WJ6-ISI220033201AID Card Reader

No ASR – NP – 20847 – 02 i Table of contents 1. Product name ............................................................................................................ 1 2. Product number ......................................................................................................... 1 3. Overview.................................................................................................................... 1 4. Related standards ..................................................................................................... 1 5. Functions................................................................................................................... 1 5-1. Constituents........................................................................................................... 1 5-1-1. Block diagram of design structure.................................................................... 1 5-1-2. Attached article ................................................................................................ 1 5-2. Imaging .................................................................................................................. 2 5-2-1.Imaging method................................................................................................. 2 5-2-2. Lighting source................................................................................................. 2 5-2-3.Image format..................................................................................................... 2 5-2-4.Imaging flow...................................................................................................... 2 5-2-5.Imaging functions.............................................................................................. 2 5-2-6. Transaction time (informative).......................................................................... 3 5-3. Contactless IC card communication....................................................................... 3 5-4. Magnetic stripe reading (MSR)............................................................................... 3 5-5. Interface................................................................................................................. 3 5-5-1.Host interface.................................................................................................... 3 5-5-2.Host OS............................................................................................................. 3 5-6.Intended cards ........................................................................................................ 4 5-6-1. Card length ...................................................................................................... 4 5-6-2. Card width........................................................................................................ 4 5-6-3. Thickness of card that can be transported ....................................................... 4 5-6-4. Thickness of card that can be read the magnetic stripe and images................ 4 5-6-5. Material ............................................................................................................ 4 5-6-6. Opacity............................................................................................................. 4 5-6-7. Distortional cards ............................................................................................. 4 5-7. Common specifications .......................................................................................... 5 5-7-1. Dimension ........................................................................................................ 5 5-7-2. Weight.............................................................................................................. 5 5-7-3. Power source ................................................................................................... 5 5-7-4. Power consumption (at the DC jack) ................................................................ 5 5-7-5. Card transfer method ....................................................................................... 5 5-7-6. Card transferring speed ................................................................................... 6 5-7-7. Indicator lamp .................................................................................................. 6 5-7-8. Gate indicator................................................................................................... 6 5-7-9. Sound noise ..................................................................................................... 6 5-7-10. Safety............................................................................................................. 6 5-7-11. USB Logo....................................................................................................... 6 5-7-12. SG-FG connection state................................................................................. 6 5-8. Environmental condition......................................................................................... 7 5-8-1. Operating temperature and humidity................................................................ 7 5-8-2. Packing condition............................................................................................. 7 5-8-3. Vibration characteristic..................................................................................... 7 5-8-4. Mechanical shock characteristic....................................................................... 8 5-8-5. Attitude............................................................................................................. 8 5-8-7. Cable tension ................................................................................................... 8 5-8-8. Electrostatic discharge immunity...................................................................... 8 5-8-9. Electrical fast transient/burst immun…

