ELECTROMAGNETIC COMPATIBILITY TEST. Report reference N R-255 EMC 2010

Transcription

1 ELECTROMAGNETIC COMPATIBILITY TEST Report reference N R-255 EMC 2010 Constructor. Address Reference person. C LUCE S.r.l. Via Marmolada 5/ Truccazzano (MI) Italy ---- Product Model Type.... Serial number... Rating..... External floodlights REVERSE MC 2X MH 1/2X35W G REVERSE MC 2X MH 1/2X70W G REVERSE MC 2X MH 1/2X150W G V ~ 50Hz W Date of receipt of test item.... Date of performance of test... Date of test report Reference standard.... EN 55015: A1: A2: 2009 EN : 2006 EN : 2008 Final result COMPLIANT Compiled by Testing Engineer Checked by Quality Assurance.... (Marco Casiraghi).... (Nicola Papini) The test results recorded in this test report are exclusive referred to the tested samples. No part of this test report may be reproduced without prior written consent of Eletech. ELETECH S.r.l. Via Garcia Lorca Lomagna (LC) Italy Tel Fax [email protected] -

2 1. Report index Report index Page 1. Report index 2 2. General condition 3 3. Equipment under test Test condition Reference standard Instruments Uncertainty Summary of result Emission 9.1. Emission measurement: continuous disturbance Emission measurement: harmonics currents Photo of the test set-up 27 C LUCE S.r.l. REVERSE MC 2X R-255 EMC of 27

3 2. General condition Objective The purpose of this tests, which is described in the present report, is to verify the conformity of Equipment Under Test (E.U.T.) to the electromagnetic compatibility directive 2004/108/EC using harmonised standards. Testing location ELETECH S.r.l. Via Garcia Lorca Lomagna (LC) Italy Department: Test Lab Centre A company of Elemaster Group S.p.A. Tested by Mr. Casiraghi Marco Witness to the test ---- Environment condition Average values Ambient temperature C Humidity 25% - 75% 65% UR Pressure 860 mbar mbar 1002 mbar C LUCE S.r.l. REVERSE MC 2X R-255 EMC of 27

4 3. Equipment under test Description The EUT are a external floodlights with high pressure sodium lamps. All components inside of lamps are CE marked. Model tested: REVERSE MC 2X MH 1/2X35W G12 code REVERSE MC 2X MH 1/2X70W G12 code REVERSE MC 2X MH 1/2X150W G12 code Identification sample tested SAM00.00 (MH 2X35W) SAM01.00 (MH 2X70W) SAM02.00 (MH 2X150W) Equipment classification External lighting Installation environment Domestic, commercial and industrial Classification for RF emission test Lamp with operating frequency < 100Hz. Classification for RF immunity test ---- Position of use Wall C LUCE S.r.l. REVERSE MC 2X R-255 EMC of 27

5 3. Equipment under test REVERSE MC 2X MH 1/2X35W G12 REVERSE MC 2X MH 1/2X70W G12 REVERSE MC 2X MH 1/2X150W G12 C LUCE S.r.l. REVERSE MC 2X R-255 EMC of 27

6 3. Equipment under test C LUCE S.r.l. REVERSE MC 2X R-255 EMC of 27

7 3. Equipment under test C LUCE S.r.l. REVERSE MC 2X R-255 EMC of 27

8 3. Equipment under test C LUCE S.r.l. REVERSE MC 2X R-255 EMC of 27

9 4. Test condition Set-up during the test Enclosure AC input power Lamp Equipment Used During Test Use Product Type Manufacturer Model Comments EUT Lamp C Luce REVERSE MC 2X MH 1/2X35W G12 EUT Lamp C Luce REVERSE MC 2X MH 1/2X70W G12 EUT Lamp C Luce REVERSE MC 2X MH 1/2X150W G12 EUT= Equipment Under Test AE= Auxiliary equipment Rating Mode Voltage Current Power Frequency Phase Comments (V) (A) (W) (Hz) Rated Class 1 with earth C LUCE S.r.l. REVERSE MC 2X R-255 EMC of 27

10 4. Test condition Identification of Ports Port # Name Type Cable Cable Comments length > 3m Shielded 1 Enclosure Metallic main structure connect to earth 2 AC input power AC NO NO Test whit cable length 100 cm. AC= AC power port DC= DC power port I/O = Signal Input or Output Port TP= Telecommunication Port EUT Operation Mode Mode # 1 Operation continuous Description EUT Configuration Mode Mode # 1 Input power supply 230V ~ 50Hz Description Requested performance for immunity test ---- Control method for immunity test ---- Performance criteria of reference standard for immunity test ---- C LUCE S.r.l. REVERSE MC 2X R-255 EMC of 27

