IDTECK IP-FINGER007 RFID & Biometrics Access Controller User Manual Appendix 4 Block Diagram
ID-Teck Co Ltd RFID & Biometrics Access Controller Appendix 4 Block Diagram
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| Document Description | User Manual |
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| Date Submitted | 2011-11-07 00:00:00 |
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FCC TEST REPORT Report No.: EMC-FCC-R0048 http://www.emc2000.co.kr Appendix 6. User manual EMC compliance Ltd. 82-1, JEIL-RI, YANGJI-MYUN, CHURINGU, YONGIN-CITY, KYUNGGI-DO, KOREA 449-825 82 31 336 9919 (Main) 82 31 336 4767 (Fax) This test report shall not be reproduced except in full, Without the written approval. User’s Manual Fingerprint Identification Access Control System Table of Contents 1. Safety Instructions .............................................................................................................. 5 2. General ................................................................................................................................. 6 3. Key Features........................................................................................................................ 7 4. Specifications ...................................................................................................................... 7 5. Identifying Supplied Parts .................................................................................................. 9 6. Product Overview................................................................................................................ 9 6.1. Functions ....................................................................................................................... 9 6.2 Product Description ...................................................................................................... 12 6.2.1 Front View ............................................................................................................. 12 6.2.2 Rear View .............................................................................................................. 13 6.2.3. Color Coded & Wiring Table ................................................................................. 14 6.3 Option ........................................................................................................................... 15 7. Installation Tips & Check point ........................................................................................ 15 7.1 Check Points before Installation ................................................................................... 15 7.1.1 Installation Layout.................................................................................................. 15 7.1.2 Recommended Cable Type ................................................................................... 16 7.2 Check Point during Installation ..................................................................................... 16 7.2.1 Termination Resistor .............................................................................................. 16 7.2.2 How to Connect Termination Resistors .................................................................. 17 7.2.3 Grounding System for Communication Cable........................................................ 17 7.2.4 Reverse Diode Connection .................................................................................... 18 8. Installation of the Product ................................................................................................ 19 8.1 Template ....................................................................................................................... 19 8.2 System Initialization ...................................................................................................... 20 8.3 Wiring............................................................................................................................ 21 8.3.1 Power .................................................................................................................... 21 8.3.2 Input Connections.................................................................................................. 21 8.3.3 Output Connections ............................................................................................... 22 8.3.4 Reader Connections (External Reader) ................................................................. 23 9. Communication ................................................................................................................... 23 9.1 RS232 Communication Port Connection ...................................................................... 23 9.2 RS-422 Communication Port Connection ..................................................................... 24 9.2.1 RS-422 Connection (Standalone) .......................................................................... 24 9.2.2 RS-422 Connection (Multiple FINGER007 Connections) ...................................... 25 9.3 TCP/IP Communication Port Connection (Optional) ..................................................... 25 9.4 TCP/IP Converter (External Version) ............................................................................ 26 10. Initial Setup ...................................................................................................................... 27 10.1 Initialization of FINGER007......................................................................................... 27 10.2 Entering Setup Mode .................................................................................................. 27 10.3 Time / Date Setting ..................................................................................................... 28 10.4 Setting Maximum Number of Cardholder IDs ............................................................. 28 10.5 Registering Cardholder IDs......................................................................................... 29 11. Operation ......................................................................................................................... 29 11.1 Normal Operation ........................................................................................................ 29 11.2 Default Setting ............................................................................................................ 30 12. Setting Changes .............................................................................................................. 31 12.1 Setup Menu F1 ........................................................................................................... 32 12.1.1. Time Setting ....................................................................................................... 32 12.1.2. Communication Address ..................................................................................... 33 12.1.3. Baud Rate .......................................................................................................... 33 12.1.4. Reader1 Mode .................................................................................................... 34 12.1.5. Reader 2 Mode ................................................................................................... 34 12.1.6. Master ID Registration ........................................................................................ 35 12.1.7. System Initialization ............................................................................................ 35 12.1.8. Card ID Clear...................................................................................................... 36 12.1.9. Event Clear ......................................................................................................... 36 12.1.10. Time Schedule Clear ........................................................................................ 36 12.2 Setup Menu F2 ............................................................................................................ 37 12.2.1 Time Schedule ..................................................................................................... 38 12.2.2 Holiday Time Schedule ........................................................................................ 39 12.2.3 Holiday Code ....................................................................................................... 40 12.2.4 Reader Time Schedule ........................................................................................ 40 12.2.5 Input / Output Definition ....................................................................................... 41 12.2.6 Output Time Setting ............................................................................................. 42 12.2.7 Anti-Pass Back .................................................................................................... 42 12.2.8 RF PIN Input ........................................................................................................ 43 12.2.9 Event Alarm ......................................................................................................... 43 12.2.10 Duress Mode ..................................................................................................... 43 12.2.11 Door Open Alarm Time ...................................................................................... 44 12.2.12 LCD Display....................................................................................................... 45 12.2.13 Buzzer Status .................................................................................................... 45 12.2.14 TTL WEIGAND Output ...................................................................................... 45 12.3 Setup Menu F3 ........................................................................................................... 47 12.3.1 ID Registration ..................................................................................................... 47 12.3.2 ID Deletion ........................................................................................................... 48 12.3.3 ID List .................................................................................................................. 49 12.3.4 Registered ID Count ............................................................................................ 49 12.3.5 ID Memory ........................................................................................................... 50 12.3.6 Event List ............................................................................................................. 50 12.3.7 Event Count ......................................................................................................... 51 12.4 Setup Menu F4 ........................................................................................................... 52 12.4.1 Firmware Version................................................................................................. 54 12.4.2 Memory Test ........................................................................................................ 54 12.4.3 Output Test .......................................................................................................... 54 12.4.4 LCD Test .............................................................................................................. 55 12.4.5 Keypad Test ......................................................................................................... 55 12.4.6 Reader Test ......................................................................................................... 56 12.4.7 Input / DIP Switch Test......................................................................................... 56 12.4.8 Communication Test ............................................................................................ 