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From: Yoshihide Mimura Intertek Sent: Monday, February 07, 2011 5:24 AM To: PCTEST TCB/CB Subject: RE: Questions Regarding FCC ID: WJ6-ISI220033201A Dear Mr. Czumak, Thank you for processing our application. I have addressed to your comments as follows. 1. The Confidentiality Request does not list the Operational Description. If confidential treatment is also sought for the Operational Description, please revise the Confidentiality Request accordingly and resubmit it. 1 . Answer The customer describes that the Operational Description does not need to be listed in the Confidentiality Request. 2. Section 15.209(c) states that the level of unwanted emissions must not exceed the level of the fundamental emission. The fundamental field strength, as shown in the data table in Section 10.2 of the test report (p. 16), is 40.9 dBuV/m at 3m, but multiple unwanted emissions shown in this same data table have levels that exceed this, as do emissions at higher frequencies listed on the next page. Please address this apparent non-compliance with Section 15.209(c). 2 . Answer I have added the spectrums that show the transmitter is turned on and off, and also show emission frequencies larger than 40.9dBuV/m of the fundamental level are radiated from circuits which are not related to the transmitter. Please see attached Annex Spectrum Data(R1). RF ON: Same as the operation described in the test report. RF OFF: RF unit is powered off. If there is any problem, please let us know. Thank you. Best regards, Yoshihide Mimura Intertek Japan k.k. From: PCTEST TCB/CB Sent: Friday, January 28, 2011 9:38 AM To: Yoshihide Mimura Intertek Subject: Questions Regarding FCC ID: WJ6-ISI220033201A To: Mr. Yoshihide Mimura/ Intertek Japan K.K. From: Mr. Gregory Czumak / PCTEST TCB RE: FCC ID: WJ6-ISI220033201A Applicant: Nidec Sankyo Corporation Correspondence Reference Number: WJ6Y110127 Confirmation Number: 1Y1101250127 Date of Original Email: January 27, 2011 Subject: Request for additional information In regards to your recent TCB application referenced above, we kindly request that you provide the following additional information. 1. The Confidentiality Request does not list the Operational Description. If confidential treatment is also sought for the Operational Description, please revise the Confidentiality Request accordingly and resubmit it. 2. Section 15.209(c) states that the level of unwanted emissions must not exceed the level of the fundamental emission. The fundamental field strength, as shown in the data table in Section 10.2 of the test report (p. 16), is 40.9 dBuV/m at 3m, but multiple unwanted emissions shown in this same data table have levels that exceed this, as do emissions at higher frequencies listed on the next page. Please address this apparent non-compliance with Section 15.209(c). The item indicated above must be submitted before processing can continue on the above referenced application. Sincerely, Gregory Czumak Senior Certification Engineer PCTEST TCB/CB Tel. 1.410.290.6652 Fax. 1.410.290.6654 [email protected] www.pctesttcb.com
Please consider the environment before printing this e-mail. This communication and its attachments contain information from PCTEST TCB/CB and are intended for the exclusive use of the recipient (s) named above. It may contain information that is confidential and/or legally privileged. Any unauthorized use that may compromise that confidentiality via distribution or disclosure is prohibited. Please notify the sender immediately if you receive this communication in error, and delete it from your computer system. Usage of PCTEST email addresses for non-business related activities is strictly prohibited. No warranty is made that the e-mail or attachment(s) are free from computer virus or other defect. Thank you. CONFIDENTIALITY NOTICE This email may contain confidential or privileged information, if you are not the intended recipient, or the person responsible for delivering the message to the intended recipient then please notify us by return email immediately. Should you have received this email in error then you should not copy this for any purpose nor disclose its contents to any other person.

1/6 FCC ID : WJ6-ISI220033201A Model : ISI220-0332 Applicant : NIDEC SANKYO CORPORATION Main body externals. Squint Front 2/6 Back Left 3/6 Right Top 4/6 Bottom Closeup of label 5/6 AC adaptor externals 6/6 Top Bottom

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FCC ID : WJ6-ISI220033201A 1/6 Model : ISI220-0332 Applicant : NIDEC SANKYO CORPORATION Internal photograph The case was removed. A black seat was removed. Main PCB Card transportation part The card transportation part was removed. 2/6 The card transportation part is seen from the back. RF control PCB RF antenna PCB Bottom plate The bottom plate was removed. 3/6 Connected part of USB cable Ferrite core SFT-25SN(TKK) Common mode chalk coil DC input Jack Main PCB (Surface ) 4/6 Main PCB (Back side) RF control PCB (Surface) 5/6 RF control PCB (Back side) Antenna PCB (Surface) 6/6 Antenna PCB (Back side)

FCC ID : WJ6-ISI220033201A Model : ISI220-0332 Applicant : NIDEC SANKYO CORPORATION Transmission unit and antenna position. Externals photograph (left side) The outside case and the PCB cover are removed. The card transportation part was detached. The backside of the card transportation part. Control PWB Antenna PWB Control PCB. Antenna Antenna Antenna coaxial cable Coaxial connector U.FL-R-SMT (HRS.)

