BioSmart UniPass User manual

BioSmart UniPass
Installation Guide
www.biosmart-tech.com

1 UniPass Installation Guide v1.2|10.2018|en
Contents
Contents.............................................................................................................................................................1
Safety Instructions.............................................................................................................................................2
1. Overview ....................................................................................................................................................3
Specifications......................................................................................................................................3
Circuit board.......................................................................................................................................4
Circuit board LEDs and jumpers .........................................................................................................4
Connector names and description .....................................................................................................5
2. Installation .................................................................................................................................................6
Cable types .........................................................................................................................................6
General installation notes ..................................................................................................................6
Mounting on wall ...............................................................................................................................6
Mounting on DIN-rail..........................................................................................................................7
Power supply connection ...................................................................................................................7
Network connection...........................................................................................................................8
PV-WM Readers connection ..............................................................................................................8
Fail-safe lock connection....................................................................................................................9
Fail-secure lock connection ..............................................................................................................10
Exit buttons and door sensors connection...................................................................................11
Wiegand connection.....................................................................................................................11

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Safety Instructions
Safety instructions must be followed in addition to International Standards (ISO/IEC)*, and other
safety regulations.
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)

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1. Overview
The BioSmart UniPass Controller is designed for use as part of the BioSmart biometric access
monitoring and control system. The controller 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.
Controller is designed to work with BioSmart PV-WM Readers.
Controller is compatible with BioSmart Studio software version V5.7.1 and above.
Specifications
Number of users*
1 000 000
Number of proximity cards*
1 000 000
Number of palms veins patterns
300 000
Identification time by palm veins (1:1000)
Less than 2 seconds
FAR (False Acceptance Rate)**
0,00008 %
Interface for communication with computer
Ethernet, (IEEE 802.3, 100BASE-T)
Power supply
12VDC±15%, 1A (standalone, 3A
with readers)
Power relay outputs (NC, С, NO outputs)
2
Power rating of power relays
12-24VDC, 7А
Number of readers
Up to 2
Readers interface
TCP-IP, USB
Wiegand outputs/inputs
2/2
RS-485 interface
2
PoE sources on board
2
Discrete inputs
6
Operating temperature
-40 to +50 °C
Case type
Laid-on plastic
Dimensions (H x W x D)
180 х 125 х 40
Weight
Net:244 g; gross:300 g
Warranty
5 years
Note: * - Each user can be provided with single card code
** - Calculated value. Depends on user’s templates quality

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Circuit board
Circuit board LEDs and jumpers
Name
Type
Description
SOM STATE
LED
Indicates CPU state
+5V
LED
Indicates main circuits power presence
RUN
LED
Indicates work mode
ALARM
LED
Indicates if an errors occurs
REL1
LED
Indicates if Relay 1 is powered on
REL2
LED
Indicates if Relay 2 is powered on
IN_1
LED
Indicates if discrete input 1 is activated
IN_2
LED
Indicates if discrete input 2 is activated
IN_3
LED
Indicates if discrete input 3 is activated
IN_4
LED
Indicates if discrete input 4 is activated
IN_5
LED
Indicates if discrete input 5 is activated
IN_6
LED
Indicates if discrete input 6 is activated
RST
Jumper
Reset to default settings
IP RST
Jumper
IP settings reset
TMPR
Jumper
Reserved