57 12.4.9 Identification Mode .............................................................................................. 57 12.4.10 Dual Fingerprint Mode ....................................................................................... 57 12.4.11 Adaptive Mode ................................................................................................... 58 12.4.12 FP Status ........................................................................................................... 58 12.4.13 High Security ..................................................................................................... 58 12.4.14 FP Quality .......................................................................................................... 59 12.4.15 FP Level ............................................................................................................ 59 12.4.16 Fingerprint Module Version ................................................................................ 59 12.4.17 Fingerprint Count ............................................................................................... 59 12.4.18 Fingerprint Module Test ..................................................................................... 60 12.4.19 Fingerprint Device Information Check ............................................................... 60 13. Appendix .......................................................................................................................... 60 13.1 Default Values for Parameters .................................................................................... 60 13.2 Default Output Settings for Input / Output Relations ................................................... 61 14. FCC Registration Information ........................................................................................ 62 15. Warranty Policy and Limitation of Liability ................................................................... 63 16. How to Make RMA Request (After Sales Service) ........................................................ 65 17. Template........................................................................................................................... 66 1. Safety Instructions The description below is to keep user’s safety and prevent any product damage. Please fully read these instruction and use the product properly. Danger: This symbol indicates that incorrect handling of the product may result in serious injury or death. Warning: This symbol indicates that incorrect handling of the product may result in injury or property damage. Cautions about Power - Only use the standard voltage (DC +12V/ 350mA). - If the product emits smoke or smells, stop using the product. Unplug the product from DC power source and contact nearest service center. Cautions about Installation - Do not install the product in a place subject to humidity, dust (metallic dust) or splashing water (raindrops). - Do not install the product in a place not meeting the operating humidity and temperature specified in the specification. - Do not install the product with tools such as driver in hand when power is being supplied. Cautions about Usage - Do not drop liquid like water and give a shock severely. - Do not place magnetic objects near the product. - Do not replace the wiring cables installed by experts. - Do not use the product near direct sunlight and heating apparatus. - If you want to relocate the installed product, turn power off and then move and reinstall it. - Do not use the product near flammable spray or objects. - Do not disassemble, repair or modify the product by yourself. If the product needs service or repair, contact nearest service center. - If liquid has been spilled on the product, unplug it and contact nearest service center. Cautions about Cleaning - Do not clean the product with water. Clean gently with dry cloth or towel. - Do not use chemicals such as benzene, thinner or acetone for cleaning. 2. General The Star FINGER007 / iPASS IP-FINGER007 / IDTECK FINGER007SR is a highly advanced single-door biometric access controller with a fingerprint recognition module, a proximity card reader and a keypad. The flexible but reliable biometric access controller is designed to meet various requirements for a robust integrated security solution for access control and time & attendance. This user-friendly device is capable of storing up to 10,000 to 50,000 cardholders including 1,000 / 2,000 / 4,000 fingerprint users. Depending on the total number of cardholders, up to 10,000 to 50,000 events and alarms can be buffered in the memory so that they can be uploaded to the PC when communication is established. With a built-in 4” proximity reader, a keypad for Personal Identification Number (PIN) verification and a fingerprint recognition module, the state-of-the-art device allows users to use any combination of proximity card / PIN, password and fingerprint verification, depending on the desired level of security and convenience for individual users or different groups of users. The Star FINGER007 / iPASS IP-FINGER007 / IDTECK FINGER007SR is capable of controlling one External Reader for Anti-Pass Back application. Four independent input ports can be utilized for a wide variety of applications including Exit Buttons, Door Contacts, PIR Sensors and Fire Detection equipment. Actions to be taken and time settings can be programmed with the front keypad or via the intuitive Windows-based software program. With a built-in 4" RF reader, keypad for Personal Identification Numbers (PIN), and a sophisticated biometric fingerprint analyzer, the Star FINGER007 / iPASS IP-FINGER007 / IDTECK FINGER007SR offers up to three levels of ID verification. Any combination of proximity, PIN, and biometric may be used and different verification levels can be custom programmed for each user or user group. The intelligent access controller has the capability to supervise the input and report any disconnection or malfunction of the input to the host or other devices. Events from high priority input devices such as Fire Alarm Sensor, Emergency Key, etc. can be reported to the host prior to all other events. You can use the unit standalone but you can also connect it to the network via RS232 or RS422 communication or on an Ethernet network through an optional TCP/IP module. The Star FINGER007 / iPASS IP-FINGER007 / IDTECK FINGER007SR has 2 FORM-C Relays and 2 TTL Output Ports allowing for interface with various other devices such as auto dialers. All control setting values such as ID numbers, inputs / outputs, Real-Time Clock, Time Schedules, and Event Transaction Reports can be transferred to and from the PC. 3. Key Features FINGER007, IP-FINGER007 : 125KHz Proximity / FINGER007SR : 13.56MHz Contactless Smart Card PIN and Fingerprint Recognition Dual Function for Access Control and Time & Attendance 1:1 Verification and 1: N Identification Stores 2 Fingerprint Templates per user Auto Touch Sensor for Fingerprint-Only Access Supports up to 1,000 / 2,000 / 4,000 Fingerprint Users Stores up to 10,000 – 50,000 Users and up to 10,000 – 50,000 Events (Selectable) Network Communication via RS232 or RS422 or Ethernet through a Built-in TCP/IP Module (Optional) 4 Supervised Input Ports for Cut-Off Check 2 FORM-C Relays and 2 TTL Output Ports Duress Alarm Function Reader Mode Allows Connection to a Control Panel. 26/34Bit Wiegand Output for Reader Mode 2 Tamper Switches Compatible Software: STARWATCH DUAL PRO I, STARWATCH DUAL PRO II, STARWATCH STANDARD 4. Specifications Model CPU Fingerprint Module Memory Controller FINGER007/ IP-FINGER007/FINGER007SR 32Bit ARM9 and Dual 8Bit Microprocessor Program Memory Data Memory Program Memory Data Memory Users (Fingerprint Users) Event Buffer Fingerprint Templates Size Read Range 1MByte flash memory 1MByte / 2MByte / 4MByte flash memory 128KByte flash memory 1MByte flash memory 10,000 – 50,000 users (including 1,000 / 2,000 / 4,000 fingerprint users, depending on the model) 10,000 – 50,000 event buffer (The sum of users and events cannot exceed 60,000.) 800 Bytes for 2 fingerprint templates FINGER007 IDC80 / IDC170 :Up to 4 inches (10cm) IP-FINGER007 IPC80 / IPC170 :Up to 4 inches (10cm) IHC80 :Up to 2 inches (5cm) ISC80 :Up to 4 inches (10cm) FINGER007SR Reading Time (Card) Verification / Identification Time Power / Current FINGER007 / IP-FINGER007 External Reader Port FINGER007SR Keypad LED Indicator Beeper 30ms Less than 1sec. / Less than 2sec. DC 12V / Max.300mA 1 port (26bitWiegand, 4 / 8Bit Burst for PIN) for Anti-Pass Back 1 port (34BitWiegand, 4 / 8Bit Burst for PIN) for Anti-Pass Back RS232 / RS422 (Max.32ch) TCP/IP (An optional built-in module or external converter required) 9600bps (Recommended) / 4800bps, 19200bps, 38400bps, 57600bps and 115200bps (Selectable) 4 ports (Exit Button, Door Sensor, Aux# 1, Aux#2) 2 ports (FORM-C Relay Output (COM, NO, NC) / DC12V~18V, Rating Max.2A) 2 ports (TTL Output / DC5V, Rating Max.20mA) Character LCD (2 Lines x 16 Char) / 65.6mm x 13.8mm (2.62” x 0.55”) Screen 16 Key Numeric Keypad with Back Lighting 7 Array LED Indicators (Red, Green and Yellow) Piezo Buzzer Operating Temperature 0° to +50°C (+32° to +122°F) Operating Humidity Color / Material Dimension (W x H x T) Weight Certification 10% to 90% relative humidity non-condensing Dark Pearl Gray / Polycarbonate 6.36” x 5.28” x 1.9” (161.5mm x 134mm x 48.5mm) 525 g (1.15lbs) FCC, CE, KC, RoHS Communication Baud Rate Input Port Output Port LCD * Fingerprint Module Specifications Resolution Captured Image Size Sensing Area 500dpi 260 X 300 Pixels FIM2260 : 15.0mm X 18.5mm FIM2030 : 13mm X 15.2mm High Quality Optical Sensor 0.001% 0.1% ± 6KV (Contact) Less than 1 Sec. Less than 2 Sec. FIM2260: White / FIM2030: Red Scanner FAR(False Acceptance Ratio) FRR(False Reject Ratio) ESD(Electro Static Discharge) Verification Time Identification Time Color of Scanning LED 5. Identifying Supplied Parts Unpack and check the contents. If any of these parts are missing, contact your distributor. Main unit Wall mount O-ring User’s manual Screws Cable & Diode (1 Unit) (1 PC) (5 PCS) (1 Copy) (4 PCS) Cable(5 ea) Diode(2 ea) 6. Product Overview 6.1. Functions Standalone Operation The Star FINGER007 / iPASS IP-FINGER007 / IDTECK FINGER007SR is capable of having two readers (i.e. One built-in reader inside the unit and an External Reader connectable using the External Reader port). The unit receives card data signals from the RF Readers and determines whether or not to unlock the door. When an input signal is sent, for example from and activated sensor or if the Exit Button pressed, the controller generates and logs an appropriate response. All events are kept in its memory and sent to the PC. The access controller is a true standalone device that in the event of a malfunction, will not affect other units, even if used in conjunction with one another. Operation with PC All event transactions can be managed via the PC. The data transmitted from the controller can be processed, displayed (In the form of cardholder status, alarm status, etc.) and stored on the PC. Data Retention All user information and event/alarm data are retained even in the event of Power Failure unless the memory or the device itself is damaged. Keypad The built-in Keypad and LCD let you perform manual programming without connection to the PC. Dual Finger Mode Dual Finger Mode is a function that lets a user register two fingers for one ID so that the user can receive authentication with either of the two registered fingers. This is useful when a user’s finger is injured. Anti-Pass Back Anti-Pass Back is a function that is used to prevent a user entering an area by using their card and passing that card back to another person to use. If the Anti-Pass Back is applied, cardholders cannot gain entry or exit twice in a row, and even if someone tailgates someone into the controlled area without going