Results Conclusion (with Justification) We tested the Electronic controlgear for LED (Electronic LED driver), Model:EIP16C1LS, EIP16CLS, EIP16C35LS, to determine if they were in compliance with the relevant EN standards as marked on the Test Results Summary. We found that the units met the requirement of EN standard when tested as received. The worst case s test data was presented in this test report. All models had the same mechanical structure, output load, PCB layout; the only deference is the parameters for the components used in secondary circuit. Model: EIP16C1LS, EIP16CLS, EIP16C35LS were selected to do the full tests based on above statement. The production units are required to conform to the initial sample as received when the units are placed on the market. Page 4 of 32

5 3 LABORATORY MEASUREMENTS Configuration Information Report No.: GZ Equipment Under Test (EUT): Model: Serial No. Support Equipment: Rated Voltage: Electronic controlgear for LED (Electronic LED driver) EIP16C1LS, EIP16CLS, EIP16C35LS Not Labeled N/A 2-2V, 5/Hz Condition of Environment: Temperature : 15~25 C Relative Humidity: 35~% Atmosphere Pressure 86~16kPa Notes: The EMI measurements had been made in the operating mode produced the largest emission in the frequency band being investigated consistent with normal applications. An attempt had been made to maximize the emission by varying the configuration of the EUT. Page 5 of 32

6 4 EMI TEST 4.1 Disturbance Voltage on Mains Terminals ( khz- MHz) Test Result: Pass Used Test Equipment Equipment No. Equipment Model Manufacturer EM-5 EMI receiver ESCI R&S EM6-5 LISN ENV216 R&S EM4-4 EMC shield Room 8m 3m 3m Zhongyu Block Diagram of Test Setup AC power source 5 terminator TRANSFORMER AMN EUT AE TEST RECEIVER Passive voltage Test Setup and Procedure The EUT was set to achieve the maximum emission level. The mains terminal disturbance voltage was measured with the EUT in a shielded room. The EUT was connected to AC power source through an Artificial Mains Network which provide a 5 linear impedance Artificial hand is used if appropriate (for handheld apparatus). The load/control terminal disturbance voltage was measured with passive voltage probe if appropriate. The EUT was placed on a.4m high non-metallic table above a metallic plane, and.4m from wall of shielded room which is considered as Ground Reference Plane (GRP) (For floor standing EUT, was placed on a.1m high non-metallic supported on GRP) The EUT keeps a distance of at least.8m from any other of the metallic surface. The Artificial Mains Network is situated at a distance of.8m from the EUT. During the test, mains lead of EUT excess.8m was folded back and forth parallel to the lead so as to form a horizontal bundle with a length between.3m and.4m. The bandwidth of test receiver was set at Hz in the frequency range from khz to 15KHz, and 9kHz in the frequency range from 15kHz to MHz. Page 6 of 32

7 4.1.4 Test Data At main terminal: Pass Model: EIP16C1LS Tested Wire: Live Frequency Quasi-Peak Operation Mode: on mode Average [MHz] Disturbance Permitted Disturbance Permitted level limit level limit [db(µv)] [db(µv)] [db(µv)] [db(µv)]. < < < < 65.5 < < 62.1 < < 56. < < 56. < < 56. < < 56. < < 56. < <. < <. < <. < 5.. <. < 5. Page 7 of 32

8 Tested Wire: Neutral Frequency Quasi-Peak Operation Mode: on mode Average [MHz] Disturbance Permitted Disturbance Permitted level limit level limit [db(µv)] [db(µv)] [db(µv)] [db(µv)]. < < < < 65.5 < < 62.1 < < 56. < < 56. < < 56. < < 56. < < 56. < <. < <. < <. < 5.. <. < 5. Page 8 of 32

9 Model: EIP16CLS Tested Wire: Live Operation Mode: on mode EDIT PEAK LIST (Final Measurement Results) Trace1: CE1511QP Trace2: CE1511AV Trace3: --- TRACE FREQUENCY LEVEL dbµv DELTA LIMIT db 2 Average 15 khz L Quasi Peak 154 khz 5.75 L Quasi Peak 198 khz L Quasi Peak 514 khz L Quasi Peak 522 khz L Average 16.3 MHz L Quasi Peak MHz L Tested Wire: Neutral Operation Mode: on mode EDIT PEAK LIST (Final Measurement Results) Trace1: CE1511QP Trace2: CE1511AV Trace3: --- TRACE FREQUENCY LEVEL dbµv DELTA LIMIT db 2 Average 15 khz L Quasi Peak 51 khz L Quasi Peak 526 khz L Quasi Peak MHz L Average 16.1 MHz L Quasi Peak MHz L Page 9 of 32