11 5. Reference standard Standard Year Title EN Limits and methods of measurement of radio disturbance A1 A characteristics of electrical lighting and similar equipment EN Electromagnetic compatibility (EMC) Part 3-2: Limits Limits for harmonic current emission (equipment input current up to and including 16 A per phase). EN Electromagnetic compatibility (EMC) Part 3-3: Limits Limitation of voltage changes, voltage fluctuations and flicker in public low-voltage supply systems, for equipment with rated current <= 16 A per phase and not subject to conditional connection. C LUCE S.r.l. REVERSE MC 2X R-255 EMC of 27

12 6. Instrument Calibration instrument Description Model Serial number Manufacturer Due date ALI014 Power Supply PAS5000 A Spitzenberger+Spies 04/08/2011 AMP001 Amplifier 75A Amplifier Research 31/08/2011 AMP002 Amplifier 100W1000M Amplifier Research 31/08/2011 AMP003 Amplifier 30S1G Amplifier Research 31/08/2011 AMP004 Amplifier 150A Amplifier Research 31/08/2011 CAM006 Semi Anechoic Chamber 3mSAC B83117-S20-X435 Albatross Projects 31/12/2010 GDF001 Signal generator HP33120A US HP 22/07/2011 GEN001 Dips generator PFS EM Test 04/08/2011 GEN004 Surge generator VCS EM Test 03/08/2011 GEN005 Signal generator SML Rohde & Schwarz 26/07/2011 GEN006 Burst generator EFT 500 M4 V EM Test 04/08/2011 GEN007 Signal generator SyCore PC/104 A / Spitzenberger+Spies 04/08/2011 GEN008 ESD generator ESD30N V EM Test 05/08/2011 IGR001 Humidity sensor Humidity sensor - Johnson Controls 14/01/2011 MDC001 Field probe PM Amplifier Research 03/08/2012 MDC002 Laser Probe Interface FI S/N Kit: Amplifier Research 03/08/2012 MDC003 Laser powered field probe FL7006 Start Probe kHz - 6GHz S/N Kit: Amplifier Research 03/08/2012 PAS001 Coupling / Decoupling CDN M MEB 31/08/2011 PAS002 Coupling / Decoupling CDN M MEB 31/08/2011 PAS003 Coupling / Decoupling CDN M MEB 31/08/2011 PAS004 Coupling / Decoupling CDN M Eletech 31/08/2011 PAS005 Coupling / Decoupling CDN M Eletech 31/08/2011 PAS006 Unidirectional coupling DC Amplifier Research 31/08/2011 PAS009 Antenna EMCO 26/07/2013 PAS010 LISN - Artificial mains network ESH2-Z /008 Rohde & Schwarz 03/08/2011 PAS011 LISN ESH3-Z Rohde & Schwarz 09/08/2011 PAS012 LISN ESH3-Z Rohde & Schwarz 09/08/2011 PAS013 LISN ESH3-Z Rohde & Schwarz 09/08/2011 PAS014 Absorbing clamp MDS /013 Rohde & Schwarz 05/08/2011 PAS015 Burst clamp 1 METRO EM Test 31/08/2011 PAS016 RF clamp F-203I 229 FCC 04/08/2013 PAS018 Antenna Loop 2 METRI 5134 Teseo 03/09/2011 PAS020 Induction coil 50Hz 1 METRO - Eletech 31/08/2011 PAS021 Attenuator Attenuator 6dB - TESEO 31/08/2011 PAS022 Unidirectional coupling DC Amplifier Research 31/08/2011 PAS023 Reference impedance IEC Eletech 31/08/2011 PAS024 Coupling CDN-S1 - Eletech 31/08/2011 PAS025 Coupling CDN-S1 - Eletech 31/08/2011 PAS026 Coupling / Decoupling network for surge CDN-S /08/2011 PAS028 Antenna - Trilog Super VULB 9161SE (25MHz - 2GHz) Schwarzbeck Mess - Elektronik 03/08/2012 C LUCE S.r.l. REVERSE MC 2X R-255 EMC of 27