through the proper authentication procedure, he or she will not be able to gain access when exiting the area. If this is the case, the FINGER007 generates an error message without granting access and then stores an Anti-Pass Back error record in the memory. You can also program the FINGER007 to generate certain output signals in the event of an Anti-Pass Back error. External Input / Output The FINGER007 has 4built-in inputs and 4outputs (2Relay Outputs and 2TTL Outputs) which can be used for a wide variety of purposes and applications. For example, the input ports can be used for interface with external devices such as Request-To-Exit Button, Fire Detection Sensor, etc. while the relay output ports can be connected to a Door Lock and/or an Alarm System. When you use Weigand output function, 26/34BIT Weigand will be generated from dual TTL output. Time Schedule You can program 10 Time Schedules and apply one Time Schedule to each user. Each Time Schedule has 8 different time zones from Monday to Sunday (7 Time Zones) and one holiday. Each time zone has 5 different time codes so you can program 5 different time codes to each day. Also you can program Time Schedule for individual inputs and outputs. Note that the Time Schedule for input is activated time code for input device so that the input is activated during the time code on this Time Schedule. Each Time Schedule is linked to one of holiday schedule and this linked holiday only validates to holiday time code of the Time Schedule. Access Time Limitation for Cardholders – You can assign a time schedule code to each Cardholder during the card registration process. Cardholders are granted access only during the time defined in the assigned time schedules. If a Cardholder attempts to gain access out of the set time, access will be denied with a time schedule error. Operating Time Limit for Output Ports – If you assign a time schedule code to an output code, the Output Port generates constant output signals during the set time. (This feature can be used, for 10 example, to keep a door open during a certain period of time.) Operating Time for Authentication Modes – Using this feature, you can have the FINGER007 change. It’s Authentication Mode during a set time period. For example, if you set the FINGER007 to the RF + FP (P/W) mode and apply a time schedule code for the Authentication Mode, the FINGER007 will operate in the RF-Only mode (Using RF Card verification alone) during the set time and shift into the RF + FP (P/W) mode (Using both RF Card and fingerprint verification) out of the set time. Holiday Schedule Setup Excepting Sunday, you can program 32 holidays to one Holiday Schedule. Each Holiday Schedule is linked to one time schedule which has time code for holidays. So you can program all holidays to Holiday Schedule and the time code for holidays is programmed to holiday time zone of time schedule. Example: A: Holiday Schedule 01 linked to Time Schedule 01, Holiday Schedule 02 linked to Time Schedule 02. B: Holiday Schedule 02 linked to Time Schedule 01, Holiday Schedule 01 linked to Time Schedule 02. Door Open Alarm & Forced Door Open Alarm The FINGER007 can report the open status of the door if the door is not closed within a certain length of time (default: 3 sec) after the door is opened following a normal access procedure. (If this is the case, an alarm signal can be sent to the output port and the alarm event will be saved in the event buffer so that it can be uploaded to the PC when communication is established.) If the door contact sensor detects forced opening of the door, the Forced Door Open Alarm can be generated. Duress Alarm In the event of duress, you can enter the 2Digit Duress Password and pressand open the door using general process. If your access is granted, the door will be opened as usual but duress output will be generated and an alarm event will be sent to the PC. 1: N Authentication (Identification Mode) You can gain access using the fingerprint authentication alone without using the RF Card or PIN. This feature can be enabled in 9.Identification of “SETUP MODE F4”. In the Identification Mode, the security level gets higher automatically, FRR (False Rejection Ratio) as well, but FAR (False Accept Ratio) gets lower, which may result in a lower recognition rate. With an optional Auto Touch Sensor, the FINGER007 can automatically detect the approach of the finger, but if your FINGER007 does not have an Auto Touch Sensor, you will be required to press prior to placing your finger on the sensor. 11 Adaptive Mode If the Adaptive Mode is enabled, the fingerprint image is automatically adapted for better recognition results. This mode can be enabled in 11.Adaptive of “SETUP MENU F1”. While this feature improves the recognition success rate, the authentication process may take longer. Weigand Output Function You can use a Weigand Output Function in the "SETUP MODE F2". 6.2 Product Description 6.2.1 Front View ○ ○ ○ ○ ○ 1 LCD Display ○ It shows setting status. 2 3 LED Indicators ○ It shows system status. The red LED turns on with power supply. The green LED turns on with Relay #1 operation. The yellow LED turns on with Relay #2 operation. 3 16 Numeric Keypad ○ Register/Delete card data and set functions through keypad input. 4 Function Keypad ○ There are four function keys, F1, F2, F3 and F4 5 Finger Print Scanner ○ When users put their finger on the scanner, *white light will turn on. 12 *In case of FIM2030, red light will turn on. 6.2.2 Rear View ○ ○ ○ 1 Initialization Switch ○ This switch is used to initialize Star FINGER007. For initialization, press down this switch and then keep it more than 2 seconds. Refer to ‘8.2 System Initialization’ for more details. 2 Communication Display LED ○ #3, #4(yellow, green) LED will twinkle during RS232, RS422 and TCP/IP communication. If the LAN is connected normally during TCP/IP communication, #1, green LED will turn on. But in the collision status, #2, red LED turns on. 1 2 3 4 Figure: Magnification of the Communication Display LED in the Rear Panel 3 Tamper Switch ○ If someone takes off Star FINGER007 installed on the wall by force, the tamper switch is activated then buzzer makes sound to inform of theft. 13 6.2.3. Color Coded & Wiring Table CON6 CON4 CON3 CON2 CON5 CON7 I/O PORT NAME POWER SIGNAL NAME COLOR CODED CON7 Main Power(+12V) DC +12V Red Power Ground GND Black OUTPUT CON4 Door Relay(COM) COM(1) Gray with Red Stripe Door Relay(NC) NC(1) Blue with White Stripe Door Relay(NO) NO(1) White with Red Stripe Alarm Relay(COM) COM(2) White Alarm Relay(NC) NC(2) Purple with White Stripe Alarm Relay(NO) NO(2) Purple INPUT CON4 Exit Button EXIT Orange Door Sensor CONTACT Yellow with Red Stripe Aux Input 1 IN1(OK input-Reader Mode) Green Aux Input 2 IN2(Error input-Reader Mode) Green with White Stripe EXTERNAL READER PORT CON5 Wiegand Data0 DATA0 Pink Wiegand Data1 DATA1 Cyan OUTPUT CON5 TTL Output1 TTL1/D0 Orange with White TTL Output2 TTL2/D1 Brown with White Stripe OK Signal Out OK Out (Not Use) Green with Red Stripe Error Signal Out Error Out (Not Use) Blue with Red Stripe 14 Tamper Switch Out RS232 INTERFACE Tamper Switch Out (Not Use) Yellow with White Stripe CON2 RS232-TX TXD Black with White Stripe RS232-RX RXD Red with White Stripe Ground GND Black RS422 INTERFACE CON3 RS422-TX(-) TX(-) Yellow RS422-TX(+) TX(+) Gray RS422-RX(-) RX(-) Blue RS422-RX(+) RX(+) Brown TCP/IP Communication CON6 TCP/IP Communication 8PIN Connector Module 6.3 Option TCP/IP Module: Star FINGER007 is able to use TCP/IP Communication. An optional TCP/IP module is needed for TCP/IP communication with the host PC. 7. Installation Tips & Check point 7.1 Check Points before Installation 7.1.1 Installation Layout Door Lock Door Lock Exit Button Exit Button 15 Figure: System Installation Layout 7.1.2 Recommended Cable Type Reference ① ②* Description Cable Specification Finger007 Power (DC12V) DC Power -> Finger007 Reader (Power and Data) External Reader -> Finger007 Belden #9512, 22 AWG 4 conductor, shielded Belden #9514, 22 AWG 8 conductor, shielded Door Contact Exit Button Belden #9512, 22 AWG 4 conductor, shielded Sensor Input Input -> Finger007 Belden #9514, 22 AWG 8 conductor, shielded ④ Door Lock, Alarm Device Lock (Alarm) -> Finger007 Belden #9409, 18AWG 2 conductor, unshielded ⑤ RS232 Cable Converter -> PC Belden #9829, 24 AWG 2 twisted pair, shielded ③ RS485 Cable ⑥ Belden #9409, 18 AWG 2 conductor, unshielded Finger007 -> Finger007 Finger007 -> Converter RS422 Cable Finger007 -> Finger007 Finger007 -> Converter Belden #9829, 24 AWG 2 twisted pair, shielded Belden #9830, 24 AWG 3wisted pair, shielded Thicker wires are needed if you connect a reader with high current consumption. 7.2 Check Point during Installation 7.2.1 Termination Resistor Termination Resistors are used to match impedance of the network to the impedance of the transmission line being used. When impedance is mismatched, the transmitted signal is not completely absorbed by the receiver and a portion of signal is reflected back into the transmission line. The decision whether or not to use Termination Resistors should be based on the cable length and data rate used by the communication system. For example, if you use 9,600 baud rate and 1,200m length of cable, the propagation velocity of cable is 0.66 x speed of light (This value is specified by the cable manufacturer), if we assume the 16 reflections will damp out in three round trip up and down the cable length, the transmitted signal will stabilize 18.6us after the leading edge of a Bit. Since the data Bit is captured in the middle of the Bit which is approximately 52us after the leading edge of a Bit. The reflection stabilizing time 18.6us is much before the center of the Bit therefore the Termination Resistors are not required. However, if you install the cable to maximum length, the impedance of cable and network is mismatched and the transmitted signal is overlapped by the reflected signal. In this case, it is recommended to add Termination Resistors to the end of the receiver lines. A 120Ω resistor can be used for Termination Resistor in parallel between the receiver lines “A” and “B” for 2 wires RS485 system or “RX+” and “RX-” for 4 wires RS422 system. A Termination Resistor of less than 90Ω should not be used and no more than 2 terminations should be used in one networking system. 7.2.2 How to Connect Termination Resistors Figure: Termination Resistors for 2 Wire RS485 Communication System Figure: Termination Resistors for 4 Wire RS422 Communication System 7.2.3 Grounding System for Communication Cable We recommend to using proper Grounding System on the communication cable. The best method for Grounding System is to put the shield wire of the communication cable to the 1st class earth grounding; however it is not so easy to bring the earth ground to the communication cable and also the installation cost is raised. There will be three grounding point where you can find during installation; 1) Earth Ground 2) Chassis Round 3) Power Ground The most important point for Grounding System is not to connect both ends of shield wires to the Grounding System; in this case there will be a current flow through the shield wire when the voltage level of both ends of shield wire is not equal and this current flow will create noise and interfere to 17 communications. For the good grounding, we recommend to connecting only one end of shield wire of communication cable to Grounding System; If you find earth ground nearby, then connect one end of shield wire to earth ground; If you do not have earth ground nearby, then find chassis ground and connect one end of shield wire to chassis ground; If you do not find both earth ground and chassis ground, then connect one end of shield wire to power ground. (GND of FINGER007) Note: if the chassis ground is not properly connected to the earth and floated from the ground level, then grounding to the chassis ground will give the worst communication; in this case we recommend using power ground instead of chassis ground. Figure: Grounding System 7.2.4 Reverse Diode Connection If you connect an inductor (Door Locks or Alarm Device) to the output relays, there will be a high surge voltage created while the inductor is turning on and off. If you do not connect Reverse Diode, the surge voltage will transfer and damage the electronic circuit of the controller. It is strongly recommended to add a Reverse Diode between the inductor coils to absorb this surge voltage. Figure: Reverse Diode Connection 18 8. Installation of the Product 8.1 Template Real size template is on 65p in this manual. Tear off the template page and attach it to the wall. And then follow steps below to install the Star FINGER007. (You can install the Star FINGER007 directly, if the gang box is installed on the wall.) 1. Position the Wall Mount template to the location at which you want to install the unit and mark two drilling (two Tap #6-32 holes) positions and then drill it 2. Drill a 1/2” hole on the center of the wall mount. 