10 Model: EIP16C35LS Tested Wire: Live Operation Mode: on mode EDIT PEAK LIST (Final Measurement Results) Trace1: CE1511QP Trace2: CE1511AV Trace3: --- TRACE FREQUENCY LEVEL dbµv DELTA LIMIT db 1 Quasi Peak 154 khz 5.2 L Average 17 khz.44 L Quasi Peak 2 khz L Quasi Peak 326 khz 41.7 L Quasi Peak 5 khz L Quasi Peak 9 khz.88 L Quasi Peak MHz L Average MHz L Average 2.39 MHz L Quasi Peak MHz L Quasi Peak MHz L Average MHz L Quasi Peak MHz L Tested Wire: Neutral Operation Mode: on mode EDIT PEAK LIST (Final Measurement Results) Trace1: CE1511QP Trace2: CE1511AV Trace3: --- TRACE FREQUENCY LEVEL dbµv DELTA LIMIT db 1 Quasi Peak 166 khz 45.7 L Average 166 khz L Quasi Peak 6 khz.39 L Quasi Peak 41 khz 41. L Quasi Peak 522 khz L Quasi Peak 9 khz L Average MHz 34.1 L Quasi Peak MHz L Average MHz L Quasi Peak MHz 39.2 L Quasi Peak MHz.2 L Quasi Peak MHz L Average MHz L Quasi Peak MHz L Average MHz L Page 1 of 32

11 4.1.5 Emission Curve At mains terminal: Model: EIP16C1LS Tested Wire: Live dbµv 2.May 12 12:9 1 CE1511QP 11 Att 1 db AUTO RBW Hz MT 1 ms PREAMP OFF Marker 1 [T1 ] dbµv 9.7 khz 1 khz 1 MHz 1 MHz 1 PK 1 2 AV TDS 5 CE1511AV 6DB DC 1 9 khz MHz Tested Wire: Neutral dbµv RBW Hz 2.May 12 12:14 MT 1 ms Att 1 db AUTO PREAMP OFF 1 CE1511QP 11 Marker 1 [T1 ] dbµv 9.7 khz 1 khz 1 MHz 1 MHz 1 PK 1 2 AV TDS 5 CE1511AV 6DB DC 1 9 khz MHz Page 11 of 32

12 Model: EIP16CLS Tested Wire: Live dbµv 2.May 12 13:24 1 CE1511QP 11 Att 1 db AUTO RBW 9 khz MT 1 s PREAMP OFF Marker 1 [T1 ] dbµv 9. khz 1 khz 1 MHz 1 MHz Report No.: GZ PK 1 2 AV 9 TDS 17 5 CE1511AV 6DB DC 1 9 khz MHz Tested Wire: Neutral dbµv 2.May 12 13: 1 CE1511QP 11 Att 1 db AUTO RBW 9 khz MT 1 s PREAMP OFF Marker 1 [T1 ] 7.84 dbµv 9. khz 1 khz 1 MHz 1 MHz 1 PK 1 2 AV TDS 5 CE1511AV 6DB DC 1 9 khz MHz Page 12 of 32

13 Model: EIP16C35LS Tested Wire: Live dbµv 2.May 12 13:13 1 CE1511QP 11 Att 1 db AUTO RBW 9 khz MT 1 s PREAMP OFF Marker 1 [T1 ] 7.31 dbµv 9. khz 1 khz 1 MHz 1 MHz Report No.: GZ PK 1 2 AV TDS 5 CE1511AV 6DB DC 1 9 khz MHz Tested Wire: Neutral dbµv 2.May 12 13:6 1 CE1511QP 11 Att 1 db AUTO RBW 9 khz MT 1 s PREAMP OFF Marker 1 [T1 ] 7.71 dbµv 9. khz 1 khz 1 MHz 1 MHz 1 PK 1 2 AV TDS 5 CE1511AV 6DB DC 1 9 khz MHz Page 13 of 32

14 4.1.6 Measurement Uncertainty The measurement uncertainty describes the overall uncertainty of the given measured value during the operation of the EUT. Measurement uncertainty is calculated in accordance with CISPR : 3. Measurement uncertainty of mains terminal disturbance voltage in CISPR band A: 1.6 db. Measurement uncertainty of mains terminal disturbance voltage in CISPR band B: 2.3 db. The measurement uncertainty is given with a confidence of 95%, k=2. Page 14 of 32

