WGP-FR260NMRF Card Reader

FR260 register 10,000 pieces of the RF card so controls a door and can be used attaching on RF Card Reader & Controller(Model: FR260series) a doorframe or wall surface. The epoxy-coated inner pcb can be used installing outside, and can be independently used (a network product should be ordered with FR260N) without a separate additional device as it has a circuit to control built-in. It is simple to register and delete the RF card, and since the setting mode can be easily grasped by the two color tones of LED and the buzzer sound it is convenient to use. (Appearance and Specification) Read Range (Mifare card/EM card) User key registration /event storage Door open time (adjustable by network) Selection of kinds of door locks Exit button Reading Format LED/buzzer Product colors Electric power User environment Product size (WxHxD) : 4cm / 10cm (based on ISO card) : Max. 10,000 pcs/10,000 pcs : five seconds (fixed) : Power Fail Safe or Power Fail Secure : Input of one exit button (operable at LOW) : 26 bit (32 bits for Mifare card) Wiegand : 2 Color LEDs(red, green) / Piezo buzzer : Black Dull luster : DC 12V, Max. 150mA(door lock excepted) : -20°C ~ +65°C, 0~90% absolute hunidity : 79 x 121 x 18mm (Product wiring diagram) 8 6 4 2 7 5 3 1 No.1 : BLACK No.2 : RED No.3 : WHITE No.4 : GREEN No.5 : YELLOW No.6 : ORANGE No.7 : BROWN No.8 : BLUE *. Power connection: connect No.1 pin to GND of power and No. 2 pin to +12V. *. Relay output connection: Normal Open (No.7 pin), Common (No.8 pin), Normal Close(No.5 pin) *. Sensor connection: Sensor0 (No.4pin, Exit), sensor1 (No.3 pin, Door Status) *. Signal ground: No.6 pin, No. 10 pin, No. 1 pin Dead Bolt VCC GND EXIT Button power 12V DC NO (brown) COM (blue) NC (yellow) EXIT orange EXIT (green) GND (black) +12V (red) EM Lock GND VCC (How to register a user) -- . Registration of the master (administrator) card Turn the power supply ON (factory shipping mode, and green LED flickers)=> approach the card (“bbi” buzzer sound/green & red LED flickers repeatedly, and registers consecutively up to 5 pieces), then the master card is registered and 10 seconds later it is changed into a general mode (green LED flickers long). *. After opening the product package box, once turn the power supply ON, the initial card becomes a master card, and after registering the master card (1-5 pieces), once register repeating one time, it converts into a user’s card registration mode, and 10 seconds later it changes into a normal operating mode (general mode, and green LED flickers long). *. If the product is normally functioning, it is the general mode and the green LED flickers long. -- . Manual registration of the user’s card (“bbi” sound one time) Approach the master card (long “bbi” buzzer sound, and green LED is repeatedly lighted up for 10 seconds)=> approach the user’s card (buzzer sound one time/green LED) => (it is consecutively registered), and once approach the