EN : 2015 IEC :2014 TEST REPORT FOR LED ILLUMINATOR MODEL NUMBER: P1347 REPORT NUMBER: E1V1 ISSUE DATE: MAY 15, 2017

Transcription

1 EN : 2015 IEC :2014 TEST REPORT FOR LED ILLUMINATOR MODEL NUMBER: P1347 REPORT NUMBER: E1V1 ISSUE DATE: MAY 15, 2017 Prepared for TECHNI-QUIP CORPORATION 530 BOULDER COURT SUITE 103 PLEASANTON CALIFORNIA USA Prepared by BENICIA STREET FREMONT, CA 94538, U.S.A. TEL: (510) FAX: (510)

2 Revision History Rev. Issue Date Revisions Revised By V1 5/15/2017 Initial Issue --- Page 2 of 97

3 TABLE OF CONTENTS 1. ATTESTATION OF TEST RESULTS TEST METHODOLOGY FACILITIES AND ACCREDITATION CALIBRATION AND UNCERTAINTY MEASURING INSTRUMENT CALIBRATION SAMPLE CALCULATION MEASUREMENT UNCERTAINTY EQUIPMENT UNDER TEST DESCRIPTION OF EUT TEST CONFIGURATIONS MODE(S) OF OPERATION SOFTWARE AND FIRMWARE MODIFICATIONS DETAILS OF TESTED SYSTEM EN EMISSIONS REQUIREMENTS RADIATED EMISSIONS AC MAINS LINE CONDUCTED EMISSIONS AC MAINS HARMONIC CURRENT EMISSIONS AC MAINS VOLTAGE FLUCTUATIONS AND FLICKER EN IMMUNITY REQUIREMENTS PERFORMANCE CRITERIA ELECTROSTATIC DISCHARGE RADIO FREQUENCY ELECTROMAGNETIC FIELD IMMUNITY FAST TRANSIENTS, COMMON MODE IMMUNITY SURGES RADIO FREQUENCY, COMMON MODE IMMUNITY MAGNETIC FIELD IMMUNITY AC MAINS VOLTAGE DIPS AND INTERRUPTIONS VARIATIONS OF POWER FREQUENCY SETUP PHOTOS EMISSIONS IMMUNITY APPENDIX A (IEC , Compliance Summary) Page 3 of 97

4 1. ATTESTATION OF TEST RESULTS COMPANY NAME: EUT DESCRIPTION: MODEL: SERIAL NUMBER: TECHNIQUIP CORPORATION LED ILLUMINATION P1347 UNIT #3 for POLE-MOUNT and #6 For TABLE TOP DATE TESTED: JANUARY 24, 2017 To FEBRUARY 6, 2017 APPLICABLE STANDARDS STANDARD EN : 2015 IEC : 2014 TEST RESULTS Pass Pass UL Verification Services Inc. tested the above equipment in accordance with the requirements set forth in the above standards. All indications of Pass/Fail in this report are opinions expressed by UL Verification Services Inc. based on interpretations and/or observations of test results. Measurement Uncertainties were not taken into account and are published for informational purposes only. The test results show that the equipment tested is capable of demonstrating compliance with the requirements as documented in this report. Note: The results documented in this report apply only to the tested sample, under the conditions and modes of operation as described herein. This document may not be altered or revised in any way unless done so by UL Verification Services Inc. and all revisions are duly noted in the revisions section. Any alteration of this document not carried out by UL Verification Services Inc. will constitute fraud and shall nullify the document. This report must not be used by the client to claim product certification, approval, or endorsement by NVLAP, NIST, any agency of the Federal Government, or any agency of any government. Page 4 of 97

5 Reviewed By: Prepared By: Huda Mustapha HUDA MUSTAPHA PROJECT LEAD UL Verification Services Inc. THANH NGUYEN LABORATORY ENGINEER UL Verification Services Inc. Approved and released for UL Verification Services Inc. by: EDGARD RINCAND PROJECT LEAD UL Verification Services Inc. Page 5 of 97

6 2. TEST METHODOLOGY All tests were performed in accordance with the procedures documented in the most recent versions of basic standards as referenced by IEC :2014 and EN :2015. Specific respective tests were performed in accordance with basic standard versions as follows: BASIC STANDARD VERSION SUBJECT EN A CISPR Emissions A EN IEC Harmonic Current EN IEC Flicker EN ESD IEC EN A1 A2 IEC A1 A2 EN IEC EN IEC EN IEC EN IEC EN IEC Radiated Immunity EFT Surge Conducted Immunity Magnetic Voltage Dips and Interrupts Page 6 of 97

7 3. FACILITIES AND ACCREDITATION The test sites and measurement facilities used to collect data are located at and Benicia Street, Fremont, California, USA. Line conducted emissions are measured only at the address. The following table identifies which facilities were utilized for radiated emission measurements documented in this report. Specific facilities are also identified in the test results sections Benicia Street Benicia Street Chamber A Chamber D Chamber B Chamber E Chamber C Chamber F Chamber G Chamber H The above test sites and facilities are covered under FCC Test Firm Registration # Chambers A through H are covered under Industry Canada company address code 2324B with site numbers 2324B -1 through 2324B-8, respectively. UL Verification Services Inc. is accredited by NVLAP, Laboratory Code Page 7 of 97

8 4. CALIBRATION AND UNCERTAINTY 4.1. MEASURING INSTRUMENT CALIBRATION The measuring equipment utilized to perform the tests documented in this report has been calibrated in accordance with the manufacturer's recommendations, and is traceable to recognized national standards SAMPLE CALCULATION Where relevant, the following sample calculation is provided: Field Strength (dbuv/m) = Measured Voltage (dbuv) + Antenna Factor (db/m) + Cable Loss (db) Preamp Gain (db) 36.5 dbuv db/m db 26.9 db = 28.9 dbuv/m 4.3. MEASUREMENT UNCERTAINTY Where relevant, the following measurement uncertainty levels have been estimated for tests performed on the apparatus: PARAMETER Conducted Disturbance, 0.15 to 30 MHz Radiated Disturbance, 30 to 1000 MHz UNCERTAINTY 3.65 db 5.36 db Uncertainty figures are valid to a confidence level of 95%. Page 8 of 97

