- ZKAccess

Transcription

- ZKAccess

Installation Guide
inBIO-Series
Access Control Panels
&
ZKAccess 5.2 software
ZKAccess.com
2
AUX 1
AUX 2 AUX 3
AUX4
EXT
STATE
BUTTON 1
READER 1
BUTTON 2
EXT
RS485
READER 2
BUTTON 3
PC
RS485
READER 3
BUTTON 4
CARD
+12V
GND
WD0
WD1
GLED
BEEP
GND
IN
+12V
GND
WD0
WD1
GLED
BEEP
GND
IN
+12V
GND
WD0
WD1
GLED
BEEP
GND
IN
+12V
GND
WD0
WD1
GLED
BEEP
GND
IN
GRD
ACT
RUN
485+
PWR
485-
GND
+12V
GND
IN
GND
IN
GND
IN
GND
IN
What’s in the Box
READER 4
RUN
POWER
Best Security Solution for the World
A d v a nced A c c es s Con tr ol
2 Screws & Anchors
2 Screwdriver
4 Diode
inBIO-Series Access Control Panels & ZKAccess 5.2 software INSTALLATION GUIDE
GND
+12V
V-
V+
LOCK POWER
NC
COM
NO
GND
SEN
LOCK4
NC
COM
NO
GND
SEN
LOCK3
NC
COM
NO
GND
SEN
LOCK2
NC
COM
NO
GND
LOCK1
SEN
NC
COM
NO
NC
COM
AUXOUT3 AUXOUT4
NO
NC
COM
AUXOUT2
NO
NC
COM
NO
AUXOUT1
SGND
PC
485-
SWITCH
485+
LAN
3
CONTENT
What’s in the Box........................................................................2
Optional accessories. . ..............................................................4
Safety Precautions.....................................................................5
Product PIN Diagram. . .............................................................6
LED Indicators...............................................................................7
Product Dimension.. .................................................................8
Installation of Panel & Cabinet. . ........................................9
Wiring Legend. . ......................................................................... 10
Power Wiring Diagram . . ..................................................... 11
FR1200 Connection. . ............................................................. 12
DIP Switch Setting for FR1200 Device ID. . ............. 13
Wiegand Connection.. ......................................................... 14
REX Connections..................................................................... 15
Lock Connection..................................................................... 16
Normally Open Lock Powered From Lock Terminal.......... 16
Normally Closed Lock Powered From Lock Terminal. . ...... 16
Switching Wet Contact to Dry Contact.. ............................... 17
Connecting a lock with external power supply................. 18
ZKAccess 5.2
software
Installation and Setup
starts at page 30
Aux. I/O connection.............................................................. 19
Aux. Input Connection.. ............................................................. 19
Aux. Output Connection. . ......................................................... 19
Ethernet Connection .......................................................... 20
LAN Connection.......................................................................... 20
Direct connection....................................................................... 20
RS485 Connection ................................................................ 21
Restore factory setting............................................................... 22
DIP Switch Setting.................................................................. 23
RS485 Address.............................................................................. 23
Terminal Resistance.................................................................... 23
Typical Installation.................................................................. 24
Troubleshooting...................................................................... 25
PC 485 Setting Table............................................................. 26
Electrical Specifications ..................................................... 28
Specifications ............................................................................ 29
4
Optional accessories
Wiegand Card Reader
Prox Card
RS485 Convertor
K1-1 Exit Button
ZK4500 Enrollment reader
CR10E Card Enroller
FR1200 FP & Prox Reader
inBIO Cabinet
5
Safety Precautions
The following precautions are to keep user’s safe and prevent any damage.
Please read carefully before installation
Do not install the device in a place subject to direct sun
light, humidity, dust or soot
Do not place a magnet near the product. Magnetic objects
such as magnet, CRT, TV, monitor or speaker may damage
the device.
Do not place the device next to heating equipment
Be careful not to let liquid like water, drinks or chemicals
leak inside the device.
Do not let children touch the device without supervision
Do not drop or damage the device
Do not disassemble, repair or alter the device.
Do not use the device for any other purpose than specified.
Clean the device often to remove dust on it. In cleaning, do
not splash water on the device but wipe it out with smooth
cloth or towel.
Contact your supplier in case of a problem.
Figure 1
GND
+12V
LOCK4
V-
BUTTON 4
V+
NC
COM
LOCK3
NO
CARD
GND
READER 3
SEN
NC
COM
NO
LOCK2
GND
BUTTON 3
Lock Power
inBIO Power
4 Lock & Door Sensor
SEN
NC
PC
RS485
COM
READER 2
NO
LOCK1
GND
SEN
NC
BUTTON 2
COM
NO
AUXOUT3 AUXOUT4
GND
EXT
RS485
SEN
READER 1
NC
COM
NO
BUTTON 1
NC
COM
AUXOUT2
NO
NC
COM
AUXOUT1
4 Aux Output
STATE
NO
NC
EXT
COM
PC
NO
SWITCH
SGND
AUX4
485-
AUX 2 AUX 3
RS485 Communication
485+
LAN
DIP Switches
AUX 1
ACT LED
Ethernet Port
LINK LED
SD Card Slot
+12V
GND
WD0
WD1
GLED
BEEP
GND
IN
+12V
GND
WD0
WD1
GLED
BEEP
GND
IN
+12V
GND
WD0
WD1
GLED
BEEP
GND
IN
+12V
GND
WD0
WD1
GLED
BEEP
GND
IN
GRD
ACT
RUN
PWR
485+
485-
GND
+12V
GND
IN
GND
IN
GND
IN
GND
IN
#4 Door Card Reader
#4 Door Exit Button
#3 Door Card Reader
#3 Door Exit Button
#2 Door Card Reader
#2 Door Exit Button
#1 Door Exit Button
#1 Door Card Reader
State Indictor
FR1200
Fingerprint Reader
4 Aux Inputs
6
Product PIN Diagram
READER 4
RUN
POWER
LOCK POWER
LED Indicators
LINK Solid Green LED indicates TCP/IP
is normal
1 2 3 4 5 6communication
78
+12V
BUTTON 2
READER 2
POWER
READER 4
GND
GLED
BEEP
GND
GND
GLED
+12V
WD0
WD1
IN
WD0
WD1
+12V
+12V
GND
WD0
GLED
BEEP
GND
+12V
GND
WD0
GLED
WD1
WD1
IN
GND
+12V
COM
GND
SEN
COM
GND
SEN
COM
V-
V+
NC
GND
LOCK POWER
+12V
COM
GND
LOCK4
SEN
COM
NO
NC
NO
NC
LOCK3
SEN
+12V
COM
LOCK2
V-
V+
NC
NO
NC
NO
Flashing (RUN) Green LED indicates
that panel is in normal working state.
NC
COM
BEEP
NC
GLED
+12V
SEN
IN
GND
GND
NO
WD1
NO
WD0
COM
GND
NC
BUTTON 4
Flashing (POWER) Red LED indicates
the panel is powered on.
Figure 7
GND
+12V
V-
V+
NC
COM
NO
Figure 8
GND
+12V
V-
V+
NC
COM
NO
GND
SEN
LOCK4
NC
COM
NO
GND
SEN
RUN
Flashing (CARD) Yellow LED indicates
that
the card is read by the panel.
