Option. AR-701B-X Fit 35mm DIN Rail or Mount directly AR-721K AR-725K AR-331K 1456 RAM. WG 26 / WG 34 Power Supply. YES Power Consumption

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1 SOYAL ACCESS CTROL SYSTEM AR-E V0 Contents Product User Guide Panel Mounting Base WG Key-panel Reader Option AR-0B-X Fit mm DIN Rail or Mount directly AR-K AR-K AR-K Option For Stand-alone Command Setting Specification CPU bit CPU Temperature -0 ~ +0 Event log RAM k Bits Digital Input Door Open Button/ Door Sensor/ Housing open detection/ Prepared for DI Aux. WG Port WG / WG Power Supply 0 ~ Relpy Output Door Relay/ Alarm Relay/ Prepared for Relay output Anti-pass-back YES Power Consumption < W Transistor Output Prepared for DO Lift Control NO Interface RS- Door Relay Time Toggle, 0.~00Ses Time Zone (stand-alone /networking) Baud Rate 900 bps, N,, Alarm Relay Time Toggle, 0.~00Ses Real Time Clock YES External WG Readers WG (Controller power supply) User Capacity,000 DIP_SW (Node ID: ~) Connector Table P P 0 9 Dip-switch 0 9 Node ID is setting by DIP_Switch, Node ID: 0~ Value DIP SW Node 0 Node 0 Node 0 Node Node ~ OUT DO OUT ALM P P P Connector: P RS- / Power LA+ LB- DC RS-(A+) RS-(B-) DC Power 0V DC Power Connector: P WG Port OUT TAM () SEN () PB () WG 9 0 / Beeper Output LED Green Output LED Red Output Tamper Switch Input Door Status Input Exit Button Input Wiegand DAT: Input Wiegand DAT:0 Input DC Power Output Connector: DI DI P Digital Input Pin DI Fire-alarm Input Connector: P Relay / Alarm Output DO ALM / / Connector: P WG Port OUT PB () SEN () TAM () WG 9 0 / LED Red Output LED Green Output Beeper Output Exit Button Input Door Status Input Tamper Switch Input Wiegand DAT:0 Input Wiegand DAT: Input DC Power Output Connector: DO DO Transistor Output DO DO Wiring Diagram P AR-H Connect to PC P Connect to Alarm or Other Converter B- A+ DC DC AR-E P 0V B- A+ ALM DO AR-E P Alarm

2 Door WG Controller V0 P AR-H Connect to Electric Strike P Connect to Magnet Lock or Electric Bolt Tamper Switch Electric Strike DC Tamper Switch Magnet Lock or Electric Bolt DC Reader A WG WG Door Sensor EXIT WG 0 WG Reader B 0 9 Door Sensor EXIT P AR-H About Digital Input WG PB SEN TAM LR LG AR-E P OUT Push Button WG TAM SEN PB AR-E P About Transistor Output OUT Push Button If the Power line more than 00 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--point". Relay Output Module CTL DI DI AR-E P Relay Output Module DC CTL DO AR-E P All commands below are only able to set up by connected with WG key-panel reader. Adding and Deleting Tag Add Single Tag or Random tags Input (or Master ) 9 UUUUU 0000 Present the tag(s) with reader (single tag or random numbered cards one by one) Done [e.g.] readom cards with user addresses No. 00 and No. 0: Access programming mode Present the tags one by one Done Add the Sequential tags Input (or Master ) 9 UUUUU QQQQQ Present the tags (Present the tag with the lowest number first.) OK [e.g.] User Address NO.0 to NO.0 have 0 pcs of sequential tags:(~): Access programming mode Close Tag into RF Area(only use the tag NO.) OK Delete a Single Tag Input (or Master ) 0 SSSSS 9 EEEEE [e.g.] Delete User Address: 000 Access programming mode Delete a batch of Tags Input (or Master ) 0 SSSSS 9 EEEEE [e.g.] Delete User Address: 000~00 Access programming mode Operation process Delete All Tags Input (or Master ) 9 9 Tag Information CARD CODE SITE CODE A. Enter/ Exit Program Mode Enter the program mode Input or PPPPPP [e.g.] The Default Value=, if already changed the Master =, input program mode accessed Exit the program mode Input Master modification Access programming mode 09 PPPPPPRRRRRR [Input the -digit new master code twice.] [e.g.] Set the Master code to be, input 09 DO CARD CODE SITE CODE

