SOYAL AR-331(EF) Contents. Front Panel & Indicator. Installation. Connector Table CN6 CN2 V Option. 4 Accessories. 2 Terminal Cables 3 Tools

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1 SOYAL ACCESS CONTROL SYSTEM AR- (E/EF) V0 Contents Product Terminal Cables Tools Accessories Option P P Flat Head Cap Philips Tapping Screw: x0 Security Torx: Mx0 AR-(E) AR-(EF) P P P Security Torx Wrenches Rubber Pad RJ socket TCP/IP Module Installation Peel off screw rubber Peel off frame rubber Peel off screw hole rubbers and frame rubber from rubber pad Put screw rubbers on the back side of the mounting plate and pull the cables from the square hole of the mounting plate. Put a frame rubber on the frame groove of body Connect the terminal cables to the body and attach the body to the mounting plate. Assemble the covers with the Allen key and screws (accessories supplied). Turn on the power and LED will light and beep will sound. Put on/take off together Frame Rubber Screws Rubber Left LED Descrption Right LED Descrption Blue Arming / Blue LED Green Power-on/Stand-by Input (Active High) /OK Yellow Yellow LED Input (Active High) While power on the device, hands off the touch panel for 0 sec. to make sure a successful activation. Front Panel & Indicator 9 0 Red Best Reading Area Error/Alarm Connector Table CN CN CN9 CN CN Cable: P CN Blue White ()DCVAmp Lock Relay Purple White ()DCVAmp Common--Point White ()DCVAmp Door Contact Orange Negative Trigger Input Exit Switch Purple Negative Trigger Input Transistor Output Max. /00mA Alarm Relay Gray (Open Collector Active Low) Thick Red DC Power Thick Black DC 0V Cable: P CN DI White Reserved Beeper Pink Beeper Output V/00mA, Low LED Yellow Red LED Output V/0mA, Max Brown Green LED Output V/0mA, Max Door Output Transistor Output Max. /00mA Blue White (Open Collector Active Low) Wiegand Thin Green Wiegand DAT: 0 Input Thin Blue Wiegand DAT: Input WG Door Contact Orange Negative Trigger Input WG Exit Switch 9 Purple Negative Trigger Input 9 CN CN CN Cable: P CN Orange White Net - TX+ TCP/IP Output Orange Net - TX- Green White Net - RX+ Gerrn Net - RX Cable: P CN RS- for Lift Thick Green RS-(B-) Thick Blue RS-(A+) Cable: P CN Red Anti-Tamper Orange Switch Yellow Cable: P CN Power Red DC Output Security trigger signal Purple Security trigger signal Output Arming Red White Arming Output Duress Yellow White Duress Output Cable: P CN9/CN Blue CLK Red DC V TTL Output Orange RX White TE Yellow TX Black DC 0V

2 Biometrics Device Access controller print V0 Notice.Tubing: The communication wires and power line should NOT be bound in the same conduit or tubing..wire selection: Use AWG - Shielded Twist Pair to avoid star wiring..power supply: Don t equip controller and lock with the same power supply. The power for controller may be unstable when the lock is activating, that may make the controller malfunction. The standard installation: Door relay and lock use the same power supply, and controller use independent power supply. Wiring Diagram Connect AR-Hto Electric Bolt E Electric Bolt P PB Exit Switch DC Connect to Magnet Lock Magnet Lock PB P DC DC DC Connect to Electric Strike Electric Strike DC Connect to Door Contact DC Alarm P PB P Door Contact ALM CTL Relay Outpot Module DC P DDR P PB (BZ IN) P PB (RLED IN) P SENSOR (GLED IN) P DURESS (WG 0 OUT) P ARMING OUT (WG OUT) ACC90 WGoutput P Strengthen security with Digital Relay Board Electric Bolt DC CTL PB Digital Relay Board P BZ RLED GLED Door Output WG 0 WG DS PB DC AR-(E/EF)become WG mode ( 0 ) ACC90 Master Reader E CTL BZ RLED GLED WG 0 WG DC Connect to Reader Exit Switch DC P BZ RLED GLED Door Output WG 0 WG DS PB P Door Contact Door Contact. When AR-(E/EF)become WG mode,it can be used with any controllers.. AR-(E/EF)support Anti-pass-back by finger or card. DC Using Rule : : Both AR-(EF) Master mode and AR-(EF) WG mode must store all the same FP data and real or visual card number. Card : Can pass WG message to controller.