last registration card 2 times, it converts into a normal operating mode. *. Once approach the registered card, “bbi” sound is produced one time/green LED is lighted up, and once approaches the non-registered card, “bbi bbi” buzzer sound is produced 2 times. -- . Automatic registration of the user’s card (“bbi” sound 2 times) Approach the master card (long “bbi” buzzer sound)=> approach the master card (“bbi, bbi” buzzer sound, and green LED is repeatedly lighted up short)=> approach the user’s card (“bbi” buzzer sound, registration of the card and operation of the user’s card)=> (once approach a new card in a state that the green LED is repeatedly lighted up short, “bbi” buzzer sound, registration and operation of the card is consecutively registered)=> once approach the master card one time (“bbi” buzzer sound, and green LED), t he function of automatic registration is lifted and converted into a general mode. *. The function of automatic registration is the one to get registered/operated with the card that the user possessed, and after a certain period of time it should be lifted by the master card and will be used in a place where security is not important. *. In the function of automatic registration, the green LED is in a state being repeatedly lighted up short. -- . Deletion of the user’s card (“bbi” sound 3 times) Approach the master card (long “bbi” buzzer sound) => approach the master card (“bbi, bbi” buzzer sound, and green LED flickers repeatedly) => approach the master card (“bbi, bbi, bbi” buzzer sound) => approach the registered user’s card (buzzer sound one time/green LED)=> (possible to delete consecutively)=> approach the master card (mode out) *. If a certain time (10 seconds) is exceeded while carrying out the function by the master card, it converts into a general mode automatically. -- . Whole deletion of the user’s card and master card (“bbi” sound 4 times) Approach the master card (long “bbi” buzzer sound)=> approach the master card (“bbi, bbi” buzzer sound) => approach the master card (“bbi, bbi, bbi” buzzer sound, and red LED is lighted up)=> approach the master card (“bbi, bbi, bbi, bbi” buzzer sound, and red LED is lighted up for 10 seconds)=> approach the master card (“bbi” buzzer sound, and green LED is repeatedly lighted up)=> it is converted into a factory shipping mode (initialization mode). *. Be careful as the master card should be registered afresh after converting into the factory shipping mode. *. To help prevent the whole deletion, it has been set up to make the whole deletion possible only when approaching 4 times and approaching to confirm one more time. If an additional approach to confirm after approaching 4 times is not performed, it is automatically converted into a general mode after a certain time (10 seconds) and the whole cannot be deleted. -- . Product initialization (factory shipping mode) Turn the power supply OFF=> put the connector provided upon delivery into the connector inserting part inside of the product=> turn the power supply ON (“bbi, bbi, bbi” soun…

