2AEG5FV-100Finger-vein

- 1 - www.korecen.com The best security products for 21 century User manual FV-100 Finger-vein - 2 - www.korecen.com The best security products for 21 century User manual FV-100 Finger-vein CONTENTS IV. SYSTEM 4.RELAY CHECK Door open senso CHECK Door open switch Equipment damage sensor Lock control Exterior alarm control 5.RAM CONDITION Master Data User Data Camera photographing record Terminal version 6.CAMERA CHECK V. DATA INITIALIZATION 1. RECORD INITIALIZATION 2. SETUP INITIALIZATION 3. FACTORY INITIALIZATION VI. SYSTEM CONFIGURATIO N & INSTALLATION 1. Total Security Solution 2.Line Connection 3.Type of Door lock I. Prior to Using 1.Component Check 2.Names & Functions of each part Product Appearance Standby Screen 3.Use Precautions Finger-vein Registration Method II. The Basic Using 1.User/Mast Registration & Authentication Authentication Method Process Time Finger-vein Card Password 2.User / Master Modify 3.Delete User / Master Delete Delete All III. SYSTEM SETUP 1.BASIC SETUP Terminal ID Setup Current Time Setting Language Setup Setup for user’s ID range Password digit range Setup for device mode Background video speed Authentication & P.W display 2.AUTHENTICATION Process Time Authentication setup Authentication record mode ID&PW authentication ID&FP authentication RF&FP authentication RF&PW authentication FP authentication ID authentication RF authentication 3.F.P CHECK & CARD Card type Card authentication III. SYSTEM SETUP 4.SCREEN & SOUND Display definition setup Voice KeyPad Volume Success inform sound Error inform sound Use guidance sound 5.COMMUNICATION Server Communication Method Terminal IP Subnet Mask Gateway Server IP MAC Address WIEGAND Format WIEGAND UID Serial Comm Baut Stop Bit Parity Bit 6.OTHERS SETUP Door Control Auto Closing Time Door Auto Open Time Error Times of Authentication Alarm Authentication Alarm Time Alarm Time of Damaged Terminal Camera Type Capture View IV. SYSTEM CHECK 1.F.P CHECK 2.CARD CHECK 3.SENSOR CHECK Door open sensor Door open switch Equipment damage sensor Lock control Exterior alarm control - 3 - www.korecen.com The best security products for 21 century User manual FV-100 Finger-vein 12V Adaptor Power Cable Product Fixing Screws Blaket Body 1. Component Checkᅵ 2.Names and Functions of each partᅵ 3.Use Precautions I. Prior to Using - 4 - www.korecen.com The best security products for 21 century User manual FV-100 Finger-vein FV-100 RF-ID card sensor 13.56Mhz RF-ID card sensor Speacker 5.0” LCD Screen 5.0” TFT COLOR LCD Camera Built-in 1.2mega pixel camera Photo shoot automatically Sound output Sensor for Finger input LED Sensor I. Prior to Using 1. Component Checkᅵ 2.Names and Functions of each partᅵ 3.Use Precautions Standby Screen Product Appearance - 5 - www.korecen.com The best security products for 21 century User manual FV-100 Finger-vein I. Prior to Using 1. Component Checkᅵ 2.Names and Functions of each partᅵ 3.Use Precautions Indicate status Current date(yy/mm/dd) Mode for time attendance ( in/out/going out/return) Current time (hh/mm/ss) LCD Screen Using for ID no Management for operation menu Standby Screen Standby Screen Product Appearance - 6 - www.korecen.com The best security products for 21 century User manual FV-100 Finger-vein Finger-vein Registration & Authentication method 1. Component Checkᅵ 2.Names and Functions of each partᅵ 3.Use Precautions I. Prior to Using - 7 - www.korecen.com The best security products for 21 century User manual FV-100 Finger-vein Finger-vein Registration & Authentication method 1. Component Checkᅵ 2.Names and Functions of each partᅵ 3.Use Precautions I. Prior to Using - 8 - www.korecen.com The best security products for 21 century User manual FV-100 Finger-vein Finger-vein Registration & Authentication method 1. Component Checkᅵ 2.Names and Functions of each partᅵ 3.Use Precautions I. Prior to Using - 9 - www.korecen.com The best security products for 21 century User manual FV-100 Finger-vein Please adjust your finger stoped Ending of round.. 