Test report - XKB-IMP403.pdf

FCC ID: XKB-IMP403

Test Report

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FCCID_2748836

TEST REPORT Portée disponible sur www.cofrac.fr Laboratoire d’essai accrédité N°1-1633 N°: 852197-R1-E JDE : 137077 Subject Electromagnetic compatibility tests according to the standards: FCC CFR 47 Part 15, Subpart B. ANSI C63.4 (2003) Issued to INGENICO Rovaltain TGV – Le Valvert 9 avenue de la gare 26300 ALIXAN Apparatus under test  Product ISMP3 Intelligent Docking Station  Trade mark INGENICO  Manufacturer INGENICO  Model under test IMP400-01B3145A  Serial number 15124KT00004452  FCCID XKB-IMP403 IC Test site 6500A-1 & 6500A-3 Test location Moirans Test performed by Nathalie BUGANZA Composition of document 19 pages Last version None th Document issued on August 17 , 2015 Written by : Approved by : Nathalie BUGANZA Anthony MERLIN Tests operator Technical manager This document shall not be reproduced, except in full, without the written approval of the LCIE. This document contains results related only to the item tested. It does not imply the conformity of the whole production to the item tested .Unless otherwise specified; the decision of conformity takes into account the uncertainty of measures. This document does not anticipate any certification decision. The COFRAC accreditation only attests the technical capability of the testing laboratory for the tests covered by the accreditation. Only certain tests mentioned in this document are covered by the accreditation. They are identified by the symbol.

TEST REPORT N°852197-R1-E Page 2/19 SUMMARY 1. TEST PROGRAM ............................................................................................................................. 3 2. EQUIPMENT UNDER TEST: CONFIGURATION (DECLARED BY PROVIDER) .............................. 4 3. MEASUREMENT OF CONDUCTED EMISSION .............................................................................. 7 4. MEASUREMENT OF RADIATED EMISSION (30MHZ-2GHZ) ....................................................... 10 5. UNCERTAINTIES CHART .............................................................................................................. 14 6. ANNEX 1 (GRAPHS) ...................................................................................................................... 15

TEST REPORT N°852197-R1-E Page 3/19 1. TEST PROGRAM 1.1. REQUIREMENTS FOR DISTURBANCE EMISSIONS Standard: - FCC Part 15, Subpart B (Digital Devices)  - ANSI C63.4 (2003) RESULTS EMISSION TEST LIMITS (Comments) Frequency Quasi-peak value Average value  PASS Limits for conducted disturbance 150-500kHz 66.0 dBµV to 56.0 dBµV 56.0 dBµV to 46.0 dBµV  FAIL at mains ports  NA 0.5-5MHz 56.0 dBµV 46.0 dBµV 150kHz-30MHz  NP 5-30MHz 60.0 dBµV 50.0 dBµV Frequency Quasi-peak value @3m 30MHz-88MHz 40.0 dBµV/m  PASS Radiated emissions  FAIL 88MHz-216MHz 43.5 dBµV/m 30MHz-1GHz  NA 216MHz-960MHz 46.0 dBµV/m  NP Above 960MHz 54.0 dBµV/m Radiated emissions Frequency Peak value @3m Average value @3m  PASS 1GHz-2GHz*  FAIL Highest frequency : 387MHz 1-2GHz 74.0 dBµV/m 54.0 dBµV/m  NA (Declaration of provider)  NP *§15.33: The highest internal source of a testing device is defined like more the highest frequency generated or used in the testing device or on which the testing device works or agrees. - If the highest frequency of the internal sources of the testing device is lower than 108 MHz, measurement must be only performed until 1GHz. - If the highest frequency of the internal sources of the testing device ranges between 108 MHz and 500 MHz, measurement must be only performed until 2GHz. - If the highest frequency of the internal sources of the testing device ranges between 500 MHz and 1 GHz, measurement must be only performed until 5GHz. If the highest frequency of the internal sources of the testing device is above 1 GHz, measurement must be only performed until 5 times the highest frequency or 40 GHz, while taking smallest of both.