15 4.2 Radiated Electromagnetic Disturbance (1 khz - MHz) Test Result: Pass Used Test Equipment Equipment No. Equipment Model Manufacturer EM-4 EMI receiver ESCS R&S EM61-4 Triple Loop Antenna HXYZ917 SCHWARZBECK EM4-3 EMC shield Room 8m 4m 3m Zhongyu Block Diagram of Test Setup Loop Antenna EUT Receiver Coaxial switch Ferrite absorber Test Setup and Procedure The EUT is placed in the centre of the loop antenna system(las). The current induced by the magnetic field from the EUT into each of the three large loop antennas of the LAS is measured by connecting the current probe of the large loop antenna to a measuring receiver. During the measurements the EUT remains in a fixed position. The currents in the three large loop antenna, origination from the three mutually orthogonal magnetic field components, are measured in sequence. Each current level measured shall comply with the emission limit, expressed in dbμa, as specified in table of EN The distance between the outer perimeter of the LAS and nearby objects, such as floor and walls, shall be at least.5m. To avoid unwanted capacitive coupling between the EUT and the LAS, the maximum dimensions of the EUT shall allow a distance of at least.2m between the EUT and the standardized 2m large loop antenna of the LAS. The position of the mains lead shall be optimized for maximum current induction. In general, this position will not be critical when the EUT complies with the conducted emission limit. Page 15 of 32

16 4.2.4 Test Data Models: EIP16C1LS, EIP16CLS, EIP16C35LS Frequency X axis Y axis Z axis Limit [MHz] [db(μa)] [db(μa)] [db(μa)] [db(μa)].1 <64 <64 < <47 <47 < < < < < < < <25 <25 < < < < <17 <17 < <12 <12 < <12 <12 < <12 <12 < <12 <12 < <12 <12 < Page 16 of 32

17 4.2.5 Test Curve EIP16C1LS X axis dbuv 11 Mkr :. MHz.1 dbuv Trd undef 1 15Loop -.9 Y axis dbuv 11 Mkr :. MHz -4.2 dbuv Trd undef MHz 1 15Loop MHz Page 17 of 32

18 Z axis dbuv 11 Mkr :. MHz -1.8 dbuv Trd undef 1 15Loop -.9 EIP16CLS X axis MHz dbuv Mkr :. MHz.1 dbuv 11 Trd undef 1 15Loop MHz Page 18 of 32

19 Y axis dbuv 11 Mkr :. MHz -2.1 dbuv Trd undef 1 15Loop -.9 Z axis dbuv 11 Mkr :. MHz -2.6 dbuv Trd undef MHz 1 15Loop MHz Page 19 of 32

20 EIP16C35LS X axis dbuv 11 Mkr :. MHz -.9 dbuv Trd undef 1 15Loop -.9 Y axis dbuv 11 Mkr :. MHz -.9 dbuv Trd undef MHz 1 15Loop MHz Page of 32

21 Z axis dbuv 11 Mkr :. MHz -1.6 dbuv Report No.: GZ Trd undef 1 15Loop MHz Measurement Uncertainty The measurement uncertainty for induction current is under consideration according to CISPR :3. Page 21 of 32

22 4.3 Radiated Electromagnetic Disturbance (-MHz, CDN method) Test Result: Pass Used Test Equipment Equip. No. Equipment Model Manufacturer EM4-4 EMC shield Room 8m 3m 3m Zhongyu EM-5 EMI receiver ESCI R&S EM3-2 Coupling & CDN M2 16 TESEQ Decoupling Network EM3-1-5 Attenuator 6dB drhubert Block Diagram of Test Setup Test Setup and Procedure The EUT shall be placed on a non-conducting table with a height of (1 ±.2) cm. The EUT is connected to CDN with a length of ( ± 1) cm and the distance of the cable to the metal plate should be (4 ± 1) cm. The RF output of the CDN is connected to EMI receiver via a 6 db, 5Ω attenuator. The distance from any conductive parts shall be more than cm. Prior to a measurement, the lamps shall be operated until stabilization has been reached. 5min for incandescent lamps, 15min for fluorescent lamp, min for other discharge lamp. The EUT should be powered on before the coaxial cable is connected to receiver every time. And the coaxial cable should be removed from receiver before stopping EUT. Page 22 of 32