1. Must be stay your finger in ending point during 1-2 second 2. Keep clean your finger. 3. You see in front of screen in scan. Take a picture., Do not twist your finger 1 2 3 Use 2 nd finger or 3 rd Finger Correct Finger-vein Authentication Method Incorrect Finger-vein Authentication Method Fingerprint Registration & Authentication method 1. Component Checkᅵ 2.Names and Functions of each partᅵ 3.Use Precautions I. Prior to Using Do not reach ending point Do not over ending point - 10 - www.korecen.com The best security products for 21 century User manual FV-100 Finger-vein Enable Active Disable Non active Gate System setup ID&PW ID + Password ID&FV ID + Fingervein RF&FV Card + Fingervein RF&PW Card + password FP Fingervein only ID ID only RF Card only 1 st step 2nd step 3rd step 4th step Take a picture Correct Analysis scan Finger-Vein Authentification 3 times Pleas 3 time registration on same fingers. If you registration different fingers then it,s fail. 1 2 1) Authentification step ( 4 steps) 2) 설정에 따른 인증방법의 종류 ※ You can adjust authentification method by select. 1. Component Checkᅵ 2.Names and Functions of each partᅵ 3. use precautionᅵ 4. Authentification algorithm I. Prior to Using - 11 - www.korecen.com The best security products for 21 century User manual FV-100 Finger-vein Click the button user management To enter User Management . click button To enter the main menu screen. Menu 인증 번호 입력 (4자리 ~ 10자리) 한후에 OK를 클릭 합니다 1 2 3 4 [1] 등록을 메뉴를 클릭합니다 1. User / Master Registration & Authenticationᅵ 2.User / Master Modifyᅵ 3. Delete II. Basic system User Fingerprint Registration Master Registration User Registration Card Registration Password Registration Process Time - 12 - www.korecen.com The best security products for 21 century User manual FV-100 Finger-vein “Following the voice message “Validate your finger-vein “put on your finger to sensor 3 times [1] click on Finger-vein Icon Click the Finish Icon 5 6 7 8 After 3steps for registration, with voice message…

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FCC, Request for non-disclosure Date: March 20, 2015 Page 1 of 1 Unicq-world. Co.,Ltd #107 Gwanggyo-ro, Yeongdong-gu, Suwon, Gyeonggi_do, Korea Subject: Request for confidentiality FCC ID: 2AEG5FV-100 Gentlemen: Pursuant to Sections 0.457 and 0.459 of the Commission's Rules, we hereby request confidential treatment of information accompanying this application as outlined below: ☑ Block Diagrams ☑ Operational Description ☑ Schematic Diagrams the above materials contain trade secrets and pr oprietary information not customarily released to the public. The public disclosure of these materials may be harmful to the applicant and provide unjustified benefits to its competitors. The applicant understands that pursuant to Section 0.457 of the Rules, disclosure of this application and all accompanying documentation will not be made before the date of the Grant for this application. <Date> March 20, 2015 <City> Suwon, Gyeonggi_do <Name and signature of applicant> BongJoon, Park / CEO