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SIZE 80mm x 120mm x 18mm WEIGHT 100g Inputs & Outputs Customizable 2 inputs and 1 outputs Communications Wiegand Standard 26-bit and Ethernet NOTCH FREQUENCY 60Hz COMMUNICATION PROTICOLS TCP/IP, UDP operating environment (temperature) -20C ~ 65C operating environment (humidity) 0 ~ 90 % INPUT POWER DC 12V SUPPLY CURRENT 350mA Lightning protection degree BF Type equipment Reader Type Mifare Card reader Antenna Type Pcb pattern Frequency 13.56MHz Radio Frequency Type F1D Communication Type Single Type Modulation Type FSK Antenna Dimension 50x60 mm FR260NM FR260NM - Block Diagram MICOM CANTUS512 Flash Memory LAN Controller MACK JACK Power Regulator Relay Mifare Card Reader Crystal 11.2896MHz Crystal 32.768KHz Serial Transceiver Buzzer Tamper Switch Crystal 25MHz Ethernet Board Main Board Crystal 13.56MHz

KTI15EF06001 FCC ID: WGP-FR260NM Korea Technology Institute Co., Ltd. Page 1 of 3 External photo (Front) KTI15EF06001 FCC ID: WGP-FR260NM Korea Technology Institute Co., Ltd. Page 2 of 3 External photo (Rear) KTI15EF06001 FCC ID: WGP-FR260NM Korea Technology Institute Co., Ltd. Page 3 of 3 External photo (Side)

KTI15EF06001 FCC ID: WGP-FR260NM Korea Technology Institute Co., Ltd. Page 1 of 1 FCC ID Sample Label Label Drawing (FR260NM) BRAIN TECH Co.,Ltd FCC ID: WGP-FR260NM Model No.: FR260NM Rating: DC 12V 350 mA MSIP-CMM-NH2-FR260NM Made In Korea

KTI15EF06001 FCC ID: WGP-FR260NM Korea Technology Institute Co., Ltd. Page 1 of 1 Label location FCC ID Label Location

KTI15EF06001 FCC ID: WGP-FR260NM Korea Technology Institute Co., Ltd. Page 1 of 4 Internal photo 1 KTI15EF06001 FCC ID: WGP-FR260NM Korea Technology Institute Co., Ltd. Page 2 of 4 Internal photo 2 (Front) KTI15EF06001 FCC ID: WGP-FR260NM Korea Technology Institute Co., Ltd. Page 3 of 4 Internal photo 3 (Rear) KTI15EF06001 FCC ID: WGP-FR260NM Korea Technology Institute Co., Ltd. Page 4 of 4 Internal photo 4

Operation Description for FR-260NM 1. Hardware Block diagram 2. General It supports various functions as follows - User enrollment with RF card ID - User deletion with RF card ID - User identification using card - Configurable security modes - Standalone/Network communication via TCP/IP - Onboard configurable 3 inputs and 1 Relay output - 3. Operation A. Card - CPU reads card ID via RF Card Reader - In Enroll process CPU write card ID to Flash Memory - In identification process, CPU reads new card ID and compares enrolled card ID - If dentification is successful, CPU drive the Relay B. Delete User - User can use master card, select Delete User - User can delete single user data by entering the card ID - User can delete all user data by select Delete All User function - Completion of user deletion by erasing the user data that on a Flash Memory C. Communication - CPU communicate using TCP/IP, UDP protocol with the PC via Ethernet Controller - CPU makes exchange with the PC about information for the operation of FR-260 and User D. Sensor - Periodically, CPU checks the state of Sensor Input, notify to the PC or write to Flash Memory - Sensor Input connected to Exit Button, CPU drives the relay