3. Using two screws, install the wall mount to the hall. 4. Take out the cable through the center hole. 5. After connecting cables, initialize the Star FINGER007. And then test basic function. (Refer to ‘8.2 SYSTEM INITIALIZATION’) 6. Insert O-ring at 5 positions and then insert the bundle of cable to the center hole. 7. Put the Star FINGER007 unit on the wall mount and push it until it is fixed up. Figure: Template Sample ※ CAUTION Before mounting the Star FINGER007 unit to the Wall Mount bracket, operational test of the unit should be completed, as the locking pins will lock the unit to the Wall Mount. Removing the unit from the Wall Mount bracket after they have been installed together may cause damages to the bracket and render its effectiveness. Insert 5 O-rings to the wall mount as indicated, then route the cable of the main unit through the 19 center hole and push the main unit to wall mount to lock the main unit and make sure that the main unit is locked with wall mount. 8.2 System Initialization You have to initialize the FINGER007 unit prior to first installation. Once power is supplied to the FINGER007, press down the initialization switch on the back of the FINGER007 unit and then keep it more than 2 seconds, then you can see displays below on the LCD. If you want initialization, press key <1> otherwise press key <0>. SYSTEM INIT. WAITING !!! 1 – YES, 0 - NO ○ ○ INIT. OK !!! ○ ○ 1 Press the key <1> if you wish to initialize the FINGER007. ○ 2 Initialization is progressing ○ 3 Rebooted automatically after Initialization Initialization Switch Figure: The Position of Initialization Switch 20 8.3 Wiring 8.3.1 Power - Connect (+) wire of DC 12V power to +12V (Red wire) - Connect GND (-) wire of DC 12V power to GND (Black wire) 8.3.2 Input Connections Exit Button Connection (Exit) - Connect one wire from an Exit Button to exit (Orange wire). - Connect the other wire from the Exit Button to the GND (Black wire). Door Contact Sensor Connection (Contact) - Connect one wire from a Door Contact Sensor to contact (Yellow wire with Red stripe). - Connect the other wire (NC) from the Door Contact Sensor to GND (Black wire). Auxiliary Input Connection (Applied IN1, IN2) - Connect one wire from an Auxiliary Input device to one of the IN1 (Green wire), IN2 (Green with White stripe). - Connect the other wire from the Auxiliary Input device to GND (Black wire). Figure: Input Devices Connection 2.2K Resistance Connection for Cut Off Check You have to connect a 2.2K Resistor between the input wire (e.g. Orange wire) and the GND to apply the Cut Off Check feature. First, select whether or not to check the Cut Off status of each device from “F2 SETUP MENU” -> “CUT OFF CHECK”. Second, set the desired output that will be generated in the event of a cut off from “F2 SETUP MENU” -> “CUT OFF ALARM”. 21 Figure: 2.2K Resistance Connection for Cut Off Check 8.3.3 Output Connections Door Lock (Power Fail Safe) Connection (Relay 1) - Connect COM port of Relay 1(Gray with Red stripe) to + 12V (Red wire) - Connect NC port of Relay 1(Blue with White stripe) to (+) wire of Door Lock Device. - Connect GND (Black wire) port to (-) wire of Door Lock Devices. Door Lock (Power Fail Secure) Connection (Relay 1) - Connect COM port of Relay 1(Gray with Red stripe) to + 12V (Red wire) - Connect NO port of Relay 1(White with Red stripe) to (+) wire of Door Lock Device - Connect GND (Black wire) port to (-) wire of Door Lock Devices Alarm Device Connection (Relay 2) - Connect COM port of Relay 2 (White) to + 12V (Red wire) - Connect NO port of Relay 2 (Purple) to (+) wire of Alarm Devices. - Connect GND (Black wire) port to (-) wire of Alarm Devices Figure: Door Lock / Alarm Device Connection CAUTION: Please add one diode as shown above. A fast recovery diode (Current: Min. 1A), 1N4001 - 1N4007 or similar, is recommended. Wiegand Data Connection (Applicable to Reader Mode) -Connect DATA0 IN wire of controller to TTL1/D0 (TTL Output1) wire of FINGER007 (Orange with White stripe) - Connect DATA1 IN wire of controller to TTL2/D1 (TTL Output2) wire of FINGER007 (Brown with White stripe) CAUTION: If the controller and FINGER007 use separate power sources, you must connect the GND between the controller and FINGER007. 22 8.3.4 Reader Connections (External Reader) • Proximity Reader Connection - Connect (+) wire of FINGER007 to +12V (Red wire) - Connect (-) wire of FINGER007 to GND (Black wire) - Connect DATA0 wire of FINGER007 to DATA0 (Pink wire) - Connect DATA1 wire of FINGER007 to DATA1 (Cyan wire) CAUTION: If the controller and the external reader use separate power sources, you must connect the GND between the controller and the external reader. • Compatible Readers(External Reader) FINGER007 / IP-FINGER007: Standard 26BIT Wiegand Format Proximity Readers Standard 26BIT Wiegand + 8BIT Burst Format Proximity and Keypad Reader RF-TINY, RF10, RF20, RF30, RF70, RF500, RFK101 FGR006, FGR006EX, iP10, iP20, iP30, iPK101 FINGER007 Ver. A.0.0 or over (Wiegand Output Function). FINGER007SR: Standard 34BIT Wiegand Format Proximity Reader Standard 34BIT Wiegand + 8BIT Burst Format Proximity and Keypad Reader SR10, SR20, SR30, SRK101, FGR006SR, FGR006SRB FINGER007SR Ver. A.0.0 or Over (Wiegand Output Function). Figure: Reader Connection 9. Communication 9.1 RS232 Communication Port Connection A 9-PIN connector (Serial Communication Connector, Female) is required to connect the FINGER007 to the PC via RS232 communication. Please follow the instructions. - Connect RS232-TX (Black wire with White stripe) port of FINGER007 to the PIN 2 of the 9-PIN connector. - Connect RS232-RX (Red wire with White stripe) port of FINGER007 to the PIN 3 of the 9-PIN connector. 23 - Connect RS232-GND of FINGER007 to the PIN 5 of the 9-PIN connector. - Plug in the 9-PIN connector to COM1 or COM2 port of the PC. - Install and run FINGER007 Application Software. CAUTION: The firmware upgrade may not succeed if the distance between the PC and the device is too far. A USB-to-serial converter is recommended if the PC has no COM ports. 9.2 RS-422 Communication Port Connection 9.2.1 RS-422 Connection (Standalone) An RS422/RS232 converter is required to use RS422 communication between the FINGER007 and the PC. CAUTION: An INC400 converter is recommended for stable communication when the distance between the converter and the device is too far. Please follow the instructions below; - Connect RS422-TX (+) (Gray wire) of FINGER007 to RS422-RX (+) port of converter. - Connect RS422-TX (-) (Yellow wire) of FINGER007 to RS422-RX (-) port of converter. - Connect RS422-RX (+) (Brown wire) of FINGER007 to RS422-TX (+) port of converter. - Connect RS422-RX (-) (Blue wire) of FINGER007 to RS422-TX (-) port of converter. - Plug in the RS232 9PIN connector of the converter to the COM1 or COM2 port of the PC. - Install and run FINGER007 Application Software. Figure: RS422 Communication between FINGER007 and the PC 24 9.2.2 RS-422 Connection (Multiple FINGER007 Connections) RS422/RS232 converter is required to use RS422 communication between multiple FINGER007s and the PC. Please follow the following instructions. First, you have to connect all RS422 port of all FINGER007s in parallel. - Connect RS422-TX (+) of one FINGER007 to RS422-TX (+) of another FINGER007. - Connect RS422-TX (-) of one FINGER007 to RS422-TX (-) of another FINGER007. - Connect RS422-RX (+) of one FINGER007 to RS422-RX (+) of another FINGER007. - Connect RS422-RX (-) of one FINGER007 to RS422-RX (-) of another FINGER007. Second, you have to connect one of RS422 port of FINGER007 to RS422/RS232 converter. - Connect RS422-TX (+) of the one FINGER007 to RX (+) port of the converter. - Connect RS422-TX (-) of the one FINGER007 to RX (-) port of the converter. - Connect RS422-RX (+) of the one FINGER007 to TX (+) port of the converter. - Connect RS422-RX (-) of the one FINGER007 to TX (-) port of the converter. - Plug in the RS232 9PIN connector of the converter to the COM1 or COM2 port of the PC. - Install and run FINGER007 Application Software. Figure: RS422 Communication between FINGER007s and PC 9.3 TCP/IP Communication Port Connection (Optional) Optional TCP/IP module is required to use TCP/IP communication between the FINGER007 and the PC. Please follow the following instructions. 1. Connect the LAN cable of the network system to the RJ45 jack of the FINGER007. 2. Set the ID of the FINGER007. 3. Install and run the FINGER007Application Software. 25 Figure: TCP/IP Connection with FINGER007 and Host PC 9.4 TCP/IP Converter (External Version) When you use the TCP/IP converter, choose only one converter between RS232 and RS422. Figure: TCP/IP Converter between FINGER007 and Host PC INTERFACE RS232 RS422 FINGER007 ILAN422 LINE COLOR TX (CON2) RX (RS232 DSUB9) Black with White Stripe RX (CON2) TX (RS232 DSUB9) Red with White Stripe GND(CON2) GND Black TX+ (CON3) RX+ (RS422 CONNECTOR) Gray TX- (CON3) RX- (RS422 CONNECTOR) Yellow RX+ (CON3) TX+ (RS422 CONNECTOR) Brown RX- (CON3) TX- (RS422 CONNECTOR) Blue 26 10. Initial Setup 10.1 Initialization of FINGER007 After completing installation and cable connections, apply power (DC12V) to the FINGER007. Press down the initialization switch on the back of the FINGER007 unit and then keep it more than 2 seconds. Then, the LCD will first display “Initialize OK? 1: Yes 0: No”. Press <1> key if you want to initialize the system or <0> to cancel the initialization procedure. After all the initialization process is completed, the system will be operating in the normal mode and the LCD will display “FINGER007 [F1], MM/DD hh : mm : ss”. Pow er O N In itia liz e O K ? 1: Yes 0: N o P re s s a n d h o ld th e in itia liz a tio n b u tto n . A p p ly + 1 2 V D C p o w e r to th e F IN G E R 0 0 7 . R e le a s e th e b u tto n w h e n th e L C D d is p la y s “ In itia liz e O K ? ” <1> KEY? No Yes “SYSTEM IN IT IA L IZ E D !!!” N o rm a l O p e ra tio n 10.2 Entering Setup Mode To setup or to change the FINGER007 settings, you have to enter the Setup Mode first. To do so, enter the Master ID (default=00000000)* and press the key. There are 4 main Setup menus and you automatically get into “SETUP MENU F1” first. You can move to other Setup menus by pressing the key for “SETUP MENU F1”, key for “SETUP MENU F2”, key for “SETUP MENU F3” and key for “SETUP MENU F4”. There are setting items in the main Setup Menu and you can scroll up or down the menu by pressing the <4> or <6> key. If you press the key then the FINGER007 will exit the Setup Mode and return to normal operation in Reader Mode. *The default Master ID for the FINGER007SR is 0000000000 (Press the <0> key 10 times) 27 10.3 Time / Date Setting After you enter the Setup Mode, you will see the following screen with the current date and time. To adjust the time / date setting, press , then enter 15 Digits in a YYYYMMDDhhmmssW format, and then enter again to confirm. YYYYMMDDhhmmssW 1. TIME SETTING MM/DD hh:mm:ss ■ NOTE: For the day of the week (W), 1 : Sun, 2 : Mon, 3 : Tue, 4 : Wed, 5 : Thu, 6 : Fri, 7 : Sat. e.g. To express August 24, 2009, 13:30:15, Monday, enter 200908241330152. 