SOYAL AR-725-E Proximty Controller Instruction Manual

AR-725-E Proximity Controller
Instruction Manual

Contents

AR-725-E-M

AR-725-E

AR-725 (X)

Parts Description

Installation

AR-725-E-M

• Pull the cables from the square access hole of the mounting plate C.
• Use a screwdriver to screw the metal plate C to the wall.
• Take off the plastic mounting plate B from body A, and pull the cables through the access hole of C and B, then connect to body A.
• Assemble plate B with body A, and embed the waterproof strip D onto the plastic side frame.
• Assemble body A onto the mounting plate C with the Allen key and screws (accessories supplied).
• Turn on the power and the LED will light and a beep will sound.

AR-725-E

• Use a screwdriver to screw the base F onto the wall.
• Attach the waterproof 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.
• Screw A1 and F tight with the Allen key and screws (accessories supplied).
• Turn on the power and the LED will light and a beep will sound.

AR-725 (X)

• Put on G, 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, screw them and buckle up the 4 buckles on the back.

• Embed the waterproof strip D onto the frame side of the base.

• Followed by the installation process of AR-725-E-M.

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 the reader and lock with the same power supply. The power for the reader may be unstable when the lock is activating, which may make the reader malfunction. The standard installation: The door relay and lock use the same power supply, and the reader uses an independent power supply.

Connector Table

Cable: CN4

Trigger Input
Exit Switch| 5| Purple| | Negative
Trigger Input
Alarm Relay| 6| Gray| | Transistor
(Open
Output Max. 12V/100mA Collector Active Low)
— Power| 7| Thick Red| DC 12V
DC OV
8| Thick Black

Cable: CN5

Wire Application| Wire| Color| Description| |
---|---|---|---|---|---
Beeper| 1| Pink| Beeper| Output 5V/100mA, Low
LED| 2| Yellow| Red LED Output 5V/20mA, Max
3| Brown| Green LED Output 5V/20mA, Max
Door Output| 4| Blue White| Transistor Output Max. 12V/100mA
(Open Collector Active Low)
Wiegand| 5| Thin Green| Wiegand| DAT: 0 Input
DAT: 1 Input
Trigger Input|
6| Thin Blue| Wiegand|
WG Door Contact| 7| Orange| Negative|
WG Exit Switch| 8| Purple| Negative Trigger Input
Wire Application| Wire| Color| Description
---|---|---|---
| 1| —| —
| 2| —| —
TCP/IP Output| 3| Orange White| Net – TX+
4| Orange| Net – TX-
5| Green White| Net – RX+
6| Green| Net – RX-
=| 7| —| —

Cable: CN6

RS-485 for Lift
Controller| 1| Thick Green| RS-485(B-)
2| Thick Blue| RS-485(A+)

Cable: CN3

Anti-Tamper
Switch| 1| Red| N.C.
2| Orange| COM
| Yellow| N.O.

Cable: CN8

Cable: CN11 Optional:(Request to purchase AR-725L485 additionally)

Wiring Diagram

Connect to Electric Bolt

Connect to Magnet Lock

Connect to Electric Strike

※ The Wiring of Enable “Share Door Relay” ( Set up via the parameters setting Window of 701ServerSQL)

Connect to Door Contact

Strengthen security with AR-721RB

※ The Wiring of Enable “Share Door Relay” ( Set up via the parameters setting Window of 701ServerSQL)

Connect to Reader

※ The Wiring of Disable “Share Door Relay” ( Set up via the parameters setting Window of 701ServerSQL

*AR-725-E becomes WG mode (28 000 #)**

1. When AR-725-E becomes WG mode, it can be used with any controller.

※Using Rule :
Finger: Both 725-E Master mode and 725-E WG mode must store all the same FP data and real or visual card number.
Card: Can pass WG message to the controller.