FR260NM, Reader/Controller (Main PCB Board) SNPart ValuePart Number 1 10K/JAR1 ,AR2,AR3,AR4 2 22 Ohm /J BR1 , BR2 RB3, BR4, RB5, RB6, RB7, RB8 3 10uF/10VC4 ,C5,C9,C10,C14,C48,C52,C53 422 pFC2,C6 524 pFC7,C11 6 0.1uF(104) DC1,DC2,DC3,DC9,DC10,,DC12,C12,DC13,C 13,DC14,C16,C17,DC18,C18,DC19,DC20,DC 21,DC22,DC28,DC30,DC31,DC32,C47 782 pFC19,C20 815 pFC30,C43 968 pFC31,C33 10 22 pFC44 11 0.01uFC46 12 106/25VC49 13 226/10VC50 14 2.2nFC51 15 3ARG9HW-A(2Color LED)D1 16 S2DD2 ,D3 17 KDS4148 UD4,D5 18 0.1uF(104)DC25 ,DC26,DC27,C41,C42 19 HH-1M1608-102FB1 ,FB2,FB3,FB4,FB5,FB6 20 12505WS-05J1 21 YDAW200-08J3 22 BUZZER(10PI)BZ1 23 1uH/2012L1 24 LPF7030T-4R7ML3 25 MMBT2222Q1 ,Q2,Q5,Q4 26 TX2-5VRY1 27 1KR1 ,R27,R28 28 560 OhmR2 29 10KR3 ,R10,R25,R26,R31 30 100 OhmR29 ,R30 31 1MR8 32 4.3MR9 33 10 OhmR13 ,R19 34 820 OhmR15 35 560 OhmR16 36 10KR17 37 RC500/SOPU11 38 100 KR20 39 28.7K(1%)R21 40 20KR22 41 2.55K(1%)R23 42 10K(1%)R24 43 22 OhmER1 , ER2, ER3 44 10uF/25VTC2 ,TC3,TC4,TC5 45 KIA7027AFU1 46 CANTUS512U2 47 SP3232EBCY/TSSOPU3 48 SST39VF1681U4 49 74LVC245 AU5 50 74LVC08 AU6 51 74LVC573 AU7,U8 52 EUP3475U12 53 7805/TO-252U13 54 13.56MHz/ATSY1 55 32.768KHz/ABS25Y2 56 miniSMDC110FRS1 57 CM-1283 RSW1 58 ITS-1101(SMD)SW2 59 Antenna PCB (Ethernet PCB Board) SNPart ValuePart Number 1 1K/JAR5 2 10uF/10VTC6 3 0.01uFC65 413 pFC66,C67 5 0.1uF(104) DC31,DC34,DC35,DC36,DC37,DC38,DC39,D C40,DC41,DC42,DC43,DC44,DC45 6 HH-1M1608-102FB9 ,FB10,FB11,FB12 7 HEADER PIN 12(2mm pitch)J4,J12 8 HEADER PIN 12X2(2mm pitch)J5,J13 9 12505WR-06J11 10 RJ45 Connector Module with harness(L:15cm) 11 GREEN_2012LD1,LD3 12 RED_2012LD2 ,LD4 13 1MR40 14 12K(1%)R41 15 300(1%)R42 16 49.9(1%)R43 ,R44,R47,R48 17 0 OhmR45 ,R46 18 W5100U16 19 25MHz/ATSY4 (Other Parts) SNPart NamePart Number 1 Housin g(plastic case)2pcs 2 Screw4 pcs 3st yrpfoam wrap 4paper box

(1.96:1) CAM350 V 8.7 : Mon Jun 15 23:20:40 2015 - (Untitled) (4.05:1) CAM350 V 8.7 : Mon Jun 15 23:32:22 2015 - (Untitled)

5 5 4 4 3 3 2 2 1 1 DD CC BB AA AD0AD1AD2AD3AD4AD5AD6AD7 AD[0..7] nW5100_RESET A_RESET/P3.2 ALE0 ALE1 nRE nWE JTAG_TDO JTAG_TDI/P6.3 JTAG_TMS/P6.2 JTAG_TCK/P6.1 JTAG_TRST/P6.0 IIS_SDO IIS_SDI TX1 RX1 TX2 RX2 BUZZER IIS_LRCK IIS_SCLK IIS_MCLK A16 A17 CODE_VREF RC500_IRQ nW5100_INT A18 PWK nRESET_CPU nRESET_CPU TX1 RX1 TX2 RX2 nCS0 nCS1 nCS2 SPI_nSS CLK_OUT LED1LED2 LED1 LED2 JTAG_TDI/P6.3 V3P3D GND V1P8DV3P3D GND V3P3D GND GND V1P8D GND V3P3D V1P8D GND GND GND GND AGND AGND V1P8D_PMU V1P8D GND V1P8D GND GND V1P8D_PMU GND GND V1P8D GND GND GND GND V3P3D AGND V3P3D AGND V3P3D GND V3P3D AV3P3D V3P3D V3P3D GND V3P3D GND V1P8D_PMU V1P8D V1P8D_PMU V1P8D GND GND V3P3D GND GND V3P3D GND GND V3P3D