Unicq-world. Co.,Ltd #107 Gwanggyo-ro, Yeongdong-gu, Suwon, Gyeonggi_do, Korea Subject: DoC declaration To Whom it may concern, We, as the grantee of this project FCC ID: 2AEG5FV-100, would like to declare that the composite portion categorized as computer peripheral has been authorized under the Declaration of Conformity procedures. Test Laboratory : Standard Engineering Co. Ltd. 145, Hwanggeumteo-gil, Eumam-myeon, Seosan-si, Chungcheongnam-do, Republic of Korea 356-844 Regards, Signature: Name/Title: BongJoon, Park / C대 Company Name: Unicq-world. Co.,Ltd Brand Name : N/A Address: #107 Gwanggyo-ro, Yeongdong-gu, Suwon, Gyeonggi_do, Korea TEL : +82-2-1161-9497 FAX : +82-70-8282-6663 Email : [email protected]

Photo 1: Exterior Photographs Top Bottom Side 1 Side 2 Side 3 Side 4 Adapter Adapter Label

1. Label Location & Label Drawing Made in Korea Finger-vein Model : FV-100 FCC ID : 2AEG5FV-100 Unicq-world. Co.,Ltd This device complies with Part 15 of the FCC Rules. Operation is subject to the following two conditions: (1) this device may not cause harmful interference, and (2) this device must accept any interference received. including interference that may cause undesired operations. Label position 25mm 22mm

Interior view of EUT Internal Photos View of Main PCB(Top) View of Main PCB(Bottom) View of Module PCB(Top) View of Module PCB(Bottom) View of Camera PCB(Top) View of Camera PCB(Bottom) View of Sensor PCB(Top) View of Sensor PCB(Bottom) View of Camera1 PCB(Top) View of Camera1 PCB(Bottom) View of Antenna PCB(TOP) View of Antenna PCB(Bottom)

CAM350 V 10.0.1 : Wed Jan 14 11:15:42 2015 - (Untitled) CAM350 V 10.0.1 : Wed Jan 14 11:17:12 2015 - (Untitled) CAM350 V 10.0.1 : Wed Jan 14 11:16:56 2015 - (Untitled) CAM350 V 10.0.1 : Mon Oct 27 17:09:42 2014 - (Untitled) CAM350 V 10.0.1 : Mon Oct 27 17:09:28 2014 - (Untitled)

Item QuantityReferencePart 1 3 BCF1,BC1,BCF20.1uF(1608_UNLOAD) 2 121 BC2,BC3,BC4,BC5,BC6,BC7, 0.1uF(1608) BC8,C9,BC9,BC10,C11,BC11, C12,BC12,BC13,C14,BC14, BC15,BC16,C17,BC18,C19, BC19,C21,BC21,BC23,BC24, BC25,C26,BC26,BC27,BC28, BC29,BC30,BC31,BC32,BC33, BC34,BC35,BC36,BC37,BC38, BC39,BC40,BC41,BC42,BC43, BC44,BC45,BC46,BC47,C48, BC48,BC49,C50,BC50,BC51, BC52,BC53,BC54,BC55,BC56, BC57,BC58,C71,C74,C75, C76,C77,C78,BC89,BC91, BC97,BC98,BC99,C100, BC100,C101,BC101,BC102, C103,BC103,C104,BC104, BC106,BC107,BC108,BC109, BC110,BC111,BC112,BC113, BC114,BC115,BC116,BC117, BC118,BC119,BC120,BC121, BC122,BC123,BC124,BC125, BC127,BC128,BC129,BC130, BC131,BC132,BC133,BC136, BC138,BC139,BC141,BC144, BC146,BC148,BC151,BC152, BC153 3 1 BC173.3uF/10V(1608_Ceramic) 4 12 BC20,C22,C81,C82,C83,C86, 10uF/10V(1608_Ceramic) BC105,BC126,BC134,BC140, BC143,BC147 5 1 BC221uF/16V(P_TT) 6 29 BC59,BC60,BC61,BC62,BC63, 10pF(1608) BC64,BC65,BC66,BC67,BC68, BC69,BC70,BC71,BC72,BC73, BC74,BC75,BC76,BC77,BC78, BC79,BC80,BC81,BC82,BC83, BC84,BC85,BC86,BC87 7 4 C49,C51,C53,BC8810uF/16V(A_TT) 8 3 C52,C54,BC901uF/10V(1608_Ceramic) 9 4 BC92,BC93,BC94,BC950.01uF(1608) 10 4 C27,C29,C30,BC964.7uF/10V(1608_Ceramic) 11 3 C47,BC135,BC1374.7uF/16V(A_TT) 12 3 BD1,BD2,BD3BEAD(HH-1M1608-121JT) 13 1 BD4BEAD(3216_26ohm) 14 5 BD5,BD8,BD9,BD11,BD14 BEAD(2012_150ohm) 15 2 BD6,BD7BEAD(2012_30ohm_33ohm) Bill Of Materials December 24,2014 12:23:48 FV100M Revised: Wednesday, December 24, 2014 D- Revision: 0.7 Finger Vein Identification System(FV-100 Main Board) Korecen Co.Ltd 16 1 BD10BEAD(2012_150ohm_UNLOAD) 17 1 BT1 MS-920SE (Lithium_3.1V/11mAh_SeikoInstrumentsInc.) 