Adding and Deleting Tag

• Add Single Tag or Random tags
  Input ,123456 #J J (or Master Code) → 19 , UUUUU →00001 # → Present the tag(s) with Controller (single tag or random numbered cards one by one) →. Done [e.g.] 2 random cards with user addresses No. 100 and No. 101: Access programming mode→19, 00100*, 00001 #J→Present the tags one by one Done

• Add the Sequential tags
  Input ,123456 #„; (or Master Code) — 19 JUUUUU QQQQQ #, — Present the tags (Present the tag with the lowest number first.) →. OK [e.g.] User Address NO.101 to NO.120 have 20 pcs of sequential tags:(62312-62332): Access programming mode → 19 J00101 *,00120 Close Tag into RF Area(only use the tag NO.62312) → OK

• Delete a Single Tag Input J123456 #J (or Master Code) → 10 JSSSSS 9 JEEEEE #, [e.g.] Delete User Address: 00058 Access programming mode → 10 *J00058 9 00058 #

• Delete a batch of Tags
  Input J123456 #, (or Master Code) → 10 le_SSSSS 9,EEEEE #, [e.g.] Delete User Address: 00101-00245
  Access programming mode → 10 *,00101 9,00245 #,

• Delete All Tags
  Input ,123456 #, (or Master Code) → 29 ,29 * #

Programming

A. Entering and Exiting Programming Mode

• Entering
  Input 123456 #i or ,PPPPPP
  [e.g.] The Default Value= 123456, if already changed the Master Code= 876112, input *,876112 #, — Access programming mode

• Exiting
  Input * #

• Changing the Master Code
  Access programming mode → 09 * PPPPPPRRRRRR #, [Input the 6-digit new master code twice.] [e.g.] If want to changing the Master Code= 876112, input

• 123456 # → 09 *,876112876112

B Changing the Node ID of Reader

Access programming mode — 00 ,,NNN MMM *,AAA [NNN= Node ID: 000-254; MMM=AR-725-E Door NO.:1-255; AAA=WG Reader Door NO.:1-255

C.Setting up the control mode (M4/M8)
Access programming mode — 04 * N # [N=4/8]

Mode

| Support| User
Capacity| Access Mode| Event
Capacity| 120
Holidays| Duress| Time
Zone| Lift
Control|

Anti-pass-
back

---|---|---|---|---|---|---|---|---|---
M4| Networking/ Stand-Alone| 16,000
(0-15,999)| 1. Card only
2. Card and PIN (4-digit PIN)
3. Card or User address (5-digit) + Individual PIN
(4-digit individual PIN)| 32,000| V| V| unlimited| 64| V
M8| Networking/ 51andabne| 16,000
(0-15,999)| 1. Card only
2. Card and PIN (4-digit individual PIN) 3. Card or PIN (4-digit individual PIN)| 32,000| V| V| unlimited| 64| V

D. Setting up the password

Individual PWD (M4/M8)
Card or PIN: Access programming mode — 12 UUUUU PPPP # [e.g. User address: 00001 and PWD: 1234. Input 12 J00001 J 1234 #,] Card and PIN: Access programming mode — 13 ,UUUUU PPPP # [e.g. User address: 00001 and PWD: 1234. Input 13 ,00001, 1234 #J]

E. Anti-pass-back
Usually, anti-pass-back is commonly applied to parking areas in order to prevent 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 — 20 JU JDDD #, U= Enable target unit(0=AR- 881EF/EV,1=Reader) [Please refer to function default value for details.] [e.g.] If the AR – 881 EF/EV set to exit reader, WG Reader set to access reader.
  Access programming mode — 20 1j,j0 J128 #, -‘ 20 j1 *1192 #,_ [Please refer to function default value for details.]

• Enable card user
  Access programming mode – 26 ,,SSSSS ,,EEEEE *,P #, SSSSS= starting user address; EEEEE= ending user address [P=0 Enable/ P=1 Disable/ P=2 Reset] [e.g.] User address from 00152 to 00684 enable the anti-pass-back function: 26

• 00152 00684 0#

F. Auto Open Zone

Door will keep opening after the first man flashes the card. When the reader is stand-alone, supporting only 16 sets of the 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 -> 20 U DDD # U= Enable target unit(O=AR-725-E,1=Reader) [Please refer to function default value for details.] [e.g.] If the AR-725-E set to Enable aut open zone.
  Access programming mode – 20 0 004 # [Please refer to function default value for details.]