13 6. Instrument Calibration instrument PAS032 Description Model Serial number Manufacturer Due date Attenuator 3dB AC - Huber+Suhner 31/08/2011 PAS034 Attenuator 6N10W - 30dB 6N10W-30 D.S.P.M. 31/08/2011 Telecomunicazioni PAS035 Attenuator 6N - 10dB 6N10 D.S.P.M. 31/08/2011 Telecomunicazioni PAS036 Unidirectional coupling C Werlatone 31/08/2011 PAS037 Attenuator 6dB AC - Huber+Suhner 31/08/2011 Coupling / Decoupling PAS039 CDN-B /08/2011 network for burst Coupling 0,47uF+ 40 ohm 31/08/2011 PAS040 CDN-C Eletech for surge PAS041 Decoupling for surge CDN-C Eletech 31/08/2011 NTFM 8158 ISN ISN for emission on LAN Schwarzbeck PAS042 CAT6-8 wire /04/2011 cable Mess - Elektronik 150kHz - 30MHz PAS043 PAS044 Antenna Unidirectional coupling VULP 9118 E Log.-Per. 75MHz MHz DC3400A 40dB 200W 10kHz - 400MHz 9118E867 Schwarzbeck Mess - Elektronik 02/05/ Amplifier Research 31/08/2011 TER004 Temperature sensor RS Johnson Controls 14/01/2011 TES008 EMI Test Receiver ESVS /002 Rohde & Schwarz 03/12/2010 TES009 EMI Test Receiver ESHS /010 Rohde & Schwarz 03/08/2011 TES011 Harmonic and Flicker measurement PMM1000 M50513 BO CONSULT 26/08/2011 Chase London TES019 Clickmeter SW147LY 5033 Chase Electronics LTD 03/08/ TES020 EMI Test Receiver ESCI Rohde & Schwarz 29/04/2011 C LUCE S.r.l. REVERSE MC 2X R-255 EMC of 27

14 7. Uncertainty Test Reference standard Parameter Uncertainty Measure of harmonic current Measure of flickers Measure of radiated emission Measure of continuous emission disturbance IEC Harmonic current measurement 0,11% Voltage measurement 0,22% EN Frequency 0,01% Measure of mains harmonic voltage 0,06% Voltage measurement 0,22% IEC Frequency 0,01% Measure of mains harmonic voltage 0,06% Impedance 6,40% EN Pst 4,89% dc 0,21% dmax, dt 0,20% CISPR 11 EN Measured field (horizontal) 4.90 db CISPR 22 EN Measured field (vertical) 4.93 db CISPR 11 EN CISPR 14 EN CISPR 15 EN Measured voltage 2.60 db CISPR 22 EN Measure of common mode conducted emission CISPR 22 EN Measured voltage 2.85 db Measure of conducted emission at terminals CISPR 14-1 EN CISPR 11 EN Measured voltage 2.60 db Measure of disturbance power CISPR 14 EN Measured power 2.78 db Measure of radiated electromagnetic disturbance Immunity to electrostatic discharge Immunity to radiated immunity Immunity to burst Immunity to surge Immunity to induced RF field Immunity to magnetic field at 50Hz Immunity to voltage dips CISPR 15 EN Measured field 4.12 db IEC EN IEC EN The generator meets the tolerance requirements of EN Radiated field 2.38 db IEC The generator meets the tolerance requirements of EN EN IEC The generator meets the tolerance requirements of EN EN IEC Applied field (CDN) 1.02 db EN Applied field (EM-Clamp) 2.23 db IEC EN IEC EN The generator meets the tolerance requirements of EN The generator meets the tolerance requirements of EN The measurement uncertainties stated in this documents are estimated as extended uncertainty obtained multiplying the standard uncertainty by the coverage factor k corresponding to a confidence level of about 95%.. C LUCE S.r.l. REVERSE MC 2X R-255 EMC of 27

15 8. Result summary Port Test Standard / Limit Result AC input power Continuous disturbance EN PASS AC input power Radiated electromagnetic disturbance EN Not applicable for E.U.T. with operating frequency < 100Hz AC input power Measurement of harmonics current EN Class C PASS AC input power Measurement of voltage fluctuations and flicker EN Reference 5 PASS In according to the A.2 of standard EN , no limits shall apply to lamps. C LUCE S.r.l. REVERSE MC 2X R-255 EMC of 27

16 9.1. Emission measurement: continuous disturbance Test Measurement of mains terminal disturbance. Continuous disturbance Reference standard EN Reference 8 EUT operation mode # 1 EUT configuration mode # 1 Port AC input power Verdict COMPLIANT FOR ALL MODEL Limits Frequency band (MHz) Quasi-peak (db µv) Average (db µv) to to to Test equipment Equipment Model Manufacturer Serial number Shielded chamber Siemens Receiver ESHS 10 R&S /010 Artificial main network ESH2-Z5 R&S /008 C LUCE S.r.l. REVERSE MC 2X R-255 EMC of 27

17 9.1. Emission measurement: continuous disturbance ELETECH S.r.l. Test Lab Centre Measurement of conducted emission EUT: REVERSE MC 2X MH 1/2X35W G12 code Manufacturer: C LUCE Operating Condition: Operation continuous Test Site: Shielded chamber Operator: Casiraghi Test Specification: EN Comment: Start of Test: SCAN TABLE: "EN QP+ 6dB" Short Description: EN Voltage pre Start Stop Step Detector Meas. IF Transducer Frequency Frequency Width Time Bandw. 9.0 khz khz Hz QuasiPeak 1.0 s 200 Hz Att. 6dB Average khz 30.0 MHz 8.0 khz QuasiPeak 1.0 s 10 khz Att. 6dB Average 120 Level [dbµv] k 20k 40k 100k 300k 1M 2M 4M 10M 30M Frequency [Hz] MES _pre MES _pre2 LIM EN V QP LIM EN V AV Voltage QP Voltage AV C LUCE S.r.l. REVERSE MC 2X R-255 EMC of 27