10.4 Setting Maximum Number of Cardholder IDs You can set the maximum number of cardholder IDs that can be registered on your FINGER007. By default, the FINGER007 is set to store up to 10,000 cardholders and 50,000 events and you can adjust this setting to increase the cardholder capacity at the expense of event memory. To change the ID memory setting, enter the Setup Mode (See 10.2 Entering setup mode), press , then press <6> 4 times until you see 5.ID memory on the LCD. (See figure 1.) Once the 5.ID memory item appears on the LCD, press , and press <4> or <6> to select “10000/50000”, “20000/40000”, “30000/30000”, “40000/20000” or “50000/10000” (No. of IDs / No. of events), and then press again to confirm. NOTE : Prior to changing the maximum number of cardholders, you must clear the event data from the memory. Because entering the Setup Mode itself generates an event, you must always initialize the event memory prior to changing the maximum ID number setting. For additional information on how to intialize the event memory.( refer to 12.1.9 Event clear). If you attempt to change the setting with some event data still in the memory, the LCD will display “EVENT MEMORY NOT EMPTY” error message. (See figure 2.) NOTE: If you attempt to reduce the ID memory size to a value lower than the current number of IDs stored in the memory, the LCD will display the “ID TOTAL COUNT WRONG” error message. (See figure 3.) If this is the case, please clear the card data from the memory. For additional information on how to initialize the card memory (See 12.1.8 Card ID clear.) 7. ID MEMORY 10000/50000 Figure 1. EVENT MEMORY ID TOTAL COUNT NOT EMPTY! WRONG!!! Figure 2. 28 Figure 3. 10.5 Registering Cardholder IDs To add new cardholder IDs to the FINGER007, enter the Setup Mode (See 10.2 Entering Setup Mode), press . Once the 1.ID registration item appears on the LCD, press to begin the ID registration process. For detailed information on the ID registration process, please refer to 12.3.1 ID registration. NOTE: How to place your finger onto the scanner when you register card ID: When you register or verify your fingerprint, please place your finger onto the scanner correctly as illustrated below. Figure: How to Put Your Finger on the Scanner 11. Operation 11.1 Normal Operation Power On When the power is applied to FINGER007, the “RED LED” is turned on. Fingerprint Identification 1. If registered card is read by the unit, red LED of fingerprint sensor is on. At this time, you should put your finger and then remove your finger if red LED is off. 2. If fingerprint identification is done, card ID or authorization status appears on the LCD and fingerprint quality level also appears. e.g.) [Q3] 3. Quality level appears from 1 to 5. In case of Q1 or Q2, you can’t use on Identification Mode (1: N) because of bad quality. In case of Q3, Q4 or Q5, you can use on Identification Mode (1: N) because of good quality. e.g.) In case of fingerprint identification – Quality Level: 3, Card ID: 12300111 29 Registered Card Reading When a registered card (or PIN) is read, the door (Relay1) will open for 3 seconds (Defaults) with the “GREEN LED” on. Exit Button To request for exit from the inside, an Exit Button (Or External Reader) can be used. The Door (Relay1) will open for 3 seconds (Defaults) with the on. Alarms (Unregistered / Password / Fingerprint / Time Schedule / Door error) When an unregistered card is read, wrong password is input, wrong fingerprint is input, over the Time Schedule, and access wrong door, the access is denied and the alarm (Relay 2) will be activated for 3 seconds (Defaults) with “RED LED” on. 11.2 Default Setting When you operate the FINGER007 first time or you initialize the FINGER007, the controller will setup all values defaults (Factory Settings). You can change the settings for desired application. Please refer to the “APPENDIX” section at the back of this manual for the default setting values. 30 12. Setting Changes INITIAL DISPLAY (MODEL NAME, CURRENT TIME) NO ID INPUT? YES NO OPERATE IN READER MODE MASTER ID /PW/FINGERPRINT ? YES SETUP MODE SETUP MODE F1 1. TIME SETTTING 2. COMM ADDRESS 3. BAUD RATE 4. READER 1 MODE 5. READER 2 MODE 6. MASTER ID 7. SYSTEM CLEAR 8. CARD ID CLEAR 9. EVENT CLEAR 10. T/S CLEAR SETUP MODE F2 SETUP MODE F3 1. TIME SCHEDULE 2. HOLIDAY T/S 3. HOLIDAY CODE 4. READER T/S 5. IN/OUT DEFINE 6. OUTPUT TIME 7. APB SETUP 8. RF PIN INPUT 9. EVENT MEMORY 10. DURESS MODE 11. DOOR ALARM 12. LCD DISPLAY 13. BUZZER STATUS 14. DATA BYTE 1. REGISTRATION 2. ID DELETE 3. ID LIST 4. REG. ID COUNT 5. ID MEMORY 6. EVENT LIST 7. EVENT COUNT SETUP MODE F4 1. F/W VERSION 2. MEMORY TEST 3. OUTPUT TEST 4. LCD TEST 5. KEYPAD TEST 6. READER TEST 7. INPUT TEST 8. COMM TEST 9.IDENTIFICATION 10.DUAL FINGER 11.ADAPTIVE 12. FP STATUS 13.HIGH SECURITY 14.FP QUALITY 15.FP LEVEL 16.FP VERSION 17.FP COUNT 18.FP TEST 19.DEVICE IFO To setup or to change the FINGER007 settings, you have to enter the setup mode first. To do so, enter the Master ID (Default=00000000)* and press the key. There are 4 main Setup menus and you automatically get into “SETUP MENU F1” first. You can move to other setup menus by pressing the key for “SETUP MENU F1”, key for “SETUP MENU F2”, key for “SETUP MENU F3” and key for “SETUP MENU F4”. There are setting items in the main setup menu and you can scroll up or down the menu by pressing the <4> or <6> key. If you press the key then the FINGER007 will exit the Setup Mode and return to normal operation in Reader Mode. *The default Master ID for the FINGER007SR is 0000000000 (Press the <0> key 10 times) 31 12.1 Setup Menu F1 ENTER 15 DIGITS (YYYYMMDDhhmmssW) TIME SETTING Scroll Key <4> or <6> ENTER 2 DIGITS (00 - 31) COMM ADDRESS 4800 9600(recommended) Scroll Key <4> or <6> 19200 BAUD RATE 38400 57600 115200 Scroll Key <4> or <6> RF ONLY Scroll Key <4> or <6> READER 1 MODE RF+P/W Scroll Key <4> or <6> RF + P/W + PF READER 2 MODE RF ONLY (DEFAULT) RF+P/W Scroll Key <4> or <6> MASTER ID ENTER MASTER ID Scroll Key <4> or <6> SYSTEM CLEAR YES NO Scroll Key <4> or <6> YES CARD ID CLEAR NO Scroll Key <4> or <6> YES EVENT CLEAR NO Scroll Key <4> or <6> T/S CLEAR YES NO 12.1.1. Time Setting 1. TIME SETTING MM/DD hh:mm:ss YYYYMMDDhhmmssW The LCD displays the current time. To change the time, press , enter 15 Digits in a “YYYYMMDDhmmssW” format, and then enter again to confirm. NOTE: For the days of the week (W), 1 : Sun, 2 : Mon, 3 : Tue, 4 : Wed, 5 : Thu, 6 : Fri, 7 : Sat. e.g. To input August 24, 2009, 13:30:15, Monday, enter 200908241330152. 32 12.1.2. Communication Address 2. COMM ADDRESS 00 2. COMM ADDRESS 12■ A communication address is a unique number assigned to each device for communication. The default address is 00. For proper communication with the PC, it is important that the value you set here should match the value you set on the application software. It is also important to make sure each device on a loop has a unique address. To change the communication address of the FINGER007, press , enter the desired 2-Digit address in the 00-31 range, and then press again to confirm. 12.1.3. Baud Rate 3. BAUD RATE 9600 3. BAUD RATE ->9600 Baud Rate is the measure of speed in serial communication. As for the communication address, the baud rate you set here should match the value you set on the software. Baud Rates of 4800bps, 9600bps, 19200bps, 38400bps, 57600bps and 115200bps are supported, and 9600bps is recommended. To change the Baud Rate, press , select the desired baud rate by pressing <4> or <6>, and then press again to confirm. NOTE: If a TCP/IP module is being used, the Baud Rate setting must be the same as the TCP/IP module setting. Troubleshooting Communication Problems Step 1. Match the communication address between the device and the Application Software. Step 2. Match the Baud Rate between the device and the Application Software. Step 3. Ensure that the COM port setting in the Application Software is correct. Step 4. Ensure that the communication settings in the Application Software are as follows; 1) Parity Bit: None 2) Data Bit: 8 Bits 3) Stop Bit: 1 Bit 33 12.1.4. Reader1 Mode 4. READER 1 MODE RF + FP(PW) 4. READER 1 MODE ->RF + PW + FP You can decide which combination of RF card, fingerprint and password verification you wish to use on Reader1 (the FINGER007 device itself). To change the Access Mode for Reader 1, press , select the “DESIRED MODE” by pressing <4> or <6>, and then press again to confirm. Access Modes for Reader 1 1. RF ONLY: Users can access the door by presenting their card or entering their ID number. 2. RF+F/P (P/W): Users can access the door by presenting their card or entering their ID number and then verifying their identity by a fingerprint. For users who did not register their fingerprints, password verification is used instead of fingerprint verification. 3. RF+P/W+F/P: Users can access the door by presenting their card or entering their ID number and then verifying their identity by both a fingerprint and a password. 12.1.5. Reader 2 Mode 5. READER 2 MODE RF ONLY 5. READER 2 MODE ->RF + PW If you have an external reader connected to the FINGER007 (referred to herein as Reader 2), you must adjust this setting according to what access mode is used on Reader 2. To change the Access Mode for Reader 2, press , select the desired mode by pressing <4> or <6>, and then press again to confirm. Access Modes for Reader2 1. RF ONLY: Select this option if Reader 2 is operating without password verification 2. RF+ P/W: Select this option if Reader 2 uses password verification. NOTE: Proper selection of this setting depends solely on whether Reader 2 uses password verification, but it has nothing to do with whether Reader 2 uses fingerprint verification or not. 34 12.1.6. Master ID Registration 6. MASTER ID ENTER ID NO. -> 12345678■ ID: 12345678 PW: FP: TO REGISTER F/P PUT YOUR FINGER! REGISTRATION OK! Master ID is the number/card that you use to enter the Setup Mode. For security reasons, it is advisable that you change the default Master ID immediately and keep the new Master ID / card confidential. CAUTION: Beware that if you forget the Master ID, you cannot access the Setup Mode. To change the Master ID, press , and then either enter the desired 8Digit Master ID or present a card to the reader. NOTE: For the FINGER007SR, the Master ID is 10Digits long in the range of 0000000000 to 4294967295. On the next screen, enter the desired 4Digit Master Password in the PW field and, in the FP field, enter <0> if you wish to access Setup Mode without master fingerprint verification or <1> if you wish to use master fingerprint, in which case you will be asked to place your fingerprint on the scanner twice in the next step. When the Master ID/card registration is successfully completed, the LCD displays the “REGISTRATION OK” message. NOTE: The default Master ID for FINGER007/P and IP-FINGER007 is 00000000 (Eight zeros), but for the FINGER0007SR, it is 0000000000 (Ten zeros) 12.1.7. System Initialization 7. SYSTEM INIT. 7. SYSTEM INIT. 1 – YES, 0 - NO WAITING ! ! System initialization allows you to initialize the FINGER007. Initialization clears all the user-defined data stored in the device such as card data, input/output setting, Time Schedules, etc. CAUTION: Prior to system initialization, make sure to check whether or not the data stored in the device is not needed, since it will be deleted after the initialization. To initialize the FINGER007, press , and then press <1> to confirm. If you wish to cancel and exit without initialization, press <0> instead. 35 12.1.8. Card ID Clear 8. CARD ID CLEAR 8. CARD ID CLEAR 1 – YES, 0 - NO Card ID clear allows you to delete all the card data from the FINGER007. CAUTION: Before you clear the card memory, make sure you do not need the data stored in the device. To clear the card data stored in the memory, press , and then press <1> to confirm. If you wish to cancel and exit, press <0> instead. 