TEST REPORT N°852197-R1-E Page 4/19 2. EQUIPMENT UNDER TEST: CONFIGURATION (DECLARED BY PROVIDER) 2.1. INFORMATIONS All tests are performed on the product with 6 (six) ISMP3+iPhone which is the full options product. 2.2. HARDWARE IDENTIFICATION (EUT AND AUXILIARIES): Equipment under test (EUT): IMP400-01B3145A Serial Number: 15124KT00004452 Equipment Under Test Power supply: For radiated emeission test, EUT was powered by 230V/50Hz. For conducted emeission test, EUT was powered by 110V/60Hz. Name Type Rating Reference / Sn Comments Mean Well Supply  AC  DC  Battery 100-240V 50/60Hz Sn: EB4BC71608 Model GS90A12-R7BBM1 Inputs/outputs - Cable: Length Declared Access Type Shielded Under test Comments used (m) <3m Supply AC/DC adaptor 2    LAN1 RJ45 1    LAN2 RJ45 1    Only for USB USB -    maintenance

TEST REPORT N°852197-R1-E Page 5/19 Auxiliary equipment used during test: Type Reference Sn Comments Laptop TOSHIBA1 - - Laptop DELL - - ISMP3 IMP550-11T3104A 15202PP00008580 - IPhone MG472ZD/A F17NQWDAG5MN - ISMP3 IMP550-11T3104A 15202PP00008512 - IPhone MG472ZD/A C39NW3TAG5MN - ISMP3 IMP550-11T3104A 99999PP99999925 - IPhone MG472ZD/A C7JPHCH5G5MN - ISMP3 IMP550-11T3104A 99999PP99999930 - IPhone MG472ZD/A C7JPH2MMG5MN - ISMP3 IMP550-11T3104A 15202PP00008549 - IPhone MG472ZD/A C5FPG1KEG5MN - ISMP3 IMP550-11T3104A 99999PP99999932 - IPhone MG472ZD/A C7JPHC07G5MN - 2.3. EUT CONFIGURATION – RUNNING MODE Hardware version : IMP400-01B3145A, UC Board rev5, Slot board rev1 Software version : MC201B The EUT is connected to 2 laptop PC with its Ethernet link. (Ping function activated). 6 Auxiliaries are installed to be charged 2.4. EQUIPMENT MODIFICATIONS  None  Modification: 2.5. SPECIAL ACCESSORIES None

TEST REPORT N°852197-R1-E Page 6/19 2.6. FIELD STRENGTH CALCULATION The field strength is calculated by adding the Antenna Factor and Cable Factor, and subtracting the Amplifier Gain (if any) from the measured reading. The basic equation with a sample calculation is as follow: FS = RA + AF + CF – AG Where FS = Field Strength RA = Receiver Amplitude AF = Antenna Factor CF = Cable Factor AG = Amplifier Gain Assume a receiver reading of 52.5dBµV is obtained. The antenna factor of 7.4 and a cable factor of 1.1 is added. The amplifier gain of 29dB is subtracted, giving field strength of 32 dBµV/m. FS = 52.5 + 7.4 + 1.1 – 29 = 32 dBµV/m The 32 dBµV/m value can be mathematically converted to its corresponding level in µV/m. Level in µV/m = Common Antilogarithm [(32dBµV/m)/20] = 39.8 µV/m.

TEST REPORT N°852197-R1-E Page 7/19 3. MEASUREMENT OF CONDUCTED EMISSION 3.1. ENVIRONMENTAL CONDITIONS th Date of test : August 13 , 2015 Test performed by : Nathalie BUGANZA Atmospheric pressure (hPa) : 995 Relative humidity (%) : 60 Ambient temperature (°C) : 24 3.2. TEST SETUP Mains terminals The EUT and auxiliaries are set:  80cm above the ground on the non-conducting table (Table-top equipment)  10cm above the ground on isolating support (Floor standing equipment) The distance between the EUT and the LISN is 80cm. The EUT is 40cm away for the vertical ground plane. The EUT is powered by Vnom. The EUT is powered through a LISN (measure). Auxiliaries are powered by another LISN. Test setup