18 9.1. Emission measurement: continuous disturbance ELETECH S.r.l. Test Lab Centre Measurement of conducted emission EUT: REVERSE MC 2X MH 1/2X70W G12 code Manufacturer: C LUCE Operating Condition: Operation continuous Test Site: Shielded chamber Operator: Casiraghi Test Specification: EN Comment: Start of Test: SCAN TABLE: "EN QP+ 6dB" Short Description: EN Voltage pre Start Stop Step Detector Meas. IF Transducer Frequency Frequency Width Time Bandw. 9.0 khz khz Hz QuasiPeak 1.0 s 200 Hz Att. 6dB Average khz 30.0 MHz 8.0 khz QuasiPeak 1.0 s 10 khz Att. 6dB Average 120 Level [dbµv] k 20k 40k 100k 300k 1M 2M 4M 10M 30M Frequency [Hz] MES _1_pre MES _1_pre2 LIM EN V QP LIM EN V AV Voltage QP Voltage AV C LUCE S.r.l. REVERSE MC 2X R-255 EMC of 27

19 9.1. Emission measurement: continuous disturbance ELETECH S.r.l. Test Lab Centre Measurement of conducted emission EUT: REVERSE MC 2X MH 1/2X150W G12 code Manufacturer: C LUCE Operating Condition: Operation continuous Test Site: Shielded chamber Operator: Casiraghi Test Specification: EN Comment: Start of Test: SCAN TABLE: "EN QP+ 6dB" Short Description: EN Voltage pre Start Stop Step Detector Meas. IF Transducer Frequency Frequency Width Time Bandw. 9.0 khz khz Hz QuasiPeak 1.0 s 200 Hz Att. 6dB Average khz 30.0 MHz 8.0 khz QuasiPeak 1.0 s 10 khz Att. 6dB Average 120 Level [dbµv] k 20k 40k 100k 300k 1M 2M 4M 10M 30M Frequency [Hz] MES _2_pre MES _2_pre2 LIM EN V QP LIM EN V AV Voltage QP Voltage AV C LUCE S.r.l. REVERSE MC 2X R-255 EMC of 27

20 9.2. Emission measurement: harmonics currents Test Measurement of harmonics current injected into public supply system. Reference standard EN Reference 6 Class C equipment EUT operation mode # 1 EUT configuration mode # 1 Port AC input power Verdict COMPLIANT FOR ALL MODEL Limits Limits for class C equipments > 25W Harmonic order Maximum permissible harmonic current expressed as a percentage of the input current at the fundamental frequency x λ <= n <= 39 3 λ = is the circuit power factor Test equipment Equipment Model Manufacturer Serial number Harmonics analyser and B10 / PMM1000 PMM M50513 flickermeter A.C. Power PAS 5000 SPITZENBERGER A182601/01096 C LUCE S.r.l. REVERSE MC 2X R-255 EMC of 27