9 5. EQUIPMENT UNDER TEST 5.1. DESCRIPTION OF EUT The EUT is a high output LED illuminator designed for scientific and medical applications. It has two models: Table Top and Pole-Mount. GENERAL INFORMATION Power Requirements List of frequencies generated or used by the EUT VAC, 50/60Hz <108 MHz 5.2. TEST CONFIGURATIONS The following configurations were investigated: EUT Configuration Table Top Pole-Mount Description EUT standalone and plugged to AC mains EUT plugged to AC mains, and 12 Vdc port connected to variable resistive load Radiated emissions, line conducted emissions, ESD and radiated immunity testing was performed on both configurations shown above. All other tests were performed only on the pole-mount unit as worst case. The RS232 port was not populated based on the customer s declaration that it is intended for service/management. For radiated emissions, the pole mount unit was invesitaged in three orthogonal oreintations, X, Y and Z, and position Y was found to be worst case. Refer to set-up photos in section 8.1 below MODE(S) OF OPERATION Mode Normal Description Powered On, LED output set to maximum and resistive load set to 24 ohms (only for pole-mount unit) Page 9 of 97

10 5.4. SOFTWARE AND FIRMWARE The firmware used during tesing was FW01_ MODIFICATIONS For both models, to pass radiated and line conducted emissions, ferrite bead KGS part # GRFC- 10 was added to the power cord at USA 115VAC plug during testing DETAILS OF TESTED SYSTEM SUPPORT EQUIPMENT & PERIPHERALS SUPPORT EQUIPMENT & PERIPHERALS LIST Description Manufacturer Model Serial Number Variable Resistive Load BSQ 30 ohms/300w N/A Multimeter Fluke 115 True RMS WS I/O CABLES I/O CABLE LIST Cable Port # of Connector Cable Cable Remarks No. Identical Type Type Length Ports m 1 AC 1 3 Prong Unshielded DC 1 Barrel AWS DC 1 Banana Jack AWS 26 1 Hostpial grade IEC cable with ferrite added TEST SETUP The EUT was installed in a typical configuration. Refer to the following diagrams. Page 10 of 97

11 TEST SETUP DIAGRAMS Table Top Page 11 of 97

12 Pole-Mount Page 12 of 97

13 6. EN EMISSIONS REQUIREMENTS LIMIT 6.1. RADIATED EMISSIONS EN/IEC CISPR 11 GROUP 1 CLASS B 10 m measuring distance 3 m measuring distance a Frequency range Quasi-peak Quasi-peak MHz db(µv/m) db(µv/m) 30 to to On a test site, class B equipment can be measured at a nominal distance of 3 m or 10 m. A measuring distance less than 10 m is allowed only for equipment which complies with the definition given in At the transition frequency, the more stringent limit shall apply. a The limits specified for the 3 m separation distance apply only to small equipment meeting the size criterion defined in TEST PROCEDURE CISPR 11 EN/IEC TEST AND MEASUREMENT EQUIPMENT Test Equipment List Description Manufacturer Model Local ID (T No.) Cal Date Cal Due Antenna Sunol Sciences Corp. JB /10/ /10/2017 Broadband Hybrid MHz Amplifier HP 8447D 115 8/26/2016 8/26/2017 MHz PXA Agilent N9030A 905 1/1/2017 1/11/2018 Radiated Software UL UL EMC Ver 9.5, April 26, 2015 Page 13 of 97

14 RESULTS: Table Top RADIATED EMISSIONS 30 TO 1000 MHz (WORST-CASE CONFIGURATION) HORIZONTAL AND VERTICAL PLOTS Page 14 of 97

15 Trace Markers Marker Frequency (MHz) Meter Reading (dbuv) Det AF T408 (db/m) Amp/Cbl (db) Corrected Reading (dbuv/m) ClassB Grp1 QPk Limit (dbuv/m) Qp H Pk V Pk V Pk V Qp V Qp H Qp V Margin (db) Azimuth (Degs) Height (cm) Polarity Pk - Peak detector Qp - Quasi-Peak detector Page 15 of 97

16 Pole-Mount RADIATED EMISSIONS 30 TO 1000 MHz (WORST-CASE CONFIGURATION) HORIZONTAL AND VERTICAL PLOTS Page 16 of 97

17 Trace Markers Marker Frequency (MHz) Meter Reading (dbuv) Det AF T408 (db/m) Amp/Cbl (db) Corrected Reading (dbuv/m) ClassB Grp1 QPk Limit (dbuv/m) Qp H Qp V Qp V Qp V Qp H Qp V Qp H Qp V Pk H Margin (db) Azimuth (Degs) Height (cm) Polarity Pk - Peak detector Qp - Quasi-Peak detector Page 17 of 97

18 LIMIT 6.2. AC MAINS LINE CONDUCTED EMISSIONS EN/IEC CISPR 11 GROUP 1 CLASS B Frequency range MHz Quasi-peak db(µv) Average db(µv) to 0.50 Decreasing linearly with Decreasing linearly with logarithm of frequency to logarithm of frequency to to to At the transition frequency, the more stringent limit shall apply. TEST PROCEDURE CISPR 11 EN/IEC TEST AND MEASUREMENT EQUIPMENT Test Equipment List Description Manufacturer Model Local Cal Date Cal Due ID (T No.) EMI Test Receiver, Rohde & Schwarz ESR /06/2017 1/06/2018 9KHz to 7GHz LISN FCC 50/ /09/ /09/2017 LISN FCC 50/ /08/ /08/2017 CISPR16 Transient Limiter Com-Power LIT /10/ /10/2017 Thermometer Scientific Fisher /19/2016 2/19/2017 Page 18 of 97