V3P3D V3P3D GNDGND GND AD[0..7][2] OPMODE2 [3,4,7] OPMODE1 [3,4,7] OPMODE0 [4,7] nW5100_RESET[4,7] nRE[3,4] nWE[3,4] JTAG_TMS/P6.2[4] JTAG_TCK/P6.1[4] JTAG_TRST/P6.0[4] IIS_SDO[4] IIS_SDI[4] RC500_RST[3] BUZZER[4] IIS_LRCK[4] IIS_SCLK [4] IIS_MCLK [4] nCS0[2] nCS1[2,3] A16[2] A17[2] RELAY[4] SENSOR2[4] nW5100_INT [6,7] A18[2] JTAG_TDI/P6.3[4] RC500_IRQ [3] ALE0[2] ALE1[2] nCS2[2,4] SPI_nSS[4,7] nRESET_CPU [8] JTAG_TDO[4] A_RESET/P3.2 [4,7] SENSOR1[4] RD/CLK[3] DEMOD[3] SHD[3] MOD[3] F_RESET[3] F_A20[3] F_A19[3] CLK_OUT [3] Title Size Document NumberRev Date:Sheet of <Doc> <RevCode> CANTUS A3 16Wednesday, June 03, 2015 Title Size Document NumberRev Date:Sheet of <Doc> <RevCode> CANTUS A3 16Wednesday, June 03, 2015 Title Size Document NumberRev Date:Sheet of <Doc> <RevCode> CANTUS A3 16Wednesday, June 03, 2015 ER122ER122 AR2 10K/J AR2 10K/J ER222ER222 DC9 104 DC9 104 1 2 3 4 5 J1 12505WS-05 J1 12505WS-05 DC10 104 DC10 104 Y1 11.2896MHz/ATS Y1 11.2896MHz/ATS C4 10uF/10V C4 10uF/10V C10 10uF/10V C10 10uF/10V DC12 104 DC12 104 C6 22pFC6 22pF DC1 104 DC1 104 C14 10uF/10V C14 10uF/10V R10 10K R10 10K C2 22pFC2 22pF BR2 22/J BR2 22/J R8 1M R8 1M DC14 104 DC14 104 C13 104 C13 104 DC2 104 DC2 104 Q1 MMBT2222 Q1 MMBT2222 C5 10uF/16V C5 10uF/16V R3 10K R3 10K C18 104 C18 104 SW1 CM-1283R SW1 CM-1283R FB2 HH-1M1608-102 FB2 HH-1M1608-102 C17 104 C17 104 C7 24pFC7 24pF C12 104 C12 104 AR1 10K/J AR1 10K/J DC3 104 DC3 104 BR1 22/J BR1 22/J D1 3ARG9HW-A D1 3ARG9HW-A C16 104 C16 104 Q2 MMBT2222 Q2 MMBT2222 R1 1K R1 1K R9 4.3M R9 4.3M DC13 104 DC13 104 FB1 HH-1M1608-102 FB1 HH-1M1608-102 C11 24pFC11 24pF C9 10uF/10V C9 10uF/10V GND 15 VCC 16 R1IN 13 R2IN 8 T2IN 10 T1IN 11 C1+ 1 C1- 3 C2+ 4 C2- 5 V+ 2 V- 6 R1OUT 12 R2OUT 9 T1OUT 14 T2OUT 7 U3 SP3232EBCY/TSSOP U3 SP3232EBCY/TSSOP ER322ER322 OUT 3 GND 2 VCC 1 U1 KIA7027AF SOT-89 U1 KIA7027AF SOT-89 Y2 32.768KHz/ATS Y2 32.768KHz/ATS nTEST 1 P1.0/A8/D8/KEY_O0/TX4 2 P1.1/A9/D9/KEY_I0/RX4 3 P1.2/A10/D10/KEY_O1/TX5 4 P1.3/A11/D11/KEY_I1/RX5 5 P1.4/A12/D12/KEY_O2/TX6 6 P1.5/A13/D13/KEY_IN2/RX6 7 P1.6/A14/D14/KEY_O3/TX7 8 P1.7/A15/D15/KEY_I3/RX7 9 IO_VDD33 10 VSS 11 USB_DP 12 USB_DM 13 CODEC_AVDD33 14 CODEC_AVSS 15 VGA 16 VOA 17 AOUT 18 VREF 19 AIN1 20 AIN2 21 AIN3 22 P6.4/PORBY 23 VSS 24 CORE_VDD18 25 P4.0/IIS_SDO/TX0 26 P4.1/IIS_SDI/RX0 27 P4.2/SDCD_D3/SPI_MOSI/TX1/ISP_IN 28 P4.3/SDCD_D2/SPI_MISO/RX1/ISP_OUT 29 P4.4/SDCD_CLK/SPI_SCK/TX2/ISP_CLK 30 P4.5/SDCD_CMD/RX2 31 P4.6/TWI_SCL/TX3 32 P4.7/TWI_SDA/RX3 33 P5.0/SDCD_D1/CAP0/TMO0/EXT_CLK 34 P5.1/SDCD_D0/CAP1/TMO1 35 P5.2/IIS_LRCK/CAP2/TMO2 36 VSS 37 P5.3/IIS_SCLK/CAP3/TMO3 38 P5.4/IIS_MCLK/CAP4/TMO4 39 P5.5/A16/CAP5/TMO5 40 P5.6/A17/CAP6/TMO6 41 P5.7/A18/CAP7/TMO7 42 IO_VDD33 43 PMU_VSS 44 PMU_VDD18 45 PWK 46 PDN 47 PMU_nRESET 48 ROSC_VSS 49 ROSC_VDD18 50 RTC_XIN 51 RTC_XOUT 52 PMU_LDO_VDD33 53 PMU_LDO_OUT18 54 PMU_LDO_VSS 55 OSC_VSS 56 XIN 57 XOUT 58 OSC_VDD18 59 OSC_VDD33 60 PLL_AVSS 61 PLL_AVDD18 62 LDO_VSS 63 LDO_VDD18_OUT 64 LDO_VDD33_IN 