TEST REPORT N°852197-R1-E Page 8/19 Test setup 3.3. TEST METHOD The product has been tested according to ANSI C63.4-(2003) and FCC Part 15 subpart B and C. The product has been tested with 120V/60Hz power line voltage and compared to the FCC Part 15 subpart B §15.107. Measurement bandwidth was 9kHz from 150kHz to 30MHz. This was followed by a Quasi-Peak, i.e. CISPR measurement for any strong signal. If the average limit is met when using a Quasi-Peak detector, the EUT shall be deemed to meet both limits and measurement with the average detector is unnecessary. The LISN (measure) is 50 / 50µH. The Peak data are shown on plots in annex 1. Quasi-Peak and Average measurements are detailed in a table with frequencies and levels measured. Interconnecting cables and equipment's were moved to position that maximized emission. A summary of the worst case emissions found in all test configurations and modes is shown on the following page. Measurements are performed on the phase (L1) and neutral (N) of power line voltage. Graphs are obtained in PEAK detection. Measures are also performed in Quasi-Peak and Average for any strong signal.

TEST REPORT N°852197-R1-E Page 9/19 3.4. TEST EQUIPMENT LIST DESCRIPTION MANUFACTURER MODEL N° LCIE Cal_Date Cal_Due Cable + self - - A5329585 06/15 06/16 Conducted emission comb generator BARDET - A3169049 - - LISN tri-phase ESH2-Z5 RHODE & SCHWARZ 33852.19.53 C2320063 11/14 11/15 Receiver 20Hz – 8GHz ROHDE & SCHWARZ ESU8 A2642019 04/15 04/16 Thermo-hygrometer KIMO HQ210 B4206022 06/15 06/16 Transient limiter RHODE & SCHWARZ ESH3-Z2 A7122204 11/14 11/15 3.5. DIVERGENCE, ADDITION OR SUPPRESSION ON THE TEST SPECIFICATION  None  Divergence: 3.6. TEST RESULTS Mains terminals: Supply Measurements are performed on the phase (L1) and neutral (N) of the power line. Results: (PEAK detection) Graph identifier Line Comments Emc# 1 Phase - See annex 1 Emc# 2 Neutral - See annex 1 3.7. CONCLUSION The sample of the equipment IMP400-01B3145A, Sn: 15124KT00004452, tested in the configuration presented in this test report satisfies to requirements of class B limits of the standard FCC Part15B, for conducted emissions.

TEST REPORT N°852197-R1-E Page 10/19 4. MEASUREMENT OF RADIATED EMISSION (30MHZ-2GHZ) 4.1. ENVIRONMENTAL CONDITIONS th Date of test : August 13 , 2015 Test performed by : Nathalie BUGANZA Atmospheric pressure (hPa) : 995 Relative humidity (%) : 60 Ambient temperature (°C) : 24 4.2. TEST SETUP The installation of EUT is identical for pre-characterization measures in a 3 meters semi- anechoic chamber and for measures on the 10 meters Open site. The EUT and auxiliaries are set:  80cm above the ground on the non-conducting table (Table-top equipment)  10cm above the ground on isolating support (Floor standing equipment) The EUT is powered by Vnom. Test setup on OATS

TEST REPORT N°852197-R1-E Page 11/19 Test setup in anechoic chamber 4.3. TEST METHOD Pre-characterisation measurement: (30MHz –2GHz) A pre-scan of all the setup has been performed in a 3 meters semi-anechoic chamber for frequency from 30MHz to 2GHz. Test is performed in horizontal (H) and vertical (V) polarization during the test for maximized the emission measurement. Continuous linear turntable azimuth search was performed with 360 degrees range. Measurement performed on all axis of EUT used in normal configuration. The pre-characterization graphs are obtained in PEAK detection and PEAK/AVERAGE from 1GHz to 2GHz. Characterization on 10 meters open site from 30MHz to 1GHz: The product has been tested according to ANSI C63.4 (2003), FCC part 15 subpart B. Radiated Emissions were measured on an open area test site. A description of the facility is on file with the FCC. The product has been tested at a distance of 10 meters from the antenna and compared to the FCC part 15 subpart B §15.109 limits. Measurement bandwidth was 120kHz from 30 MHz to 1GHz. Test is performed in horizontal (H) and vertical (V) polarization, during the test for maximized the emission measurement. The height antenna is varied from 1m to 4m. Continuous linear turntable azimuth search was performed with 360 degrees range. Measurement performed on all axis of EUT used in normal configuration. A summary of the worst case emissions found in all test configurations and modes is shown. Frequency list has been created with anechoic chamber pre-scan results.