POWER
POWER
A d v aLOCK
nced
A c c es s Con tr ol
LOCK3
NC
GND
CARD
LOCK2
COM
SEN
NC
COM
NO
GND
SEN
NC
POWER
A d v aLOCK3
nced ALOCK4
c c esLOCK
s Con
tr ol
COM
NO
GND
READER 3
RUN
PC
RS485
GND
COM
BEEP
NC
GLED
BUTTON 3
CARD
LOCK2
GND
NO
NC
IN
GND
NO
+12V
COM
COM
WD1
NC
WD0
SGND
BEEP
NO
GLED
485GND
485+
IN
+12V
PC
AUXOUT2 AUXOUT3 AUXOUT4
LOCK1
A
d vAUXOUT1
a nced
A c c es s Con tr
ol
POWER
A d v aLOCK3
nced ALOCK4
c c esLOCK
s Con
tr ol
GND
POWER
Figure 6
1
NO
SEN
NC
COM
LOCK2
READER 4
RUN
CARD
NO
LOCK1
GND
NC
+12V
SEN
WD1
NO
WD0
COM
COM
BEEP
NC
GLED
GND
NO
BUTTON 4
in progress
GND
Figure 5
AUXOUT3 AUXOUT4
NC
IN
+12V
COM
GND
NO
READER 3
PC RS485 (TX/RX) Flashing Yellow
&
Green
LED indicates
communication
is
CARD
RUN
POWER
WD1
SEN
WD0
GND
GND
NO
BUTTON 3
BEEP
IN
BUTTON 3
PC
RS485
AUXOUT2
485+
IN
485GND
SGND
BEEP
NO
GLED
COM
WD1
NC
WD0
+12V
2
AUXOUT1
READER 4
EXT RS485 (TX/RX) Flashing Yellow
READER 3
BUTTON 4
READER 4
&
Green
LED indicates
communication
is
CARD
RUN
POWER
in progress
READER 2
READER 4
EXT
RS485
PC
BUTTON 4
GND
WD0
WD1
GLED
BEEP
GND
IN
BUTTON 4
GND
+12V
GND
WD0
GLED
BUTTON 2
GND
READER 3
READER 3
2 3 4 5 6 7 8
PC
RS485
+12V
GND
WD0
WD1
GLED
BEEP
GND
IN
+12V
BUTTON 3
BEEP
BUTTON 3
Figure 4
2
GND
IN
+12V
GND
WD0
WD1
GLED
BEEP
GND
BEEP
GND
IN
+12V
READER 1
READER 2
O
N 1
EXT
RS485
Flashing (ACT )Yellow LED indicates
1 2 3 4 5 data
6 7 communication
8
is in progress
BUTTON 2
GND
WD0
WD1
GLED
BEEP
GND
IN
ACT
RUN
PWR
485+
GRD
BUTTON 1
2 3 4 5 6 7 8
WD1
READER 1
IN
+12V
GND
WD0
WD1
GLED
BEEP
GND
IN
GRD
BUTTON 1
STATE
NO
GND
EXT
GND
ACT
RUN
PWR
485+
STATE
Figure 3
485-
GND
EXT
GND
O
N 1
Figure 2
485-
GND
7
8
Product Dimension
EXT
RS485
PC
RS485
EXT
RS485
EXT
RS485
RUN
RUN
POWER
POWER
CARD
CARD
RUN
POWER
PC
RS485
CARD
PC
RS485
8.89in
(226mm)
Figure 10
3.56in
(90.5mm)
15.7in (400mm)
1.42in (36mm)
4.17in (106mm)
4.17in (106mm)
4.17in (106mm)
7.125in
(181mm)
inBIO-460
inBIO-260
inBIO-160
Figure 9
inBIO- Metal Cabinet
13in
(330mm)
9
Installation of Panel & Cabinet
Cable Conduit
(Punch Hole for cables)
AUX 1
BUTTON 1
READER 1
BUTTON 2
EXT
RS485
READER 2
BUTTON 3
PC
RS485
READER 3
BUTTON 4
CARD
inBIO Panel
+12V
GND
WD0
WD1
GLED
BEEP
GND
IN
+12V
GND
WD0
WD1
GLED
BEEP
GND
IN
+12V
GND
WD0
WD1
GLED
BEEP
GND
IN
+12V
GND
WD0
WD1
GLED
BEEP
485+
GND
IN
+12V
GND
485-
STATE
GRD
GND
EXT
ACT
IN
AUX4
RUN
GND
IN
GND
AUX 2 AUX 3
PWR
IN
GND
IN
Temper Switch
READER 4
RUN
POWER
--
Heat Dissipation Grill
GND
+12V
V-
V+
LOCK POWER
NC
COM
NO
GND
SEN
LOCK4
NC
COM
NO
GND
SEN
LOCK3
NC
COM
NO
GND
SEN
LOCK2
NC
COM
NO
GND
LOCK1
SEN
NC
COM
NO
NC
COM
AUXOUT3 AUXOUT4
NO
NC
COM
AUXOUT2
NO
NC
COM
NO
AUXOUT1
SGND
PC
485-
SWITCH
485+
LAN
+
Power Supply
Backup Battery
Figure 11
Step 1
Pass the cable through holes
State Indicators
Step 2
Mount the Metal Cabinet
Mounting Holes
Step 3
Insert the inBIO Panel as it shown
Inserting Panel to Rail
1
2
Mounting Rail
Figure 12
We recommend drilling the mounting plate screws into solid wood (i.e. stud/beam). If a stud/beam cannot be
found, then use the supplied drywall plastic mollies (anchors).
Figure 13
GND
+12V
V-
LOCK4
V+
NC
BUTTON 4
12V DC Power
12V DC Power Supply
COM
LOCK3
NO
CARD
GND
READER 3
SEN
NC
COM
LOCK2
NO
BUTTON 3
GND
SEN
NC
PC
RS485
COM
READER 2
NO
LOCK1
GND
SEN
NC
COM
BUTTON 2
Normally Close Lock
Normally Open Lock
AUXOUT3 AUXOUT4
NO
GND
EXT
RS485
SEN
READER 1
NC
COM
NO
NC
BUTTON 1
COM
AUXOUT2
NO
NC
AUXOUT1
COM
STATE
NO
NC
COM
PC
NO
SGND
SWITCH
485-
EXT
ALARM
485
LAN
AUX4
Floodlight
RS
AUX 2 AUX 3
485 Convertor
485+
AUX 1
+12V
GND
WD0
WD1
GLED
BEEP
GND
IN
+12V
GND
WD0
WD1
GLED
BEEP
GND
IN
+12V
GND
WD0
WD1
GLED
BEEP
GND
IN
+12V
GND
WD0
WD1
GLED
BEEP
GND
IN
GRD
ACT
RUN
PWR
485+
485-
GND
+12V
GND
IN
GND
IN
GND
O TEST WE
HT
PUS
IN
GND
IN
LY
EK
PUS
LY
EK
EXIT
No Touch
O TEST WE
HT
Ethernet Cable
PUSH
FIRE
ALARM
Card Reader
Exit Button
Card Reader
Exit Button
IR Sensor
Detector
10
Wiring Legend
READER 4
RUN
POWER
LOCK POWER
UTTON 3
READER 3
BUTTON 4
+12V
GND
WD0
WD1
GLED
BEEP
GND
IN
+12V
GND
WD0
WD1
GLED
BEEP
Power Wiring Diagram
GND
IN
11
READER 4
+12V
CARD
GND
+12V
V+
NC
COM
GND
V-
V+
+12V
LOCK POWER
NC
COM
NO
GND
NC
SEN
LOCK4
COM
NO
GND
NC
SEN
LOCK3
COM
GND
SEN
NC
COM
NO
LOCK2
V-
WD0
WD1
GLED
BEEP
GND
GND
NO
POWER
LOCK1
LOCK POWER
READER 4
RUN
SEN
NC
LOCK4
BUTTON 4
GND
READER 3