12.1.9. Event Clear 9. EVENT CLEAR 9. EVENT CLEAR 1 – YES, 0 - NO Event clear allows you to delete all the event data from the FINGER007. CAUTION: Before you clear the event memory, make sure you do not need the data stored in the device. To clear the event data stored in the memory, press , and then press <1> to confirm. If you wish to cancel and exit, press <0> instead. 12.1.10. Time Schedule Clear 10. T/S CLEAR 10. T/S CLEAR 1 – YES, 0 - NO T/S Clear allows you to delete all the data related to time scheduling, such as Time Schedules, Holiday and Reader Time Schedules, Holiday Codes, etc. CAUTION: Before you clear the time schedule Memory, make sure you do not need the data stored in the device. To clear the time schedule data stored in the memory, press , and then press <1> to confirm. If you wish to cancel and exit, press <0> instead. 36 12.2 Setup Menu F2 INDEX : 01 - 10 DAY OF WEEK: HOL, SUN, MON, ... SAT NO: 01 - 05 TIME SCHEDULE Scroll Key <4> or <6> INDEX: 01 - 10 NO: 01 - 32 HOLIDAY DEFINE Scroll Key <4> or <6> HOLIDAY COED HOLIDAY INDEX: 01 - 10 Scroll Key <4> or <6> READER T/S TIME SCHEDULE INDEX: 01 - 10 01: EXIT 02: DOOR CONTACT 03: INPUT # 1 04: INPUT # 2 05: TAMPER S/W 06: R1 ID OK 07: R1 ID ERROR 08: R1 T/S ERROR 09: R1 APB ERROR 10: R2 ID OK 11: R2 ID ERROR 12: R2 T/S ERROR 13: R2 APB ERROR 14: DURESS MODE 15: OUTPUT T/S 16: IN/OUT T/S 17: DR OPEN ALARM 18: CUT OFF ALARM 19: INPUT EVENT 20: EMERGENCY IN 21: CUT OFF CHECK Scroll Key <4> or <6> Scroll Key <4> or <6> IN/OUT DEFINE Scroll Key <4> or <6> OUTPUT TIME 1SEC(DEFAULT) 0.1SEC Scroll Key <4> or <6> DISABLE (DEFAULT) APB SETUP ENABLE Scroll Key <4> or <6> ALL CLEAR RF_PIN_INPUT DISABLE (DEFAULT) ENABLE Scroll Key <4> or <6> 37 12.2.1 Time Schedule TIME SCHEDULE CURRENT TIME SCHEDULES ARE DISPLAYED SELECT T/S NO AND INDEX (USE <2> <8> <4> AND <6> KEYS) ENTER 8-DIGIT T/S (START TIME (hh:mm) - END TIME(hh:mm)) YES (PRESS ) FINISHED? 38 NO 1. TIME SCHEDULE T / S: 01 HOL 1 hh : mm – hh : mm You can define up to 10 time schedule codes. Time schedule code 00 is the default code and can be used to allow round-the-clock access. You can define time schedule codes 01 to 10. Each time schedule code has 8 programmable days (i.e. Sun, Mon, Tue, Wed, Thu, Fri, Sat and holiday) and each day has 5 time intervals. How to Define Time Schedule Codes To define a new T/S code or change an existing one, press , and the LCD will show T/S information such as T/S code, day, ti7me interval and time period. Press <2> or <8> to scroll up or down the time schedule code (01-10) and the day of the week. (Mon - Sun and holiday). Press <4> or <6> to scroll up or down the time interval. The holiday in this time schedule will be linked to the holiday schedule code. Select a time schedule code, day and Interval, and press . Enter the start and end time for the time interval in the 24-hour, hh/mm format, then press to save the new T/S settings. Once all information is entered, press to return to the menu. NOTE: You can also define time schedule codes using the Application Software. For more information, please refer to the Software Manual. 12.2.2 Holiday Time Schedule 2. HOLIDAY T/S HOL TS MM/DD 01 #1 You can define up to 10 Holiday T/S codes. Holiday T/S code 00 is the default code without any holidays. (This means that applying Holiday T/S code 00 is the same as applying no holidays at all.) You can define Holiday T/S codes 01 to 10. Each holiday schedule code can have up to 32 holidays defined. 39 How to Define Holiday T/S Codes To define a new Holiday T/S code or change an existing one, press , and the LCD will show holiday T/S information such as Holiday T/S code, holiday number and date. Press <2> or <8> to scroll up or down the Holiday T/S code (01-10). Press <4> or <6> to scroll up or down the time interval. Select a Holiday T/S code and index, and press . Enter the date in the MM / DD format, then press to save the new holiday definition. Once all information is entered, press to return to the menu. NOTE: You can also define time schedule codes using the Application Software. For more information, please refer to the Software Manual. 12.2.3 Holiday Code 3. HOLIDAY CODE T/S INDEX 01 HOLIDAY CODE 00 The Holiday code setting lets you link a holiday schedule to a time schedule. The default holiday schedule code is 00, which means no holidays are applied to the time schedule. Use <4> or <6> to scroll up or down from the T/S code 01 to 10, and press . Then, enter a 2Digit holiday schedule code and press to store the changed settings to the memory. To return to the previous menu, press . 12.2.4 Reader Time Schedule 4. READER T/S 00 4. READER T/S 01■ You can select one of 3 Access Modes (i.e. RF Only Mode, ID+F/P (PW) Mode and RF+PW+F/P Mode) in “READER1 MODE” of “F1 SETUP MENU”. However, you may apply RF Only Mode during a certain period of the day. For example, if you wish to allow RF-Only Access from 09:00 to 17:00 while using fingerprint verification for the rest of the time, you can proceed as follows; 1) Set “READER 1 MODE” to RF+F/P Mode. (See 11.1.4. Reader 1 Mode) 2) Define T/S code 01 so that it can include a Time Interval between 09:00 and 17:00 for the desired days of the week. (See 11.2.1 Time Schedule) 3) Here in Reader T/S, press , enter the 2Digit T/S code (In this case, 01), and then press again to confirm. 4) To return to the previous menu, press . ※Once you input READER T/S, internal and external readers are set to the same value. 40 12.2.5 Input / Output Definition 5. IN/OUT DEFINE EXIT 03 00 00 00 00 In/Output Define allows you to adjust In/Output settings (Output activation time, In/Output Time Schedule, Cut-Off Check, etc.). To change the In/Output Settings, press and select an item using <4> or <6> key, and press again. After the cursor appears, enter the 10Digit number for the desired setting. Once all information is entered, press to exit. The range of values you can enter in each field is as follows; 1-14, 17-18: 00 – 99 (99 is infinite) 15-16: 00-10 (Time Schedule Code) 19-21:” “USE” or ”NOT USE”(Selecting “01” is “USE”, Selecting “00” is “NOT USE”) NOTE: The 14.Duress Modem Setting allows you to decide the output signal time for when access is granted following a duress event. NOTE: When a particular event occurs, the FINGER007 will generate an output signal for Relays #1 and #2, TTL #1 and #2, and Buzzer for the length of time defined for each. NOTE: For more information, please refer to 13.2 Default Settings for In/Output Relations. 41 12.2.6 Output Time Setting 6.OUTPUT TIME SET 1 Sec 6.OUTPUT TIME SET - > 0.1 Sec Output Time Set allows you to define the unit of time. 1 sec: Output Time is calculated in the time unit of 1 second for the In/Output definition. 0.1 sec: Output Time is calculated in the time unit of 1/10 second (or 100ms) for the In/Output definition To change the setting, press and press <4> or <6> to select the desired time unit and press to confirm. CAUTION: If your FINGER007 is set to Reader Mode and it is “NOT” used in Standalone Mode, you must always set “OUTPUT TIME” to 1 sec. Output Time Setting Examples e.g. If you want to activate the Door Relay (Relay #1, DR) for 3 seconds; - The Time Unit should be set to 1 SEC. - The Door Relay (DR) Output Time should be set to “03”. e.g. If you want to activate Door Relay (Relay #1, DR) for 0.5 seconds; - The Time Unit should be set to 0.1 SEC. - The Door Relay (DR) Output Time should be set to “05”. 12.2.7 Anti-Pass Back 7. APB SETUP NOT USE 7. APB SETUP - > USE The Anti-Pass Back feature is used to prevent an identical user from entering or exiting the door more than twice in a row so that employees cannot pass back their cards to their coworkers. Anti-Pass Back can be applied only when an Exit Reader is installed. “DO NOT” enable it if an “Exit Button” is installed instead of an Exit Reader. For enable or disable Anti-Pass Back or resetting all APB flags, press and press <4> or <6> to select the desired item and press to confirm. Anti-Pass Back Setting Menu Items NOT USE: The Anti-Pass Back feature is disabled. USE: The Anti-Pass Back feature is enabled. ALL CLEAR!: All Anti-Pass Back flags are reset, and access will be allowed one time regardless of the current status of the existing flags. 42 12.2.8 RF PIN Input 8. RF PIN INPUT NOT USE 8. RF PIN INPUT - > USE RF Pin Input allows you to decide whether to enable or disable PIN (or RF card number) Input via the keypad. By default, PIN Input is disabled. Caution: If you choose “NOT USE”, you cannot gain access via password input when using RF+PW mode. This is same for external readers. 12.2.9 Event Alarm 9.EVENT ALARM USE 9.EVENT ALARM - > NOT USE Event Alarm allows you to decide whether to enable or disable the event memory full alarm. If you enable Event Alarm, the FINGER007 beeps with an alarm message when the event memory becomes more than 90% full. You can set it regardless of saved events. To enable or disable Event Alarm, press and press <4> or <6> to select “USE” or “NOT USE”, and then press again to confirm. CAUTION: If the event memory becomes full, the oldest event data is overwritten and lost. 12.2.10 Duress Mode 43 10. DURESS MODE NOT USE 10. DURESS MODE - > USE DURESS P/W 12■ Duress Mode enables a cardholder under duress to activate a silent alarm to notify the security. To enable or disable the Duress Mode and / or set the Duress Password, press and press <4> or <6> to select either “NOT USE” or “USE” If you select “USE” the LCD will display the current “DURESS PASSWORD”. To change the password, press and enter the desired 2-Digit Duress Password, and press again to confirm. If you do not wish to change the password, press . NOTE: In case of duress, enter the 2Digit Duress Password and press prior to the regular access process. Following a successful access process, access will be granted as usual but, at the same time, a duress alarm will be generated. NOTE: To learn about how to change the duress alarm output settings, please refer to 11.2.5 In/Output Definition. 12.2.11 Door Open Alarm Time 11. DOOR ALARM 03 11. DOOR ALARM 99■ Door Open Alarm Time refers to the delay between the time at which the Door Relay time finishes and the time at which a Door Open Alarm is activated. To change the Door Open Alarm Time, press and enter a 2Digit number as follows; 00: The alarm will be activated immediately if the door is still left open past the Door Relay Time. 01-98: Delay (01-98 sec) will be inserted before an alarm is activated. 99: No alarm. After entering the number, press to confirm. NOTE: For this application, a Door Contact Sensor must be installed on the door. 44 12.2.12 LCD Display 12. LCD DISPLAY STATUS 12. LCD DISPLAY - > CARD NO LCD DISPLAY allows you to decide whether to display the card number or the status message on the LCD when access is granted or denied. STATUS: The LCD will display the text message indicating the status, i.e. “ACCESS GRANTED” or “ACCESS DENIED” CARD NO: Display the number of the card. To change the setting, press and press <4> or <6> to select “STATUS” or “CARD NO” and press to confirm. 12.2.13 Buzzer Status 13. BUZZER USE 13. BUZZER - > NOT USE The buzzer generates a beep when a button on the keypad is pressed, when a card is read, when an error occurs, etc. To enable or disable the buzzer sound, press and press <4> or <6> to select “ENABLE” or “DISABLE” and press to confirm. NOTE: The buzzer beeps regardless of this setting, when you exit the Setup Mode, when a memory alarm is activated, or when Buzzer Output is defined in “In/Output Define”. 12.2.14 TTL WEIGAND Output 14. TTL WIEGAND NOT USE 14. TTL WIEGAND Æ USE This function allows whether to use “TTL Output” as “WEIGAND Output” The default value is “NOT USE” You can select setup status by using “<4> or <6>” keys Caution: If you press “ENTER” after choosing “TTL WEIGAND” to “USE”, TTL,1,2 setup values would be initialized to “00”. 