www.biosmart-tech.com
BioSmart PV-WTC
Installation Guide
2
CONTENTS
CONTENTS
GENERAL PRODUCT INFORMATION ....................................................................................................... 4
1. SPECIFICATIONS ................................................................................................................................ 4
1.1. Basic specifications ..................................................................................................................................... 5
1.2. Factory settings ........................................................................................................................................... 6
1.3. Package contents ........................................................................................................................................ 6
2. USE, TRANSPORTATION AND STORAGE CONDITIONS ............................................................... 6
3. SAFETY REQUIREMENTS .................................................................................................................. 6
4. DISPOSAL ........................................................................................................................................... 7
5. MANUFACTURER’S GUARANTEE ................................................................................................... 7
6. INSPECTION CERTIFICATE ................................................................................................................ 7
7. TERMINAL DESCRIPTION ................................................................................................................. 8
7.1. Terminal’s front panel description .............................................................................................................. 8
7.2. Description of connection ports .................................................................................................................. 9
7.3. Description of indicators and circuit board jumpers ...................................................................................11
8. INSTALLATION ................................................................................................................................. 11
8.1. Installation notes .......................................................................................................................................11
8.2. Installation procedures ..............................................................................................................................13
8.3. Connecting the terminal’s power supply ....................................................................................................15
8.4. 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. Connecting to an external controller through Wiegand .............................................................................21
9. NETWORK PARAMETERS CONFIGURATION.............................................................................. 22
10. ERRORS CHECK ............................................................................................................................... 23
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Safety Instructions
Caution
Caution indicates a hazard with a low level of risk which, if not avoided, could
result in minor or moderate injury.
Note
Note indicates an important remark, which should be taken into attention.
Caution
General requirements:
Read, follow and retain instructions – All safety and operating instructions must
be read and followed properly before putting the unit into operation.
Do not turn on the power supply until all installation procedures are finished –
this may lead to injury or equipment damage.
Do not disconnect or connect cables while unit is powered on – this may lead
to unit malfunction and software errors.
Do not expose unit to heat or fire – high temperature impact may lead to case
deformation and circuit board damage.
Make sure that all cables and screws are fastened properly - otherwise case
damage or circuit shortcut may happen.
Note
Additional requirements:
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)
Safety Instructions
Safety instructions must be followed in addition to International Standards (ISO/IEC)*, and
other safety regulations.
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General product information
Designation
Device serial number
BioSmart PV-WTC -EM
BioSmart PV-WTC -MF
BioSmart PV-WTC -HD
BioSmart PV-WTC -LG
Dear customers!
Thank you for purchasing our product. With proper installation and use, this
device will bring you many years of reliable service.
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. It can also be used for access monitoring and control.
Terminal is compatible with BioSmart Studio V5.6.3.269 and above.
Four models of this terminal are available:
- With Em-Marine (EM) card format scanner;
- With Mifare (MF) card format scanner;
- With HID iClass and HID Prox (HD) card format scanner;
- With Legic (LG) card format scanner.
1. SPECIFICATIONS
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SPECIFICATIONS
- Palm vein scanner type
Optical, infrared
- Maximum number of users*
1 000 000
- Maximum numbers of card codes
1 000 000
- Maximum number of palms
300 000
- Maximum number of events
10 000 000
- 1:1000 vein identification time, s
no longer than 2
- False acceptance rate,, % **
0.00008
- Integrated RFID card scanner
Yes
- Card scanning range, mm
up to 100
- Display
TFT 3.5” 320х240
- Keyboard
12 buttons
- BioSmart relay module support
Yes
- PC connection
Ethernet (IEEE 802.3,
10BASE-T, IEEE
802.3u, 100BASE-TX,
1000BASE-TX)
- USB interface
USB2.0 Full Speed
- WEB-interface
Yes
- Wiegand 26-40 bites
Yes
- On-board relay
12 VDC, 1 А
- Number of discrete inputs, pcs
1
- Power supply specifications
12 VDC±15%, 1 A
- POE
IEEE802.3af class 3
- Outer dimensions (L x W x H), mm
220х155х130
- Net weight, g
850
- Gross weight, g
1200
- Operating temperature range, °С
from 0 to plus 50
- Operating relative air humidity, %
up to 90
- Ingress Protection Rating
IP54
- Design
Detachable plastic body
Note: * - Each user can be provided with single card code
** - Calculated value. Depends on user’s templates quality
1.1. Basic specifications
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USE, TRANSPORTATION AND STORAGE CONDITIONS
IP address
172.25.110.71
Administrator password
No password
WEB-interface login
root
WEB-interface password
bioroot
Item
Number, pcs
BioSmart PV-WTC Terminal
1
Installation guide
1
Warranty claim
1
Mounting kit (four 6х35 dowels, four
3.5х38 self-tapping screws)
1
1.2. Factory settings
1.3. Package contents
2. USE, TRANSPORTATION AND STORAGE CONDITIONS
Abrasive or chemically active materials should not be used to clean the outer
surfaces of the device or the palm vein scanner.