Report No. JN10120008(R1) FCC ID : WJ6-ISI220033201A © Intertek Japan K.K. Page 1 of 21 FJP-EM001 Version2.1 TEST REPORT STANDARD : FCC Part15 Subpart C Section 15.207 & 15.209 Applicant Testing Laboratory NIDEC SANKYO CORPORATION 5329 Shimosuwa-machi, Suwa-gun, Nagano, 393-8511 Japan Tel. +81 266 27 4620 Intertek Japan K.K. Nagano Laboratory URL: http://www.japan.intertek-etlsemko.com 3226 Yokokawa, Tatsuno-machi, Kamiina-gun, Nagano 399-0511 Japan Tel. +81 266 47 5311 Equipment Type ID card reader Trademark Sankyo Model(s) ISI220-0332 Serial No. DSR-002-0001 Equipment Authorization Certification (FCC ID : WJ6-ISI220033201A ) Test Result Complied Report Number JN10120008(R1) Report Issue Date February 3, 2011 This report is for the exclusive use of Intertek's Client and is provided pursuant to the agreement between Intertek and its Client. Intertek's responsibility and liability are limited to the terms and conditions of the agreement. Intertek assumes no liability to any party, other than to the Client in accordance with the agreement, for any loss, expense or damage occasioned by the use of this report. Only the Client is authorized to permit copying or distribution of this report and then only in its entirety. Any use of the Intertek name or one of its marks for the sale or advertisement of the tested material, product or service must first be approved in writing by Intertek. The observations and test results in this report are relevant only to the sample tested. This report by itself does not imply that the material, product, or service is or has ever been under an Intertek certification program. The test report JN10120008 was superseded by this test report. Approved by Tested by Yoshihide Mimura Naohei Murakami Report No. JN10120008(R1) FCC ID : WJ6-ISI220033201A © Intertek Japan K.K. Page 2 of 21 FJP-EM001 Version2.1 TABLE OF CONTENTS Page SECTION 1. GENERAL INFORMATION .................................................................................................. 3 SECTION 2. SUMMARY OF TEST RESULTS ......................................................................................... 4 SECTION 3. EQUIPMENT UNDER TEST ................................................................................................ 5 SECTION 4. SUPPORT EQUIPMENT...................................................................................................... 6 SECTION 5. USED CABLE(S).................................................................................................................. 7 SECTION 6. TEST CONFIGURATION ..................................................................................................... 8 SECTION 7. OPERATING CONDITION ................................................................................................... 9 SECTION 8. TEST PROCEDURE(S) ....................................................................................................... 9 SECTION 8. TEST PROCEDURE(S) ..................................................................................................... 10 SECTION 9. MEASUREMENT UNCERTAINTY ..................................................................................... 14 SECTION 10. EVALUATION OF TEST RESULTS ................................................................................. 15 SECTION 11. LIST OF MEASURING INSTRUMENTS .......................................................................... 