19 Table Top RESULTS 100 V, 60 Hz WORST CONDUCTED EMISSIONS 100 V, 60 Hz Ambient Temperature: 24ºС Range 1: Line-L MHz Marker Frequency (MHz) Meter Reading (dbuv) Det LISN L1 LC Cables C1&C3 Limiter (db) Corrected Reading dbuv CISPR 22 Class B QP Margin (db) CISPR 22 Class B Avg Qp Ca Qp Ca Qp Ca Qp Ca Qp Ca Qp Ca Margin (db) Range 2: Line-L MHz Marker Frequency (MHz) Meter Reading (dbuv) Det LISN L2 LC Cables C2&C3 Limiter (db) Corrected Reading dbuv CISPR 22 Class B QP Margin (db) CISPR 22 Class B Avg Qp Ca Qp Ca Qp Ca Qp Ca Qp Ca Qp Ca Qp - Quasi-Peak detector Ca - CISPR average detection Margin (db) Page 19 of 97

20 LINE 1 AND LINE 2 RESULTS 100 V, 60 Hz Page 20 of 97

21 RESULTS 110 V, 60 Hz WORST CONDUCTED EMISSIONS 110 V, 60 Hz Range 1: Line-L MHz Marker Frequency (MHz) Meter Reading (dbuv) Det LISN L1 LC Cables C1&C3 Limiter (db) Corrected Reading dbuv CISPR 22 Class B QP Margin (db) CISPR 22 Class B Avg Qp Ca Qp Ca Qp Ca Qp Ca Qp Ca Qp Ca Margin (db) Range 2: Line-L MHz Marker Frequency (MHz) Meter Reading (dbuv) Det LISN L2 LC Cables C2&C3 Limiter (db) Corrected Reading dbuv CISPR 22 Class B QP Margin (db) CISPR 22 Class B Avg Qp Ca Qp Ca Qp Ca Qp Ca Qp Ca Qp Ca Margin (db) Qp - Quasi-Peak detector Ca - CISPR average detection Page 21 of 97

22 LINE 1 AND LINE 2 RESULTS 110 V, 60 Hz Page 22 of 97

23 RESULTS 120 V, 60 Hz WORST CONDUCTED EMISSIONS 120 V, 60 Hz Range 1: Line-L MHz Marker Frequency (MHz) Meter Reading (dbuv) Det LISN L1 LC Cables C1&C3 Limiter (db) Corrected Reading dbuv CISPR 22 Class B QP Margin (db) CISPR 22 Class B Avg Qp Ca Qp Ca Qp Ca Qp Ca Qp Ca Qp Ca Margin (db) Range 2: Line-L MHz Marker Frequency (MHz) Meter Reading (dbuv) Det LISN L2 LC Cables C2&C3 Limiter (db) Corrected Reading dbuv CISPR 22 Class B QP Margin (db) CISPR 22 Class B Avg Qp Ca Qp Ca Qp Ca Qp Ca Qp Ca Qp Ca Margin (db) Qp - Quasi-Peak detector Ca - CISPR average detection Page 23 of 97

24 LINE 1 AND LINE 2 RESULTS 120 V, 60 Hz Page 24 of 97

25 RESULTS 220 V, 60 Hz WORST CONDUCTED EMISSIONS 220 V, 60 Hz Range 1: Line-L MHz Marker Frequency (MHz) Meter Reading (dbuv) Det LISN L1 LC Cables C1&C3 Limiter (db) Corrected Reading dbuv CISPR 22 Class B QP Margin (db) CISPR 22 Class B Avg Qp Ca Qp Ca Qp Ca Qp Ca Qp Ca Qp Ca Margin (db) Range 2: Line-L MHz Marker Frequency (MHz) Meter Reading (dbuv) Det LISN L2 LC Cables C2&C3 Limiter (db) Corrected Reading dbuv CISPR 22 Class B QP Margin (db) CISPR 22 Class B Avg Qp Ca Qp Ca Qp Ca Qp Ca Qp Ca Qp Ca Margin (db) Page 25 of 97

26 LINE 1 AND LINE 2 RESULTS 220 V, 60 Hz Page 26 of 97

27 RESULTS 230 V, 50 Hz WORST CONDUCTED EMISSIONS 230 V, 50 Hz Range 1: Line-L MHz Marker Frequency (MHz) Meter Reading (dbuv) Det LISN L1 LC Cables C1&C3 Limiter (db) Corrected Reading dbuv CISPR 22 Class B QP Margin (db) CISPR 22 Class B Avg Qp Ca Qp Ca Qp Ca Qp Ca Qp Ca Qp Ca Margin (db) Range 2: Line-L MHz Marker Frequency (MHz) Meter Reading (dbuv) Det LISN L2 LC Cables C2&C3 Limiter (db) Corrected Reading dbuv CISPR 22 Class B QP Margin (db) CISPR 22 Class B Avg Qp Ca Qp Ca Qp Ca Qp Ca Qp Ca Qp Ca Margin (db) Page 27 of 97

28 LINE 1 AND LINE 2 RESULTS 230 V, 50 Hz Page 28 of 97

29 Pole-Mount RESULTS 100 V, 60 Hz WORST CONDUCTED EMISSIONS 100 V, 60 Hz Ambient Temperature: 24ºС Range 1: Line-L MHz Marker Frequency (MHz) Meter Reading (dbuv) Det LISN L1 LC Cables C1&C3 Limiter (db) Corrected Reading dbuv CISPR 22 Class B QP Margin (db) CISPR 22 Class B Avg Qp Ca Qp Ca Qp Ca Qp Ca Qp Ca Qp Ca Margin (db) Range 2: Line-L MHz Marker Frequency (MHz) Meter Reading (dbuv) Det LISN L2 LC Cables C2&C3 Limiter (db) Corrected Reading dbuv CISPR 22 Class B QP Margin (db) CISPR 22 Class B Avg Qp Ca Qp Ca Qp Ca Qp Ca Qp Ca Qp Ca Qp - Quasi-Peak detector Ca - CISPR average detection Margin (db) Page 29 of 97