TEST REPORT N°852197-R1-E Page 12/19 Characterization on 3 meters full anechoic chamber from 1GHz to 2GHz: The product has been tested at a distance of 3 meters from the antenna and compared to the FCC part 15 subpart B §15.109 limits. Measurement bandwidth was 1MHz from 1GHz to 2GHz. Test is performed in horizontal (H) and vertical (V) polarization. Continuous linear turntable azimuth search was performed with 360 degrees range. Measurement performed on all axis of EUT used in normal configuration. A summary of the worst case emissions found in all test configurations and modes is shown.The height antenna is On mast, varied from 1m to 4m Fixed and centered on the EUT Frequency list has been created with anechoic chamber pre-scan results. 4.4. TEST EQUIPMENT LIST DESCRIPTION MANUFACTURER MODEL N° LCIE Cal_Date Cal_Due Amplifier 0.1MHz – 1300 MHz HEWLETT PACKARD 8447D A7085009 10/14 10/15 Antenna Bi-Log XWing TESEQ CBL6144 C2040146 11/14 11/16 Antenna horn EMCO 3115 C2042027 09/14 09/15 Emission Cable MICRO-COAX 6GHz A5329654 04/15 04/16 Emission Cable MICRO-COAX 6GHz A5329655 04/15 04/16 Emission Cable MICRO-COAX 6GHz A5329656 04/15 04/16 Semi-Anechoic chamber #2 SIEPEL - D3044015 03/15 03/16 Radiated emission comb generator BARDET - A3169050 - - HF Radiated emission comb LCIE SUD EST - A3169088 - - generator Spectrum Analyzer 9kHz - 6GHz ROHDE & SCHWARZ FSL6 A2642049 11/14 11/15 Thermo-hygrometer KIMO HQ210 B4206022 06/15 06/16 Thermo-hygrometer (C2) LACROSS Techn. WS-2357 B4206015 08/14 08/15 Turntable controller (Cage#2) ETS Lingren Model 2066 F2000393 - - Turntable chamber (Cage#2) ETS Lingren Model 2165 F2000404 - - Table LCIE - F2000438 - - Antenna Bi-log CHASE CBL6111A C2040051 04/14 04/16 Cable SUCOFLEX 106G A5329061 03/15 03/16 Cable (OATS) - - A5329623 10/14 10/15 OATS - - F2000409 09/14 09/15 Receiver 20Hz – 8GHz ROHDE & SCHWARZ ESU8 A2642019 04/15 04/16 Turntable / Mast controller (OATS) ETS Lindgren Model 2066 F2000372 - - Antenna mast (OATS) ETS Lindgren 2071-2 F2000392 - - Turntable (OATS) ETS Lindgren Model 2187 F2000403 - - 4.5. DIVERGENCE, ADDITION OR SUPPRESSION ON THE TEST SPECIFICATION  None  Divergence:

TEST REPORT N°852197-R1-E Page 13/19 4.6. TEST RESULTS 4.6.1. Pre-characterization at 3 meters [30MHz-1GHz] See graphs: Graph identifier Polarization EUT position Comments Emr# 1 Vertical / Horizontal Axis XY See annex 1 4.6.2. Pre-characterization at 3 meters [1GHz-2GHz] See graphs: Graph identifier Polarization EUT position Comments Emr# 2 Vertical / Horizontal Axis XY See annex 1 4.6.3. Characterization on 10 meters open site from 30MHz to 1GHz Worst case final data result: Frequency list has been created with semi-anechoic chamber pre-scan results. Measurements are performed using a QUASI-PEAK detection. No Frequency Limit Measure Margin Angle Pol. Ht. FC Remark (MHz) QPeak QPeak QPeak Table Ant. Ant. (dB) (dBµV/m) (dBµV/m) (dB) (°) (cm) 1 35.947 40.0 36.5 -3.5 316 V 100 16.5 / 2 33.894 40.0 31.0 -9.0 300 V 100 17.6 / 3 47.921 40.0 39.0 -1.0 304 V 100 10.3 / 4 54.426 40.0 33.9 -6.1 180 V 100 8.6 / 5 58.984 40.0 28.9 -11.1 45 V 100 7.8 / 6 59.987 40.0 35.3 -4.7 0 V 100 7.6 / 7 120.046 43.5 32.0 -11.5 0 H 400 13.7 / 8 144.008 43.5 28.7 -14.8 180 H 400 13.5 / 9 193.528 43.5 37.5 -6.0 270 V 100 11.2 / 10 193.528 43.5 37.8 -5.7 215 H 350 11.2 / 11 483.823 46.0 44.2 -1.8 0 V 100 21.5 / 12 580.587 46.0 35.1 -10.9 180 V 100 23.4 / Note: Measure have been done at 10m distance and corrected according to requirements of 15.209.e) (M@3m = M@10m+10.5dB) 4.6.4. Characterization on 3meters anechoic chamber from 1GHz to 2GHz Worst case final data result: The frequency list is created from the results obtained during the pre-characterization in anechoic chamber. Measurements are performed using a PEAK and AVERAGE detection. No Frequency Limit Measure Margin Limit Measure Margin Angle Pol. Ht. FC Remark (MHz) Peak Peak Peak Average Average Average Table Ant. Ant. (dB) (dBµV/m) (dBµV/m) (dB) (dBµV/m) (dBµV/m) (dB) (°) (cm) No Significant Frequency observed Note: Measures have been done at 3m distance. 4.7. CONCLUSION The sample of the equipment IMP400-01B3145A, Sn: 15124KT00004452, tested in the configuration presented in this test report satisfies to requirements of class B limits of the standard FCC Part15B, for radiated emissions.

