Soyal AR-725E-M, AR-725E, AR-725X User Manual
SOYAL
ACCESS CONTROL SYSTEM
Contents
AR-725E-M
1
Products
®
AR-725E-M / AR-725E / AR-725X
2
User Guide
3
Terminal Cables
4
Tools
V090819
A.
AR-725E
1
Products
A1.
AR-725X
1
Products
A2. A3.
Parts Description
Button Head Pozidriv
a.
Tapping Screw: M3x10
d.
Security Torx Screw:
M3.5x15
P1
P2
P3
P4
c x2
d x1
B.
C.
D.
2
User Guide
3
P5
Terminal Cables
P1
P6
P2
P7
P3
P8
4
Tools
P4
e x2
E.
F.
P5
P6
P7
2
Tools
P8
a x2
d x1
b x2
c x2
B.
C. H.G. D.
b. c.
Button Head Pozidriv
Slotting Screw: 2.5x10
e.
Flat Head Hex Socket
Flat Head Cap Philips
Tapping Screw: 4x19.1
Screw: M3x8
Installation
AR-725E-M
2
C.
1
c.
AR-725E
1
AR-725X
A1.
1
G.
Pull the cables from the square access hole of the mounting plate C.
3
A.
A.
4
B.
B.
5
A.
C.
B.
A.
6
8
D.
g.
7
d.
Use a screwdriver to screw the metal plate C to the wall.
Take off the plastic mounting plate B from the body A, and pull the cables
C.
through the access hole of C and B, then connect to the body A.
Assemble plate B with the body A, and embed the water proof strip D
onto the plastic side frame.
Assemble the body A onto the mounting plate C with the Allen key and
screws (accessories supplied).
Turn on the power and LED will light and beep will sound.
E.
F.
A1.
F.
3
2
Use a screwdriver to screw the base F onto the wall.
Attach the water proof gasket to the body A1, and pull the cables
from the square hole of the base F, and connect to the body A1.
Assemble the body A1 with the base F.
4
e.
f.
5
Screw A1 and F tight with the Allen key and screws (accessories
supplied).
Turn on the power and LED will light and beep will sound.
Put on G, and attach A1 onto the plastic plate A3, and screw it with
the Allen key and screws (accessories supplied).
Put the ring O on the metal frame, and put them together onto the
reader A1+A3, and screw them and buckle up the 4 buckles on the
back.
Embed the water proof strip D onto the frame side of the base.
Following by the install process of AR-725E-M.
A3.
A2.
H.
A1.+A3.
2
b.
e.
3
f.
D.
4
a.
5
3 Door Controller
Illuminated Touch-panel
Notice
1. Tubing: The communication wires and power line should NOT be bound in the same conduit or tubing.
2. Cable selection: Use AWG 22-24 Shielded Twist Pair to avoid star wiring. Use CAT5 for TCP/IP connection.
3. Power supply: Don’t equip reader and lock with the same power supply. The power for reader may be unstable when the lock is activating, that may make the
reader malfunction. The standard installation: Door relay and lock use the same power supply, and reader use independent power supply.
4. Keypad lock: If 725E does not link [TCP / IP connection], the 725E keypad locks about 5 seconds after power transmission.Setting will work after
725E switches to stand-alone mode.
Connector Table
P1Cable: P5Cable:
Wire Application
Door Relay
Common-COM-Point
Door Sensor
Exit Switch
Alarm Relay
1
Blue White
2
Purple White
3
4
5
6
Color
White
Orange
Purple
Gray
Description
(N.O.)DC24V1Amp
(N.C.)DC24V1Amp
(COM)DC24V1Amp
Negative Trigger Input
Negative Trigger Input
Transistor Output
Max. 12V/100mA
Wire Application
Reservation
Reservation
TCP/IP Output
Reservation
Wire
(Open Collector Active Low)
P3
P2
6
5
2
2
P6
1
4
3
P7
2
1
3
2
P8
1
P4
8
4
1
7
3
6
2
7
5
1
6
P1
4
5
6
3
4
5
2
3
4
1
2
3
1
2
P5
1
Power
P2Cable:
Wire Application
RS-485 for Lift
Controller
P3 P4Cable:
Wire Application
Beeper
LED
7
8
Wire
1
2
Wire
1
2
3
Thick Red
Thick Black
Color
Thick Green
Thick Blue
Color
Pink
Yellow
Brown
DC 12V
DC 0V
Description
RS-485(B-)
RS-485(A+)
Description
Beeper Output
5V/100mA, Low
Red LED Output
5V/20mA, Max.
Green LED Output
P6Cable:
Wire Application
TTL Serial Port
P7Cable:
Wire Application
WGB Exit Switch
WGB Door Sensor
WGA Exit Switch
WGA Door Sensor
5V/20mA, Max.