30 LINE 1 AND LINE 2 RESULTS 100 V, 60 Hz Page 30 of 97

31 RESULTS 110 V, 60 Hz WORST CONDUCTED EMISSIONS 110 V, 60 Hz Range 1: Line-L MHz Marker Frequency (MHz) Meter Reading (dbuv) Det LISN L1 LC Cables C1&C3 Limiter (db) Corrected Reading dbuv CISPR 22 Class B QP Margin (db) CISPR 22 Class B Avg Qp Ca Qp Ca Qp Ca Qp Ca Qp Ca Qp Ca Margin (db) Range 2: Line-L MHz Marker Frequency (MHz) Meter Reading (dbuv) Det LISN L2 LC Cables C2&C3 Limiter (db) Corrected Reading dbuv CISPR 22 Class B QP Margin (db) CISPR 22 Class B Avg Qp Ca Qp Ca Qp Ca Qp Ca Qp Ca Qp Ca Qp - Quasi-Peak detector Ca - CISPR average detection Margin (db) Page 31 of 97

32 LINE 1 AND LINE 2 RESULTS 110 V, 60 Hz Page 32 of 97

33 RESULTS 120 V, 60 Hz WORST CONDUCTED EMISSIONS 120 V, 60 Hz Range 1: Line-L MHz Marker Frequency (MHz) Meter Reading (dbuv) Det LISN L1 LC Cables C1&C3 Limiter (db) Corrected Reading dbuv CISPR 22 Class B QP Margin (db) CISPR 22 Class B Avg Qp Ca Qp Ca Qp Ca Qp Ca Qp Ca Qp Ca Qp Ca Margin (db) Range 2: Line-L MHz Marker Frequency (MHz) Meter Reading (dbuv) Det LISN L2 LC Cables C2&C3 Limiter (db) Corrected Reading dbuv CISPR 22 Class B QP Margin (db) CISPR 22 Class B Avg Qp Ca Qp Ca Qp Ca Qp Ca Qp Ca Qp Ca Qp - Quasi-Peak detector Ca - CISPR average detection Margin (db) Page 33 of 97

34 LINE 1 AND LINE 2 RESULTS 120 V, 60 Hz Page 34 of 97

35 RESULTS 220 V, 60 Hz WORST CONDUCTED EMISSIONS 220 V, 60 Hz Range 1: Line-L MHz Marker Frequency (MHz) Meter Reading (dbuv) Det LISN L1 LC Cables C1&C3 Limiter (db) Corrected Reading dbuv CISPR 22 Class B QP Margin (db) CISPR 22 Class B Avg Qp Ca Qp Ca Qp Ca Qp Ca Qp Ca Qp Ca Margin (db) Range 2: Line-L MHz Marker Frequency (MHz) Meter Reading (dbuv) Det LISN L2 LC Cables C2&C3 Limiter (db) Corrected Reading dbuv CISPR 22 Class B QP Margin (db) CISPR 22 Class B Avg Qp Ca Qp Ca Qp Ca Qp Ca Qp Ca Qp Ca Qp - Quasi-Peak detector Ca - CISPR average detection Margin (db) Page 35 of 97

36 LINE 1 AND LINE 2 RESULTS 220 V, 60 Hz Page 36 of 97

37 RESULTS 230 V, 50 Hz WORST CONDUCTED EMISSIONS 230 V, 50 Hz Range 1: Line-L MHz Marker Frequency (MHz) Meter Reading (dbuv) Det LISN L1 LC Cables C1&C3 Limiter (db) Corrected Reading dbuv CISPR 22 Class B QP Margin (db) CISPR 22 Class B Avg Qp Ca Qp Ca Qp Ca Qp Ca Qp Ca Qp Ca Margin (db) Range 2: Line-L MHz Marker Frequency (MHz) Meter Reading (dbuv) Det LISN L2 LC Cables C2&C3 Limiter (db) Corrected Reading dbuv CISPR 22 Class B QP Margin (db) CISPR 22 Class B Avg Qp Ca Qp Ca Qp Ca Qp Ca Qp Ca Qp Ca Qp - Quasi-Peak detector Ca - CISPR average detection Margin (db) Page 37 of 97

38 LINE 1 AND LINE 2 RESULTS 230 V, 50 Hz Page 38 of 97

39 LIMIT 6.3. AC MAINS HARMONIC CURRENT EMISSIONS IEC TEST PROCEDURE IEC TEST AND MEASUREMENT EQUIPMENT Test Equipment List Description Manufacturer Model Local ID (T No.) Cal Date Cal Due AC Power Source Schaffner NSG /26/2016 5/26/2017 Signal Conditioning Unit Schaffner CCN /26/2016 5/26/2017 TEST INFORMATION Date: 2/01/2017 Project No: Tester: EUT Mode of Operation: Normal RESULTS EUT Classification Results Class A Class B Class C Class D Pass Fail Page 39 of 97

40 C u r r e n t ( A m p s ) V o l t a g e ( V o l t s ) REPORT NO: E1V1 DATE: MAY 15, 2017 TRANSITORY POWERLINE HARMONICS RESULTS SUMMARY EUT: LED Illuminator Tested by: TN Test category: Class-A per Ed. 4.0 (2014) (European limits) Test Margin: 100 Test date: 2/1/2017 Start time: 1:52:18 PM End time: 2:02:39 PM Test duration (min): 10 Data file name: H cts_data Comment: Model P1347 Customer: Techni-Quip # Test Result: Pass Source qualification: Normal VOLTAGE & CURRENT WAVEFORMS Current & voltage waveforms Page 40 of 97

41 C u r r e n t R M S ( A m p s ) REPORT NO: E1V1 DATE: MAY 15, 2017 CURRENT HARMONICS CHART Harmonics and Class A limit line European Limits H a r m o n i c # PARAMETERS VALUES Highest parameter values during test: V_RMS (Volts): Frequency(Hz): I_Peak (Amps): I_RMS (Amps): I_Fund (Amps): Crest Factor: Power (Watts): 67.5 Power Factor: Page 41 of 97