The terminal may be stored in the following environmental conditions:
- ambient air temperature from minus 40 to plus 50°С;
- relative air humidity (without condensation) up to 98%.
Water, dust and other foreign substances should be prevented from entering the
inside of the terminal during transportation and storage. Following storage of the
terminal in low temperature or high humidity conditions, it must be kept in a dry
environment at a temperature of (20±5) °С for no less than 30 minutes before being
turned on.
3. SAFETY REQUIREMENTS
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.
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DISPOSAL
4. DISPOSAL
The BioSmart PV-WTC Terminal does not contain materials hazardous to the
health of users or the environment. No special ecological safety measures are
required when disposing of this unit at the end of its operational lifespan.
5. MANUFACTURER’S GUARANTEE
The manufacturer guarantees successful performance and correspondence to the
stated product characteristics on the condition that the consumer complies with the
rules of its use, installation, connection, transportation and storage.
The manufacturer provides a warranty on the BioSmart PV-WTC Terminal for the
period of 36 months from the day of sale indicated in its certificate.
If notes on the date of the product’s sale are absent from the certificate, the
warranty period is calculated from its manufacturing date.
The Manufacturer’s Warranty does not extend to BioSmart PV-WTC terminals
that have broken down due to the Customer failing to comply with its rules of
operation.
6. INSPECTION CERTIFICATE
«BioSmart PV-WTC-_____» terminal, assembly n. _________________ has been
classified as fit for use.
Issue date _______________
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TERMINAL DESCRIPTION
7. TERMINAL DESCRIPTION
7.1. Terminal’s front panel description
An exterior view of terminal is shown on the figure 1.
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:
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TERMINAL DESCRIPTION
– used for selection and confirmation;
– used to return to the previous menu section or delete the last digit entered.
Figure 2. Keypad
2 – moves up the list;
6 – moves to the right or switches from list to function buttons. Used for page
navigation in the «Employees» menu;
4 – moves to the left or switches from function buttons to list. Used for page
navigation in the «Employees» menu;
5 – used for selection and confirmation in the «Employees» menu;
8 – moves down the list;
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.
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TERMINAL DESCRIPTION
№
Label
Description
Connection purpose
1
RELAY
1st relay normally-open contact output
(DC 1A, 12V)
Actuator control input
2
RELAY
2nd relay normally-open contact output
(DC 1A, 12V)
Actuator power supply output
3
WO1
Wiegand interface DATA1 output
Wiegand external controller
interface DATA 1 intput
4
WO0
Wiegand interface DATA0 output
Wiegand external controller
interface
DATA0 intput
5
IN+
+12V output for discrete input
Relay control button
6
IN
Discrete input
Door sensor output, relay control
button
7
485-
- interface of RS485 connection with
Zflex
+485 Zflex contact
Figure 3. Exterior view of terminal’s circuit board
Table 1. Circuit board connectors
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INSTALLATION
8
485+
+ interface of RS485 connection with
Zflex
-485 Zflex contact
9
USB
USB connector for different equipment
3G modem, Bluetooth module
10
X5
RJ45(8P8C) port for Ethernet network
connector
Ethernet network interface
11
Х21
Place, reserved for 12V connector
12V supply, reserved
12
GND
Power, ground
Ground of 12V power supply
13
+12 V
Power, +12V
+12V power supply
7.3. Description of indicators and circuit board jumpers
The LEDs located on the Ethernet port indicate the physical connection’s state
(Link, green) and transfer activity (Activity, red);
REL LED turns on, when on-board relay is activated and RELAY outputs are
closed;
IN LED turns on, when IN and IN+ outputs are closed;
PoE LED turns on, when terminal is being connected to the POE power supply;
5V LED indicates 5V voltage presence on terminal’s main circuits;
STATE LED indicates system state (for service use);
The IPRST jumper is used to reset the network configuration to factory settings.
To do this, you must close the jumper contacts and wait for the Link and Activity
LEDs to go out. Afterwards, the jumper must be opened again.
The RST jumper is used to reboot the terminal. To do this, you must close the
jumper contacts for 1 sec.
8. INSTALLATION
8.1. Installation notes
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
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INSTALLATION
Cab
no.
Cable connection
Max. length
Type
1
Ethernet (IEEE 802.3) –
terminal
100 m.
Four twisted pair cables of no lower
than category five with a wire size of no less
than 0.2 mm
2
2
Power source – terminal
50 m.
Duplex cable with a wire size of no less
than 0.75 mm2 (for example, 3192Y)
card and viewing events on the LCD screen. Access to the terminal should be
free and unobstructed to allow for convenient positioning of the palm.
If installing multiple terminals, they must be placed no closer than 80 cm away
from each other in order to minimize mutual interference from their in-built
RFID card readers.
Installing a terminal within 1 m of any external RFID readers or other sources of
electromagnetic interference is not recommended. Nearby sources of
electromagnetic interference may negatively affect the operation of the built-in
RFID card reader.