21 9.2. Emission measurement: harmonics currents Name: Casiraghi Serial no: Department: EMC Test Lab Center Operating modes: Continuous operation Company: Eletech Comment1: Harmonic Analysis Test report no: Comment2: Device: Lampada Comment3: Specimen: EN Comment4: Manufacturer: C LUCE S.r.l. Date: Type: REVERSE MC Test date: Maximum RMS current and corresponding values in timewindow 39: Voltage: Current: Power: Powerfactor: Testconditions: Vrms Arms 93.8 W P1=93.8 W CosPhi1: THD=0.02 % THD=17.75 % 96.1 VA THV=0.038 V THC=0.073 A POHV=0.007 V POHC=0.002 A EN :2006, f=50 Hz, Phase=L1, Range=0.80 A, Rated fundamental / pf: 0.41 A, 0.97 Time window cycles=10/12 (200ms), Grouping of harmonics=on PWHD=0.02 % PWHD=5.15 % HARMONIC ANALYSIS: Test PASS Tobs = entire measurement; POHC: avg=0.00 A, limits=0.04 A Entire measurement ( s = 50 time window(s)) Worst 2.5 min Average P Ha Maximum Window A EN Margin 100 to 150 to Exceeded 150% ceeded ceeded S 100 to Ex- Value Ex- S Class C a) in MaxWin 150% 200% DC A n.e. n.e A 0 X A n.e. n.e A 0 X A A % n.e. n.e A 0 X A A % n.e. n.e A 0 X A n.e. n.e A 0 X A A % n.e. n.e A 0 X A n.e. n.e A 0 X A A % n.e. n.e A 0 X A n.e. n.e A 0 X A A % n.e. n.e A 0 X A n.e. n.e A 0 X A A % n.e. n.e A 0 X A n.e. n.e A 0 X A A % n.e. n.e A 0 X A n.e. n.e A 0 X A A % n.e. n.e A 0 X A n.e. n.e A 0 X A A % n.e. n.e A 0 X A n.e. n.e A 0 X A A % n.e. n.e A 0 X A n.e. n.e A 0 X A A % n.e. n.e A 0 X A n.e. n.e A 0 X A A % n.e. n.e A 0 X A n.e. n.e A 0 X A A % n.e. n.e A 0 X A n.e. n.e A 0 X A A % n.e. n.e A 0 X A n.e. n.e A 0 X A A % n.e. n.e A 0 X A n.e. n.e A 0 X A A % n.e. n.e A 0 X A n.e. n.e A 0 X A A % n.e. n.e A 0 X A n.e. n.e A 0 X A A % n.e. n.e A 0 X A n.e. n.e A 0 X A A % n.e. n.e A 0 X A n.e. n.e A 0 X A A % n.e. n.e A 0 X A n.e. n.e A 0 X Tested with EMC test software V2.4b / None by Spitzenberger + Spies GmbH & Co. KG, Schmidstr 32-34, D Viechtach, F A I L C LUCE S.r.l. REVERSE MC 2X R-255 EMC of 27

22 9.2. Emission measurement: harmonics currents Name: Casiraghi Serial no: Department: EMC Test Lab Center Operating modes: Continuous operation Company: Eletech Comment1: Harmonic Analysis Test report no: Comment2: Device: Lampada Comment3: Specimen: EN Comment4: Manufacturer: C LUCE S.r.l. Date: Type: REVERSE MC Test date: Maximum RMS current and corresponding values in timewindow 39: Voltage: Current: Power: Powerfactor: Testconditions: Vrms Arms 93.8 W P1=93.8 W CosPhi1: THD=0.02 % THD=17.75 % 96.1 VA EN :2006, f=50 Hz, Phase=L1, Range=0.80 A Time window cycles=10/12 (200ms), Grouping of harmonics=on THV=0.038 V THC=0.073 A POHV=0.007 V POHC=0.002 A PWHD=0.02 % PWHD=5.15 % HARMONIC ANALYSIS: Test PASS Tobs = entire measurement; POHC: avg=0.01 V, limits=0.73 V Entire measurement ( s = 50 time window(s)) Worst 2.5 min Average P Ha Maximum Window A EN Margin 100 to 150 to Exceeded 150% ceeded ceeded S 100 to Ex- Value Ex- S Voltages in MaxWin 150% 200% DC V n.e. n.e V 0 X V n.e. n.e V 0 X V 49 fluctuating % n.e. n.e V 0 X V 2 fluctuating % n.e. n.e V 0 X V 50 fluctuating % n.e. n.e V 0 X V 1 fluctuating % n.e. n.e V 0 X V 50 fluctuating % n.e. n.e V 0 X V 50 fluctuating % n.e. n.e V 0 X V 50 fluctuating % n.e. n.e V 0 X V 50 fluctuating % n.e. n.e V 0 X V 48 fluctuating % n.e. n.e V 0 X V 48 fluctuating % n.e. n.e V 0 X V 49 fluctuating % n.e. n.e V 0 X V 50 fluctuating % n.e. n.e V 0 X V 43 fluctuating % n.e. n.e V 0 X V 50 fluctuating % n.e. n.e V 0 X V 24 fluctuating % n.e. n.e V 0 X V 41 fluctuating % n.e. n.e V 0 X V 41 fluctuating % n.e. n.e V 0 X V 26 fluctuating % n.e. n.e V 0 X V 43 fluctuating % n.e. n.e V 0 X V 44 fluctuating % n.e. n.e V 0 X V 49 fluctuating % n.e. n.e V 0 X V 3 fluctuating % n.e. n.e V 0 X V 1 fluctuating % n.e. n.e V 0 X V 1 fluctuating % n.e. n.e V 0 X V 50 fluctuating % n.e. n.e V 0 X V 29 fluctuating % n.e. n.e V 0 X V 43 fluctuating % n.e. n.e V 0 X V 6 fluctuating % n.e. n.e V 0 X V 8 fluctuating % n.e. n.e V 0 X V 8 fluctuating % n.e. n.e V 0 X V 40 fluctuating % n.e. n.e V 0 X V 43 fluctuating % n.e. n.e V 0 X V 50 fluctuating % n.e. n.e V 0 X V 41 fluctuating % n.e. n.e V 0 X V 41 fluctuating % n.e. n.e V 0 X V 47 fluctuating % n.e. n.e V 0 X V 47 fluctuating % n.e. n.e V 0 X V 49 fluctuating % n.e. n.e V 0 X V 49 fluctuating % n.e. n.e V 0 X Tested with EMC test software V2.4b / None by Spitzenberger + Spies GmbH & Co. KG, Schmidstr 32-34, D Viechtach, F A I L C LUCE S.r.l. REVERSE MC 2X R-255 EMC of 27

