Soyal AR-881EF, AR-881EV Instruction Manual
SOYAL
ACCESS CONTROL SYSTEM
Contents
1
Product
or
AR- 881EFAR-881EV
Installation
4
®
2
User Guide
AR-881EF/AR-881EV
3
Terminal Cables
P1 P2 P3
P4 P5 P6 P7
P7
only provide to the controller that have doorbell function.
※
※
4
V110221
Tools
Flat Head Cap Philips
Tapping Screw: 4x38
Flat Head Hex Socket
Screw: M3x8
Security Torx Wrenches
Protection Plug
2
3
1
5
External WG keyboard
If you want to program system on controller directly, please order WG keyboard then install it according to the following pattern.
※
2
1
Connector Table
Pull the cables from the square hole of the mounting plate.
Use a screwdriver to screw the base onto the wall.
Connect the terminal cables to the body and attach the body to the mounting plate.
Assemble the covers with the Allen key and screws (accessories supplied).
Turn on the power and LED will light and beep will sound.
Remove the Protection plug that in the bottom left.
(※ Do not lose protection plug or it will affect the protection level.)
WG Keyboard cable will be connected to the pin board.
3
WG Keyboard connected to the controller from the bottom left of the hole.
When you nish programming system, please put protection plug back to the
controller.
P3Cable:
P6P4
P3
P7P5
P2
P1
Wire Application Wire Color Description
1 --- --2 --- --3
TCP/IP Output
Orange White
4 Orange
5 Green White
6 Gerrn
7 --- ---
Net - RXNet - RX+
Net - TXNet - TX+
P1Cable:
Wire Application Wire Color Description
Lock Relay
Common-COM-Point
Door Contact 4 Orange Negative Trigger Input
Exit Switch 5 Purple Negative Trigger Input
Alarm Relay 6 Gray
Power
1 Blue White (N.O.)DC24V1Amp
Purple White
2
3 White (COM)DC24V1Amp
7 Thick Red DC 12V
8 Thick Black DC 0V
(N.C.)DC24V1Amp
Transistor Output Max. 12V/100mA
(Open Collector Active Low)
P2Cable:
Wire Application Wire Color Description
Beeper 1 Pink Beeper Output
LED
Door Output 4 Blue White
Wiegand
WG Door
WG Exit Switch 8 Purple Negative Trigger Input
Contact
2 Yellow Red LED Output
3 Brown Green LED Output
Transistor Output Max. 12V/100mA
(Open Collector Active Low)
5 Thin Green Wiegand DAT: 0 Input
6 Thin Blue Wiegand DAT: 1 Input
7 Orange Negative Trigger Input
5V/100mA, Low
5V/20mA, Max
5V/20mA, Max
P4Cable:
Wire Application Wire Color Description
RS-485 for Lift
Controller
1 Thick Green RS-485(B-)
2 Thick Blue RS-485(A+)
P5Cable:
Wire Application Wire Color Description
Anti-Tamper
Switch
1 Red N.C.
2 Orange COM
3 Yellow N.O.
P6Cable:
Wire Application Wire Color Description
Power 1 Red DC 12V
Security trigger signal
Arming 3 Red White Arming Output
Duress 4 Yellow White Duress Output
P7Cable:
Wire Application Wire Color Description
Doorbell
2 Purple Security trigger signal Output
For the controller that doorbell function.
(
1 Black White
2
Black GND
Transistor Output Max. 12V/100mA
(Open Collector Active Low)
Output
)
Notice
Biometrics Device Access controller
Fingerprint & Finger Vein
V110221
1.Tubing:
2.Wire selection:
3.Power supply:
The communication wires and power line should NOT be bound in the same conduit or tubing.
Use AWG 22-24 Shielded Twist Pair to avoid star wiring.
Don’t equip controller and lock with the same power supply. The power for controller may be unstable when the lock is activating, that may make
the controller malfunction.
The standard installation: Door relay and lock use the same power supply, and controller use independent power supply.
Wiring Diagram
AR- 321H
Connect to Electric Bolt Connect to Magnet Lock
Electric Bolt
Controller
N.O.
COM
12V
GND
POWER
12VDC
PB
E
P1
1
2
3
4
5
6
7
8
12V
GND
Exit Switch
12V
GND
12V
GND
N.O.
GND
POWER
12VDC
EXIT
RTE
Controller
Magnet Lock
N.C.
COM
PB
12V
GND
POWER
12VDC
P1
1
2
3
4
5
6
7
8
12V
GND
12V
GND
12V
GND
POWER
12VDC
N.O.
GND
EXIT
RTE
Connect to Electric Strike
12V
GND
Electric Strike
1
N.O.
2
3
COM
4
5
PB
6
7
12V
8
Controller
GND
POWER
12VDC
12V
GND
Strengthen security with AR-721RB
12V
GND
Electric Bolt
1
2
4
1 2 3
P6
Controller
DDR
12V
POWER
12VDC
12V
GND
3
4
P1
5
6
7
8
12V
GND
12V
GND
12V
GND
N.O.
GND
N.C.
N.O.
COM
CTL
12V
GND
PB
AR-721RB
N.O.