Door Output
Wiegand
4
5
6
Blue White
Thin Green
Thin Blue
Transistor Output
Max. 12V/100mA
(Open Collector Active Low)
Wiegand DAT: 0 Input
Wiegand DAT: 1 Input
Wire Application
Anti-Tamper
Switch
P8Cable:
Wire
Wire
1
2
Wire
Wire
1
2
3
Orange White
4
5
Green White
6
7
Color
Black White
Black
1
Purple White
2
Orange White
3
4
1
2
3
Color
-
-
Description
Reservation
Reservation
Net - TX+
Orange
Net - TXNet - RX+
Green
-
Net - RXReservation
Description
Transistor Output
Max. 12V/100mA
(Open Collector Active Low)
GND
Color
Description
Negative Trigger Input
Negative Trigger Input
Purple
Orange
Color
Red
Orange
Yellow
Negative Trigger Input
Negative Trigger Input
Description
N.C.
COM
N.O.
V090819
Wiring Diagram
AR- 321H
Connect to Electric Bolt
Exit Switch
E
12V
GND
12V
GND
POWER
12VDC
Connect to Magnet Lock
Electric Bolt
P1
1
N.O.
2
3
COM
4
5
PB
6
7
12V
8
Controller Controller
GND
POWER
12VDC
12V
GND
N.O.
GND
EXIT
Push Button Push Button
Magnet Lock
N.C.
COM
PB
12V
GND
POWER
12VDC
P1
12V
GND
1
2
3
4
5
6
7
8
12V
GND
12V
GND
POWER
12VDC
N.O.
GND
EXIT
SOYAL
ACCESS CONTROL SYSTEM
AR- 321H
Connect to Electric Strike
Electric Strike
1
N.O.
2
3
COM
4
5
PB
6
7
12V
8
Controller
AR- 321H
Connect to 2 Readers
Reader A
Reader B
GND
POWER
12VDC
BZ
RLED
GLED
WG 0
WG 1
12V
GND
BZ
RLED
GLED
WG 0
WG 1
12V
GND
®
GND
12V
GND
12V
AR-725E-M / AR-725E / AR-725X
Connect to Door Sensor
ALM
12V
GND
12V
GND
P1P1
1
2
3
4
5
6
7
8
12V
GND
POWER
12VDC
Controller
P3
BZ
1
RLED
2
GLED
3
Door Output
4
WG 0
5
WG 1
6
P7
PB-A
1
DS-A
2
PB-B
3
DS-B
4
P3
P4
1
2
3
4
5
6
1
2
3
4
5
6
BZ
RLED
GLED
WG 0
WG 1
BZ
RLED
GLED
WG 0
WG 1
12V
GND
N.O.
GND
Controller
P1
1
2
3
4
5
6
7
12V
8
GND
POWER
12VDC
EXIT
Push Button
POWER
12VDC
POWER
12VDC
Door Sensor
Controller
POWER
12VDC
Connect to Door Controller
12V
GND
Exit Switch
Electric Bolt
Relay Outpot
Module
Reader A
E
N.C.
N.O.
COM
CTL
12V
BZ
RLED
GLED
WG 0
WG 1
12V
GND
12V
GND
Alarm
N.C.
N.O.
COM
CTL
12V
Relay Outpot Module
Door Sensor
Door Sensor
P1
1
2
3
4
5
6
12V
7
GND
8
Push Button
V090819
EXIT
POWER
12VDC
Adding and Deleting Tag
Mode4/Mode8
AR- 321H
Adding the Single Tag or the Random tags
Input 123456 (or Master Code)
19 UUUUU 00001
→
Get Tag close to RF Area
→
[e.g.] User Address NO.100 and NO.101 have 2 pcs of random tags:
Access programming mode
P.S. The First ta g has now been added, p resent t he rest of t he tags one after t he other t o add them t o the system as well.
19 00100 00001
→
Get Tag close to RF Area
→
Adding the Sequential tags
Input 123456 (or Master Code)
(Memory loc ation nu mber)
OK
[e.g.] User Address NO.101 to NO.120 have 20 pcs of sequential tags:(62312~62332)
Access programming mode
19 UUUUU QQQQQ
→
19 00101 00120
→
Get Tag close to RF Area
→
Get Tag close to RF Area
→
：
Deleting the Single Tag
Input 123456 (or Master Code)
10 SSSSS EEEEE
→
9
[e.g.] Delete User Address: 00058
Access programming mode
10 00058 00058
→
9
Deleting a batch of Tags
Input 123456 (or Master Code)
10 SSSSS EEEEE
→
9
[e.g.] Delete User Address: 00101~00245
Access programming mode
10 00101 00245
→
9
Mode6
At the Mode 6, User Address = Card Code
※
Adding Tag
Input 123456 (or Master Code)
[e.g.] Add User Address: 00100~ 01254
Access programming mode
Deleting Tag
Input 123456 (or Master Code)
[e.g.] Delete a tag with card code 62362
Access programming mode
11 SSSSS EEEEE
→
11 00100 01254
→
10 SSSSS (or )EEEEE
→
10 62362 62362
→
→
9
→
→
OK
OK
OK
→
Tag Information
OK
(Present the tag to the cont roller.)
OK
→
(Present the tag w ith the lowest nu mber to t he cont roller.)
(only use th e tag NO. 62312)
→
→
OK
Deleting All Tags
Input 123456 (or Master Code)
Deleting All Tags
Input 123456 (or Master Code)
CARD CODE
SITE CODE
(Memory loc ation nu mber)
OK
29 29
→
29 29
→
CARD CODE
SITE CODE
→
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