45 12.2.15 Data BYTE (FINGER007SR Only) 14. DATA BYTE This feature only applies to the FINGER007SR. 4BYTE By default, the FINGER007SR can read smart card written in 14. DATA BYTE - > 2BYTE the 4BYTE format, but, for advanced applications, you can use 2BYTE format smart cards. To do so, you must change the Data BYTE setting to “2BYTE”. To change the setting, press and press <4> or <6> to select “4BYTE” or “2BYTE” and press to confirm. Range of Card Number (FINGER007SR Only) 4 Byte (Default): The Card Number can be in the ranges of 0000000000 – 4294967295. 2 Byte: The first and last 5 digits can each be in the upper ranges of 00000 ~ 65535. lower ranges of 00000-~65535. The total is in the ranges of 0000000000~6553565535 46 12.3 Setup Menu F3 12.3.1 ID Registration 1. REGISTRATION Registration allows you to add new cardholders to the FINGER007. To add a new cardholder ID, press . ENTER ID NO. Either present a card you wish to register to the FINGER007 or enter the card number (ID) via the keypad and press . ->_ NOTE: A Card Number (ID) can be 4 to 8Digits long. For the FINGER007SR, it can be 4 to 10Digits long. For more information about the Card Number Range on the FINGER007SR, see the note under 12.2.14 Data BYTE. 47 ID: 12345678 PW■__TS__RD_FP_ TO REGISTER F/P PUT YOUR FINGER! LIFT AND PUT YOUR FINGER! [Q1:3] [Q2:4] REGISTRATION OK! Once the Card Number is entered, enter the Password (PW), Time Schedule (TS), Reader Number (RD) and Use of Fingerprint (FP) and press . For more information, see below. If you have entered 1 in the FP field, the fingerprint scanner will be lit up. Then, place the cardholder’s fingerprint on the scanner. Once the light from the fingerprint scanner is turned off, lift the finger up and put it back on a while later. If the registration is successful, the “REGISTRATION OK!” message will be displayed on the LCD. If you have registered the fingerprint, the quality score for the fingerprint will appear as shown on the left. If the registration is not successful, the “REGISTRATION ERR!” Message will be displayed on the LCD. Description of Fields PW (Password): Enter the 4Digit password. Password verification can be enabled in 11.1.4. Reader1 Mode. This field is compulsory even if you do not use password verification. TS (Time Schedule): If you wish to apply a certain time schedule to the cardholder, enter the T/S code. If you wish to allow the cardholder round-the-clock access, enter 0. RD (Reader Assignment Code): To use both Readers1 and 2 for the cardholder. Enter 0(or 3). To use just Reader1, enter1. To use just Reader2, enter2. FP (Fingerprint): To register the cardholder’s fingerprint, enter1. If you do not wish to register the cardholder’s fingerprint, enter 0. 12.3.2 ID Deletion 2.ID DELETE ID Delete allows you to delete existing cards from the FINGER007. To delete an existing card (Or ID), press . ENTER ID NO. Either present a card you wish to delete to the FINGER007 or enter the card number (ID) via the keypad and press . -> 48 ID: 12345678 DELETE SUCCESS! If the card was successfully deleted, the “DELETE SUCCESS!” message will be displayed on the LCD. If the card you presented or the card number you entered is not found, the “UNREGISTERED ID” message will be displayed. 12.3.3 ID List 3. ID LIST ID List allows you to search for a certain registered card or view the list of all registered cards. To begin, press 3. ID LIST To search for a certain registered card, press <1>. To view the entire list of all registered cards, press <2>. 1: CARD 2: FIRST ENTER ID NO. -> ID: 12345678 PW1234TS00RD0FP1 If you have entered <1>, enter the Card Number (ID) or present the card you wish to view the information of. The LCD will show the information of the card you have selected in the previous step or the first card on the list. Press <4> or <6> to view the information of the previous or next card. The “FIRST ID” or “LAST ID” message will appear if you are viewing the first or last ID. If there is no card data, the LCD will display the “MEMORY EMPTY” message. If your FINGER007 is set in Reader Mode, the TS and RD values are not valid and the LCD will display “TS00RD3”. 12.3.4 Registered ID Count 4. REG. ID COUNT 00123 The number of registered user IDs is displayed. This count automatically increases or decreases as IDs are registered or deleted. The LCD on the left shows that the total of 123 user IDs are registered in the memory. 49 12.3.5 ID Memory 5. ID MEMORY 10000/50000 5. ID MEMORY -> 10000/50000 EVENT MEMORY NOT EMPTY !!! ID MEMORY NOT EMPTY !!! ID Memory allows you to decide how to divide the memory space between IDs and event transactions. The total number of IDs and event transactions combined is a maximum of 60,000. The default setting is 10,000 users and 50,000 event transactions. If you increase the maximum number of IDs, the maximum number of events decreases in the same proportion, and vice versa. To change the memory partition setting, press , and press <4> or <6> to select 10000/50000, 20000/40000, 30000/30000, 40000/20000 or 50000/10000 (No. of IDs / No. of Events), and then press again to confirm. NOTE: The event memory must be emptied prior to changing this setting. If you attempt to change the setting with some event data still in the memory, the LCD will display “EVENT MEMORY NOT EMPTY” error message. NOTE: If you attempt to reduce the ID memory size to a value lower than the current number of IDs stored in the memory, the LCD will display the “ID TOTAL COUNT WRONG” error message. 12.3.6 Event List Event List allows you to check the past access events with the information such as card number, time and date, etc. 6.EVENT LIST ID:00000000 R:1 08100840242050A MEMORY EMPTY!! The LCD displays the information of the access events as follows; Card Number (ID), Reader Number (R: 1 – Reader 1), Event Date (YY/MM/DD), Day of the Week (4: Wed), Time (hh/mm/ss), Access Status (0: Access granted) and Function Key Value (A=F1). Press <4> or <6> to view the information of the previous or next event transaction. The “FIRST EVENT” or “LAST EVENT” message will appear if you are viewing the first or last event. If there is no event data, the LCD will display the “MEMORY EMPTY” message. 50 12.3.7 Event Count 7.EVENT COUNT 12345 The number of event transactions is displayed. This count automatically increases or decreases as new events occur or the existing events are uploaded to the PC. The LCD on the left shows that the totals of 12345 event transactions are stored in the memory. 51 12.4 Setup Menu F4 52 53 12.4.1 Firmware Version 1. F/W VERSION V A.1.0 The version of the firmware installed in the FINGER007 is displayed on the LCD. 12.4.2 Memory Test 2. MEMORY TEST TEST FAILED!!! PRESS ANY KEY… Memory Test allows you to test the memory of the FINGER007. To begin the test, press . If the test is successful, the LCD will display the “TEST PASSED” message. Press any key to finish the test. If the test is unsuccessful, the LCD will display the “TEST FAILED” message. Press any key to finish the test and try again. If the problem persists, please contact your local IDTECK dealer for assistance or service. 12.4.3 Output Test 54 3. OUTPUT TEST OUTPUT 1 OFF PRESS ANY KEY… Output Test allows you to test the output ports of the FINGER007. To begin the test, press . First, output ports1 and 2 will be tested. During the test, relay outputs are activated and you will hear Tick-Tack sounds with the green LED blinking twice. Second, output oorts3 and 4 will be tested. During the test, TTL outputs are activated and the yellow LED blinks twice. You can check the voltage level of the TTL outputs with appropriate test equipment. Lastly, output port 5 will be tested. During the test, you will hear 2 beeps. After all the tests are over, press any key to exit. 12.4.4 LCD Test 4. LCD TEST AAAAAAAAAAAAAAA CCCCCCCCCCCCCCC LCD Test allows you to test the LCD of the FINGER007. To begin the test, press . Once the test begins, the LCD will display a series of different screens. Ensure that all the screens on the LCD are properly displayed. The test ends with the display of the firmware update date (YYYY/MM/DD). After the test is finished, press any key to exit. 12.4.5 Keypad Test 5. KEYPAD TEST 5. KEYPAD TEST 0123456789ABCDEF Keypad Test allows you to test the keys on the keypad. To begin the test, press . Press each key on the keypad, then the number or letter that corresponds to the key pressed will disappear from the screen. After all the keys are pressed, the LCD displays the “TEST PASSED” message. NOTE: Letter A corresponds to , B to , C to , D to , E to , and F to . 55 12.4.6 Reader Test 6. READER TEST SCANNING… READER #1 12345678 Reader No. Reader Test allows you to test the reader(s). To begin the test, press . While the LCD displays “SCANNING”, present a card to the reader you would like to test, and the LCD will display the reader number and the card number. After the test is finished, press to exit. NOTE: Reader#1 refers to the built-in reader of the FINGER007, and Reader #2 refers to an external reader. NOTE: You can also use Reader Test to check the number of a card. Card No. 12.4.7 Input / DIP Switch Test 7. INPUT TEST INPUT TEST 10000100 000000 DIP Switch Input Port Input Test allows you to check the status of Input Ports and DIP switches (Communication Address Setting Switches). To begin the test, press . 1. DIP Switch: 1=ON, 2=OFF (It shows how the DIP switch on the back of the FINGER007 is set.) 2. Input 1-4: 0=OFF (Disabled) Input 1-4: 1=ON (Enabled) Input 1-4: 2=Input Disconnected 3. Input 5: The status of the tamper switch inside the FINGER007 (0=OFF (Disabled), 1=ON (Enabled)) 4. Input 6: The status of the Proximity Sensor (0=OFF (Disabled), 1=ON (Enabled)) If you activate the Cut-Off Check feature for all the input ports in “5.IN/OUT DEFINE” from F2 Setup menu, the result of an input port test will change to 222200 (If termination resistors are not connected) or 000000 (If termination resistors are connected). 56 12.4.8 Communication Test 8. COMM TEST TEST PASSED!!! PRESS ANY KEY… TEST FAILED!!! PRESS ANY KEY… COMM Test allows you to test communication. Prior to the test, connect the RS232-RX wire (Black wire with White stripe) and the RS232-TX wire (Red wire with Black stripe) together. To begin the test, press . If the test is successful, the LCD will display the “TEST PASSED” message. Press any key to finish the test. If the test is unsuccessful, the LCD will display the “TEST FAILED” message. Press any key to finish the test and try again after powering the FINGER007 off and back on. 12.4.9 Identification Mode 9. IDENTIFICATION 9. IDENTIFICATION - > USE Identification Mode is a feature that allows users to use just fingerprint verification without having to present their cards or enter their ID numbers. If this feature is enabled, a user can just place the fingerprint onto the fingerprint scanner, and then the FINGER007 will perform 1: N authentication for the entire fingerprint templates in the database and grant access if a fingerprint template that matches the user’s fingerprint is found. Default Setting is ‘USE’. 12.4.10 Dual Fingerprint Mode 10. DUAL FINGER 10. DUAL FINGER - > DISABLED DUAL FINGER NOT USE USE The Dual Fingerprint Mode allows one user to register two different fingerprints per ID. This feature is useful when a user’s finger is injured and wishes to use the other registered finger in the verification process. To enable or disable the Dual Fingerprint Mode, press and press <4> or <6> to select “ENABLE” or “DISABLE” and press to confirm. Number of Templates and Fingers Authentication Success Ratio Recommended Authentication Mode 2 Storage Templates for a single finger. High Identification Mode 1 Storage Template each for 2 different fingers. Low Verification Mode 57 12.4.11 Adaptive Mode 11. ADAPTIVE 11. ADAPTIVE - > NOT USE The Adaptive Mode is a feature that improves the quality of fingerprint images in the authentication process, guaranteeing a higher likelihood of successful authentication. However, the authentication process may take longer with this feature on. To enable or disable the Adaptive Mode, press and press <4> or <6> to select “USE” or “NOT USE” and press to confirm. 