IN
+12V
GND
WD0
WD1
GLED
BEEP
GND
BUTTON 3
CARD
GND
COM
NO
NC
COM
AUXOUT3 AUXOUT4
IN
+12V
GND
WD0
WD1
GLED
BEEP
READER 2
PC
RS485
NO
NC
AUXOUT2
COM
NC
NO
COM
AUXOUT1
SGND
485+
PC
485-
SWITCH
LAN
NO
NO
GND
BUTTON 2
NO
READER 1
IN
+12V
GND
WD0
WD1
GLED
BEEP
GND
BUTTON 1
EXT
RS485
SEN
STATE
NC
EXT
COM
IN
IN
AUX4
IN
GRD
ACT
RUN
PWR
485+
485-
GND
+12V
GND
GND
GND
AUX 2 AUX 3
GND
SEN
IN
IN
LOCK3
AUX 1
NC
COM
NO
OCK2
GND
Without Backup Battery
RUN
POWER
24V AC
AC
N
L
+
-
BT+ BT-
A d v a nced A c c esGround
s Con tr ol
Switching Power Supply
Figure 14
With Backup Battery
GND
+12V
V-
V+
READER 4
RUN
LOCK POWER
NC
+12V
GND
WD0
WD1
GLED
BEEP
GND
BUTTON 4
CARD
COM
READER 3
IN
+12V
GND
WD0
WD1
GLED
BEEP
GND
BUTTON 3
PC
RS485
NO
READER 2
IN
+12V
GND
WD0
WD1
GLED
BEEP
GND
BUTTON 2
EXT
RS485
GND
READER 1
IN
+12V
GND
WD0
WD1
GLED
BEEP
GND
IN
BUTTON 1
SEN
STATE
GRD
ACT
RUN
PWR
EXT
NC
485+
485-
GND
+12V
GND
AUX4
LOCK4
COM
AUX 2 AUX 3
IN
GND
IN
GND
NO
AUX 1
IN
GND
IN
POWER
GND
+12V
V-
V+
LOCK POWER
NC
COM
NO
GND
SEN
LOCK4
NC
COM
NO
GND
SEN
LOCK3
NC
COM
NO
GND
SEN
LOCK2
NC
COM
NO
GND
LOCK1
SEN
NC
COM
NO
NC
COM
AUXOUT3 AUXOUT4
NO
NC
COM
AUXOUT2
NO
NC
COM
AUXOUT1
NO
PC
SGND
SWITCH
485-
LAN
485+
GND
SEN
LOCK3
NC
COM
K2
--
+
24V AC
AC
N
L
+
-
BT+ BT-
Ground
Switching Power Supply
Figure 15
12
FR1200 Connection
AUX 1
AUX 2 AUX 3
IN
AUX4
ETHERNET
IN
IN
GND
GND
IN
GND
GND
+12V
IN
AUX4
IN
GND
GND
EXT
AUX 2 AUX 3
SWITCH
AUX 1
LAN
IN
IN
EXT
GND
485485+
PC
485-
485485+
GND
+12V
485+
GND
GND
SGND
NC
NO
COM
READER 2
NC
COM
NC
+12V
GND
READER 4
V-
LOCK POWER
V+
IN
GND
GLED
WD1
GND
IN
GND
GLED
WD1
WD0
GND
IN
GND
BEEP
RUN
ACT
GRD
WD0
+12V
RUN
NO
LOCK4
GND
BUTTON 4
SEN
GND
BUTTON 1
COM
WD0
BEEP
READER 3
NO
LOCK3
GND
BUTTON 3
SEN
IN
GND
GLED
BEEP
WD1
WD0
GND
+12V
GLED
POWER
NC
CARD
COM
WD1
+12V
LOCK2
EXT
RS485
SEN
NO
GND
BEEP
NC
GND
BUTTON 2
COM
PWR
IN
+12V
LOCK1
NO
GRD
GLED
SEN
GND
ACT
BEEP
PC
RS485
NC
RUN
STATE
NC
READER 1
COM
AUXOUT3 AUXOUT4
NO
PWR
BUTTON 1
NC
EXT
RS485
COM
AUXOUT2
NO
STATE
COM
AUXOUT1
NO
READER 1
WD1
WD0
GND
+12V
BUTTON 2
PC
RS485
IN
GND
BEEP
2 FR1200
READER 2
1 FR1200
GLED
WD1
12V DC
12V DC
WD0
GND
3 FR1200
8 FR1200
+12V
BUTTON 3
CARD
GND
inBIO panels can not supply power to
more than 2 FR1200 readers.
BEEP
Addidional FR1200 will require external power supplies.
READER 3
A d v a nced A c
Figure 16IN
GLED
WD1
WD0
GND
RUN
BUTTON
+12V
inBIO-Series Access Control Panels & ZKAccess 5.2 software INSTALLATION
GUIDE
IN
13
DIP Switch Setting for FR1200 Device ID
1 2 3 4 5 6
RS485 Terminal Resistance
ON
8
4
2
1
DIP Switch
Figure 17
Address
Switch Settings
Address
ON
1
5
1 2 3 4 5 6
ON
2
6
ON
1 2 3 4 5 6
ON
7
1 2 3 4 5 6
ON
4
1 2 3 4 5 6
ON
1 2 3 4 5 6
3
Switch Settings
ON
1 2 3 4 5 6
ON
8
1 2 3 4 5 6
1 2 3 4 5 6
3.If FR1200 is powered from inBIO-
Important Notes
1.There are six DIP switches on the
back of FR1200, Switches 1-4 is for
RS485 address, switch 5 is reserved,
switch 6 is for reducing noise on long
RS485 cable.
2.Set the odd number for IN reader,
and the even number for OUT reader
(for eg. For two readers for one doorthe RS485 address 1 is for IN reader,
RS485 address 2 is for OUT reader)
Panel, the length of wire should be
less than 100 meters or 330 ft.
4.The External RS485 interface can
supply maximum 500mA current,
The FR1200’s startup current is
240mA. So inBIO-Panel only can only
power two FR1200s.
5.If the cable length is more than
200 meters or 600 ft , the number 6
switch should be ON as below
ON
ON
Distance: More than 200 meters
1 2 3 4 5 6
1 2 3 4 5 6
14
Wiegand Connection
DC+(6-14V)
GND
Wiegand D0
Wiegand D1
Green LED
Beeper
AUX 2 AUX 3
AUX4
EXT
STATE
BUTTON 2
READER 2
BUTTON 4
+12V
GND
WD0
WD1
GLED
BEEP
READER 2
+12V
GND
WD0
WD1
GLED
BEEP
GND
IN
+12V
GND
WD0
READER 3
EXT
RS485
READER 4
PC
RS485
EXT
RS485
PC
RS485
CARD
RUN
POWER
GND
+12V
V-
V+
NC
LOCK POWER
COM
NO
GND
SEN
LOCK4
NC
COM
NO
GND
SEN
LOCK3
NC
COM
NO
GND
SEN
LOCK2
NC
COM
NO
GND
LOCK1
SEN
NC
COM
NO
NC
COM
AUXOUT3 AUXOUT4
NO
NC
COM
AUXOUT2
NO
NC
COM
AUXOUT1
NO
485+
PC
SGND
SWITCH
LAN
485-
r the World
GND
IN
+12V
GND
WD0
BUTTON 3
BUTTON 2
WD1
GLED
BEEP
GND
IN
+12V
GND
WD0
WD1
GLED
BEEP
READER 1
GND
IN
+12V
GND
WD0
READER 1
WD1
GLED
BEEP
GND
IN
GRD
BUTTON 1
WD1
BEEP
BUTTON 1
GND
IN
GRD
ACT
RUN
485+
PWR
485-
GND
+12V
GND
IN
GND
IN
GND
STATE
GLED