42 CURRENT HARMONICS Harm# Harms(avg) 100%Limit %of Limit Harms(max) 150%Limit %of Limit Status Pass Pass Pass Pass Pass Pass N/A N/A Pass N/A N/A Pass N/A N/A Pass N/A N/A Pass N/A N/A Pass N/A N/A Pass N/A N/A Pass N/A N/A Pass N/A N/A Pass N/A N/A Pass N/A N/A Pass N/A N/A Pass N/A N/A Pass N/A N/A Pass N/A N/A Pass N/A N/A Pass N/A N/A Pass N/A N/A Pass N/A N/A Pass N/A N/A Pass N/A N/A Pass N/A N/A Pass N/A N/A Pass N/A N/A Pass N/A N/A Pass N/A N/A Pass N/A N/A Pass N/A N/A Pass N/A N/A Pass N/A N/A Pass N/A N/A Pass N/A N/A Pass N/A N/A Pass Page 42 of 97

43 VOLTAGE SOURCE VERIFICATION Harm# Harmonics V-rms Limit V-rms % of Limit Status OK OK OK OK OK OK OK OK OK OK OK OK OK OK OK OK OK OK OK OK OK OK OK OK OK OK OK OK OK OK OK OK OK OK OK OK OK OK OK Page 43 of 97

44 6.4. AC MAINS VOLTAGE FLUCTUATIONS AND FLICKER LIMIT IEC TEST PROCEDURE IEC TEST AND MEASUREMENT EQUIPMENT Test Equipment List Description Manufacturer Model Local ID (T No.) Cal Date Cal Due AC Power Source Schaffner NSG /26/2016 5/26/2017 Signal Conditioning Unit Schaffner CCN /26/2016 5/26/2017 TEST INFORMATION Date: 2/01/2017 Project No: Tester: EUT Mode of Operation: Normal RESULTS Test Results Pass Fail Page 44 of 97

45 VOLTAGE FLUCTUATIONS AND FLICKER RESULTS SUMMARY EUT: LED Illuminator, M/N P1347 Tested by: TN Test category: All parameters (European limits) Test Margin: 100 Test date: 2/1/2017 Start time: 2:07:23 PM End time: 2:17:54 PM Test duration (min): 10 Data file name: F cts_data Comment: EUT fully exercised Customer: Techni-Quip # Test Result: Pass Status: Test Completed PARAMETER VALUES Parameter values recorded during the test: Vrms at the end of test (Volt): Highest dt (%): 0.00 Test limit (%): N/A N/A T-max (ms): 0 Test limit (ms): Pass Highest dc (%): 0.00 Test limit (%): 3.30 Pass Highest dmax (%): 0.00 Test limit (%): 4.00 Pass Highest Pst (10 min. period): Test limit: Pass Highest Plt (2 hr. period): Test limit: Pass Page 45 of 97

46 P l t P s t 1 4 : 1 7 : : 1 7 : 5 3 REPORT NO: E1V1 DATE: MAY 15, 2017 SHORT TERM CHART Pst i and limit line European Limits LONG TERM CHART Plt and limit line Page 46 of 97

47 7. EN IMMUNITY REQUIREMENTS 7.1. PERFORMANCE CRITERIA EN/IEC Under the test conditions specified in 6.2, the ME EQUIPMENT or ME SYSTEM shall be able to provide the BASIC SAFETY and ESSENTIAL PERFORMANCE. The following DEGRADATIONS, if associated with BASIC SAFETY and ESSENTIAL PERFORMANCE, shall not be allowed: component failures; changes in programmable parameters; reset to factory defaults (MANUFACTURER S presets); change of operating mode; false alarms; cessation or interruption of any intended operation, even if accompanied by an alarm; initiation of any unintended operation, including unintended or uncontrolled motion, even if accompanied by an alarm; error of a displayed numerical value sufficiently large to affect diagnosis or treatment; noise on a waveform in which the noise would interfere with diagnosis, treatment or monitoring; artifact or distortion in an image in which the artifact would interfere with diagnosis, treatment or monitoring; failure of automatic diagnosis or treatment ME EQUIPMENT and ME SYSTEMS to diagnose or treat, even if accompanied by an alarm. For ME EQUIPMENT and ME SYSTEMS with multiple FUNCTIONS, the criteria apply to each FUNCTION, parameter and channel. The ME EQUIPMENT or ME SYSTEM may exhibit DEGRADATION of performance (e.g. deviation from MANUFACTURER S specifications) that does not affect BASIC SAFETY or ESSENTIAL PERFORMANCE. Page 47 of 97

48 MANUFACTURER S STATEMENT OF ACCEPTABLE PERFORMANCE The device is intended to be immune to PERMANENT DAMAGE from IMMUNITY testing at the levels set forth in PERMANENT DAMAGE shall be defined as a permanent, irreversible change to the condition of any components (i.e. damaged capacitors, etc.). It is permissible for the device s function to be impaired which shall be defined as a condition unique from PERMANENT DAMAGE in which some aspect of the functionality is temporarily impaired but the device can be returned to full functionality by removing the EMI source and cycling AC MAINS power on the device. For purposes of immunity testing basic safety can be determined by monitoring the functionality of the device. For example, the device should not suffer a significant increase in temperature, should not present shock hazards, should not arc, etc. In other words the device should be monitored to ensure it is either operating normally or if impaired is impaired in such a manner that no safety hazards present themselves. Page 48 of 97