12.4.12 FP Status 12. FP STATUS NORMAL 12. FP STATUS - > DRY FP Status is a special feature designed for special environments where the fingers of most employees might be too dry or wet. If you set the FP Status setting to dry or wet, the FINGER007 will adjust the fingerprint images according to the environment to improve the authentication rate. To change the setting, press and press <4> or <6> to select “NORMAL”, “DRY” or “WET” and press to confirm. 12.4.13 High Security 13. HIGH SECURITY 13. HIGH SECURITY - > NOT USE High Security allows you to enable or disable the latent fingerprint image processing. Default setting is ‘NOT USE’. CAUTION: Since the image of a latent fingerprint and that of a dry fingerprint are both equally faint, it is hard to tell dry fingerprints from latent images. Therefore, enabling High Security will lower the recognition success rate of dry fingerprints as they might be mistaken to be latent fingerprints. NOTE: In a place where many users have dry fingerprints, a better recognition success rate can be achieved by adjusting the exposure value higher and/or enabling Adaptive Mode. 58 12.4.14 FP Quality 14. FP QUALITY 40 / 30 REGISTER / VERIFY 40 / 30 Register Quality and Verify Quality are the threshold values for fingerprint image capture in the fingerprint registration enrollment process (Register Quality) and verification process (Verify Quality). If the quality value for a capture fingerprint image is below the Register Quality threshold, the authentication (registration or verification) is rejected. By adjusting the threshold value, you can control the desired level of fingerprint image quality. NOTE: If you want to change this function, please consult with IDTECK. Otherwise the recognition success rate is not guaranteed. 12.4.15 FP Level 15. FP LEVEL 8/5 IDENTIFY / VERIFY 8/5 Verify / Identify Security Level is the threshold value for fingerprint authentication. By adjusting the setting value, you can achieve either a higher recognition success rate or a higher security level. NOTE: If you want to change this function, please consult with IDTECK. Otherwise the recognition success rate is not guaranteed. 12.4.16 Fingerprint Module Version 16. FP VERSION V1.71 FP Version allows you to check the version of the fingerprint module on your FINGER007. 12.4.17 Fingerprint Count 17. FP COUNT 0000/1000 FP Count allows you to see how many fingerprints are registered in your FINGER007 and how many can be registered in total. Depending on the specification of the fingerprint module in use, the total fingerprint capacity can be 1000, 2000 or 4000 fingerprints. 59 12.4.18 Fingerprint Module Test 18. FP TEST TEST PASSED!!! FP Test allows you to test the fingerprint module on your FINGER007. To begin the test, press . If the test is successful, the “TEST PASSED” message will be displayed. If the test is unsuccessful, the LCD will display the “TEST FAILED” message. If that is the case, try again. If the problem persists, please contact your local IDTECK dealer for assistance or service. 12.4.19 Fingerprint Device Information Check 19. DEVICE INFO FIM2260-HD Device Info shows you the model name of the fingerprint module on your FINGER007. 13. Appendix 13.1 Default settings of operation modes No Operation Mode (Mode Name) Default Value READER #1 Operation Mode (READER 1 MODE) ID(RF) + FP(PW) READER #2 Operation Mode (READER 2 MODE) RF ONLY External & Internal Reader Keypad Input Limit (RF PIN INPUT) NOT USE Use of Event Memory (EVENT ALARM) USE Unit of Time for Output Ports (OUTPUT TIME) UNIT: 1 sec Application Mode to Output Port Time Schedules NOT USE (OUTPUT T/S) (all codes: 00) Anti-Pass Back Feature (APB SETUP) NOT USE Duress Mode (DURESS MODE) NOT USE Door Open Alarm Time (DOOR ALARM) 3 sec (03) 10 Time Schedule (TIME SCHEDULE) All Time (00:00) 11 Holiday (HOLIDAY T/S) All Date (00:00) 12 Holiday Code (HOLIDAY CODE) NOT USE (all holiday codes: 00) 13 Time Schedule Assigned to Internal & External NOT USE Reader (READER T/S) (code: 00) 60 13.2 Default Output Settings for Input / Output Relations OUTPUT Relay#1 Relay#2 TTL#1 TTL#2 BUZZER [1] Input #1(EXIT BUTTON) 03 00 00 00 00 [2] Input #2(Door Contact SW) 00 99 00 00 99 [3] Input #3 00 00 00 00 00 [4] Input #4 00 00 00 00 00 [5] Input #5(TAMPER S/W) 00 99 00 00 99 [6] Reader#1 ID OK 03 00 00 00 00 [7] Reader#1 ID Error 00 03 00 00 00 [8] Reader#1 ID T/S Error 00 03 00 00 00 [9] Reader#1 APB Error 00 03 00 00 00 [10] Reader#2 ID OK 03 00 00 00 00 [11] Reader#2 ID Error 00 03 00 00 00 [12] Reader#2 ID T/S Error 00 03 00 00 00 [13] Reader#2 APB Error 00 03 00 00 00 [14] DURESS MODE 03 00 00 00 00 [15] OUTPUT TIME SCHEDULE 00 00 00 00 00 Input #1 Input #2 Input #3 Input #4 Input #5 00 00 00 00 00 Relay#1 Relay#2 TTL#1 TTL#2 BUZZER 00 03 00 00 00 Relay#1 Relay#2 TTL#1 TTL#2 BUZZER 00 03 00 00 00 Input #1 Input #2 Input #3 Input #4 Input #5 01 01 01 01 01 Input #1 Input #2 Input #3 Input #4 Input #5 00 00 00 00 00 Input #1 Input #2 Input #3 Input #4 Input #5 00 00 00 00 00 INPUT [16] INPUT TIME SCHEDULE [17] DR OPEN ALARM [18] CUT OFF ALARM [19] INPUT EVENT [20] EMERGENCY IN [21] CUT OFF CHECK * Index No. [1] - [14], [17]-[18] The values indicate the operating time of each output for the input signal. 99 denote “Operating time is not limited”. * Index No. [15] The values indicate the Time Schedule Code (index) applied to each output. 61 * Index No. [16] The values indicate the Time Schedule Code (index) applied to each input. * Index No. [19]-[21] The values indicate whether to enable or disable the feature for each output. (01-USE, 00-NOT USE) 14. FCC Registration Information FCC Requirements Part 15 CAUTION: Any changes or modifications in construction of this device which are not expressly approved by the responsible for compliance could void the user's authority to operate the equipment. NOTE: 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 interface, and 2. This device must accept any interference received, including interference that may cause undesired operation. This equipment has been tested and found to comply with the limits for a Class A Digital Device, pursuant to Part 15 of the FCC rules. These limits are designed to this equipment generates, uses, and can radiate radio frequency energy and, if not installed and used in accordance with the instructions, may cause harmful interference to radio communications. However, there is no guarantee that interference will not occur in a particular installation. If this equipment does cause harmful interference to radio or television reception, which can be determined by turning the radio or television off and on, the user is encouraged to try to correct interference by one or more of the following measures. 1. Reorient or relocate the receiving antenna. 2. Increase the separation between the equipment and receiver. 3. Connect the equipment into an outlet on another circuit. 4. Consult the dealer or an experienced radio/TV technician for help. 62 15. Warranty Policy and Limitation of Liability IDTECK warrants this product against defects in material and workmanship for the period specified below from the date of purchase under normal customer use. This Warranty doesn’t apply: 1) to any product which has been dismantled without authorization of IDTECK or/and has a damaged or detached QC label on its back side; 2) to any losses, defects, or damages caused by improper testing, operation, installation, maintenance, modification, alteration, or adjustment; 3) to any product with a damaged or faded serial number on it; or 4) to any losses, defects, or damages caused by lightning or other electrical discharge, natural disaster, misuse, accident or neglect. This Limited Warranty is in lieu of all other warranties, obligations, or liabilities on the part of IDTECK, and IDTECK DISCLAIMS ANY AND ALL WARRANTY, WHETHER EXPRESS OR IMPLIED, OF MERCHANTABILITY OR FITNESS FOR A PARTICULAR PURPOSE.IDTECK does not, and cannot, know who is present, what property is located, where this product will be used; it would be extremely difficult to determine the actual damages that may result from a failure of the product to perform as anticipated; and the low price of this product is based upon the nature of the product provided and the limited liability that IDTECK assumes. IDTECK IS NOT RESPONSIBLE FOR ANY PERSONAL INJURY, PROPERTY DAMAGE OR LOSS, DIRECT, SPECIAL, INCIDENTAL OR CONSEQUENTIAL DAMAGES, OR OTHER LOSS, AND IDTECK’S MAXIMUM LIABILITY SHALL NOT IN ANY CASE EXCEED THE PURCHASE PRICE OF THE PRODUCT. To obtain repair or replacement under the terms of this warranty, visit IDTECK’s Website (http://www.idteck.com) and place an online RMA request. After an RMA code is issued, return the product along with the authorization RMA code. >> Warranty Period Product Category RF CARDS (ACTIVE TYPE) FINGERPRINT MODULE / SENSOR RF READERS (WITHOUT EPOXY POTTING) STANDALONE CONTROLLERS CONTROL PANELS FINGERPRINT READERS RF READERS (WITH EPOXY POTTING) RF CARDS (PASSIVE TYPE) 63 Warranty Period 1 year 2 years Lifetime 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 operation. This equipment has been tested and found to comply with the limits for a Class A digital device, pursuant to part 15 of the FCC Rules. These limits are designed to provide reasonable protection against harmful interference when the equipment is operated in a commercial environment. This equipment generates, uses, and can radiate radio frequency energy and, if not installed and used in accordance with the instruction manual, may cause harmful interference to radio communications. Operation of this equipment in a residential area is likely to cause harmful interference in which case the user will be required to correct the interference at his own expense. Change or modifications not expressly approved by the party responsible for compliance could void the user’s authority to operate the equipment under FCC rules. 64 16. How to Make RMA Request (After Sales Service) To make the RMA request, the product must be initially registered on IDTECK webpage. After registering the product, send it to IDTECK RMA Center. Please follow the instructions below: 1. Please register the RMA request via IDTECK webpage. : www.idteck.com Æ “Support & Download” Æ “Online RMA” Æ “RMA REQUEST” (Please refer to the IDTECK webpage for more details.) 2. RMA Code will be issued after the RMA Center reviews the RMA request form. 3. Enclose the product along with the RMA Code and send it to IDTECK RMA Center. (Product without RMA Code is not accepted.) If you have any questions or problems regarding the RMA services, please contact us using the contact information below. Friendly representatives at IDTECK are always standing by to provide the best after sales services. IDTECK Headquarter 5F, Ace Techno Tower B/D, 684-1, Deungchon-Dong, Gangseo-Gu, Seoul, 157-030, Korea Tel: +82-2-2659-0055 Fax: +82-2-2659-0086 E-mail: webmaster@idteck.com Website: www.idteck.com E-Training Center: http://www.idtecktraining.com IDTECK Production Facility and RMA Center 3F, 10/10-1/10-2, Dodang-Dong, Weonmi-Gu, Bucheon-Si, Gyeonggi-Do 420-130, Korea Tel: +82-2-2659-0055 Fax: +82-2-2659-0086 E-mail: webmaster@idteck.com Website: www.idteck.com E-Training Center: http://www.idtecktraining.com 65 17. Template 66 The specifications contained in this manual are subject to change without notice at any time. 5F, Ace Techno Tower B/D, 684-1, Deungchon-Dong, Gangseo-Gu, Seoul, 157-030, Korea Tel : +82-2-2659-0055 Fax : +82-2-2659-0086 E-mail : webmaster@idteck.com Jan. 2011 Copyright ©2011 IDTECK Co., Ltd.
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