ACT
RUN
PWR
485+
485-
GND
AUX 1
IN
EXT
GND
AUX4
+12V
3
IN
IN
GND
GND
Wiegand Card Reader
Figure 18
ND
EN
C
OM
O
C
OM
O
C
OM
O
C
OM
O
GND
85-
LO
EN
LOCK1
C
AUXOUT3 AUXOUT4
OM
AUXOUT2
O
AUXOUT1
ND
PC
85+
SWITCH
15
REX Connections
Separate Power Supply
12V DC(+)
12V DC( - )
BUTTON
No Touch
Unused
GND
COM
EXIT
PUSH
NO
ZK ABK Exit Button
AUX4
EXT
STATE
BUTTON 1
READER 1
BUTTON 2
READER 2
GLED
GND
IN
BEEP
GND
IN
+12V
GLED
BEEP
WD1
GLED
WD0
WD1
GND
WD0
+12V
GND
BEEP
GND
READER 3
BUTTON 4
CARD
+12V
GND
WD0
WD1
GLED
BEEP
GND
IN
+12V
GND
WD0
WD1
GLED
BEEP
GND
IN
BUTTON 3
PC
RS485
PCEXT
RS485
RS485
+12V
GND
WD0
WD1
GLED
BEEP
GND
IN
+12V
GND
WD0
WD1
GLED
BEEP
GND
IN
GRD
ACT
RUN
PWR
485+
485-
GND
+12V
GND
IN
GND
IN
AUX 2 AUX 3
EXT
RS485
EXT
RS485
GND
IN
GLED
WD0
WD1
GND
WD0
+12V
GND
IN
+12V
BEEP
GND
GLED
BEEP
WD1
GND
IN
WD0
PWR
GND
RUN
+12V
ACT
IN
GRD
WD1
BEEP
485+
GLED
AUX 1
GND
READER 1STATE
BUTTON
BUTTON
2
1 READER
READER
2
BUTTON
1
BUTTON
3
2READER
READER
3
2BUTTON
BUTTON
4
3RE
IN
BUTTON
EXT 1
GND
+12V
IN
GND
GND
485-
STATE
AUX4
IN
RUN
IN
ACT
GND
GRD
K1-1 Exit Switch
READER 4
RUN
POWER
CARD PC
RUN CARD
A dRS485
v a nced A c c es s Con tr ol
e World
LOCK3
LOCK4
LOCK POWER
GND
+12V
V-
V+
NC
COM
NO
GND
SEN
NC
COM
NO
GND
SEN
NC
A d v a nced A c c
Aes
d
COM
NO
GND
SEN
LOCK2
NC
COM
NO
GND
LOCK1
SEN
NC
COM
NO
NC
COM
AUXOUT3 AUXOUT4
NO
NC
COM
AUXOUT2
NO
NC
COM
NO
AUXOUT1
SGND
PC
485-
SWITCH
485+
LAN
Figure 19
16
A d v a nced A c c es s C
Lock Connection
Connecting a Lock with External to Power Supply
(Dry Contac
IN
AUX 2 AUX 3
IN
AUX4
LOCK1
SWITCH
EXT
SEN
COM
NC
COM
NC
+12V
GND
LOCK PO
GND
IN
GND
GLED
WD1
WD0
GND
IN
GND
GLED
WD1
WD0
GND
+12V
IN
GND
BEEP
GLED
WD1
WD0
GND
+12V
POWER
GND
Door Contact
Sensor
Sensor
GND
12V DC
Figure 20
FR107
Diode
V-
V+
NC
COM
NO
GND
SEN
NC
COM
NO
GND
SEN
NC
COM
NO
GND
NC
WD0
BEEP
READER 4
V-
LOCK POWER
V+
WD1
+12V
RUN
NO
LOCK4
GND
BUTTON 4
SEN
READER 3
NO
LOCK3
ETHERNET
GND
GLED
BUTTON 3
SEN
CARD
NC
COM
LOCK2
NO
LOCK4
BEEP
NC
GND
GND
BEEP
READER 2
COM
LOCK1
NO
BUTTON 2
SEN
GND
LOCK3
485-
IN
+12V
PC
RS485
NC
COM
NO
GND
SEN
NC
COM
COM
NO
NO
COM
GND
ACT
+
NC
NC
NO
GND
-
COM
NC
READER 1
COM
AUXOUT3 AUXOUT4
NO
LOCK2
IN
RUN
GRD
BUTTON 1
NC
EXT
RS485
COM
AUXOUT2
NO
GND
PWR
STATE
NC
AUXOUT1
NO
PC
COM
IN
485+
SGND
NO
GND
+12V
485+
485-
GND
SEN
AUXOUT3 AUXOUT4
AUX 1
LAN
AUXOUT2
(Dry Contact)
READER 1
BUTTON
READER 2
The factory default jumper setting is set as dry mode. If you want to power the
lock from the panel, you must take the following steps:
BEEP
IN
GND
+12V
BUTTON
GND
WD0
WD1
GLED
READER
BEEP
IN
GND
+12V
GND
+12V
GND
TX
RX
BUTTON
WD0
IN
GND
Important Notes:
WD1
IN
GND
EXT
BUTTON
BUTTON
Switching
Dry Contact
toREADER
Wet Contact
GLED
EXT
BEEP
AUX 4
IN
GND
AUX 3
485485+
AUX 2
IN
GND
17
BUTTON
1
2
3
4
5
1
2
3
4
5
1. Take apart the cover of inBIO Panel. Push the tab inward (see figure 21)
2. Select the appropriate lock relay and find its jumpers
3. Take off the jumpers and change
to
4. Connect the lock as show in the diagram, (see figure 23 and 24)
Model Number inBIO 460
ACT
MA
Select one Relay
TX
RX
Back of inBIO-Panel
ON
AUXOUT2
LOCK1
MA
5 4 3 2 1
Default setting
1, 2 - 3, 4
5 4 3 2 1
5 4 3 2 1
Take off jumpers
Jumpers
Plug Jumpers
2, 3 - 4, 5
Figure 22
LOCK2
NC
COM
NO
GND
SEN
NC
COM
NO
AUXOUT4
GND
AUXOUT3
SEN
NO
COM
NC
NO
COM
NC
AUXOUT1
NO
COM
NC
PC
NC
Model Number inBIO 460
NO
COM
1 2 3 4 5 6 7 8
485+
485 -GND
Figure 21
READER 3
BUTTON 4
+12V
GND
WD0
WD1
GLED
BEEP
GND
IN
+12V
GND
WD0
WD1
GLED
BEEP
GND
IN
+12V
GND
WD0
18
ADER
2 the World
BUTTON 3
tion for
READER 4
A d v a nced A c c es
Lock Connection
Normally Open Lock Powered From Lock Terminal
(Wet Contact)
GND
AUX4
SWITCH
BUTTON 2
IN
GND
IN
READER 2
BUTTON 3
READER 3
L
COM
BEEP
NC
GLED
GND
NO
+12V
SEN
IN
GND
LOCK4
WD0
COM
GND
NC
BEEP
SEN
GLED
GND
WD1
NO
LOCK3
GND
NC
IN
GND
LOCK2
GND
+12V
NO
IN
COM
IN
GND
BEEP
NO
GLED
COM
1
A d vEXT
a nced A cSTATE
c esBUTTON
s Con
trREADER
ol 1
AUX4
LOCK1
COM
+12V
NC
IN
SEN
GND
WD1
NC
WD0
NO
GND
BEEP
NO
GLED
COM
GRD
NO
IN
COM
ACT
NC
PWR
NO
RUN
COM
SGND
485-
485+
485-
GND
+12V
GND
AUXOUT3 AUXOUT4
AUX 2 AUX 3
IN
AUXOUT2
AUX 1
GND
AUXOUT1
LAN
AUX 3
PC
IN
SWITCH
POWER
WD1
NC
WD0
SEN
GND
RUN
GND
NC
CARD
BUTTON 4
RE
GND
+12V
EXT
485+
GND
485485+
PC
485SGND
NC
NC
NO
COM
READER 2
SEN
COM
NC
+12V
GND