• Enable/Disable auto open door without presenting card
  Access programming mode 24 U ,DDD #_, U= Enable target unit(0=AR-725-E,1=Reader) [Please refer to function default value for details.] [e.g.] If the WG Reader set to Enable aut open door without presenting card.
  Access programming mode – 24 ,1 ,128 # [Please refer to function default value for details.]

• Setting up access time
  Access programming mode — 08 MW ,NN lejHHMMhhmm 7123456H # [M=AR-725-E; W=Reader(0=disable,1=enable); NN: 16 sets of auto-open zone (NN=00-15); HHMMhhmm=Starting time to ending time; 7123456H= 7 days of week + Holiday (F= 0: disable; 1: enable)] [e.g.]AR-725-E (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 – 08 ,10 101 !O 93 01 62 0 *_„01010100 # – setting is completed

G. Lift control
Connect with AR-401-10-0016R to control floors that the user will be able to access. [BAUD9600]

• Single floor
  Access programming mode — 27 RJUUUU , LL #, UUUU=User Address LL=Floor number (01-64 floor) [e.g.] User address NO. 45 only can reach the elevator to the 24th floor: 27 )00045 ,24 #,

• Multi floors
  Access programming mode — 21 !_c_JUUUUU LLLLLLLL #j [UUUUU=User address G: 8 sets of lift control (Input: 0-7) LLLLLLLL:8 floors setting (L=0=Disable, L=1=Enable) [e.g.] User address NO. 168 can reach only the 6th and 20th floor: Access programming mode →21 ,00168 0 ,00100000 #, →21 J00168 J2 *_00001000

H. Setting Up the Arming

Conditions:

1. Arming is enabled
2. Alarm system connected

Enable Arming status:
Application:

1. Door open too long: The door is open longer than door relay time plus door close time.
2. Force open (Opened without a valid user card): Access by force or illegal procedure.
3. Door position abnormal: Arming is enabled and the power is suddenly off then on.

Restoring Factory Settings

Reset all device parameters and user card data

• Reset all device parameters and user card data:

• Access programming mode → 29 * 29 9 #

• Reset all user card data:
  Access programming mode → 29 * 29 #

• Reset IP Setting:
  Access programming mode →Press the “IP Resent Button” on the main board for a few seconds. (Reference to picture)

※ After operation as above, you will hear the long reminder sound, and wait until the sound disappears then reset the power of the controller, and the device will restore the factory setting.

Firmware Upgrade

Get the upgrade software from SOYAL or our distributor and run the “UdpUpdater” software

Execute the softwareUdpUpdater.exe
The software is within SOYAL CD or logs in to the SOYAL web to download

Update the firmware
[Please log in to the SOYAL web to download the new ISP Firmware.]

1. Input the Target Address and Port
2. [Load F/W] open the documents that have the new ISP Firmware
3. Click the new ISP Firmware and [Open] it
4. Click [Update Device] to start the firmware update
5. Till the screen shown [Firmware Update is Complet

IP Setting

• Open your Web Browser and input the factory default IP address: http://192.168.1.127
  

• Page menu
  

• Current State
  Online Status is able to monitor and show which computer is linking on Ethernet Module
  

• Log-in User Password
  When you choose the “Networking Setting” or “User Password” at first.
  The Log-in window will pop out and please input
  ※ At the Factory Default
  User name: SuperAdm
  Password: 721568 ****

• Networking Setting
  You will find the initial IP Address 192.168.1.127 and check MAC Address is the same as a sticker on the Ethernet Module device. Please revise the IP address you want, and then click the “Update” button. After updating the IP, please re-connect the Web Browser with a new IP address.
  

• User Password
  Change the log-in password to lock the IP setting of the Ethernet Module.
  The password composes of 10 characters at most, it can be either A~Z or 0~9.
  