65 P3.0/nWAIT/EIRQ0 66 P3.1/nBE1/EIRQ1 67 P3.2/NDFL_nWE 68 P3.3/NDFL_ALE 69 P3.4/NDFL_CLE 70 P3.5/NDFL_nCS 71 P3.6/NDFL_nRE 72 P3.7/NDFL_nBUSY/nNMI 73 nRESET 74 VSS 75 P0.0/A0/D0/A8/BOOTSEL0 76 P0.1/A1/D1/A9/BOOTSEL1 77 P0.2/A2/D2/A10/NFSIZ0 78 P0.3/A3/D3/A11/NFSIZ1 79 VSS 80 CORE_VDD18 81 P0.4/A4/D4/A12/nISPSEL 82 P0.5/A5/D5/A13/MEMSIZ 83 P0.6/A6/D6/A14/nOSISEL 84 P0.7/A7/D7/A15/nJTAGSEL 85 P2.0/SRAM_ALE0 86 P2.1/SRAM_ALE1 87 P2.2/SRAM_nRE 88 P2.3/SRAM_nWE 89 VSS 90 IO_VDD33 91 P2.4/SRAM_nCS0 92 P2.5/SRAM_nCS1 93 P2.6/SRAM_nCS2/ISP_nCS 94 P2.7/SRAM_nCS3/SPI_nSS 95 P6.0/TRST 96 P6.1/TCK 97 P6.2/TMS 98 P6.3/TDI 99 TDO 100 U2 CANTUS512 CANTUS U2 CANTUS512 CANTUS R2 560 R2 560 5 5 4 4 3 3 2 2 1 1 DD CC BB AA A1 A2 A3 A4 A5 A6 A7 A[0..18] A15 A14 A13 A12 A11 A10 A9 A8 A0 AD7 AD6 AD5 AD4 AD3 AD2 AD1 AD0 A16 A17 AD[0..7] D2 D5 D1 D4 D6 D7 D0 D3 D[0..7] nRE AD7 AD6 AD5 AD4 AD3 AD2 AD1 AD0 A18 AD0 AD1 AD2 AD3 AD4 AD5 AD6 AD7 ALE0 nCS0 nWE F_RESET nRE A1 A2 A3 A4 A5 A6 A7 A0 A15 A14 A13 A12 A11 A10 A9 A8 A16 A17 A18 D2 D5 D1 D4 D6 D7 D0 D3 nCS0 nCS2 nCS1 ALE1 GND V3P3D GND V3P3D GND GND GND V3P3D GND V3P3D GND V3P3D GND GND GND V3P3D GND V3P3D GND V3P3D V3P3D GND GND V3P3D V3P3D A[0..18] [3,4] A16[1] A17[1] AD[0..7][1] D[0..7][3,4] nRE[1] A18[1] ALE0[1] ALE1[1] nCS0[1] nCS1[1] nCS2[1] nWE[1] F_RESET[1] F_A19[1] F_A20[1] Title Size Document NumberRev Date:Sheet of <Doc> <RevCode> Memory & Buffer A3 26Tuesday, June 02, 2015 Title Size Document NumberRev Date:Sheet of <Doc> <RevCode> Memory & Buffer A3 26Tuesday, June 02, 2015 Title Size Document NumberRev Date:Sheet of <Doc> <RevCode> Memory & Buffer A3 26Tuesday, June 02, 2015 A0 2 A1 3 A2 4 A3 5 A4 6 A5 7 A6 8 A7 9 OE 19 DIR 1 B0 18 B1 17 B2 16 B3 15 B4 14 B5 13 B6 12 B7 11 VCC 20 GND 10 U5 74LVC245A U5 74LVC245A BR422/JBR422/J D1 2 D2 3 D3 4 D4 5 D5 6 D6 7 D7 8 D8 9 LE 11 OE 1 Q1 19 Q2 18 Q3 17 Q4 16 Q5 15 Q6 14 Q7 13 Q8 12 VCC 20 GND 10 U8 74LVC573A U8 74LVC573A DC22 104 DC22 104 4 5 6 14 7 U6B 74LVC08A U6B 74LVC08A AR4 10K/J AR4 10K/J D1 2 D2 3 D3 4 D4 5 D5 6 D6 7 D7 8 D8 9 LE 11 OE 1 Q1 19 Q2 18 Q3 17 Q4 16 Q5 15 Q6 14 Q7 13 Q8 12 VCC 20 GND 10 U7 74LVC573A U7 74LVC573A BR822/JBR822/J C20 82pF C20 82pF DC20 104 DC20 104 DC18 104 DC18 104 BR722/JBR722/J DC19 104 DC19 104 1 2 3 14 7 U6A 74LVC08A U6A 74LVC08A BR622/JBR622/J C19 82pF C19 82pF 12 13 11 …

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KTI15EF06001 FCC ID: WGP-FR260NM Korea Technology Institute Co., Ltd. Page 1 of 22 Test Report Test Report No.: KTI15EF06001 Registration No.: KR0023 Applicant: BRAIN TECH CO.,LTD Applicant Address: 5 th Fl., Dongyoung Bldg., 580 Pajang-dong, Jangan-gu, Suwon-si, Kyunggi-do, KOREA Product: RF Card Reader FCC ID: WGP-FR260NM Model No. FR260NM Receipt No.: 15-0528 Date of receipt:June 30, 2015 Date of Issue: June 29, 2015 Testing location Korea Technology Institute Co., Ltd. 51-19, Sanglim3-Ri, Docheok-Myeun, Gwangju-Shi, Gyeungki-Do, Korea Test Standards: FCC/ANSI. C63.4:2003 Rule Parts: FCC Part 15, Class B Equipment Class: Digital device Test Result: The above-mentioned product has been tested with compliance. Tested by: Y.D.Kim / Engineer Approved by: S. H. Song / Technical Manager Signature, Date June 30, 2015 Signature, Date June 30, 2015 Other Aspects: Abbreviations: * OK, Pass=passed * Fail=failed * N/A=not applicable ☞ - This test report is not permitted to copy partly without our permission. - This test result is dependent on only equipment to be used. - This test result is based on a single evaluation of one sample of the above mentioned. - This test report must not be used by the client to claim product endorsement by NVLAP or any agency of the U.S Government. - We certify this test report has been based on the measurement standards that is traceable to the national or international standards. KTI15EF06001 FCC ID: WGP-FR260NM Korea Technology Institute Co., Ltd. Page 2 of 22 >> Contents << Contents 2 List of Tables 2 List of Figures 2 List of Photographs 2 1. General 4 2. Test Site 4 2.1 Location 4 2.2 List of Test and Measurement Instruments 4 2.3 Test Date 5 2.4 Test Environment 5 3. Description of the tested samples 6 3.1 Rating and Physical characteristics 6 3.2 Submitted documents 6 4. Measurement conditions 7 4.1 Modes of operation 7 4.2 Additional Equipment 7 4.3 Uncertainty 7 4.4 Test Setup 8 5. TEST AND MEASUREMENTS 9 5.1 Antenna Requirement 9 5.1.1 Regulation 9 5.1.2 Results 9 5.2 Emission Test 10 5.2.1 Conducted Emissions 10 5.2.2 Radiated Emissions 14 5.2.2.1 Regulation 14 5.2.2.2 Measurement Procedure 14 5.2.2.3 Calculation of the field strength limits below 30 MHz 15 5.2.2.4 Test Results 16 5.2.2.5 Calculation of the field strength limits above 30 MHz 17 5.2.2.6 Test Results 17 KTI15EF06001 FCC ID: WGP-FR260NM Korea Technology Institute Co., Ltd. Page 3 of 22 ≫≫ Contents ≪≪ 5. 5.3 Spectrum mask and Occupied bandwidth 18 5.3.1 Regulation 18 5.3.2 Measurement Procedure 18 5.3.3 Test Results 19 5.4 Frequency Tolerance of Carrier Signal 21 5.4.1 Regulation 21 5.4.2 Measurement Procedure 21 5.4.3 Test Results 22 6. Photograph of the Test Set-Up - >> List of Tables Table 1 List of test and measurement equipment 5 Table 2 Test Data. Conducted Emissions 13 Table 3 Test Data, Fundamental Frequency (Ver / Hor) 16 Table 4 Test Data, Radiated Emission below 30 MHz 16 Table 5 Test Data, Radiated Emission above 30 MHz 17 Table 6 Test Data, Frequency Tolerance of carrier signal 22 >> List of Figures Figure 1 Test Setup_Adaptor Mode 8 Figure 2 Spectral Diagram, LINE-PE 11 Figure 3 Spectral Diagram, NEUTRAL-PE 12 Figure 4 Spectrum Mask 19 Figure 5 Occupied Bandwidth 20 >> List of Photographs Photograph 1 Setup for radiated Emissions (below 30 MHz) - Photograph 2 Setup for radiated Emissions (above 30MHz) - Photograph 3 Setup for conducted Emissions - KTI15EF06001 FCC ID: WGP-FR260NM Korea Technology Institute Co., Ltd. Page 4 of 22 1. General This equipment has