ADER
2 the World
BUTTON 3
tion for
READER 3
BUTTON 4
GLED
WD1
WD0
GND
IN
GND
GLED
WD1
WD0
GND
+12V
IN
12V DC
GND
GND
BEEP
GLED
WD1
WD0
GND
+12V
-
PC
FR107
Diode RUN
CARD
+12V
16 or 18 RS485
AWG shielded cable recommended
GND
WD0
GND
GND
+12V
V-
V+
WD1
NC
EXT
RS485
GLED
COM
LOCK POWER
BEEP
NO
GND
GND
IN
+12V
GND
NC
SEN
LOCK4
COM
WD0
WD1
NO
GND
GLED
SEN
BEEP
NC
GND
IN
COM
NO
+12V
GND
SEN
GND
READER 4
GND
12V DC
A d v a nced A c c es
Figure 23
Normally Closed Lock Powered From Lock Terminal
(Wet Contact)
GND
IN
GND
AUX4
IN
GND
+12V
EXT
GND
485485+
SGND
NC
NC
NO
COM
PC
RS485
NC
SEN
NC
COM
NC
+12V
GND
GND
GLED
WD1
WD0
GND
IN
GND
12V DC
GND
GLED
WD1
WD0
GND
+12V
IN
GND
BEEP
GLED
WD1
WD0
GND
+12V
GND
+12V
V-
V+
LOCK POWER
NC
COM
NO
GND
SEN
LOCK4
NC
COM
NO
SEN
NC
COM
NO
GND
SEN
LOCK3
IN
POWER
LOCK2
GND
BEEP
READER 4
V-
LOCK POWER
V+
RUN
NO
LOCK4
GND
BUTTON 4
SEN
READER 3
COM
LOCK3
NO
CARD
SEN
GND
WD0
+12V
NC
COM
BUTTON 3
NO
LOCK2
GND
+
WD1
BEEP
READER 2
COM
LOCK1
NO
GND
+12V
SEN
GND
IN
GLED
BUTTON 2
NC
ACT
BEEP
READER 1
COM
AUXOUT3 AUXOUT4
ETHERNET
NO
RUN
GRD
BUTTON 1
NC
EXT
RS485
COM
AUXOUT2
NO
PWR
STATE
COM
AUXOUT1
NO
-
FR107
Diode
GND
12V DC
Figure 24
L
NC
COM
NO
GND
SEN
LOCK4
NC
COM
NO
GND
SEN
LOCK3
NC
COM
NO
GND
SEN
NC
COM
NO
LOCK2
PC
485-
LOCK1
SEN
AUX 2 AUX 3
IN
485+
GND
NC
IN
COM
AUX 1
SWITCH
LAN
NO
NC
COM
NO
AUXOUT3 AUXOUT4
NC
AUXOUT2
COM
NC
COM
NO
AUXOUT1
SGND
485-
PC
485+
SWITCH
POWER
GND
RUN
NO
CARD
GND
WD0
LOCK3
IN
POWER
LOCK2
GND
BEEP
READER 4
V-
LOCK POWER
V+
RUN
NO
LOCK4
GND
BUTTON 4
SEN
READER 3
NC
BUTTON 3
COM
LOCK3
NO
CARD
SEN
GND
WD0
+12V
NC
COM
LOCK2
NO
WD1
BEEP
NC
GND
GND
+12V
BUTTON 2
COM
+
IN
GLED
LOCK1
NO
ACT
BEEP
SEN
GND
RUN
GRD
PC
RS485
NC
READER 1
COM
AUXOUT3 AUXOUT4
NO
BUTTON 1
NC
EXT
RS485
COM
AUXOUT2
NO
STATE
COM
ETHERNET
PWR
AUXOUT1
NO
19
Aux. I/O connection
NC
SEN
COM
NC
+12V
GND
READER 4
V-
LOCK POWER
V+
GND
GLED
WD1
WD0
GND
IN
GND
IN
GND
BEEP
GLED
WD1
WD0
EXT
EXT
RS485
485+
NC
SEN
IN
+12V
GND
WD0
GND
WD1
WD0
GND
NC
+12V
GND
IN
GND
GLED
WD1
WD0
GND
IN
GND
GLED
WD1
WD0
GLED
WD1
WD0
GND
GND
+12V
IN
GND
BEEP
GLED
WD1
WD0
GND
+12V
IN
GND
ALARM
BEEP
READER 3
GLED
WD1
WD0
GND
GND
+12V
READER 4
Figure 26
BUTTON 4
RUN
12V DC
IN
GND
BEEP
GLED
WD1
WD0
GND
+12V
POWER
COM
NO
GND
SEN
LOCK2
NC
COM
NO
GND
LOCK1
SEN
NC
COM
NO
NC
NO
NC
COM
COM
NO
NC
COM
NO
SGND
485-
WD0
POWER
CARD
GND
WD1
BUTTON 3
V-
READER 4
V+
RUN
COM
AUXOUT3 AUXOUT4
GND
GND
+12V
BUTTON 4
GND
NO
IN
BEEP
READER 3
+12V
LOCK POWER
V-
GND
CARD
NC
V+
SEN
ACT
+12V
BUTTON 3
LOCK4
COM
COM
LOCK POWER
SEN
NO
NO
LOCK4
NC
GND
GND
LOCK3
LOCK3
COM
SEN
SEN
NO
NC
NC
NC
GND
COM
LOCK2
COM
NO
ETHERNET
LOCK2
GND
NO
A
IN
BEEP
RUN
BEEP
READER 2
COM
485-
+12V
LOCK1
NO
GND
GLED
SEN
GND
GND
BEEP
PC
RS485
NC
GND
ACT
AUXOUT2
IN
GRD
BUTTON 2
NC
SEN
CAR
RUN
AUXOUT1
READER 2
COM
GND
BUTTON 2
NO
PC
IN
PWR
READER 1
NC
BUTTON 1
COM
AUXOUT3 AUXOUT4
NO
EXT
RS485
NC
GND
+12V
STATE
COM
AUXOUT2
NO
IN
EXT
NC
AUXOUT1
COM
AUX4
SGND
NO
IN
GND
485+
PC
485-
IN
AUX 2 AUX 3
485+
AUX 1
PC
RS485
SWITCH
SWITCH
COM
WD1
PC
GND RS485
12V DC
+12V
LAN
LOCK1
NO
GLED
485-
GLED
SEN
GND
BEEP
GND
BEEP
LAN
NC
GND
GND
Aux. Output Connection
485+
COM
FIRE
ALARM
GRD
Figure 25
READER 1
NO
BUTTON 1
NC
O TEST WE
HT
PWR
STATE
COM
AUXOUT3 AUXOUT4
NO
IN
IN
+12V
EXT
RS485
NC
+12V
GND
GND
POWER
COM
GND
IN
PUS
WD0
BUTTO
+12V
AUXOUT2
NO
AUXOUT1
NC
READER 2
LY
EK
WD1
PC
COM
BUTTON 2
GLED
SGND
NO
WD0
WD1
GLED
READER 1
GND
GND
485+
485-
BEEP
GND
IN
GRD
ACT
RUN
IN
+12V
RUN
NO
LOCK4
GND
GND
BEEP
BUTTON 4
SEN
WD0
PUS
NC
WD1
AUX4
COM
GND
+12V
READER 3
NO
LOCK3
GND
GND
LY
EK
SEN
CARD
SWITCH
NC
COM
BUTTON 3
NO
LOCK2
GND
IN
BEEP
READER 2
COM
IN
IN1
BUTTON
+12V
LOCK1
NO
ACT
GLED
SEN
GND
STATE
RUN
BEEP
BUTTON 2
NC
PC
RS485
ETHERNET
COM
PWR
485+
485-
GND
+12V
GND
IN
GND
IN
GND
IN
NO
485-
O TEST WE
HT
NC
GND
GRD
READER 1
COM
AUXOUT3 AUXOUT4
NO
GND
PWR
BUTTON 1
NC
EXT
RS485
COM
EXT
AUXOUT2
NO
GND
AUX 2 AUX 3
NC
STATE
COM
IN
+12V
EXT
GND
AUX4
IN
GND
485+
SGND
NO
GND
AUX 2 AUX 3
485-
AUXOUT1
AUX4
PC
AUX 2 AUX 3
IN
IN
485+
AUX 1
AUX 1
AUX 1
SWITCH
LAN
LAN
IN
Aux. Input Connection
20
Ethernet Connection
LAN Connection
Important Notes:
1.Both 10Base-T and 100Base-T are supported
2.This cable distance must be less than 330 ft. (100m)
3.For cable length of more than 330 ft. (100m). use HUB to amplify the signal.