Command-List

Function Default Value

*20 U DDD # Default Value**

Function| Option| Value| Bit| Application
Entry and Exit Access is recorded on the Duty Report| 0: Yes| 1: No| 1| 0| Networking
Activate close door automatically lock (Auto-Relock)| 0: Disable| 1: Enable| 2| 1| Networking/Stand-Alone
Auto Open| 0: Disable| 1: Enable| 4| 2| Networking/Stand-Alone
When Access Mode is “Card and PIN”, Readers can skip pressing the PIN code| 0: Disable| 1: Enable| 8| 3| Networking/Stand-Alone
Exit by Push Button| 0: Disable| 1: Enable| 16| 4| Networking/Stand-Alone
Enable force Open trigger alarm| 0: Disable| 1: Enable| 32| 5| Networking
Entry/Exit Reader| 0: Exit| 1: Entry| 64| 6| Networking
Anti-pass-back| 0: Disable| 1: Enable| 128| 7| Networking
*24 U DDD #  Default Value**

Function| Option| Value| Bit| Application
Enable Egress Beep Sounds| 0: Disable| 1: Enable| 1| 0| Networking/Stand- Alone
—-| —-| —-| 2| 1| —-
—-| —-| —-| 4| 2| —-
Arm/Disarm Zone(Zone: 62)| 0: Enable| 1: Disable| 8| 3| Networking/Stand- Alone
Reader and controller share the same door relay (only for WG reader)| 0: Disable| 1: Enable| 16| 4| Networking/Stand-Alone
0Enable swipe any tags to release the door open| >KO: Disable| 1: Enable| 32| 5| Networking/Stand-Alone
Stop alarm by pressing the push button or closing the door| 0: Disable (must swipe valid card)| 1: Enable| 64| 6| Networking/Stand-Alone
Enter auto-open time zone without presenting a valid card| *0: Disable (must present valid card first)| 1: Enable| 128| 7| Networking/Stand-Alone

◎Add value 032 means to activate, deduct the value of 032 means to disactivate the function of swipe any tags to release door open

28 FFF # Default Value

Function| Option| Value| Bit| Application
Expiry User Access Trigger Alarm| 0: Disable| 1: Enable| 1| 0| Networking /Stand-Alone
Reset Anti-Passback on Timezone 61| 0: Disable| 1: Enable| 2| 1| Networking /Stand-Alone
—| —-| —-| | |
Duress and Arming Output function| 0: Wiegand Output| 1: Arming and Duress Output| 8| 3| Networking/Stand-Alone
RS-485| Lift Control: 0| 0| 4-5| Networking/Stand-Alone
Host: 1| 16
LED Board: 1| 32
Printer: 1| 48
—-| —-| —-| | |
—-| —-| —-| | |
34 FFF # Default Value

Function| Option| Value| Bit| Application
Networking/Stand-Alone
Turn off the buzzer function| 0: Disable| 1: Enable| 1| 0
Any error trigger alarm (ex: swipe invalid card)| 0: Disable| 1: Enable| 2| 1| Networking/Stand-Alone
Reserved| 0: Disable| 1: Enable| 4| 2| Networking/Stand-Alone
Turn off the 13.56MHz reading function| 0: Disable| 1: Enable| 8| 3| Networking/Stand-Alone
Turn off the 125kHz reading function| *0: Disable| 1: Enable| 16| 4| Networking/Stand-Alone
44 FFF # Default Value

Function| Option| Value| Bit| Application
Networking/Stand-Alone
Turn off the buzzer function| 0: Disable| 1: Enable| 1| 0
Any error trigger alarm (ex: swipe invalid card)| 0: Disable| 1: Enable| 2| 1| Networking/Stand-Alone
Reserved| 0: Disable| 1: Enable| 4| 2| Networking/Stand-Alone
Turn off the 13.56MHz reading function| 0: Disable| 1: Enable| 8| 3| Networking/Stand-Alone
Turn off the 125kHz reading function| *0: Disable| 1: Enable| 16| 4| Networking/Stand-Alone

※ U=Controller/Reader (0= Master Controller;1= Slave Reader);DDD= Weighted Value

Weighted Value Manual
Step 1: Select the ‘Function’ that you need for each command (20, 24, 28*)
Step 2: ‘Option’ of function that you need, it is either 0/1 option value.
Step 3: Subtract the ‘Value’ of each Option with ‘Option’ Value.

Example 1:
Setting up Main Controller under command 20 for function ‘Enable force Open trigger alarm’ + ‘Entry Reader’ + ‘Anti-pass-back’ = (1032) + (1064) + (1128) = weighted  value 224; enter 240224#

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