Connecting the terminal to an Ethernet network ..................16 8.5. Connecting an electromechanical lock to the terminal’s circuit board ............17 8.6. Connecting an electromagnetic lock through the BioSmart Zflex Relay Module.........18 8.7. Connecting an entry sensor and control buttons ..................19 8.8.
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Additional requirements: Note Use a clean, dry cloth to remove any dirt or dust from the unit. IEC 60204-1: Safety of machinery – Electrical equipment of machines. (Part 1: General requirements) Biosmart PV-WTC Terminal. Installation guide v 2.4|en...
General product information The BioSmart PV-WTC Work and Attendance Terminal is designed for use as part of the BioSmart biometric access monitoring and control system. The terminal provides a means to track working hours and attendance by identifying users through the unique biometric characteristics of subcutaneous palm veins and RFID proximity cards.
90 IP54 - Ingress Protection Rating - Design Detachable plastic body Note: * - Each user can be provided with single card code ** - Calculated value. Depends on user’s templates quality Biosmart PV-WTC Terminal. Installation guide v 2.4|en...
To avoid malfunctions in the terminal, it must be disconnected from its power source before any work is carried out with its case open. Only specialists authorized by the manufacturers of this terminal should carry out the repair and replacement of terminal parts. Biosmart PV-WTC Terminal. Installation guide v 2.4|en...
Figure 1. Exterior view of the terminal 1. RFID card reader; 2. LCD screen; 3. Keypad; 4. Camera (optional); 5. Palm vein scanner; The keypad buttons (fig. 2) are used to navigate through the on-screen menu: Biosmart PV-WTC Terminal. Installation guide v 2.4|en...
The keypad is also used to enter all numeric settings. 7.2. Description of connection ports A view of the terminal’s circuit board is shown in fig. 3. The circuit board’s contacts are described in table 1. Biosmart PV-WTC Terminal. Installation guide v 2.4|en...
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Wiegand interface DATA0 output DATA0 intput +12V output for discrete input Relay control button Door sensor output, relay control Discrete input button - interface of RS485 connection with 485- +485 Zflex contact Zflex Biosmart PV-WTC Terminal. Installation guide v 2.4|en...
When deciding where to install the terminal, the following should be taken into account: The recommended height for the terminal is 150-170 cm from the floor, for reasons of convenience in positioning the palm on the scanner, presenting a Biosmart PV-WTC Terminal. Installation guide v 2.4|en...
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0.2 mm Duplex cable with a wire size of no less Power source – terminal 50 m. than 0.75 mm (for example, 3192Y) Biosmart PV-WTC Terminal. Installation guide v 2.4|en...
Remove the rear panel. 4. Place the rear steel panel of the terminal on the wall and mark out the fixture points for the terminal (fig. 4). Biosmart PV-WTC Terminal. Installation guide v 2.4|en...
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12. After connecting all the necessary cables, attach the terminal to the rear panel and screw in the fastening screws located on the base. 13. Remove the protective film from the LCD and keypad. Biosmart PV-WTC Terminal. Installation guide v 2.4|en...
Figure 5. Connecting the terminal’s power supply Terminal supports PoE technology. Use cable 1 (see table 2) to connect the power supply according to the connection diagram in figure 6. Figure 6. Connecting to PoE power supply Biosmart PV-WTC Terminal. Installation guide v 2.4|en...
Use cable 1 (see table 2) to connect the terminal (via the Ethernet port) to a network switch or router. The order of connections in the cable’s modular connector must correspond to the TIA/EIA-568-B standard, in accordance with figure 8. Biosmart PV-WTC Terminal. Installation guide v 2.4|en...
Figure 8. UTP cable wiring 8.5. Connecting an electromechanical lock to the terminal’s circuit board Figure 9 describes how to connect an electromechanical lock to the terminal. Use cable 3 (see table2) to connect the electromechanical lock. Biosmart PV-WTC Terminal. Installation guide v 2.4|en...
8.6. Connecting an electromagnetic lock through the BioSmart Zflex Relay Module An electromagnetic lock is connected in conjunction with the BioSmart Zflex relay module in accordance with figure 10. Use cables 3 and 4 to connect it (see table 2).
8.7. Connecting an entry sensor and control buttons An entry sensor or a control button for exiting the premises can be connected directly to the terminal’s on-board discrete input (fig. 11). Use cable 5 (see table2). Biosmart PV-WTC Terminal. Installation guide v 2.4|en...
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BioSmart Zflex (fig.12). Use cables 4 and 5 (see table2). Figure 12. Connecting a door sensor and button using the BioSmart Zflex Biosmart PV-WTC Terminal. Installation guide v 2.4|en...
Figure 13 describes how to connect the terminal to an external AMCS controller through the Wiegand interface. Use cable 6 for this connection (see table 2). Figure 13. Connecting the terminal to an external controller via Wiegand Biosmart PV-WTC Terminal. Installation guide v 2.4|en...
You can set the required IP-address, mask and gateway. Please, make sure that your new IP-address belongs to the same network so that the terminal can be accessed locally from any PC (figure 16). Biosmart PV-WTC Terminal. Installation guide v 2.4|en...
(fig. 17): Figure 17. Errors check. If one or more parameters do not show «OK» result, please contact the Technical support for servicing works to be carried out. Biosmart PV-WTC Terminal. Installation guide v 2.4|en...
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