23 9.2. Emission measurement: harmonics currents Name: Casiraghi Serial no: Department: EMC Test Lab Center Operating modes: Continuous operation Company: Eletech Comment1: Harmonic Analysis Test report no: _1 Comment2: Device: Lampada Comment3: Specimen: EN Comment4: Manufacturer: C LUCE S.r.l. Date: Type: REVERSE MC Test date: Maximum RMS current and corresponding values in timewindow 46: Voltage: Current: Power: Powerfactor: Testconditions: Vrms Arms W P1=177.4 W CosPhi1: THD=0.02 % THD=20.99 % VA THV=0.052 V THC=0.162 A POHV=0.008 V POHC=0.004 A EN :2006, f=50 Hz, Phase=L1, Range=4.00 A, Rated fundamental / pf: 0.77 A, Time window cycles=10/12 (200ms), Grouping of harmonics=on PWHD=0.03 % PWHD=4.95 % HARMONIC ANALYSIS: Test PASS Tobs = entire measurement; POHC: avg=0.00 A, limits=0.07 A Entire measurement ( s = 50 time window(s)) Worst 2.5 min Average P Ha Maximum Window A EN Margin 100 to 150 to Exceeded 150% ceeded ceeded S 100 to Ex- Value Ex- S Class C a) in MaxWin 150% 200% DC A n.e. n.e A 0 X A n.e. n.e A 0 X A A % n.e. n.e A 0 X A A % n.e. n.e A 0 X A n.e. n.e A 0 X A A % n.e. n.e A 0 X A n.e. n.e A 0 X A A % n.e. n.e A 0 X A n.e. n.e A 0 X A A % n.e. n.e A 0 X A n.e. n.e A 0 X A A % n.e. n.e A 0 X A n.e. n.e A 0 X A A % n.e. n.e A 0 X A n.e. n.e A 0 X A A % n.e. n.e A 0 X A n.e. n.e A 0 X A A % n.e. n.e A 0 X A n.e. n.e A 0 X A A % n.e. n.e A 0 X A n.e. n.e A 0 X A A % n.e. n.e A 0 X A n.e. n.e A 0 X A A % n.e. n.e A 0 X A n.e. n.e A 0 X A A % n.e. n.e A 0 X A n.e. n.e A 0 X A A % n.e. n.e A 0 X A n.e. n.e A 0 X A A % n.e. n.e A 0 X A n.e. n.e A 0 X A A % n.e. n.e A 0 X A n.e. n.e A 0 X A A % n.e. n.e A 0 X A n.e. n.e A 0 X A A % n.e. n.e A 0 X A n.e. n.e A 0 X A A % n.e. n.e A 0 X A n.e. n.e A 0 X A A % n.e. n.e A 0 X A n.e. n.e A 0 X Tested with EMC test software V2.4b / None by Spitzenberger + Spies GmbH & Co. KG, Schmidstr 32-34, D Viechtach, F A I L C LUCE S.r.l. REVERSE MC 2X R-255 EMC of 27