3 SOYAL ACCESS CTROL SYSTEM AR-E V0 B. Chang the Node ID of Reader Access programming mode 00 NNN [Node ID: 00~] C.Set up M/M Access programming mode 0 N [N=/] D. Set up the password Card or PIN: Access programming mode UUUUU PPPP [e.g. User address: 0000 and pass code:, input 0000 ] Card and PIN: Access programming mode UUUUU PPPP [e.g. User address: 0000 and pass code:, input 0000 ] E. Anti-pass-back(Reader A and Reader B must to be setting) 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. Controller enable Access programming mode 0 DDD [= Anti-pass-back(0=Disable; =Enable)/ 0=Access/Exit(0=Exit; =Access).] [e.g.] Enable Anti-pass-back, and set to Exit door= ( x ) + (0 x 0) = Access programming mode 0 () Card enable Access programming mode SSSSS EEEEE N [SSSSS= User address start; EEEEE= User address end; N=0(control)/ (Not control)/ (reset)] [e.g.] User address from 00 to 00 enable the anti-pass-back function: [e.g.] No. 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 Reset F. Auto Open Time Zone Door will keep open after the first flashing card.there are time zones supported. Enable/Disable auto open zone Access programming mode 0 00 [00= enable Auto-Open Time Zone; 000= disable Auto-Open Time Zone] Enable/Disable auto open door without presenting card Access programming mode 00 [00= enable Auto-Open Time Zone; 000= disable Auto-Open Time Zone] Set up open time Access programming mode 0 N HHMMhhmm H N: sets of auto-open zone (N=0=st set; N==nd set) HHMMhhmm=Staring time to ending time (e.g. 0000=0:0 to :00) H= days of week (Sat/Fri/Thu/Wed/Tue/Mon/Sun) + Holiday (F= 0: disable; : enable); Holidays establish by the software. [e.g.] To set the second time zone as 9:0 AM to :0 PM, Monday, Wednesday and Friday: Done G. Setting Up the Arming Application: Alarm conditions:. Door open too long: Door is open longer than door relay time plus door close time.. Arming is enabled. Force open (Opened without a valid user card): Access by force or illegal procedure..alarm system connected. Door position abnormal: When power is and then on, reader on arming bffore power. Enable/Disable Arming status (Factory default armingcode is: ) : Standby Mode After door open The normal procedure to open door Input digit arming code Door is not open Input digit arming code Present valid card Enter Program Mode Enable: Access programming mode [The normal procedure to open door] can refer to [Access Mode]. Function Default Value 0 DDD Disable: Access programming mode Attendance 0: Yes : No 0 00 Networking Auto Re-lock : Enable 00 Auto Open : Enable 00 Door open button input 0: Disable : Enable 0 Master Reader of Network 0: Slave : Mater 0 Networking Access/Exit 0: Exit : Access 0 Networking Anti-pass-back : Enable Networking DDD Auto-open door without cards at auto open zone : Enable 0 00 Stop Alarm by door close or by push button 0: None : Yes 0

4 Door WG Controller V0 DDD Can be password-free in the Card or PIN mode Reset the Anti-pass-back by the software Arming for force open : Enable : Enable : Enable 0 0 Selection= 0(none value)/ ( x each value) [e.g.] DDD value of Enable Auto Open + Exit by Push Button + Anti-pass-back =00+0+=; As a result of that, the command will be 0. Mode/ Mode Mode :.Card only;.card and PIN (-digit PIN) + ;.Card or User address (-digit) + Individual PIN (-digit individual PIN) + Mode :.Card only;.card and PIN (-digit individual PIN) + Command List General instructions Function Entering programming mode Exiting programming mode Control mode setting Master card setting Auto-open time zone setting Command PPPPPP 0 N 0 SSSSS EEEEE 0 N HHMMhhmm H ;.Card or PIN (-digit individual PIN) PPPPPP=Master, default value= N=Mode =Mode;=Mode SSSSS-EEEEE= ; SSSSS=Starting user address; EEEEE=Ending user address N= 0(st time zone) / (nd time zone) HHMM= Starting time; hhmm= ending time Notes (i.e.: 0000=0:0 to :00) H= days of week (Sat/Fri/Thu/Wed/Tue/Mon/Sun) + Holiday (F= 0: disable; : enable); Holidays establish by the software. Master code setting 09 PPPPPPRRRRRR PPPPPP=New master code RRRRRR=Repeat the new master code Suspend / Delete tag Active the suspended cards Set the cards as Card mode OR PIN mode 0 SSSSS EEEEE 0 SSSSS 9 EEEEE SSSSS EEEEE UUUUU PPPP =Suspend 9 =Delete; SSSSS=Starting user address, EEEEE=Ending user address SSSSS=Starting card number, EEEEE=Ending card number Access mode: Card or PIN; UUUUU=user address; by user address Set the cards as Card AND PIN mode UUUUU PPPP PPPP=-digit pass code 000~9999 Access mode: Card and PIN; UUUUU=user address; by user address Duress code setting PPPP PPPP=-digit pass code 000~9999 PPPP=-digit pass code (default value=) P.S. Duress code will be unavailable and become a public PIN at access mode Card or PIN of M Card number modification Arming pass code setting UUUUU SSSSSCCCCC PPPP UUUUU= User address; SSSSS=-digit site code; CCCCC=-digit card code PPPP=-digit pass code ( default value=; disable Arming PWD=0000) P.S. Arming PWD code will be unavailable and become a public PIN at access mode Card PIN and of M Door open waiting time Set the card by induction(m/m) TTT 9 UUUUU QQQQQ TTT=Door open waiting time: 00~00=~00 sec.; default value: sec. UUUUU=User address(range: 00000~0999); QQQQQ=Card quantity(0000=continuously inducting) Controller parameter setting Controller time clock setting Anti-pass-back (Enable user) DDD YYMMDDHHmmss SSSSS EEEEE N YYMMDDHHmmss: Year/ Month/ Day/ Hour/ Min./ Sec. SSSSS=Starting user address; EEEEE=Ending user address; N=0/Enable; N=/Disable; N=/Initial Controller control setting Delete all tags DDD 9 9 Individual instruction set Function Keyboard Lock/ Unlock Command Press and hold for seconds to lock the keyboard, again to unlock. Notes Exiting programming mode and enabling arming status Node ID setting (for Reader) Door relay time setting 00 NNN 0 TTT NNN=Node ID, range: 00~ TTT=Door relay time 000= Output constantly 00~00=~00 sec. 0~09=0.~0.9 sec. Alarm relay time setting Controller additional setting 0 TTT 0 DDD TTT=Alarm relay time 00~00=~00 sec.

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