It is recommended to leave some length in the cables attached to the terminal,
enough to remove the terminal from the wall and access its jumpers.
If the device is installed on a metal surface, the range of its RFID card reader
may be reduced.
When installing cables, please observe the following recommendations:
Cables must be installed in accordance with the operational code for electrical
installations;
Do not lay cables within 30 cm of sources of electromagnetic interference;
All cables must only intersect power cables at a right angle;
Any cable extensions must be soldered.
Before installation:
Carefully check for mechanical damage on the surface of the terminal’s palm
scanner, circuit board and housing;
In order to avoid short circuits, the protected ends of cables used to connect
the terminal must not exceed 5 mm.
Table 2. Types of cables used:
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INSTALLATION
3
Terminal – lock, Zflex - lock
20 m.
Duplex cable with a wire size of no less
than 0.75 mm2 (for example, 3192Y)
4
Terminal –Zflex
10 m.
Four twisted pair cables of no lower
than category five with a wire size of no less
than 0.2 mm2
5
IN, IN+ terminal contacts –
external devices
10 m.
CQR-6 or RAMCRO-6 cable
6
WO0, WO1 terminal
contacts – external devices
60 m.
Four twisted pair cables of no lower
than category five with a wire size of no less
than 0.2 mm2
8.2. Installation procedures
The terminal must be installed using the following procedure:
1. Open the box and verify that all the terminal’s parts are present.
2. Decide where you will install the terminal.
3. Unscrew the screws located in the lower part of the terminal housing
which secure the housing to the rear panel. 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).
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INSTALLATION
Figure 4. Rear view (dimensions in mm.)
5. Lay and feed through all the required cables. The cables used must
correspond to table 2, or have similar technical characteristics. Ensure that
there are no tears, breaks or mechanical defects in the cables. Ensure that
the power is off before connecting any cables.
6. Feed the cables through the hole for cable insertion in the terminal’s rear
panel.
7. Fix the terminal’s rear panel onto the installation surface using the fixings
included in the packaging.
8. Connect the terminal’s power according to p. 8.3.
9. Connect the terminal’s network cable according to p. 4.4
10. If necessary, connect the lock and external sensors according to p. 4.5 –
4.8.
11. If necessary, connect the external equipment through the Wiegand
interface.
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.
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INSTALLATION
8.3. Connecting the terminal’s power supply
Use cable 2 (see table 2) to connect the power supply according to the connection
diagram in figure 5.
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
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INSTALLATION
8.4. Connecting the terminal to an Ethernet network
Connect the terminal to an Ethernet network according to figure 7. To provide
IP54 protection rating, you must at first put the cable through the hermetic seal, and
then connect modular connector to cable. If there is no need in providing IP54,
hermetic seal may be disconnected, and cable may be put inside with a connection
module on it.
Figure 7. Connecting to an Ethernet network
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.
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INSTALLATION
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.
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INSTALLATION
Figure 9. Connecting an electromechanical lock
In order to protect terminal’s relay from reverse current, induced when the
door lock operate, install a diode as it shown on figure 9. Use 1N4007 (1A,
100V) diode or similar. Install a diode as close to lock, as possible.
Use separate power supplies for lock and terminal.
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).
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INSTALLATION
Figure 10. Connecting an electromagnetic lock
In order to protect relays from reverse current, induced when the door lock
operate, install a diode as it shown on figure 9. Use 1N4007 (1A, 100V)
diode or similar. Install a diode as close to lock, as possible.
Use separate power supplies for lock and terminal.
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).
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INSTALLATION
Figure 11. Connecting a door sensor or button to the on-board discrete input
If your access monitoring and control system requires the simultaneous use of an
entry sensor and button for exiting the premises, you must connect them using the
BioSmart Zflex (fig.12). Use cables 4 and 5 (see table2).
Figure 12. Connecting a door sensor and button using the BioSmart Zflex
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INSTALLATION
8.8. Connecting to an external controller through Wiegand
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
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NETWORK PARAMETERS CONFIGURATION
9. NETWORK PARAMETERS CONFIGURATION
Connect the terminal’s power supply. Wait for the screen to turn on.
Press «Enter» ( ). When «Enter password» screen appears, press
«Enter» again.
Select «Menu», using navigation buttons (fig. 14). Press «Enter».
Figure 14. «Menu» selection
Select «Settings», after that – «Network» (fig. 15 )
Figure 15. «Network» selection
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).
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ERRORS CHECK
Figure 16. Network settings
Press «Apply». New settings will go into effect.
The device is ready for use. Further configuration of the device should be carried
out using the BioSmart Studio v5.
10. ERRORS CHECK
Go to the «Errors» menu. If the device is connected correctly and its network
options are configured correctly, the following parameters should be displayed (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
Support
support@biosmart-tech.com
+420 246097126
Skype: BioSmart TechSupport
+420 246097126
Konevova 2660/141, 130 00 Prague, Czech Republic
www.biosmart-tech.com
sale@biosmart-tech.com
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