21 Report No. JN10120008(R1) FCC ID : WJ6-ISI220033201A © Intertek Japan K.K. Page 3 of 21 FJP-EM001 Version2.1 SECTION 1. GENERAL INFORMATION TEST PERFORMED Location Nagano No.3 Test Site EUT Received December 8, 2010 Date of Test From December 8, 2010 to February 1, 2011 Standard Applied FCC Part15C – Section 15.207 & 15.209 Intentional Radiators Measurement methods ANSI C63.4-2003 Test Procedure Document number : RJP-EM001, RJP-EM003 Deviation from Standard(s) None QUALIFICATIONS OF TESTING LABORATORY ACCREDITATION SCOPE LAB. CODE Remarks VLAC EMC Testing VLAC-008-4 JAPAN BSMI EMC Testing SL2-IN-E-6007 TAIWAN FILING VCCI EMC Testing R-260, C-282, C-263, T-1730, T-1727 R-261, C-283, C-264, T-1732, T-1733 R-262, C-422, C-265, T-1734, T-1735 G-123 JAPAN FCC EMC Testing Designation Number : JP0010 USA IC EMC Testing 2042O-1 CANADA SAUDI ARABIA EMC Testing N/A ABBREVIATIONS EUT Equipment Under Test DoC Declaration of Conformity AMN Artificial Mains Network ISN Impedance Stabilization Network LISN Line Impedance Stabilization Network Q-P Quasi-peak AMP Amplifier AVG Average ATT Attenuator PK Peak ANT Antenna Cal Calibration BBA Broadband Antenna N/A Not applicable or Not available DIP Dipole Antenna LCD Liquid-Crystal Display AE Associated Equipment HDMI High-Definition Multimedia Interface Report No. JN10120008(R1) FCC ID : WJ6-ISI220033201A © Intertek Japan K.K. Page 4 of 21 FJP-EM001 Version2.1 SECTION 2. SUMMARY OF TEST RESULTS The minimum margins to the limits are as follows: Test Reference < FCC > Result Conducted disturbance at mains terminals 15.207 Pass Radiated disturbance 15.205 15.209 Pass Voltage Varied 15.31 (e) Pass Note : 1. As for the FCC Part 15 Subpart B-Unintentional Radiators, the EUT has been measured and declared as DoC by NIDEC SANKYO CORPORATION. 2. See Section 10 for details. Report No. JN10120008(R1) FCC ID : WJ6-ISI220033201A © Intertek Japan K.K. Page 5 of 21 FJP-EM001 Version2.1 SECTION 3. EQUIPMENT UNDER TEST The equipment under test (EUT) consisted of the following apparatus. 3.1 System Configuration Symbol Item Model No. Serial No. Manufacturer Remarks A1 ID card reader ISI220-0332 DSR-0020001 NIDEC SANKYO CORPORATION A2 AC adapter UEA360-2425 A02-0093967 UNIFIVE Co., Ltd. accessories Rated Power : AC100-240 V, 50/ 60 Hz, 1.5 A Supplied Power : AC120 V, 60 Hz Condition of Equipment Preproduction Type Tabletop Suppression Devices No Modifications by the laboratory were made to the device 3.2 Overview of EUT : Carrier Frequency 13.56 MHz +/-50ppm Modulation Method Transmitting – Ampl…

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Report No. JN10120008(R1) FCC ID : WJ6-ISI220033201A © Intertek Japan K.K. Page 1 of 6 FJP-EM001 Version2.1 Annex B Spectrum Data < Graph number #1 > emiT 3, 0, 0, 0Copyright(c)2007 Intertek Japan K.K. SPECTRUM ANALYSIS Nagano No.3 Test Site Distance 0.00 m 22.0ﾟC /42.0% Date tested : Feb 04 2011Test mode : Continuous test mode Company : NIDEC SANKYO CORPORATIONPower source : AC120 V, 60 Hz EUT Name : ID card readerFile number : - Model number : ISI220-0332Engineer : Naohei Murakami Serial number : DSR-002-0001Note : 212k112k212k Frequency [Hz] 10 20 30 40 50 60 70 80 90 100100 0 R e a d i n g L e v e l [ d B u V ] : RF OFF(Hori) : RF ON(Hori) 320k220k320k Frequency [Hz] 10 20 30 40 50 60 70 80 90 100100 0 R e a d i n g L e v e l [ d B u V ] : RF OFF(Hori) : RF ON(Hori) 12k Report No. JN10120008(R1) FCC ID : WJ6-ISI220033201A © Intertek Japan K.K. Page 2 of 6 FJP-EM001 Version2.1 < Graph number #1 > emiT 3, 0, 0, 0Copyright(c)2007 Intertek Japan K.K. SPECTRUM ANALYSIS Nagano No.3 Test Site Distance 0.00 m 22.0ﾟC /42.0% Date tested : Feb 04 2011Test mode : Continuous test mode Company : NIDEC SANKYO CORPORATIONPower source : AC120 V, 60 Hz EUT Name : ID card readerFile number : - Model number : ISI220-0332Engineer : Naohei Murakami Serial number : DSR-002-0001Note : 714k724k734k744k754k764k774k784k794k704k804k Frequency [Hz] 10 20 30 40 50 60 70 80 