GND
IN
GND
IN
IN
AUX4
SWITCH
GND
AUX 2 AUX 3
GND
AUX 1
AUX4
IN
IN
LAN
AUX 2 AUX 3
SWITCH
AUX 1
LAN
IN
+12V
485+
485+
GND
485-
COM
PC
RS485
GND
NO
GLED
COM
WD1
NC
WD0
GND
SEN
+12V
GND
COM
GND
NC
SEN
GND
WD1
NO
WD0
COM
GND
NC
NO
BEEP
COM
GLED
NC
WD1
V+
WD0
V-
GND
+12V
+12V
GND
GND
IN
GND
GLED
WD1
WD0
GND
IN
GND
BEEP
GLED
WD1
WD0
GND
+12V
READER 4
GND
WD0
+12V
RUN
GND
BUTTON 4
SEN
IN
READER 3
GLED
CARD
IN
BUTTON 3
NO
WD1
BEEP
READER 2
BEEP
GND
+12V
SEN
GND
IN
GLED
BUTTON 2
NC
IN
ACT
BEEP
READER 1
NO
+12V
LOCK POWER
GND
GND
LOCK4
+12V
READER 4
V-
LOCK POWER
V+
RUN
NC
NC
WD0
+12V
BUTTON 4
COM
LOCK4
NO
GND
RUN
GRD
BUTTON 1
NC
GND
IN
485+
LOCK3
COM
WD1
BEEP
READER 3
NO
LOCK3
GND
COM
EXT
RS485
SEN
NO
GLED
IN
GND
BEEP
GLED
WD1
WD0
GND
+12V
POWER
POWER
NC
CARD
COM
BUTTON 3
NO
NC
BEEP
LOCK2
GND
COM
GND
LOCK1
SEN
SEN
CR10 Card Issuer
READER 2
NC
USB
COM
LOCK2
USB
NO
LOCK1
GND
NO
IN
STATE
SEN
BUTTON 2
PC
RS485
NC
GND
PWR
AUXOUT3 AUXOUT4
COM
NC
AUXOUT2
NO
ETHERNET
COM
ACT
AUXOUT1
NC
READER 1
COM
AUXOUT3 AUXOUT4
NO
NO
RUN
GRD
BUTTON 1
NC
EXT
RS485
COM
AUXOUT2
NO
PWR
STATE
NC
IN
SGND
AUXOUT1
COM
GND
PC
485-
SGND
NO
GND
+12V
485-
PC
485-
EXT
EXT
485+
GND
CAT5e or CAT6 ethernet
cable recommended
Figure 27
Direct connection
To connect inBIO-Panel with a PC directly, connect both devices with a straight
network cable. As the inBIO-Panel supports auto MDI/MDIX, it is not necessary to
use a crossover type cable.
AUX 1
IN
AUX 2 AUX 3
LAN
IN
SWITCH
AUX4
ETHERNET
GND
GND
IN
GND
IN
GND
+12V
EXT
485+
GND
485485+
PC
485SGND
NC
NC
NO
COM
PC
RS485
NC
SEN
SEN
NC
NO
COM
NC
+12V
GND
Figure 28
IN
GND
GLED
WD1
WD0
GND
IN
GND
GLED
WD1
WD0
GND
+12V
IN
GND
BEEP
GLED
WD1
WD0
GND
+12V
POWER
CR10 Card Issuer
GND
BEEP
READER 4
V-
LOCK POWER
V+
WD0
+12V
RUN
GND
BUTTON 4
SEN
READER 3
COM
LOCK4
USB
NO
LOCK3
USB
GND
CARD
NC
COM
BUTTON 3
NO
LOCK2
GND
WD1
BEEP
READER 2
COM
LOCK1
NO
GND
+12V
SEN
GND
IN
GLED
BUTTON 2
NC
ACT
BEEP
READER 1
COM
AUXOUT3 AUXOUT4
NO
RUN
GRD
BUTTON 1
NC
EXT
RS485
COM
AUXOUT2
NO
PWR
STATE
COM
AUXOUT1
NO
RS
PC
TX
RX
ACT
NO
SEN
COM
GND
NC
NO
485+
COM
NO
485-COM
NC
GND
NC
SEN
NO
GND
COM
NO
NO
NC
COM
COM
NC
SEN
NC
GND
NO
SEN
NO
COM
NO
NO
COM
COM
NC
1 2 3 4 5 6 7 8
NC
AUXOUT2
PC
NC
AUXOUT1
1 2 3 4 5 6 7 8
GND
NO
COM
ON
NO
COM
485+
NC
485--
6 7 8
NO
COM
NC
ON
RS485
-1 2 3 4 5
RS485 +
GND
485+
485-GND
ON
TX
RX
TX
RX
ACT
LINK
ACT
LINK
RS485 Connection
LINK
21
AUXOUT3 AUXOUT1
AUXOUT4 AUXOUT2
LOCK1 AUXOUT3
PC
AUXOUT4
LOCK2
AUXOUT1
LOCK1
AUXOU
485
#1 inBIO-Panel
#2 inBIO-Panel
#63 inBIO-Panel
Figure 29
Important Notes:
1.RS485 communication wires should be a shielded twisted pair cable. RS485
IN
GND
IN
GND
IN
+12V
GND
485IN
485+
GND
IN
GND
IN
GND
AUX
READER
2
AUX 3
AUX
BUTTON
BUTTON
4
EXT
READER
EXT
READER
BUTTON
BUTTON BUTTON
READ
RE
GND
GLED
WD1
IN
GND
EXT
BUTTON
AUXEXT
1
BEEP
BEEP
GLED
IN
AUX 4
+12V
IN
GND
IN
GND
AUX 3
WD0
GND
GND
+12V
AUX
EXT 2
GLED
WD1
485485+
WD1
WD0
AUX
EXT 1
IN
IN
GND
GND
IN
GND
+12V
BEEP
GND
BEEP
GLED
AUX 4
WD0
IN
GND
GND
+12V
AUX 3
GLED
IN
GND
WD1
AUX 2
+12V
IN
GND
GND
IN
485GND
BEEP
485+
AUX 1
IN
GND
communication wires should be connected in a bus cascade topology instead
of a star topology, to achieve a better shielding effect by reducing signal
reflection during communications.
2.A single RS485 bus can connect up to 63 access control panels, but preferably
BUTTON
BUTTON
READER
READER
2 1
BUTTON
BUTTON BUTTON
READE
READ
TX
RX
READER 1
TX
RX
TX
RX
BUTTON
32 is recommended maximum.
3.To eliminate signal attenuation in communication cables and suppress inter-
TX
RX
BUTTON
READER 1
ON
BUTTON
BUTTON
READER
READER
2 1
GND
GLED
WD1
BEEP
BEEP
GLED
IN
+12V
IN
GND
IN
GND
BUTTON
BUTTON BUTTON
READ
RE
WD0
GND
GND
+12V
READER
EXT
READER
GLED
WD1
485485+
WD1
WD0
AUX
BUTTON
BUTTON
4
EXT
BUTTON
BUTTON BUTTON
READE
READ
TX
RX
AUX
READER
2
AUX 3
IN
IN
GND
GND
IN
GND
+12V
BEEP
GND
BEEP
GLED
IN
GND
ON
EXT
BUTTON
AUXEXT
1
WD0
IN
GND
GND
+12V
AUX 4
GLED
IN
GND
WD1
AUX 3
+12V
IN
GND
GND
IN
485GND
BEEP
485+
AUX
EXT 2
IN
GND
IN
GND
AUX
EXT 1
485IN
485+
GND
IN
GND
AUX 4
TX
RX
AUX 3
IN
+12V
GND
AUX 2
IN
GND
AUX 1
IN
GND
ference, if the bus is longer than 200 meters, set the number 8 DIP switch to
the ON position. This is equivalent to a parallel connection of one 120 ohm
resistance between the 485+ and 485- lines.