49 7.2. ELECTROSTATIC DISCHARGE TEST LEVEL EN IEC Contact Discharge: ± 8 kv Air Discharge: ± 2 kv, ± 4 kv, ± 8 kv, ± 15 kv TEST PROCEDURE IEC EN IEC TEST AND MEASUREMENT EQUIPMENT Test Equipment List Description Manufacturer Model Local ID (T No.) Cal Date Cal Due ESD Simulator Teseq Inc. NSG /10/ /10/2017 Static Charge Monitor Wescorp W210A 690 N/A N/A Temp/Humidity/ Pressure Meter Cole-Parmer /19/ /19/2017 ENVIRONMENTAL CONDITIONS Parameter Value Limits Temperature 22.6 C 15 C to 35 C Humidity 41% 30 % to 60 % Pressure 1012mbar 860 mbar to 1060 mbar TEST INFORMATION Date: 1/31/2017 and 2/1/2017 Project No: Tester: 29427_TN EUT Mode of Operation: Normal Page 49 of 97

50 DIRECT CONTACT DISCHARGE REPORT NO: E1V1 DATE: MAY 15, ) TABLE TOP PHOTOGRAPHS OF DIRECT CONTACT DISCHARGE POINTS FRONT andtop DIRECT CONTACT DISCHARGE Page 50 of 97

51 DIRECT CONTACT DISCHARGE REPORT NO: E1V1 DATE: MAY 15, 2017 BACK and RIGHT DIRECT CONTACT DISCHARGE Page 51 of 97

52 DIRECT CONTACT DISCHARGE REPORT NO: E1V1 DATE: MAY 15, 2017 LEFT DIRECT CONTACT DISCHARGE Page 52 of 97

53 DIRECT AIR DISCHARGE REPORT NO: E1V1 DATE: MAY 15, 2017 PHOTOGRAPHS OF DIRECT AIR DISCHARGE POINTS FRONT DIRECT AIR DISCHARGE Page 53 of 97

54 DIRECT AIR DISCHARGE REPORT NO: E1V1 DATE: MAY 15, 2017 BACK DIRECT AIR DISCHARGE Page 54 of 97

55 DIRECT AIR DISCHARGE REPORT NO: E1V1 DATE: MAY 15, 2017 LEFT and TOP DIRECT AIR DISCHARGE Page 55 of 97

56 DIRECT AIR DISCHARGE REPORT NO: E1V1 DATE: MAY 15, 2017 RIGHT DIRECT AIR DISCHARGE Page 56 of 97

57 PHOTOGRAPH OF HCP AND VCP FOR INDIRECT CONTACT DISCHARGE TESTS VCP HCP Page 57 of 97

58 DIRECT CONTACT DISCHARGE REPORT NO: E1V1 DATE: MAY 15, ) POLE-MOUNT PHOTOGRAPHS OF DIRECT CONTACT DISCHARGE POINTS FRONT and TOP DIRECT CONTACT DISCHARGE Page 58 of 97

59 DIRECT CONTACT DISCHARGE REPORT NO: E1V1 DATE: MAY 15, 2017 BACK and BOTTOM DIRECT CONTACT DISCHARGE Page 59 of 97

60 DIRECT CONTACT DISCHARGE REPORT NO: E1V1 DATE: MAY 15, 2017 FRONT and LEFT DIRECT CONTACT DISCHARGE Page 60 of 97

61 DIRECT AIR DISCHARGE REPORT NO: E1V1 DATE: MAY 15, 2017 PHOTOGRAPHS OF DIRECT AIR DISCHARGE POINTS FRONT DIRECT AIR DISCHARGE Page 61 of 97

62 DIRECT AIR DISCHARGE REPORT NO: E1V1 DATE: MAY 15, 2017 BACK DIRECT AIR DISCHARGE Page 62 of 97

63 INDIRECT HCP AND VCP DISCHARGE Page 63 of 97

64 RESULTS Test Points Front Back Left Right Top Bottom Direct Contact Discharge Test Levels Results 8 kv Pass Fail Front Back Left Right Top Test Points Direct Air Discharge Test Levels Results 2 kv 4 kv 8 kv 15 kv Pass Fail Test Points Front Back Left Right Indirect Contact Discharge to Horizontal Coupling Plane Results 8 kv Pass Fail Test Points Front Back Left Right Indirect Contact Discharge to Vertical Coupling Plane Results 8 kv Pass Fail Notes: For Pole_Mount No anomalies observed. The EUT functioned as expected according to manufacturer s instructions. For Table Top: applying discharge around the LCD status indicator at the +/- 15kV air discharge level caused the LCD indicator to go out. However, the light output was still on and not affected. Unit was manually powered off and back on, which restored the display screen. Page 64 of 97

65 7.3. RADIO FREQUENCY ELECTROMAGNETIC FIELD IMMUNITY TEST LEVEL EN IEC V/m, 80 MHz to 2.7 GHz in 1% increments (Professional Use) 80 % Sinusoidal AM at 1000 Hz, 3 Seconds dwell time TEST PROCEDURE IEC EN IEC TEST AND MEASUREMENT EQUIPMENT Test Equipment List Description Manufacturer Model Local ID (T No.) Cal Date Cal Due Signal Generator Agilent MXG, N5183A /15/ /15/2017 RF Amplifier Amplifier Research 150W1000M2 N/A C.N.R C.N.R RF Amplifier Amplifier Research 30S1G3 519 C.N.R C.N.R Directional Coupler Werlatone C C.N.R C.N.R Directional Coupler Amplifier Research DC7144A 524 C.N.R C.N.R Power Meter HP/Agilent N1914A /24/ /24/2017 Power Sensor HP/Agilent E9304A /24/ /24/2017 Power Sensor HP/Agilent E9304A /24/ /24/2017 Log Periodic Antenna Rohde & Schwarz HL C.N.R C.N.R Horn Antenna EMCO C.N.R C.N.R Field Probe Holaday HI /15/ /15/2016 Radiated immunity s/w UL UL EMS ver. 9.5, dated August 16, 2016 ENVIRONMENTAL CONDITIONS Parameter Value Limits Humidity 46% < 95 % Page 65 of 97