23 4.3.4 Test Data EIP16C1LS EDIT PEAK LIST (Final Measurement Results) Trace1: 15CDN Trace2: --- Trace3: --- TRACE FREQUENCY LEVEL dbµv DELTA LIMIT db 1 Quasi Peak MHz L Quasi Peak MHz L Quasi Peak MHz 5.97 L Quasi Peak MHz L Quasi Peak MHz L Quasi Peak MHz 44.5 L EIP16CLS EDIT PEAK LIST (Final Measurement Results) Trace1: 15CDN Trace2: --- Trace3: --- TRACE FREQUENCY LEVEL dbµv DELTA LIMIT db 1 Quasi Peak MHz L Quasi Peak 74 MHz 46.9 L Quasi Peak MHz L Quasi Peak MHz L Quasi Peak MHz L Quasi Peak MHz L Quasi Peak 94.8 MHz L Quasi Peak 115 MHz.8 L Quasi Peak 169 MHz 39. L Quasi Peak MHz L Quasi Peak MHz L Quasi Peak MHz L EIP16C35LS EDIT PEAK LIST (Final Measurement Results) Trace1: 15CDN Trace2: --- Trace3: --- TRACE FREQUENCY LEVEL dbµv DELTA LIMIT db 1 Quasi Peak MHz L Quasi Peak MHz L Quasi Peak MHz L Quasi Peak 95.4 MHz L Quasi Peak MHz L Quasi Peak MHz L Quasi Peak MHz L Quasi Peak MHz L Quasi Peak MHz L Quasi Peak MHz L Page 23 of 32

24 4.3.5 Test Curve EIP16C1LS dbµv 2.May 12 17:29 9 Att 1 db AUTO RBW 1 khz MT 1 s PREAMP OFF 1 MHz Marker 1 [T1 ] dbµv 34. MHz 1 PK 7 15CDN TDS 5 1 6DB AC 1-1 MHz MHz EIP16CLS dbµv 2.May 12 17:38 9 Att 1 db AUTO RBW 1 khz MT 1 s PREAMP OFF 1 MHz Marker 1 [T1 ] dbµv 34. MHz 1 PK 7 15CDN TDS 5 1 6DB AC 1-1 MHz MHz Page 24 of 32

25 EIP16C35LS dbµv 2.May 12 17:46 9 Att 1 db AUTO RBW 1 khz MT 1 s PREAMP OFF 1 MHz Marker 1 [T1 ] dbµv 34. MHz 1 PK 7 15CDN TDS 5 1 6DB AC 1-1 MHz MHz Measurement uncertainty The measurement uncertainty for harmonic test is under consideration according to CISPR : Induced Current Density ( khz-1 MHz) Test Result: Pass Used Test Equipment Equip. No. Equipment Model Manufacturer EM-5 EMI receiver ESCI R&S EM7-2 Van der Hoofden test-head VDHH 952 SCHWARZBECK EM4-4 EMC shield Room 8m 3m 3m Zhongyu Page 25 of 32

26 4.4.2 Block Diagram of Test Setup Test Setup and Procedure The height of the insulated support is minimum,8 m. The conducting sphere is connected to the protection network via an ordinary wire of length cm ± 3 cm. The protection network is then connected to the EMI receiver, or spectrum analyser, by a 5 Ω coaxial cable having a maximum cable loss of,2 db and a d.c. resistance of 1 Ω. Lighting equipment is evaluated in accordance with the measurement distance given in Table A.1 of Annex A unless otherwise specified by the manufacturer. The external surface of the test-head is taken as the reference point when determining the measurement distance. Tolerances of the measurement distances are ± 5 %. If the lighting equipment is provided with an earthing terminal, the lighting equipment shall be connected by means of an earth conductor contained in the power cable to the lighting equipment. During the tests no conductive plane or object or human being should be closer to the lighting equipment than,8 m. Prior to measurement, the lamp(s) shall be operated until stabilisation has been reached. Unless otherwise stated by the manufacturer, the following stabilisation times shall be observed:15 min. for fluorescent lamps; min. for other discharge lamps. All measurements have to be done with 1 h aged lamps Test Data The factors are: EIP16C1LS:.48 EIP16CLS:.68 EIP16C35LS:.58 Page 26 of 32

27 4.4.5 Test Curve EIP16C1LS: dbµv RBW Hz 2.May 12 18:19 MT 1 ms Att 1 db PREAMP OFF 1 khz 1 MHz 1 MHz 7 1 PK 2 PK 5 TDF 6DB DC khz 1 MHz EIP16CLS: dbµv 2.May 12 18:12 Att 1 db RBW Hz MT 1 ms PREAMP OFF 1 khz 1 MHz 1 MHz 7 1 PK 2 PK 5 TDF 6DB DC khz 1 MHz Page 27 of 32

28 EIP16C35LS: dbµv 2.May 12 18:2 Att 1 db RBW Hz MT 1 ms PREAMP OFF Report No.: GZ khz 1 MHz 1 MHz 7 1 PK 2 PK 5 TDF 6DB DC khz 1 MHz Measurement uncertainty The measurement uncertainty for Induced Current Density test is according to CISPR :3. Page 28 of 32

29 5 Appendix I - Photos of test setup Conducted Emission Radiated Electromagnetic Filed Disturbance Page 29 of 32

30 Radiated Emission (CDN method) Page of 32