Distance: More than 200 meters
1 2 3 4 5 6 7 8
1 2 3 4 5 6 7 8
SINGLE inBIO-Panel
MULTI inBIO-Panel
PC
TX
RX
NO
SEN
COM
GND
NC
NO
485+
COM
NO
485 -COM
NC
GND
NC
SEN
NO
GND
COM
NO
NO
NC
COM
COM
NC
SEN
NC
GND
NO
SEN
NO
COM
AUXOUT4
LOCK2
AUXOUT1
LOCK1
AUXOU
NC
TX
RX
ACT
TX
RX
TX
RX
PC
NO
SEN
COM
GND
NC
NO
485+
COM
NO
485 -COM
NC
GND
NC
SEN
NO
GND
COM
NO
NO
NC
COM
COM
NC
SEN
NC
GND
NO
SEN
NO
COM
1 2 3 4 5 6 7 8
NC
AUXOUT2
PC
NO
NO
COM
COM
NC
AUXOUT1
1 2 3 4 5 6 7 8
NC
NO
COM
485+
NC
485 --
ON
NO
COM
NC
6 7 8
485+
485 -GND
ON
RS485
-1 2 3 4 5
RS485 +
GND
#63 inBIO-Panel
LINK
#2 inBIO-Panel
ACT
LINK
ACT
LINK
ON
RS
1 2 3 4 5 6 7 8
AUXOUT3 AUXOUT1
AUXOUT4 AUXOUT2
LOCK1 AUXOUT3
PC
485
#1 inBIO-Panel
x
NO
NO
COM
COM
NC
AUXOUT2
PC
NC
AUXOUT1
GND
NO
COM
NO
COM
485+
NC
485 --
ON
1 2 3 4 5 6 7 8
GND
NO
COM
RS
6 7 8
NO
COM
NC
x
ON
RS485
-1 2 3 4 5
RS485 +
GND
485+
485 -GND
ON
TX
RX
ACT
LINK
ACT
TX
RX
ACT
LINK
Incorrect RS 485 connections
LINK
Figure 30
AUXOUT3 AUXOUT1
AUXOUT4 AUXOUT2
LOCK1 AUXOUT3
PC
AUXOUT4
LOCK2
AUXOUT1
485
#1 inBIO-Panel
#2 inBIO-Panel
#63 inBIO-Panel
Figure 31
LOCK1
AUXOU
RS485 Connection
16
32
Restore Factory Setting
RS485 Terminal Resistance
2 3 4 5 6 7 8
8
12345678
4
O
N 1
2
ON
1
1 2 3 4 5 6 7 8
N
22
Figure 32
Restore factory setting
1.If you forget the IP address of the inBIO panel or the device does not work normally, you can use the number 7 DIP switch to restore inBIO-Panel to factory
default settings. The parameters which gets reset are device IP address,
communication password, gateway, and subnet mask.
2.The switch is OFF by default. When it is moved up and down for three times
within 10 seconds and finally returned to OFF position, the factory settings will
be restored after the access control panel is restarted.
ON
To reset factory settings
Turn #7 switch ON and OFF
ON ON
OFF
OFF
1 2 3 4 51 62 73 84 5 1 6 2 7 3 8 4 5 6 7 8
Figure 33
Repeat process 3 times
23
DIP Switch Setting
RS485 Address
1.Number 1-6 are reserved to set the device number for RS485 communica-
tion. The code is binary, and the numbering starts from left to right. When the
switch is set to ON position, it indicates 1 (on); when the switch is set downwards, it indicates 0 (off ). For example, to set a device number 39=1+2+4+32,
which corresponds to the binary code 111001, put number 1, 2, 3, and 6 to ON
position, as illustrated below.
ON
ON
AUX 2
AUX 3
AUX 4
EXT
EXT
IN
GND
IN
GND
+12V
GND
485485+
BUTTON
TX
RX
Figure 34
BUTTON
IN
GND
AUX 1
IN
GND
1 2 3 4 5 6 7 8
IN
GND
1 2 3 4 5 6 7 8
For more details, please check the table at the end of this document.
Terminal Resistance
1.Number 8 is for setting the RS485 termination resistance. Putting the switch
TX
RX
ACT
LINK
to ON position is equivalent to parallel connection of a 120 ohm termination
resistance between 485+ and 485- lines.
PC
ON
1 2 3 4 5 6 7 8
=
120 ohm
#63 inBIO-Panel
Figure 35
AUXOUT1
NC
NO
COM
NC
NO
COM
GND
1 2 3 4 5 6 7 8
485+
485--
ON
AUXOUT2
24
Installation Diagram
Ethernet Communication wire
RS485 Network Communication wire
220/110 V Input
inBIO Access Control Bundle
CEILING
Sensor
Electric Lock
OUTDOOR
INDOOR
Exit Button
Outdoor Wiegand card reader
Indoor Wiegand card reader
Figure 36
25
Troubleshooting
1. How to switch four door one way to two door two way?
›› Connect four readers from reader 1 to reader 4.
›› Connect two door locks, one connected to LOCK1, another connected to LOCK3.
›› In the software configure reader 1-Indoor, and reader 2-Outdoor.
Access Control Panel Type:
One-Door Access Control Panel
Two-Door Access Control Panel
Four- Door Access Cotrol Panel
Access Control Devices
Add
Switch to Two-Door Two way:
Figure 34
2. Can we integrate IP Camera and NVR?
›› Currently ZKACCESS software supports ZKAccess’ IP Cameras and NVR
›› You can associate a camera to the door and setup a linkage for the same.
3.What does it mean when I get a “Wiegand Format Error”?
›› Your WD0 and WD1 wiring is reversed.
4. How do I connect a third party reader or a stand-alone reader to a
inBIO panel?
›› Connect the wiegand output to the WD0 and WD1 of the stand-alone readers on the
panel’s reader port.
Note: The board can only supply 12 V DC, 300mA power so an external power supply may be required.
5.What is the SD card slot used for?
›› SD card, stores transactions from the panel and creates a back up in additional to
internal memory.
6.What kind of wire is recommended for the panel?
›› 16 or 18 AWG twisted shielded wire is recommended.
7.What is the default IP of the panel?
›› 192.168.1.201
8. How long is the device under warranty?
›› 1 Year from original purchase date, replacement/repair of hardware under ZK standard
warranty requires an evaluation of the failed system by a ZK Technical Support specialist,
and the issuance of a Technical Support RMA number.
26
PC 485 Setting Table
Switch Setting
Address No.
01
02
03
04
05
06
07
08
09
10
11
12
13
14
15
16
17
18
19
20
21
22
23
24
25
26
27
28
29
30
31
32
1
2
3
4
5
6
1
2
4
8
16
32
ON
OFF
OFF
OFF
OFF
OFF
OFF
ON
OFF
OFF
OFF
OFF
ON
ON
OFF
OFF
OFF
OFF
OFF
OFF
ON
OFF
OFF
OFF
ON
OFF
ON
OFF
OFF
OFF
OFF
ON
ON
OFF
OFF
OFF
ON
ON
ON
OFF
OFF
OFF
OFF
OFF
OFF
ON
OFF
OFF
ON
OFF
OFF
ON
OFF
OFF
OFF
ON
OFF
ON
OFF
OFF
ON
ON
OFF
ON
OFF
OFF
OFF
OFF
ON
ON
OFF
OFF
ON
OFF
ON
ON
OFF
OFF
OFF
ON
ON
ON
OFF
OFF
ON
ON
ON
ON
OFF
OFF
OFF
OFF
OFF
OFF
ON
OFF
ON
OFF
OFF
OFF
ON
OFF
OFF
ON
OFF
OFF
ON
OFF
ON
ON
OFF
OFF
ON
OFF
OFF
OFF
ON
OFF
ON
OFF
ON
OFF
ON
OFF
ON
OFF
OFF
ON
ON
OFF
ON
OFF
ON
ON
ON
OFF
ON
OFF
OFF
OFF
OFF
ON
ON
OFF
ON
OFF
OFF
ON
ON
OFF
OFF
ON
OFF
ON
ON
OFF
ON
ON
OFF
ON
ON
OFF
OFF
OFF
ON
ON
ON
OFF
ON
OFF
ON
ON
ON
OFF
OFF
ON
ON
ON
ON
OFF
ON
ON
ON
ON
ON
OFF
OFF
OFF
OFF
OFF
OFF
ON
27
Switch Setting
Address No.
