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V100630

AR-321H

AR-321H

   

AR-721E

   

N.C.
N.O.
COM

CTL

12V

4 3 2 1

2 1

N.C.
N.O.
COM

CTL

12V

AR-721E

P6

P1

DO 3

DO 2

12V
GND

   

AR-721E

P3

COM

DI 2

DI 1

N.O.

N.O.

4 3 2 1

8 7 6 5

12 11 10 9

EXIT

BZ

GLED

RLED

WG 1

WG 0

GND

12V

N.C.

COM

12 11

GND

12V

N.C.

N.C.

N.C.

N.O.

N.O.

N.O.

AR-721E

P2

GLED

N.C.

N.O.

N.C.

N.C.

N.C.

N.O.

AR-721E

P5

GLED

3 2 1

4 3 2 1

8 7 6 5

12 11 10 9

EXIT

BZ

GLED

RLED

WG 1

WG 0

GND

12V

N.C.

COM

2 Door WG Controller

Connect to Electric Strike

P2

About Digital Input

P3

 

Notice

Connect to Magnet Lock or Electric Bolt

P5

About Transistor Output

P6

Electric Bolt

or

Magnet Lock

Push Button

Push Button

Electric Strike

POWER

12VDC

POWER

12VDC

POWER

POWER

12VDC

Door Sensor

Door Sensor

Reader A

Tamper Switch

Tamper Switch

Reader B

Reader

Equipment

Equipment

Relay Outpot Module 

Relay Outpot Module 

If the Power line more than 100 m between the Controller and Reader, it is recommended 

NOT

 to use the "

Wiegand Power

".

See connection mode within the dashed box ,  Controller and Reader must to do "

common-COM-point

".

Adding and Deleting Tag

Add Single Tag or Random tags

Input      123456      (or Master Code)

   

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 of sequential tags:(62312~62332)

       

Access programming mode

   

19     00101     00120

       

Close Tag into RF Area

(only use the tag 

NO.62312

)

   

OK

Delete All Tags

Input      123456      (or Master Code)

   

29     29

Delete a Single Tag

Input      123456      (or Master Code)

   

10     SSSSS     EEEEE

[e.g.] Delete User Address: 00058

       

Access programming mode

   

10     00058     00058

9

9

Delete a batch of Tags

Input      123456      (or Master Code)

   

10     SSSSS     EEEEE

[e.g.] Delete User Address: 00101~00245

       

Access programming mode

   

10     00101     00245

9

9

Tag Information

SITE CODE

CARD CODE

SITE CODE

CARD CODE

Enter the program mode

Input      123456      or      PPPPPP
[e.g.] The Default Value= 123456, if already changed the Master Code= 876112, input  

   

876112

       

program mode accessed

Operation process

A. Enter/ Exit Program Mode

Exit the program mode

Input

Access programming mode

   

09     PPPPPPRRRRRR         [Input the 6-digit new master code twice.]

[e.g.] Set the Master code to be 876112, input  

   

123456

       

09     876112876112

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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