18 1 BZ1BUZZER(ALP1205) 19 10 C1,C2,C3,C4,C5,C6,C7,C8, CN(1608_UNLOAD) C38,C46 20 2 C10,C1310uF/16V(TT_A) 21 2 C15,C160.001uF(1608) 22 2 C18,C2018pF(1608) 23 3 C23,C102,C1060.001uF/2KV(3216) 24 2 C24,C255pF(1608) 25 1 C282.2uF/50V(D(4mm)_H(5.5mm)_CAN) 26 2 C31,C390.022uF(1608_X7R) 27 4 C32,C33,C40,C4110uF/50V(3225_Ceramic,Y5V) 28 4 C34,C35,C42,C4322uF/16V(3225_Ceramic,X5R) 29 2 C36,C440.1uF(1608_X7R) 30 1 C370.01uF(1608_X7R) 31 1 C450.0082uF(1608_X7R) 32 6 C56,C57,C79,C80,C89,C90 22pF(1608) 33 5 C58,C59,C64,C68,C7315pF(1608_2%) 34 2 C60,C7027pF(1608_2%) 35 2 C61,C6547pF(1608_2%) 36 4 C62,C63,C66,C67220pF(1608_2%) 37 2 C69,C7215pF(1608) 38 2 C84,C85150pF(1608) 39 2 C87,C8810uF/10V(2012_Ceramic) 40 1 C105470uF/16V(CAN_UNLOAD) 41 1 D1RB063L-40(SS24) 42 2 D2,D3SMB15C 43 2 D4,D5SMB15 44 5 D6,D10,D12,D17,D18DAP202K(1SS181) 45 2 D7,D81N4004(SMD_M4) 46 1 D91N4148(miniMELF_UNLOAD) 47 1 D11ZHCS2000TA(SOT26) 48 4 D13,D14,D15,D21B340A(SMA_Schottky_40V_3A) 49 1 D16RB751S40(SOD523) 50 2 D19,D20B240A(SMA_UNLOAD) 51 8 D22,D23,D24,D25,D26,D27, SS210(SMB) D28,D29 52 1 F1MiniSMD110 53 1 JL1CON40(0.5mm_FPC) 54 5 JPT1,JPR1,JPB1,JPR2,JPB2 A4-3PA-2DSA 55 1 JPC1 HEADER_10X2 (2mm_SMD_C6200-20BDXAT0(S461)) 56 1 JPC2 HEADER_4X2 (2mm_SMD_C6200-08BDXAT0(S461)) 57 1 JPT2A4-3PA-2DSA(UNLOAD) 58 3 JP1,JP2,JP10MOLEX5267-3 59 1 JP5MOLEX5267-10 60 1 JP6MOLEX5267-6 61 1 JP9HIF3FC-10PA-2.54DSA 62 2 JP11,JP12MOLEX5267-2 63 1 JP13B7B-ZR 64 1 JP14MOLEX53014-2 65 1 JP15MOLEX5267-4 66 1 JP16MOLEX53014-3 67 2 JP19,JP20A4-2PA-2DSA 68 16 J1,J2,J3,J4,J5,J6,J7,J8,A3-SP J9,J10,J11,J16,J17,J18, J19,J20 69 1 J6RJ-45(WithLED_XRJM-S-01-8-8-4) 70 1 J8CON USB(Receptacle,Atype,RA,4P) 71 1 J11CON MiniUSB(Receptacle,Btype,RA,5P) 72 2 J12,J13ZHR-7 73 1 J14CON5(HIF3H-5SA-2.54DSA_EPD-1200_SOCKET) 74 1 J15CON3(HIF3H-3SA-2.54DSA_EPD-1200_SOCKET) 75 1 LCD1LCD_(5inch_RT500A4001) 76 1 LD1LED(1608_PureGREEN_CL-SP192DLG) 77 1 LD2LED(1608_RED_CL-SP192UHR) 78 1 LD3LED(1608_BLUE_S1608BL-4T) 79 2 LS1,LS2DS2Y-S-DC5V 80 1 L14.7uH(YCDM3015T_1.1A_Shield) 81 1 L2 SLF6028T-150M1R0-PF (15uH_1A_Shielded_Wound_TDK) 82 1 L3 SLF6028T-100M1R3-PF (10uH_1.3A_Shielded_Wound_TDK) 83 2 L4,L5INDUCTOR(2.2uH_TDK_NL322522T-2R2J) 84 11 MTH1,MTH2,MTH3,MTH4,MTH5,MTH(3mm) MTH6,MTH7,MTH8,MTH9, MTH10,MTH15 85 4 MTH11,MTH12,MTH13,MTH14 5.0mm(LCD_Support) 86 1 M1Camera(ICM033MC-821V) 87 1 M2EPD-1200(SOCKET) 88 1 OSC1 OSCILLATOR (SMD_3.3V_25MHz_SCO-53_UNLOAD) 89 1 PCB1PCB 90 1 Q1XP162A12A6PR 91 1 Q2MMST2222(SMT3) 92 2 Q3,Q4MMBT4401(SOT-23) 93 3 Q5,Q6,Q72SC2412K(2SC1815LT1) 94 32 RB1,R1,RS2,R2,R4,R5,R6, 0(1608) R7,R8,R9,R16,R17,R18,R20, R21,R22,R23,R24,R25,R28, R44,R86,R87,R93,R97,R122, R124,R154,R159,R160,R161, R164 95 11 RF1,RV2,RTST2,RF2,RB2, 0(1608_UNLOAD) RS3,R19,R31,R88,R92,R98 96 1 RN1RN164PJ103(10k) 97 7 RN2,RN3,RN4,RN5,RN6,RN7, RN164PJ220(22ohm) RN8 98 2 RP1,RP2R(1608_F(1%)_UNLOAD) 99 48 RS1,R13,R14,R15,R32,R33, 10k(1608) R41,R46,R47,R49,R56,R58, R63,R64,R67,R69,R81,R89, R90,R94,R95,R96,R99,R100, R101,R111,R112,R113,R114, R115,R116,R117,R118,R119, R120,R132,R135,R136,R138, R140,R145,R147,R149,R155, R156,R157,R158,R163 100 5 RTST1,R83,R84,R102,R106 R(1608_UNLOAD) 101 3 RV1,R200,R20110k(1608_UNLOAD) 102 1 R30(3216) 103 1 R1022(3216) 104 1 R110(3216_UNLOAD) 105 1 R1220k(1608) 106 9 R26,R27,R29,R30,R59,R60, 4.7k(1608) R61,R62,R82 107 2 R34,R3547k(1608) 108 3 R36,R38,R130820(1608) 109 5 R37,R39,R144,R153,R166 1k(1608) 110 1 R40100k(1608_UNLOAD) 111 4 R42,R43,R45,R4849.9(1608_1%) 112 3 