33
34
35
36
37
38
39
40
41
42
43
44
45
46
47
48
49
50
51
52
53
54
55
56
57
58
59
60
61
62
63
1
2
3
4
5
6
1
2
4
8
16
32
ON
OFF
OFF
OFF
OFF
ON
OFF
ON
OFF
OFF
OFF
ON
ON
ON
OFF
OFF
OFF
ON
OFF
OFF
ON
OFF
OFF
ON
ON
OFF
ON
OFF
OFF
ON
OFF
ON
ON
OFF
OFF
ON
ON
ON
ON
OFF
OFF
ON
OFF
OFF
OFF
ON
OFF
ON
ON
OFF
OFF
ON
OFF
ON
OFF
ON
OFF
ON
OFF
ON
ON
ON
OFF
ON
OFF
ON
OFF
OFF
ON
ON
OFF
ON
ON
OFF
ON
ON
OFF
ON
OFF
ON
ON
ON
OFF
ON
ON
ON
ON
ON
OFF
ON
OFF
OFF
OFF
OFF
ON
ON
ON
OFF
OFF
OFF
ON
ON
OFF
ON
OFF
OFF
ON
ON
ON
ON
OFF
OFF
ON
ON
OFF
OFF
ON
OFF
ON
ON
ON
OFF
ON
OFF
ON
ON
OFF
ON
ON
OFF
ON
ON
ON
ON
ON
OFF
ON
ON
OFF
OFF
OFF
ON
ON
ON
ON
OFF
OFF
ON
ON
ON
OFF
ON
OFF
ON
ON
ON
ON
ON
OFF
ON
ON
ON
OFF
OFF
ON
ON
ON
ON
ON
OFF
ON
ON
ON
ON
OFF
ON
ON
ON
ON
ON
ON
ON
ON
ON
ON
ON
28
Electrical Specifications
Maximum
Typical
Minimum
Notes
WORKING POWER SUPPLY
Voltage (V) DC
9.6
12
Current (A)
14.4
Use regulated DC power adaptor only
2
ELECTRONIC LOCK RELAY OUTPUT
Switching voltage (V)
12V
Switching Current (A)
2
Use regulated DC power adaptor only
Auxiliary relay output
SWITCH AUX. INPUT
VIH (V)
VIL (V)
Pull-up resistance (Ω)
The input ports are pulled up with 4.7k
resistors
4.7k
WIEGAND INPUT
Voltage (V)
10.8
12
Current (mA)
13.5
500
ZK ELECTRIC LOCK
Voltage (V) DC
Current (mA)
10.8
12
13.2
500
29
Specifications
Communication
RS485, TCP/IP
Baud Rate for RS485
9600-15200
Power Supply
12V DC, 2A
Card Holders Capacity
30,000
Log Events Capacity
100,000
LED Indicator
Indicator for communication, power, status and prox card
Environment
32-113 °F (0-45°C)
Operating Humidity
20% to 80%
Number of doors controlled
Four Door (four door one way and two door two way)
Number of readers supported
4
Types of readers supported
26-bits WIEGAND, others upon request
Number of Inputs
12 (4 Exit Device, 4 Door Status, 4 AUX)
Number of Outputs
8 (4- Form C relay for lock and 4- Form C relay for Aux output)
Weight
7.8lbs (3.55kg)
Enclosure
Metal Cabinet
Mounting
Wall Mount
Dimensions (Bundle Only)
15.7in. x 3.56in. x 13.0in 400mm(L) x 90.5mm(W) x 330mm(H)
Dimensions (Board Only)
8.0in. x 4.17in. 203.2mm(L) x 106mm(W)
CPU
32 bit 400MHz
RAM
32MB
Flash
128MB
Certified
30
ZKAccess 5.2 software
Installation & Setup
Content
Downloading..................................................................................................................31
Installation.........................................................................................................................32
Adding a Device...........................................................................................................33
Creating a Time Zone. . ..............................................................................................34
Create an Access Level.............................................................................................35
Enrolling Personnel. . ................................................................................................. 36
Add & Delete Personnel to Access Level....................................................38
Real Time Monitoring. . ..............................................................................................39
Exporting Reports. . ......................................................................................................40
Passage Mode / First Card Normal Open ..................................................41
31
Downloading
2
1.Go to zkaccess.com.
2.Click Downloads and then Software Downloads in the dropdown menu.
3
3.Scroll to the bottom of the page and click ZKACCESS 5.2.22 to download.
If you do not have software to extract compressed files, Scroll up on the
same page to find Winrar 32 or Winrar 64 to download.
4.Extract the downloaded files to a new folder named “ZKAccessSetup”
5.Click setup.exe to
begin installation.
5
32
Installation
1
2
1.Add an open port (Default 80) or ask a network administrator for an open port
2.Click the box to “Add firewall exception for this port”
4
3
3.Click Browse and choose or create a folder to store your backup files in.
4.Click OK
33
Adding a Device
1
3
2
1.Click Device
2.Click Search Panels , to show the Search interface;
3.Click Search , and it will prompt [searching……];
7
5
4. After searching, the list of all access control panels on the network
will be displayed.
5. Click Add Device on the right side of the listed device, and a dialog box will open.
6.Enter self-defined device name, and
click OK to complete the process.
The default IP address of the access
control panel may conflict with the IP of
another device on the network.
6
7.You can modify the IP address: Click
Modify IP Address to the right of
the device and a dialog box will
open. Enter the new IP address and
other parameters
Note: Must configure the gateway and IP address in the
same network segment
34
Creating a Time Zone
1
1.Click Access Control > Time zones > Add to access the time zone
setting interface
2
2.After setting the time zone, click OK to save, and the time zone will appear
in the list.
35
Create an Access Level
1
1.Click Access Control > Access levels > Add to add an access level.
2
3
2.Set parameters: access level name (no repetition), access control time zone,
door combination
3.Click OK to complete setting and quit, and added access levels will appear in
the list.
36
Enrolling Personnel
1
1.Click Personnel > Personnel > Add to show personnel profile edit interface.
2
3
4
5
6
7
37
2.Personnel No.: By default, the length can not exceed 9 digits A number with a
length of less than 9 digits will be preceded with 0 automatically to complete
9 digits. Numbers can not be duplicated.
3.Card number: You can add a card number through manual entry or a card issuer.
In Actual Card Number mode (by default), you must enter both the actual card
number and the site code, then the software converts the numbers to the
internal card number for access control system verification. In Internal Card
Number mode, enter the numbers directly.
4.Password: Set personnel password to use on a keypad reader. Password must
be 4 to 6 numbers long.
5. Department: Select from the pull-down menu and click OK . If the department
was not set previously, you can only select the default Company Name department.
6.Register Fingerprint: Enroll the Personnel Fingerprint or Duress Fingerprint.
If the person presses the Duress Fingerprint, it will trigger the alarm and send
the signal to the system.
7.Access Level: Click the box next to the access level you would like to add the
personnel to. (Optional)
38
Add & Delete Personnel to Access Level
1
1
3
3
1.Click Access Control > Personnel Access Levels to show current access levels
and personnel. Click Add personnel to open the add personnel interface.
2
2
2.Select personnel to create the list on the right, and click OK to complete
adding, and added personnel will appear in the list on the right.
3.To delete personnel, select personnel and click Delete from access level .
39
Real Time Monitoring
1
2
3
1.Click Access Control > Real-Time Monitoring to watch a live log of
device transactions.
2.Click the Filters to limit which device transactions show up or view all
devices at once.
3
3.Hover over a door icon to open pop up menu and click Remote Close ,
Remote Open , or Cancel Alarms .
40
Exporting Reports
1
2
3
1.Click Access Control > Reports to see a report of transactions from devices.
2.Filter by time, date, personnel, or device.
3.Click Export Report to open export menu.
4
4
4.Choose a file type and click Export .
41
Passage Mode / First Card Normal Open
2
2
The Passage Mode feature will keep a door unlocked during a specified time
zone. It will automatically unlock at the beginning of the time zone and will lock
automatically at the end of the specified time zone.
1.Create a new time zone with the hours you want the door to be unlocked.
2.In Door Configuration, Click Edit to the right of the door you want to change
settings on.
3.Click the dropdown menu titled “Door Passage Mode Time Zone” and select
your new time zone. Click OK .
The First Card Normal Open feature will keep a door unlocked during a specified
time zone when triggered by specified personnel. After a specified personnel
swipe unlock at the beginning of the time zone and will lock automatically at the
end of the specified time zone.
1.Create a new time zone with the hours you want the door to be unlocked.
2.In Door Configuration, under First-Card Normal Open, click Set .
3.Under First-Card Normal Open Settings, click Add .
4. Click the drop down menu titled Time Zones and choose your new time zone.
Click OK .
5.To add the personnel that will trigger the door to stay normal open, click
Add an opening person .
6.Click the check box next to the personnel and they will be added to the Selected Personnel list. Click OK .
Design and Specifications subject to change without notice. © 2014 ZKTeco and its subsidiaries.
42
43
Version: March 2015
ZKAccess - a division of ZKTeco

- ZKAccess

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