24 9.2. Emission measurement: harmonics currents Name: Casiraghi Serial no: Department: EMC Test Lab Center Operating modes: Continuous operation Company: Eletech Comment1: Harmonic Analysis Test report no: _1 Comment2: Device: Lampada Comment3: Specimen: EN Comment4: Manufacturer: C LUCE S.r.l. Date: Type: REVERSE MC Test date: Maximum RMS current and corresponding values in timewindow 46: Voltage: Current: Power: Powerfactor: Testconditions: Vrms Arms W P1=177.4 W CosPhi1: THD=0.02 % THD=20.99 % VA EN :2006, f=50 Hz, Phase=L1, Range=4.00 A Time window cycles=10/12 (200ms), Grouping of harmonics=on THV=0.052 V THC=0.162 A POHV=0.008 V POHC=0.004 A PWHD=0.03 % PWHD=4.95 % HARMONIC ANALYSIS: Test PASS Tobs = entire measurement; POHC: avg=0.01 V, limits=0.73 V Entire measurement ( s = 50 time window(s)) Worst 2.5 min Average P Ha Maximum Window A EN Margin 100 to 150 to Exceeded 150% ceeded ceeded S 100 to Ex- Value Ex- S Voltages in MaxWin 150% 200% DC V n.e. n.e V 0 X V n.e. n.e V 0 X V 13 fluctuating % n.e. n.e V 0 X V 13 fluctuating % n.e. n.e V 0 X V 42 fluctuating % n.e. n.e V 0 X V 13 fluctuating % n.e. n.e V 0 X V 2 fluctuating % n.e. n.e V 0 X V 42 fluctuating % n.e. n.e V 0 X V 48 fluctuating % n.e. n.e V 0 X V 14 fluctuating % n.e. n.e V 0 X V 42 fluctuating % n.e. n.e V 0 X V 33 fluctuating % n.e. n.e V 0 X V 30 fluctuating % n.e. n.e V 0 X V 1 fluctuating % n.e. n.e V 0 X V 13 fluctuating % n.e. n.e V 0 X V 29 fluctuating % n.e. n.e V 0 X V 50 fluctuating % n.e. n.e V 0 X V 33 fluctuating % n.e. n.e V 0 X V 13 fluctuating % n.e. n.e V 0 X V 47 fluctuating % n.e. n.e V 0 X V 13 fluctuating % n.e. n.e V 0 X V 8 fluctuating % n.e. n.e V 0 X V 41 fluctuating % n.e. n.e V 0 X V 32 fluctuating % n.e. n.e V 0 X V 12 fluctuating % n.e. n.e V 0 X V 43 fluctuating % n.e. n.e V 0 X V 32 fluctuating % n.e. n.e V 0 X V 15 fluctuating % n.e. n.e V 0 X V 41 fluctuating % n.e. n.e V 0 X V 13 fluctuating % n.e. n.e V 0 X V 50 fluctuating % n.e. n.e V 0 X V 30 fluctuating % n.e. n.e V 0 X V 13 fluctuating % n.e. n.e V 0 X V 13 fluctuating % n.e. n.e V 0 X V 1 fluctuating % n.e. n.e V 0 X V 2 fluctuating % n.e. n.e V 0 X V 17 fluctuating % n.e. n.e V 0 X V 29 fluctuating % n.e. n.e V 0 X V 50 fluctuating % n.e. n.e V 0 X V 13 fluctuating % n.e. n.e V 0 X V 1 fluctuating % n.e. n.e V 0 X Tested with EMC test software V2.4b / None by Spitzenberger + Spies GmbH & Co. KG, Schmidstr 32-34, D Viechtach, F A I L C LUCE S.r.l. REVERSE MC 2X R-255 EMC of 27

25 9.2. Emission measurement: harmonics currents Name: Casiraghi Serial no: Department: EMC Test Lab Center Operating modes: Continuous operation Company: Eletech Comment1: Harmonic Analysis Test report no: _2 Comment2: Device: Lampada Comment3: Specimen: EN Comment4: Manufacturer: C LUCE S.r.l. Date: Type: REVERSE MC Test date: Maximum RMS current and corresponding values in timewindow 50: Voltage: Current: Power: Powerfactor: Testconditions: Vrms Arms W P1=304.9 W CosPhi1: THD=0.02 % THD=21.17 % VA THV=0.047 V THC=0.282 A POHV=0.008 V POHC=0.004 A EN :2006, f=50 Hz, Phase=L1, Range=4.00 A, Rated fundamental / pf: 1.33 A, 0.97 Time window cycles=10/12 (200ms), Grouping of harmonics=on PWHD=0.03 % PWHD=3.20 % HARMONIC ANALYSIS: Test PASS Tobs = entire measurement; POHC: avg=0.00 A, limits=0.13 A Entire measurement ( s = 50 time window(s)) Worst 2.5 min Average P Ha Maximum Window A EN Margin 100 to 150 to Exceeded 150% ceeded ceeded S 100 to Ex- Value Ex- S Class C a) in MaxWin 150% 200% DC A n.e. n.e A 0 X A n.e. n.e A 0 X A A % n.e. n.e A 0 X A A % n.e. n.e A 0 X A n.e. n.e A 0 X A A % n.e. n.e A 0 X A n.e. n.e A 0 X A A % n.e. n.e A 0 X A n.e. n.e A 0 X A A % n.e. n.e A 0 X A n.e. n.e A 0 X A A % n.e. n.e A 0 X A n.e. n.e A 0 X A A % n.e. n.e A 0 X A n.e. n.e A 0 X A A % n.e. n.e A 0 X A n.e. n.e A 0 X A A % n.e. n.e A 0 X A n.e. n.e A 0 X A A % n.e. n.e A 0 X A n.e. n.e A 0 X A A % n.e. n.e A 0 X A n.e. n.e A 0 X A A % n.e. n.e A 0 X A n.e. n.e A 0 X A A % n.e. n.e A 0 X A n.e. n.e A 0 X A A % n.e. n.e A 0 X A n.e. n.e A 0 X A A % n.e. n.e A 0 X A n.e. n.e A 0 X A A % n.e. n.e A 0 X A n.e. n.e A 0 X A A % n.e. n.e A 0 X A n.e. n.e A 0 X A A % n.e. n.e A 0 X A n.e. n.e A 0 X A A % n.e. n.e A 0 X A n.e. n.e A 0 X A A % n.e. n.e A 0 X A n.e. n.e A 0 X Tested with EMC test software V2.4b / None by Spitzenberger + Spies GmbH & Co. KG, Schmidstr 32-34, D Viechtach, F A I L C LUCE S.r.l. REVERSE MC 2X R-255 EMC of 27

