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SOYAL

ACCESS CONTROL SYSTEM

®

AR716-E02

V100630

   

   

Enable/Disable auto open zone

Access programming mode

   

20     004       [004= enable Auto-Open Time Zone; 000= disable Auto-Open Time Zone]

Enable/Disable auto open door without presenting card

Access programming mode

   

24     001       [001= enable Auto-Open Time Zone; 000= disable Auto-Open Time Zone]

[e.g.] To set the second time zone as 9:30 AM to 4:20 PM, Monday, Wednesday and Friday: 08     1     09301612     01010100     

   

Done

N: 2 sets of auto-open zone (N=0=1st set; N=1=2nd set)
HHMMhhmm=Staring time to ending time (e.g. 08301200=08:30 to 12:00)
6543217H= 7 days of week (Sat/Fri/Thu/Wed/Tue/Mon/Sun) + Holiday (F= 0: disable; 1: enable); Holidays establish by the software.

Set up open time

Access programming mode

   

08     N     HHMMhhmm     6543217H

[e.g.] No. 154 enable the anti-pass-back, and induction into the door has not been induced to leave. When he re-induction into the door will become 
         invalid , then he needs to set the reset.  Access programming mode

   

26     00154     00154     2     

   

Reset

[e.g.] User address from 00152 to 00684 enable the anti-pass-back function:

 

26     00152     00684     0

Card enable

Access programming mode

   

26     SSSSS     EEEEE     N      

[SSSSS= User address start; EEEEE= User address end; N=0(control)/ 1(Not control)/ 2(reset)]

Controller enable

Access programming mode

   

20     DDD       [128= Anti-pass-back(0=Disable; 1=Enable)/ 064=Access/Exit(0=Exit; 1=Access).]

         Access programming mode

   

20     128      (Please refer to function default value for details.)

[e.g.] Enable Anti-pass-back, and set to Exit door= (128 x 1) + (064 x 0) = 128

Usually, anti-pass-back is commonly applied to parking areas in order to prevent from multi-entry with one card at a time, or to situations need 

access and exit monitor.

Card or PIN:

 

Access programming mode

   

12     UUUUU     PPPP       [e.g. User address: 00001 and pass code: 1234, input 12     00001     1234     ]

Card and PIN:

 

Access programming mode

   

13     UUUUU     PPPP       [e.g. User address: 00001 and pass code: 1234, input 13     00001     1234     ]

Access programming mode

   

00     NNN        [Node ID: 001~255]

Access programming mode

   

04     N       [N=4/8]

D. Set up the password

E. Anti-pass-back(Reader A and Reader B must to be setting)

F. Auto Open Time Zone

B. Chang the Node ID of Reader

C.Set up M4/M8

G. Setting Up the Arming

Alarm conditions:

1. Arming is enabled
2.Alarm system connected

Enable: 

Access programming mode

   

Disable: 

Access programming mode

   

Enable/Disable Arming status (Factory default armingcode is: 1234) :

Standby Mode

Enter Program Mode

After door open

The normal procedure to open door

   

Input 4 digit arming code

 

Door is not open

       

Input 4 digit arming code

   

Present valid card

 

[The normal procedure to open door] can refer to [Access Mode].

Application:
1. Door open too long

: 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

: When power is off and then on, reader on arming bffore power off.

Function Default Value

20    DDD

Function

Selection

Value

Bit

Application

Default Value

Attendance
Auto Re-lock
Auto Open
Door open button input
Master Reader of Network
Access/Exit 
Anti-pass-back 

0: Yes
0: Disable
0: Disable

   

0: Disable
0: Slave
0: Exit
0: Disable

Networking
Networking/Stand-Alone
Networking/Stand-Alone
Networking/Stand-Alone
Networking
Networking
Networking

001
002
004
016
032
064
128

   1: No
   1: Enable
   1: Enable

1: Enable

   1: Mater
   1: Access
   1: Enable

0
1
2
4
5
6
7

Bit

Function

Selection

Value

Application

Auto-open door without cards at auto open zone
Stop Alarm by door close or by push button

0: Disable
0: None

Networking/Stand-Alone
Networking/Stand-Alone

1: Enable
1: Yes

24    DDD

Default Value

001
064

0
6

Summary of Contents for AR716-E02

Page 1: ... Relay output Prepared for 2 DO Toggle 0 1 600Ses Toggle 0 1 600Ses 3 000 1456 WG 26 WG 34 YES NO 63 stand alone networking YES 4 Node ID 1 16 Temperature Digital Input Relpy Output Transistor Output Door Relay Time Alarm Relay Time User Capacity Event log Aux WG Port Anti pass back Lift Control Time Zone Real Time Clock DIP_SW P1 Connector P2 Connector P3 Connector P4 Connector P5 Connector P6 Co...

Page 2: ...e 19 UUUUU 00001 Present the tag s with reader single tag or random numbered cards one by one Done e g 2 readom cards with user addresses No 100 and No 101 Access programming mode 19 00100 00001 Present the tags one by one Done Input 123456 or Master Code 19 UUUUU QQQQQ Present the tags Present the tag with the lowest number OK Add the Sequential tags e g User Address NO 101 to NO 120 have 20 pcs ...

Page 3: ... mode 12 UUUUU PPPP e g User address 00001 and pass code 1234 input 12 00001 1234 Card and PIN Access programming mode 13 UUUUU PPPP e g User address 00001 and pass code 1234 input 13 00001 1234 Access programming mode 00 NNN Node ID 001 255 Access programming mode 04 N N 4 8 D Set up the password E Anti pass back Reader A and Reader B must to be setting F Auto Open Time Zone B Chang the Node ID o...

Page 4: ...600 sec default value 15 sec UUUUU User address QQQQQ Card quantity 00001 Continuously inducting Please refer to function default value for details YYMMDDHHmmss Year Month Day Hour Min Sec SSSSS Starting user address EEEEE Ending user address N 0 Enable N 1 Disable N 2 Initial Please refer to function default value for details 9 Command PPPPPP 04 N 07 SSSSS EEEEE 08 N HHMMhhmm 6543217H 09 PPPPPPRR...

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