R50,R128,R1651M(1608) 113 1 R5128.7k(1608_1%) 114 3 R52,R210,R21175(1608) 115 2 R55,R57200(1608) 116 7 R65,R66,R72,R74,R77,R142, 22k(1608) R151 117 2 R68,R701.5k(1608) 118 3 R71,R73,R76300(1608) 119 3 R85,R121,R1231M(1608_UNLOAD) 120 1 R9113(5025_1%_5%) 121 1 R10330.9k(1608_1%) 122 2 R104,R10810k(1608_1%) 123 1 R1057.5k(1608_1%) 124 1 R10716.9k(1608_1%) 125 1 R1095.6k(1608_1%) 126 1 R110100(2012) 127 1 R129220(1608) 128 1 R1312.7k(1608) 129 2 R133,R134330(1608) 130 1 R137120(1608) 131 4 R139,R143,R148,R152470(1608) 132 2 R141,R150510(1608) 133 1 R146120(1608_UNLOAD) 134 1 R16212k(1608_1%) 135 4 R202,R203,R204,R20512(1608) 136 1 R21263.4k(1608_F) 137 1 R2131M(3216) 138 1 SD1SRV05-4(SOT-23-6_Protek) 139 1 SD2PSOT12C 140 2 SD3,SD41.5SMCJ14C 141 2 SD5,SD6TVS_(USBLC6-4SC6_SOT23-6L) 142 2 SD7,SD9TVS(SMBJ60A) 143 2 SD8,SD10SIDACtor(P0640SC) 144 1 SW1TACT_SW(SMD_ST-1187_ITS-1165) 145 1 T1F1682S 146 1 T2…

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STANDARD ENGINEERING FCC ID : 2AEG5FV-100 Report Number : STD-FCC-15014 Page 1 /22 1. Applicant Name: Unicq-world. Co.,Ltd Address: #107 Gwanggyo-ro, Yeongdong-gu, Suwon, Gyeonggi_do, Korea FCC ID : 2AEG5FV-100 2. Products Name: Finger-vein Model/Type: FV-100/RFID Manufacturer: Unicq-world. Co.,Ltd 3. Test Standard: 47 CFR FCC Part 15 Subpart C:2011 section 15.225 4. Test Method: ANSI C63.10:2009 5. Test Result: Positive 6.Dates of Test: March 16, 2015 to March 19, 2015 7. Date of Issue: March 26, 2015 8. Test Laboratory: Standard Engineering Co. Ltd. FCC Designation Number : 624439 Tested by Approved by SoonHo, Kim / Test Engineer SeongSeok, Seo / Compliance Engineer This report may not be reproduced without the full written consent of Standard Engineering Laboratory. Standard Engineering Co. Ltd. 145, Hwanggeumteo-gil, Eumam-myeon, Seosan-si, Chungcheongnam-do 356-844, Republic of Korea Tel.: +82-41-663-9436, Fax :+82-41-663-9434 www.stdeng.com TEST REPORT Part 15 Subpart C 15.225 STANDARD ENGINEERING FCC ID : 2AEG5FV-100 Report Number : STD-FCC-15014 Page 2 /22 CONTENTS Page 1. VERIFICATION OF COMPLIANCE..............................................................................................................................................................5 2. GENERAL INFORMATION..............................................................................................................................................................6 . 2.1 PRODUCT DESCRIPTION..................................................................................................................................................................................6 2.2 MODEL DIFFERENCES: .....................................................................................................................................................................................6 2.3 RELATED SUBMITTAL(S) /GRANT(S)...........................................................................................................................................................6 2.4 PURPOSE OF THE TEST .................................................................................................................................................................................6 2.5 TEST METHODOLOGY.......................................................................................................................................................................................6 3. SYSTEM TEST