26 9.2. Emission measurement: harmonics currents Name: Casiraghi Serial no: Department: EMC Test Lab Center Operating modes: Continuous operation Company: Eletech Comment1: Harmonic Analysis Test report no: _2 Comment2: Device: Lampada Comment3: Specimen: EN Comment4: Manufacturer: C LUCE S.r.l. Date: Type: REVERSE MC Test date: Maximum RMS current and corresponding values in timewindow 50: Voltage: Current: Power: Powerfactor: Testconditions: Vrms Arms W P1=304.9 W CosPhi1: THD=0.02 % THD=21.17 % VA EN :2006, f=50 Hz, Phase=L1, Range=4.00 A Time window cycles=10/12 (200ms), Grouping of harmonics=on THV=0.047 V THC=0.282 A POHV=0.008 V POHC=0.004 A PWHD=0.03 % PWHD=3.20 % HARMONIC ANALYSIS: Test PASS Tobs = entire measurement; POHC: avg=0.01 V, limits=0.73 V Entire measurement ( s = 50 time window(s)) Worst 2.5 min Average P Ha Maximum Window A EN Margin 100 to 150 to Exceeded 150% ceeded ceeded S 100 to Ex- Value Ex- S Voltages in MaxWin 150% 200% DC V n.e. n.e V 0 X V n.e. n.e V 0 X V 47 fluctuating % n.e. n.e V 0 X V 49 fluctuating % n.e. n.e V 0 X V 49 fluctuating % n.e. n.e V 0 X V 9 fluctuating % n.e. n.e V 0 X V 35 fluctuating % n.e. n.e V 0 X V 49 fluctuating % n.e. n.e V 0 X V 50 fluctuating % n.e. n.e V 0 X V 4 fluctuating % n.e. n.e V 0 X V 37 fluctuating % n.e. n.e V 0 X V 15 fluctuating % n.e. n.e V 0 X V 49 fluctuating % n.e. n.e V 0 X V 23 fluctuating % n.e. n.e V 0 X V 23 fluctuating % n.e. n.e V 0 X V 42 fluctuating % n.e. n.e V 0 X V 28 fluctuating % n.e. n.e V 0 X V 44 fluctuating % n.e. n.e V 0 X V 49 fluctuating % n.e. n.e V 0 X V 10 fluctuating % n.e. n.e V 0 X V 49 fluctuating % n.e. n.e V 0 X V 9 fluctuating % n.e. n.e V 0 X V 6 fluctuating % n.e. n.e V 0 X V 3 fluctuating % n.e. n.e V 0 X V 25 fluctuating % n.e. n.e V 0 X V 11 fluctuating % n.e. n.e V 0 X V 11 fluctuating % n.e. n.e V 0 X V 50 fluctuating % n.e. n.e V 0 X V 1 fluctuating % n.e. n.e V 0 X V 11 fluctuating % n.e. n.e V 0 X V 36 fluctuating % n.e. n.e V 0 X V 36 fluctuating % n.e. n.e V 0 X V 50 fluctuating % n.e. n.e V 0 X V 22 fluctuating % n.e. n.e V 0 X V 35 fluctuating % n.e. n.e V 0 X V 47 fluctuating % n.e. n.e V 0 X V 21 fluctuating % n.e. n.e V 0 X V 46 fluctuating % n.e. n.e V 0 X V 45 fluctuating % n.e. n.e V 0 X V 38 fluctuating % n.e. n.e V 0 X V 45 fluctuating % n.e. n.e V 0 X Tested with EMC test software V2.4b / None by Spitzenberger + Spies GmbH & Co. KG, Schmidstr 32-34, D Viechtach, F A I L C LUCE S.r.l. REVERSE MC 2X R-255 EMC of 27

27 10. Photo Photo 1 Emission measurement: continuous disturbance Photo 2 Emission measurement: harmonics currents C LUCE S.r.l. REVERSE MC 2X R-255 EMC of 27