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Connector names and description
№
Name
Description
Used for
1
NO1
Normally open relay 1 output
2
C1
Common relay 1 output
3
NC1
Normally closed relay 1 output
Fail-safe lock
4
NO2
Normally open relay 2 output
Fail-safe lock/ Fail-secure lock ?!?!?!
5
C2
Common relay 2 output
Fail-secure lock
6
NC2
Normally closed relay 2 output
Fail-safe lock
7
WI01
Wiegand input 0 DATA1
RFID reader connection
8
GND
Wiegand ground
RFID reader connection
9
WI00
Wiegand input 0 DATA0
RFID reader connection
10
OUT1
RFID reader input
RFID reader green led
11
OUT2
RFID reader input
RFID reader red led
12
OUT3
RFID reader input
RFID reader sound
13
WI10
Wiegand input 1 DATA0
RFID reader connection
14
GND
Wiegand ground
RFID reader connection
15
WI11
Wiegand input 1 DATA1
RFID reader connection
16
OUT4
RFID reader input
RFID reader green led
17
OUT5
RFID reader input
RFID reader red led
18
OUT6
RFID reader input
RFID reader sound
19
IN1
Discrete input 1
Enter/exit buttons, door sensors
20
IN2
Discrete input 2
Enter/exit buttons, door sensors
21
IN3
Discrete input 3
Enter/exit buttons, door sensors
22
WO10
Wiegand output 1 DATA0
External controller, Wiegand 1
23
GND
Wiegand ground
External controller, Wiegand ground
24
WO11
Wiegand output 1 DATA1
External controller, Wiegand 1
25
IN4
Discrete input 4
Enter/exit buttons, door sensors
26
IN5
Discrete input 5
Enter/exit buttons, door sensors
27
IN6
Discrete input 6
Enter/exit buttons, door sensors
28
WO00
Wiegand output 0 DATA0
External controller, Wiegand 0
29
GND
Wiegand ground
External controller, Wiegand ground
30
WO01
Wiegand output 0 DATA1
External controller, Wiegand 0
31
A1
RS-485 interface «+»
RS-485 Device (OSDP controllers, Zflex)
32
B1
RS-485 interface «-»
RS-485 Device (OSDP controllers, Zflex)
33
A2
RS-485 interface «+»
RS-485 Device (OSDP controllers, Zflex)
34
B2
RS-485 interface «-»
RS-485 Device (OSDP controllers, Zflex)
35
+5V
+5VDC output
+5VDC output
36
+5V
+5VDC output
+5VDC output
37
GND
Power ground
Power supply
38
GND
Power ground
Power supply
39
+12V
+12VDC Power supply
Power supply
40
+12V
+12VDC Power supply
Power supply
41
Eth1
Ethernet (PSE)
PV-WM readers connection
42
Eth2
Ethernet (PSE)
PV-WM readers connection
43
Eth3
Ethernet
Network connection
44
USB (F)
USB port
PV-WM readers connection
45
USB (F)
USB port
PV-WM readers connection

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2. Installation
Cable types
№
Cable connection
Max. length
Type
1
Ethernet (IEEE 802.3)
100 m.
Four twisted pair cables of no lower than category five
with a wire size of no less than 0.2 mm2
2
Power source
50 m.
Duplex cable with a wire size of no less than 0.75 mm2(for
example, 3192Y)
3
Turnstile, lock
20 m.
Duplex cable with a wire size of no less than 0.75 mm2(for
example, 3192Y)
4
BioSmart PV-WM (USB)
5 m.
USB 2.0 certified 480mbps type A male to B male cable
5
Exit buttons, sensors
10 m.
CQR-6 or RAMCRO-6 cable
6
Wiegand interface
60 m.
Four twisted pair cables of no lower than category five
with a wire size of no less than 0.2 mm2
7
RS-485 interface
100 m.
Four twisted pair cables of no lower than category
five with a wire size of no less than 0.2 mm2
General installation notes
Install the controller on vertical surface;
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;
All cable extensions must be soldered.
Carefully check for mechanical damage on the surface of the controller circuit board and
case;
In order to avoid short circuits, the protected ends of cables used to connect the controller
must not exceed 5 mm.
Mounting on wall
1. Decide where to install controller, using a mounting template.
2. Drill holes, according to a mounting template and insert dowels inside the holes.
3. Place controller on wall and fix it with self-tapping screws.
4. Connect power supply, PV-WM readers, locks, and buttons, if needed, according to 2.5-2.11
.
5. Attach the covering.

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Mounting on DIN-rail
1. Place the lower clip on the edge of the rail.
2. Pull the upper clip with a slot-head screwdriver.
3. Press the controller to the DIN rail, the upper clip must snap under the pressure of the spring.
Power supply connection
Use a DC 12 V power supply adaptor with a minimum of 1000 mA, (3000 mA if PV-WM readers
are to be connected via Ethernet) which has obtained the approval of IEC/EN 60950-1;
See recommended cable type and maximum length of the cable in Cable types table.

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Network connection
See recommended cable type in Cable types table;
The order of connections in the cable’s modular connector must correspond to the TIA/EIA-568-
B standard.
PV-WM Readers connection

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See recommended cable type in Cable types table;
Don not connect readers to 12V power supply if UniPass on-board PoE ports are used;
Fail-safe lock connection
See recommended cable type in Cable types table;
Install a diode as it shown on figure, to protect controller relay from reverse current. Use 1N4007
diode (1000V,1A) or similar;
Use separate power supplies for lock and controller;

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Fail-secure lock connection
See recommended cable type in Cable types table;
Install a diode as it shown on figure, to protect controller relay from reverse current. Use 1N4007
diode (1000V,1A) or similar;
Use separate power supplies for lock and controller;

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Exit buttons and door sensors connection
See recommended cable type in Cable types table;
Wiegand connection
See recommended cable type in Cable types table;

Support
[e-mail]
[phone]
Skype: BioSmart TechSupport
[phone]
Konevova 2660/141, 130 00 Prague, Czech Republic
www.biosmart-tech.com
[e-mail]