POWER
12VDC
EXIT
RTE
POWER
12VDC
EXIT
RTE
Connect to Door Contact
ALM
12V
12V
GND
P1P1
1
2
3
4
5
6
7
8
12V
GND
Controller
POWER
12VDC
Door Contact
GND
POWER
12VDC
Connect to Reader
12V
GND
Exit Switch
E
N.C.
N.O.
COM
CTL
12V
BZ
RLED
GLED
Reader
WG 0
WG 1
12V
GND
POWER
12VDC
P2
BZ
1
RLED
2
GLED
3
Door Output
4
WG 0
5
WG 1
6
7
DS
8
PB
Controller
12V
GND
Alarm
N.C.
N.O.
COM
CTL
12V
Relay Outpot Module
N.C.
Door Contact
Door Contact
N.C.
P1
1
2
3
4
5
6
12V
7
GND
8
POWER
12VDC
EXIT
RTE
®
AR-881EF/AR-881EV
SOYAL
ACCESS CONTROL SYSTEM
Adding and Deleting Tag
Add Single Tag or Random tags
Input 123456 (or Master Code)
[e.g.] 2 readom cards with user addresses No. 100 and No. 101:
Access programming mode
Add the Sequential tags
Input 123456 (or Master Code)
[e.g.] User Address NO.101 to NO.120 have 20 pcs of sequential tags:(62312~62332)
Access programming mode
Delete a Single Tag
Input 123456 (or Master Code)
[e.g.] Delete User Address: 00058
Access programming mode
Delete a batch of Tags
Input 123456 (or Master Code)
[e.g.] Delete User Address: 00101~00245
Access programming mode
Delete All Tags
Input 123456 (or Master Code)
19 UUUUU 00001
→
19 00100 00001
→
19 UUUUU QQQQQ
→
19 00101 00120
→
10 SSSSS EEEEE
→
10 00058 00058
→
10 SSSSS EEEEE
→
10 00101 00245
→
29 29
→
Present the tag(s) with Controller
→
Present the tags one by one
→
→
Close Tag into RF Area
→
9
9
9
9
Present the tags
：
(only use th e tag NO.6 2312)
Tag Information
(single tag or random numbered cards one by one)
Done
→
(Present the tag with t he lowest number rst.)
OK
→
CARD CODE
SITE CODE
→
OK
CARD CODE
SITE CODE
V110221
Done
→
Programming
A. Entering and Exiting Programming Mode
Entering
Input 123456 or PPPPPP
[e.g.] The Default Value= 123456, if already changed the Master Code= 876112, input
Exiting
Input
Changing the Master Code
Access programming mode
[e.g.] If want to changing the Master Code= 876112, input
09 PPPPPPRRRRRR [Input the 6-digit new master code twice.]
→
123456
09 876112876112
→
87 6112
Access programming mode
→
B. Changing the Node ID of Reader
Access programming mode
[NNN= Node ID: 000 ~254; MMM=AR-881EF/EV Door NO.:1~255; AAA=WG Reader Door NO.:1~255
00 NNN MMM AA A
→
C. Anti-pass-back
Usually, anti-pass-back is commonly applied to parking areas in order to prevent from multi-entry with one card at a time, or somewhere wants to
monitor not only the access but also exit condition.
Enable device
Access programming mode
[e.g.] If the AR-881EF/EV set to exit reader, WG Reader set to access reader.
Access programming mode
Enable card user
Access programming mode
[e.g.] User address from 00152 to 00684 enable the anti-pass-back function: 26 00152 00684 0
20 U DDD U= Enable target unit(0=AR-881EF/EV,1=Reader) [Please refer to function default value for details.]
→
20 0 128
→
26 SSSSS EEEEE P
→
20 1 192 [Please refer to function default value for details.]
→
SSSSS= starting user address; EEEEE= ending user address [P=0 Enable/ P=1 Disable/ P=2 Reset]
D. Auto Open Zone
Door will keep opening after rst man ashing card. When the reader is stand-alone, suppor ting only 16 sets of auto-open zone by device setting.
Auto-open zone can extend up to unlimited sets by Networking.
Enable/Disable auto open zone
Access programming mode
[e.g.] If the AR-AR-881EF/EV set to Enable aut open zone.
Access programming mode
Enable/Disable auto open door without presenting card
Access programming mode
[e.g.] If the WG Reader set to Enable aut open door without presenting card.
Access programming mode
Setting up access time
Access programming mode
auto-open zone (NN=00~15); HHMMhhmm=Star ting time to ending time; 6543217H= 7 days of week + Holiday (F= 0: disable; 1: enable)]
[e.g.] AR-881EF/EV (without WG reader), to set second time zone which could be passed only at 9:30am to 4:20pm on Mon, Wed and Fri.
Access programming mode
20 U DDD U= Enable target unit(0=AR-881EF/EV,1=Reader) [Please refer to function default value for details.]
→
20 0 004 [Please refer to function default value for details.]
→
24 U DDD U= Enable target unit(0=AR-881EF/EV,1=Reader) [Please refer to function default value for details.]
→
24 1 128 [Please refer to function default value for details.]
→
08 MW NN HHMMhhmm 6543217H [M=AR-881EF/EV; W=Reader(0=disable,1=enable); NN: 16 sets of
→
08 10 02 09301620 01010100
→
setting is completed
→
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