been shown to be capable of compliance with the applicable technical standards and was tested in accordance with the measurement procedures as indicated in this report. We attest to the accuracy of data. Korea Technology Institute Co., Ltd. performed all measurements reported herein. And were made under Chief Engineer’s supervisor. We assume full responsibility for the completeness of these measurements and vouch for the qualifications of all persons taking them. 2. Test Site Korea Technology Institute Co., Ltd. 2.1 Location 51-19, Sanglim3-Ri, Docheok-Myeun, Gwangju-Shi, Gyeungki-Do, Korea The Test Site is in compliance with ANSI C63.4:2003 for measurement of radio Interference. KTI15EF06001 FCC ID: WGP-FR260NM Korea Technology Institute Co., Ltd. Page 5 of 22 2.2 List of Test and Measurement Instruments Table 1: List of Test and Measurement Equipment - Conducted Emissions Kind of Equipment Type S/N Calibrated until Calibration Interval Field Strength MeterESCI 100025 10.2015 1 year Spectrum Analyzer E4440A US4042068204.2016 1 year LISN 1601132832611.2015 11.2015 1 year Conducted Cable N/A N/A N/A N/A - Radiated Emissions Kind of Equipment Type S/N Calibrated until Calibration Interval Field Strength Meter ESCS30 849650 03.2016 1 year Biconic Logarithmic Periodic Antenna VULB9163 9163-281 11.2016 2 year Horn Antenna KTI-HD-1080130001 10.2016 2 year Loop Antenna 6502 3434 05.2016 2 year PREAMPLIFIER 8449B 3008A0210408.2015 1 year Open Site Cable N/A N/A N/A N/A TURNTABLE K401 K100 N/A N/A Antenna Mast K402 K200 N/A N/A Antenna & Turntable controller K401OS K300 N/A N/A 2.3 Test Date Date of Application: June 30, 2015 Date of Test: June 25, 2015 2.4 Test Environment Indoor: 22°C/48%/1005mbar Outdoor: 24°C/62%/1005mbar KTI15EF06001 FCC ID: WGP-FR260NM Korea Technology Institute Co., Ltd. Page 6 of 22 3. Description of the tested samples The EUT is Card Reader. 3.1 Rating and Physical Characteristics SIZE 80mm x 120mm x 18mm WEIGHT 100g Inputs & Outputs Customizable 2 inputs and 1 outputs Communications Wiegand Standard 26-bit and Ethernet NOTCH FREQUENCY 60Hz COMMUNICATION PROTICOLS TCP/IP, UDP operating environment (temperature) -20C ~ 65C operating environment (humidity) 0 ~ 90 % INPUT POWER DC 12V SUPPLY CURRENT 350mA Lightning protection degree BF Type equipment Reader Type Mifare Card reader Antenna Type Pcb pattern Frequency 13.56MHz Radio Frequency Type F1D Communication Type Single Type Modulation Type FSK Antenna Dim…

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KTI15EF06001 FCC ID: WGP-FR260NM Korea Technology Institute Co., Ltd. Page 1 of 3 6. Photograph of the Test Set-Up Photograph 1 : Setup for radiated Emissions (below 30 MHz) KTI15EF06001 FCC ID: WGP-FR260NM Korea Technology Institute Co., Ltd. Page 2 of 3 Photograph 2 : Setup for radiated Emissions (above 30 MHz) KTI15EF06001 FCC ID: WGP-FR260NM Korea Technology Institute Co., Ltd. Page 3 of 3 Photograph 3 : Setup for Conducted Emissions