66 TEST INFORMATION Date: 2/6/2017 Project No: Tester: EUT Mode of Operation: Normal RESULTS Frequency Range (MHz) Antenna Polarization 80 to 2700 Horizontal 80 to 2700 Vertical Enclosure Port Front Side Back Side Left Side Right Side Pass Fail Pass Fail Pass Fail Pass Fail Frequency Range (MHz)* 80 to 2700 Horizontal 80 to 2700 Vertical Enclosure Port Antenna Top Bottom Polarization Pass Fail Pass Fail The EUT was tested at the following frequencies with a dwell time of 1 seconds: 385, 450, 710, 745, 785, 810, 870, 930, 1720, 1845,1970, 2450, 5240, 5500 and 5785 MHz with the corresponding modulations and test level indicated in Table 9 of IEC :2014. Notes: 1) The test was performed on AC power port at the rated input voltage 120VAC, 60 Hz 2) No anomalies observed. The EUT functioned as according to manufacturer s instructions. Page 66 of 97

67 7.4. FAST TRANSIENTS, COMMON MODE IMMUNITY TEST LEVEL EN IEC kv open circuit voltage for AC Mains power input port 1 kv open circuit voltage for I/O signal & interconnecting ports Test was performed at 230Vac, 50 Hz TEST PROCEDURE IEC EN IEC TEST AND MEASUREMENT EQUIPMENT Test Equipment List Description Manufacturer Model Local ID (T No.) Cal Date Cal Due EFT Generator Teseq NSG /21/ /21/2017 Coupling Network Teseq CDN /21/ /21/2017 Capacitive Clamp Teseq CDN /21/ /21/2017 ENVIRONMENTAL CONDITIONS Parameter Value Limits Humidity 41 % < 95 % TEST INFORMATION Date: 1/31/2017 Project No: Tester: EUT Mode of Operation: Normal Page 67 of 97

68 RESULTS AC Mains Power Port Test Level Test Voltage Test Voltage Polarity kv Positive / Negative kv Positive / Negative 3 1 kv Positive / Negative 4 2 kv Positive / Negative Results Pass Fail Notes: 1. No anomalies observed. The EUT functioned according to manufacturer s instructions. 2. testing was not required on the d.c. power port, since it is not intended to be permanently connected to cables longer than 3 m. Page 68 of 97

69 7.5. SURGES TEST LEVEL EN IEC AC Power Line with Ground: ± 0.5 kv (Differential Mode & Common Mode) ± 1.0 kv (Differential Mode & Common Mode) ± 2.0 kv (Common Mode) 5 surges applied per polarity at 0 º, 90 º, 270 º phase angles Test was performed at 230Vac, 50 Hz TEST PROCEDURE IEC EN IEC TEST AND MEASUREMENT EQUIPMENT Test Equipment List Description Manufacturer Model Local ID (T No.) Cal Date Cal Due Surge Generator Teseq NSG /21/ /21/2017 Coupling Network Teseq NSG /22/ /22/2017 Decoupling Unit Teseq CDN HSS /21/ /21/2017 ENVIRONMENTAL CONDITIONS Parameter Value Limits Humidity 40 % < 95 % TEST INFORMATION Date: 1/31/2017 Project No: Tester: EUT Mode of Operation: Normal Page 69 of 97

70 RESULTS AC Mains Port Test Level Surge Voltage Phase Angles Path kv 0, 90, 270 LINE-LINE 2 1 kv 0, 90, 270 LINE-LINE kv 0, 90, 270 LINE-GND 2 1 kv 0, 90, 270 LINE-GND 3 2 kv 0, 90, 270 LINE-GND Results Pass Fail Notes: 1. The test was performed on AC power port at the rated input voltage of 230V, 50 Hz 2. No anomalies observed. The EUT functioned as according to manufacturer s instructions. 3. No testing was required on the DC power port since the cable length is less than 10 m. Page 70 of 97

71 7.6. RADIO FREQUENCY, COMMON MODE IMMUNITY TEST LEVEL EN IEC Vrms, 150 khz to 80 MHz 1 % frequency increments, 1 second dwell time 80 % Sinusoidal AM at 1000 Hz Test was performed at 230Vac, 50 Hz TEST PROCEDURE IEC EN IEC TEST AND MEASUREMENT EQUIPMENT Test Equipment List Description Manufacturer Model Local ID (T No.) Cal Date Cal Due Signal Generator Agilent MXG, N5183A /15/ /15/2017 RF Amplifier Amplifier Research 75A C.N.R C.N.R Attenuator Bird 300-A-FFN C.N.R C.N.R CDN FCC FCC-801-M3-16A /08/ /08/2017 Spectrum Analyzer HP 8546A /02/ /02/2017 Current Clamp Fischer F C.N.R C.N.R EMI Clamp Teseq KEMZ 801A /13/ /13/2017 Power Meter HP 437B /30/ /30/2017 Power Meter Sensor HP 8482A /17/ /17/2017 Conducted immunity s/w UL UL EMS ver. 9.5, dated February 7, 2013 Page 71 of 97

72 ENVIRONMENTAL CONDITIONS Parameter Value Limits Humidity 40% < 95 % TEST INFORMATION Date: 1/27/2017 Project No: Tester: EUT Mode of Operation: Normal RESULTS Frequency Range 150 khz to 80 MHz AC Mains Port Coupling Type Results CDN Current Clamp Pass Fail Notes: 1. The test was performed on AC power port at the rated input voltage of 230V, 50 Hz 2. No anomalies observed. The EUT functioned as according to manufacturer s instructions. 3. testing was not required on the d.c. power port, since it is not intended to be permanently connected to cables longer than 3 m. Page 72 of 97

73 7.7. MAGNETIC FIELD IMMUNITY TEST LEVEL EN IEC A/m 50 & 60 Hz power frequency TEST PROCEDURE IEC EN IEC TEST AND MEASUREMENT EQUIPMENT Description Manufacturer Model AC Power Source ACS Test Equipment List AFC-10K- AFC-2 Local ID (T No.) Cal Date 134 CNR Cal Due Gaussmeter F.W. Bell /23/2017 1/23/2018 Current Transformer Fluke 80i-600A 583 6/20/2016 6/20/2017 Digital Multimeter Fluke /9/2016 5/9/ m x 1 m Square Loop Haefely CNR ENVIRONMENTAL CONDITIONS Parameter Value Limits Humidity 40% < 95 % Ambient Magnetic Field 07µT < 0.12 µt Page 73 of 97