CONFIGURATION...............................................................................................................................................7 3.1 JUSTIFICATION ....................................................................................................................................................................................................7 3.2 PERIPHERAL EQUIPMENT................................................................................................................................................................................7 3.3 MODE OF OPERATION DURING THE TEST...........................................................................................................................................7 3.4 CABLE DESCRIPTION FOR THE EUT ........................................................................................................................................................7 3.5 EQUIPMENT MODIFICATIONS .....................................................................................................................................................................7 3.6 CONFIGURATION OF TEST SYSTEM ........................................................................................................................................................8 3.7 ANTENNA REQUIREMENT .............................................................................................................................................................................8 4. PRELIMINARY TEST..........................................................................................................................................................................8 4.1 ACPOWER LINE CONDUCTED EMISSIONS TESTS..............................................................................................................................8 4.2 RADIATED EMISSIONS TESTS .....................................................................................................................................................................8 5. FINAL RESULT OF MEASURMENT............................................................................................................................................9 5.1 CONDUCTED EMISSION TEST.......................................................................................................................................................................9 5.2 Emission Test ....................................................................................................................................................................................................12 5.2.1 Radiated Emissions ............................................................................................................................................................................12 5.2.1.1 Regulation.............................................................................................................................................................................................12 5.2.1.2 Measurement Procedure .............................................................................................................................................................12 5.2.1.3 Test Configuration............................................................................................................................................................................13 5.2.1.4 Test Results .......................…

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