TEST REPORT N°852197-R1-E Page 14/19 5. UNCERTAINTIES CHART Incertitude élargie Incertitude limite laboratoire / du CISPR / CISPR Type de mesure / Kind of measurement Wide uncertainty uncertainty limit  laboratory y (k=2)  x Mesure des perturbations conduites en tension sur le réseau d’énergie (triphasé) 3.6 dB 3.6 dB Measurement of conducted disturbances in voltage on the power port (three phases) Mesure des perturbations conduites en tension sur le réseau d’énergie (monophasé) 3.57 dB 3.6 dB Measurement of conducted disturbances in voltage on the power port (single line) Mesure des perturbations conduites en tension sur le réseau de télécommunication A l’étude / 3.28 dB Measurement of conducted disturbances in voltage on the telecommunication port. Under consid. Mesure des perturbations discontinues conduites en tension 3.47 dB 3.6 dB Measurement of discontinuous conducted disturbances in voltage Mesure des perturbations conduites en courant A l’étude / 2.90 dB Measurement of conducted disturbances in current Under consid. Mesure du champ électrique rayonné sur le site en espace libre de Moirans 5.07 dB 5.2 dB Measurement of radiated electric field on the Moirans open area test site Les valeurs d’incertitudes calculées du laboratoire étant inférieures aux valeurs d’incertitudes limites établies par le CISPR, la conformité de l’échantillon est établie directement par les niveaux limites applicables. Ce tableau regroupe l'ensemble des incertitudes maximales pour les essais réalisables dans le laboratoire, qu’ils aient été ou non réalisés dans le cadre du présent rapport / The uncertainty values calculated by the laboratory are lower than limit uncertainty values defined by the CISPR. The conformity of the sample is directly established by the applicable limits values. This table includes all uncertainties maximum feasible for testing in the laboratory, whether or not made in this report Note - L'incertitude de mesure instrumentale est déterminée selon la CISPR 16-4-2. / The instrumentation measurement uncertainty is determined according to CISPR16-4-2

TEST REPORT N°852197-R1-E Page 15/19 6. ANNEX 1 (GRAPHS) CONDUCTED EMISSIONS Graph name: Emc#1 Test configuration: Limit: EN 55022 110V - L Class: B Frequency range: [150kHz - 30MHz] Voltage / Frequency: 110VAC / 60Hz RBW : 10kHz Line: Phase VBW : 30kHz Spurious emissions Frequency (MHz) Peak (dBµV) LimM (dBµV) Peak-LimM (dB) Position 0.15 42.91 56 -13.09 Phase 1 1 33.11 46 -12.89 Phase 1 23.3 35.45 50 -14.55 Phase 1