74 TEST INFORMATION Date: 2/1/2017 Project No: Tester: EUT Mode of Operation: Normal RESULTS At 50 Hz, 30 A/m Enclosure Port Results Orientation Pass Fail X - axis Y - axis Z - axis At 60 Hz, 30 A/m Enclosure Port Results Orientation Pass Fail X - axis Y - axis Z - axis Notes: 1. The test was performed on AC power port at the rated input voltage of 120/230V, 60/50 Hz 2. No anomalies observed. The EUT functioned as according to manufacturer s instructions. Page 74 of 97

75 7.8. AC MAINS VOLTAGE DIPS AND INTERRUPTIONS TEST LEVEL EN IEC Hz Level Periods For Reference Phase Angle Reduction Time 0 % residual 0.5 cycle 0º, 45º, 90º, 135º, 180º, 225º, 315º 100 % Dip 10 ms 0 % residual 1 cycle 0º 100 % Dip 20 ms 70 % residual 25 cycles 0º 30 % Dip 500 ms 0 % residual 250 cycles 0º 100 % Interruption 5000 ms 60Hz Level Periods For Reference Phase angle Reduction Time 0 % residual 0.5 cycle 0º, 45º, 90º, 135º, 180º, 225º, 315º 100 % Dip 10 ms 0 % residual 1 cycle 0º 100 % Dip 20 ms 70 % residual 30 cycles 0º 30 % Dip 600 ms 0 % residual 300 cycles 0º 100 % Interruption 6000 ms TEST PROCEDURE IEC EN IEC TEST AND MEASUREMENT EQUIPMENT Test Equipment List Description Manufacturer Model Local ID (T No.) Cal Date Cal Due AC Power Source Schaffner NSG /26/2016 5/26/2017 Signal Conditioning Unit Schaffner CCN /26/2016 5/26/2017 ENVIRONMENTAL CONDITIONS Parameter Value Limits Humidity 51 % < 95 % Page 75 of 97

76 TEST INFORMATION Date: 1/31/ and 2/01/2017 Project No: Tester: EUT Mode of Operation: Normal RESULTS At minimum voltage, 100VAC, 60 Hz Level Period Results Pass Fail >95 % Dip <5 % residual 60 % Dip 40 % residual 30 % Dip 70 % residual >95 % Interruption <5 % residual 0.5 cycle 10 ms 5 cycle 100 ms 25 cycles 500 ms 250 cycles 5000 ms At maximum voltage, 240VAC, 50 Hz Level Period Results Pass Fail >95 % Dip <5 % residual 60 % Dip 40 % residual 30 % Dip 70 % residual >95 % Interruption <5 % residual 0.5 cycle 10 ms 5 cycle 100 ms 25 cycles 500 ms 250 cycles 5000 ms Notes: 1. The test was performed on AC power port at the rated input minimum voltage of 100_V, 60 Hz and maximum voltage of 240VAC, 50 Hz 2. No anomalies observed. The EUT functioned as according to manufacturer s instructions. Page 76 of 97

77 7.9. VARIATIONS OF POWER FREQUENCY TEST LEVEL EN IEC TEST PROCEDURE EN :2012 IEC :2012 EN IEC Duration of operation should be long enough to run through a full cycle of EUT operation. If there are multiple operating modes, each mode should be tested. TEST AND MEASUREMENT EQUIPMENT Test Equipment List Description Manufacturer Model Local ID (T No.) Cal Date Cal Due AC Power Source Schaffner NSG /26/2016 5/26/2017 Signal Conditioning Unit Schaffner CCN /26/2016 5/26/2017 ENVIRONMENTAL CONDITIONS Parameter Value Limits Humidity 42 % < 95 % TEST INFORMATION Date: 1/29/2017 Project No: Tester: EUT Mode of Operation: Normal Page 77 of 97

78 RESULTS For 60 Hz product Test voltage: 100V Power line frequency Hz Mode description Duration of operation (minutes) Observation 59 Light ON 1 ON no change 61 1 ON no change For 50 Hz product Test voltage: 240V Power line frequency Hz Mode description Duration of operation (minutes) Observation 49 Light ON 1 ON no change 51 1 ON no change Notes: No anomalies observed. The EUT functioned as expected according to manufacturer s instructions. Page 78 of 97

79 8. SETUP PHOTOS 8.1. EMISSIONS RADIATED EMISSIONS TABLE TOP FRONT BACK Page 79 of 97

80 POLE-MOUNT FRONT BACK Page 80 of 97

81 AC MAINS LINE CONDUCTED EMISSIONS Table Top FRONT BACK Page 81 of 97

82 Pole-Mount FRONT BACK Page 82 of 97

83 AC MAINS HARMONIC CURRENT EMISSIONS AC MAINS LINE VOLTAGE FLUCTUATIONS AND FLICKER Page 83 of 97

84 8.2. IMMUNITY ELECTROSTATIC DISCHARGE TABLE TOP ESD POLE-MOUNT ESD Page 84 of 97

85 RADIATED IMMUNITY FRONT BACK Page 85 of 97

86 LEFT RIGHT Page 86 of 97

87 TOP BOTTOM Page 87 of 97

88 ELECTRICAL FAST TRANSIENT (AC MAINS) Page 88 of 97

89 SURGE (AC MAINS) Page 89 of 97

90 RF CONDUCTED IMMUNITY (AC MAINS) Page 90 of 97

91 POWER FREQUENCY MAGNETIC FIELD IMMUNITY X ORIENTATION Y ORIENTATION Page 91 of 97

92 Z ORIENTATION POWERLINE VOLTAGE DIPS AND INTERRUPTIONS Page 92 of 97