90 100100 0 R e a d i n g L e v e l [ d B u V ] : RF OFF(Hori) : RF ON(Hori) 6.78M6.79M6.8M6.81M6.82M6.83M6.84M6.85M6.86M6.77M6.87M Frequency [Hz] 10 20 30 40 50 60 70 80 90 100100 0 R e a d i n g L e v e l [ d B u V ] : RF OFF(Vert) : RF ON(Vert) Report No. JN10120008(R1) FCC ID : WJ6-ISI220033201A © Intertek Japan K.K. Page 3 of 6 FJP-EM001 Version2.1 < Graph number #1 > emiT 3, 0, 0, 0Copyright(c)2007 Intertek Japan K.K. SPECTRUM ANALYSIS Nagano No.3 Test Site Distance 3.00 m 22.0ﾟC /42.0% Date tested : Feb 04 2011Test mode : Continuous test mode Company : NIDEC SANKYO CORPORATIONPower source : AC120 V, 60 Hz EUT Name : ID card readerFile number : - Model number : ISI220-0332Engineer : Naohei Murakami Serial number : DSR-002-0001Note : Hori 287.61M287.71M287.81M287.91M288.01M288.11M288.21M288.31M288.41M287.51M288.51M Frequency [Hz] 30 40 50 60 7070 20 R e a d i n g L e v e l [ d B u V ] : RF OFF(Hori) : RF ON(Hori) Vert 575.62M575.72M575.82M575.92M576.02M576.12M576.22M576.32M576.42M575.52M576.52M Frequency [Hz] 30 40 50 60 7070 20 R e a d i n g L e v e l [ d B u V ] : RF OFF(Vert) : RF ON(Vert) Report No. JN10120008(R1) FCC ID : WJ6-ISI220033201A © Intertek Japan K.K. Page 4 of 6 FJP-EM001 Version2.1 < Graph number #1 > emiT 3, 0, 0, 0Copyright(c)2007 Intertek Japan K.K. SPECTRUM ANALYSIS Nagano No.3 Test Site Distance 0.00 m 18.0ﾟC /32.0% Date tested : Feb 04 2011Test mode : Continuous test mode Company : NIDEC SANKYO CORPORATIONPower source : AC120 V, 60 Hz EUT Name : ID card readerFile number : - Model number : ISI220-0332Engineer : Naohei Murakami Serial number : DSR-002-0001Note : Vertical 1.15204G1.15104G1.15304G Frequency [Hz] 30 40 50 60 7070 20 R e a d i n g L e v e l [ d B u V ] : RF OFF(Vert) : RF ON(Vert) Vertical 1.34404G1.34304G1.34504G Frequency [Hz] 30 40 50 60 7070 20 R e a d i n g L e v e l [ d B u V ] : RF OFF(Vert) : RF ON(Vert) Report No. JN10120008(R1) FCC ID : WJ6-ISI220033201A © Intertek Japan K.K. Page 5 of 6 FJP-EM001 Version2.1 < Graph number #1 > emiT 3, 0, 0, 0Copyright(c)2007 Intertek Japan K.K. SPECTRUM ANALYSIS Nagano No.3 Test Site Distance 0.00 m 18.0ﾟC /32.0% Date tested : Feb 04 2011Test mode : Continuous test mode Company : NIDEC SANKYO CORPORATIONPower source : AC120 V, 60 Hz EUT Name : ID card readerFile number : - Model number : ISI220-0332Engineer : Naohei Murakami Serial number : DSR-002-0001Note : Horizontal 1.49663G1.48663G1.50663G Frequency [Hz] 30 40 50 60 7070 20 R e a d i n g L e v e l [ d B u V ] : RF OFF(Hori) : RF ON(Hori) Vertical 1.5361G1.5351G1.5371G Frequency [Hz] 30 40 50 60 7070 20 R e a d i n g L e v e l [ d B u V ] : RF OFF(Vert) : RF ON(Vert) Report No. JN10120008(R1) FCC ID : WJ6-ISI220033201A © Intertek Japan K.K. Page 6 of 6 FJP-EM001 Version2.1

Report No. JN10120008(R1) FCC ID : WJ6-ISI220033201A © Intertek Japan K.K. Page 1 of 5 FJP-EM001 Version2.1 Annex A Setup Photographs Report No. JN10120008(R1) FCC ID : WJ6-ISI220033201A © Intertek Japan K.K. Page 2 of 5 FJP-EM001 Version2.1 PHOTOGRAPHS OF MAXIMUM EMISSION SET-UP 1 Conducted disturbance at mains terminals Note : Maintaining 10cm spacing between all the equipment cabinets. EUT Report No. JN10120008(R1) FCC ID : WJ6-ISI220033201A © Intertek Japan K.K. Page 3 of 5 FJP-EM001 Version2.1 2 Radiated disturbance (0.009 – 30 MHz) Note : Maintaining 10cm spacing between all the equipment cabinets. Report No. JN10120008(R1) FCC ID : WJ6-ISI220033201A © Intertek Japan K.K. Page 4 of 5 FJP-EM001 Version2.1 3 Radiated disturbance (30 – 2000 MHz) Note : Maintaining 10cm spacing between all the equipment cabinets. Report No. JN10120008(R1) FCC ID : WJ6-ISI220033201A © Intertek Japan K.K. Page 5 of 5 FJP-EM001 Version2.1 4 Voltage Varied