TEST REPORT N°852197-R1-E Page 16/19 CONDUCTED EMISSIONS Graph name: Emc#2 Test configuration: Limit: EN 55022 110V - N Class: B Frequency range: [150kHz - 30MHz] Voltage / Frequency: 110VAC / 60Hz RBW : 10kHz Line: Neutral VBW : 30kHz Spurious emissions Frequency (MHz) Peak (dBµV) LimM (dBµV) Peak-LimM (dB) Position 0.15 42.52 56 -13.48 Neutre 22.568 38.72 50 -11.28 Neutre

TEST REPORT N°852197-R1-E Page 17/19 RADIATED EMISSIONS Graph name: Emr#1 Test configuration: Limit: EN 55022 (H+V) - Configuration 1 <1GHz essai 1 Class: B Frequency range: [30MHz - 1GHz] Antenna polarization: Horizontal & Vertical RBW : 100kHz Azimuth: 0° - 360° VBW : 300kHz Spurious emissions

TEST REPORT N°852197-R1-E Page 18/19 Frequency (MHz) Peak (dBµV/m) LimQP (dBµV/m) Peak-LimQP (dB) Position 35.848 28.6 40 -11.4 Polarisation horizontale 36.766 25.94 40 -14.06 Polarisation horizontale 113.113 26.7 40 -13.3 Polarisation horizontale 120.1 33.03 40 -6.97 Polarisation horizontale 144.002 31.38 40 -8.62 Polarisation horizontale 167.938 26.59 40 -13.41 Polarisation horizontale 192.044 29.72 40 -10.28 Polarisation horizontale 193.54 38.03 40 -1.97 Polarisation horizontale 197.076 27.61 40 -12.39 Polarisation horizontale 200 30.54 40 -9.46 Polarisation horizontale 205.88 30.59 40 -9.41 Polarisation horizontale 225 29.18 40 -10.82 Polarisation horizontale 250 32.15 47 -14.85 Polarisation horizontale 33.145 42.24 40 2.24 Polarisation verticale 34.114 42.48 40 2.48 Polarisation verticale 35.933 45.66 40 5.66 Polarisation verticale 42.41 31.03 40 -8.97 Polarisation verticale 42.988 33.55 40 -6.45 Polarisation verticale 43.583 33.3 40 -6.7 Polarisation verticale 45.691 35.64 40 -4.36 Polarisation verticale 46.252 36.96 40 -3.04 Polarisation verticale 46.83 37.7 40 -2.3 Polarisation verticale 47.952 44.17 40 4.17 Polarisation verticale 49.55 35.54 40 -4.46 Polarisation verticale 50.723 35.36 40 -4.64 Polarisation verticale 54.565 36.02 40 -3.98 Polarisation verticale 59.971 33.21 40 -6.79 Polarisation verticale 94.413 25.38 40 -14.62 Polarisation verticale 95.841 26.19 40 -13.81 Polarisation verticale 98.493 27.4 40 -12.6 Polarisation verticale 101.91 30.97 40 -9.03 Polarisation verticale 104.783 30.03 40 -9.97 Polarisation verticale 106.704 26.59 40 -13.41 Polarisation verticale 113.045 25.83 40 -14.17 Polarisation verticale 120.015 27.05 40 -12.95 Polarisation verticale 192.044 27.19 40 -12.81 Polarisation verticale 193.523 30.73 40 -9.27 Polarisation verticale 200 25.99 40 -14.01 Polarisation verticale 201.28 26.9 40 -13.1 Polarisation verticale 204.32 26.55 40 -13.45 Polarisation verticale 209.48 28.19 40 -11.81 Polarisation verticale 217.28 27.11 40 -12.89 Polarisation verticale 225 29.5 40 -10.5 Polarisation verticale 228.52 27.05 40 -12.95 Polarisation verticale 483.88 37.8 47 -9.2 Polarisation verticale 580.52 35.44 47 -11.56 Polarisation verticale 677.32 33.49 47 -13.51 Polarisation verticale

TEST REPORT N°852197-R1-E Page 19/19 RADIATED EMISSIONS Graph name: Emr#2 Test configuration: Limit: EN 55022 (H+V) - Configuration 1 >1GHz essai 1 Class: B Frequency range: [1GHz - 2GHz] Antenna polarization: Horizontal & Vertical RBW : 1MHz Azimuth: 0° - 360° VBW : 3MHz Spurious emissions


Document Created: 2015-09-09 15:57:57
Document Modified: 2015-09-09 15:57:57
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