3 SOYAL ACCESS CONTROL SYSTEM AR- (E/EF) V0 Adding and Deleting Tag Add Single Tag or Random tags Input (or Master Code) 9 UUUUU 0000 Present the tag(s) with (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 Code) 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 Code) 0 SSSSS 9 EEEEE [e.g.] Delete User Address: 000 Access programming mode Delete a batch of Tags Input (or Master Code) 0 SSSSS 9 EEEEE [e.g.] Delete User Address: 000~00 Access programming mode Delete All Tags Input (or Master Code) 9 9 Tag Information CARD CODE SITE CODE Programming A. Entering and Exiting Programming Mode Entering Input or PPPPPP [e.g.] The Default Value=, if already changed the Master Code=, input Access programming mode Exiting Input CARD CODE SITE CODE Changing the Master Code Access programming mode 09 PPPPPPRRRRRR [Input the -digit new master code twice.] [e.g.] If want to changing the Master Code=, input 09 B. Changing the Node ID of Reader Access programming mode 00 NNN MMM AAA [NNN= Node ID: 000~; MMM=AR-(E/EF)Door NO.:~; AAA=WG Reader Door NO.:~ C. Anti-pass-back Usually, anti-pass-back is commonly applied to parking areas in order to prevent from 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 0 U DDD U= Enable target unit(0=ar-(e/ef),=reader) [Please refer to function default value for details.] [e.g.] If the AR-(E/EF)set to exit reader, WG Reader set to access reader. Access programming mode [Please refer to function default value for details.] Enable card user Access programming mode SSSSS EEEEE P SSSSS= starting user address; EEEEE= ending user address [P=0 Enable/ P= Disable/ P= Reset] [e.g.] User address from 00 to 00 enable the anti-pass-back function: D. Auto Open Zone Door will keep opening after first man flashing card. When the reader is stand-alone, supporting only sets of 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 0 U DDD U= Enable target unit(0=ar-(e/ef),=reader) [Please refer to function default value for details.] [e.g.] If the AR-AR-(E/EF)set to Enable aut open zone. Access programming mode [Please refer to function default value for details.] Enable/Disable auto open door without presenting card Access programming mode U DDD U= Enable target unit(0=ar-(e/ef),=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 [Please refer to function default value for details.] Setting up access time Access programming mode 0 MW NN HHMMhhmm H [M=AR-(E/EF); W=Reader(0=disable,=enable); NN: sets of auto-open zone (NN=00~); HHMMhhmm=Starting time to ending time; H= days of week + Holiday (F= 0: disable; : enable)] [e.g.] AR-(E/EF)(without WG reader), to set second time zone which could be passed only at 9:0am to :0pm on Mon, Wed and Fri. Access programming mode setting is completed

4 Biometrics Device Access controller print V0 E. Lift control Connect with AR-0ROB to control floors which the user will be able to access. [BAUD900] Please refer to below floor chart Single floor Set Floor Access programming mode UUUUU LL (G) L L L L L L L L UUUU=User Address LL=Floor number (0~ floor) 0 [e.g.] User address NO. only can reach the elevator to the th floor: 000 Multi floors 0 9 Access programming mode UUUUU G LLLLLLLL 0 9 [UUUUU=User address G: sets of lift control (Input: 0~) LLLLLLLL: 0 9 floors setting (L=0=Disable, L==Enable) 0 9 [e.g.] User address NO. can reach only the th and 0th floor: Access programming mode OK (Please refer to floor chart as right.) 0 9 F. Setting Up the Arming Conditions: Application:. Arming is enabled. Door open too long: Door is open longer than door relay time plus door close time..alarm system connected. Force open (Opened without a valid user card): Access by force or illegal procedure. Enable Arming status:. Door position abnormal: Arming is enabled and the power is suddenly off then on. Standby Mode Card only Card or Passcode Card and Passcode Enable all devices Enable particular device Input digit user address Input Induct valid card Input digit pass Induct valid card Input digit Induct valid card Input digit digit pass code Input digits code Input digits arming arming code arming code U or arming code or U code or U Enter Program Mode Enable all devices: Access programming mode Enable particular device: Access programming mode U Disable Arming status: Standby Mode Card only Disable all devices Induct valid card Input digit arming code 9 Disable particular device Induct valid card Input digit arming code U or Factory default armingcode is:. U=Reader unit (0=AR-(E/EF), =WG Reader). G. Adding / Deleting print Adding Access programming mode 9 F UUUUU Place your finger on the sensor [F== Adding data; F== Adding data; UUUUU= User address] How to add a finger data: Adding print Bi Di Bi Di (By DO) Adding print (By DO) Adding print (By DO) Bi Di Bi Bi Di Bi Card or Passcode Card and Passcode Input digit user address Input Induct valid card Input digit pass digit pass code Input digits code Input digits arming arming code 9 or U code 9 or U Di Bi Long Bi Bi Di Bi Di Bi Di Bi Long Bi Bi Di Bi Di Bi If you hear continuous "beep..." sounds when you place finger on the sensor, please release your finger from the sensor. Deleting Deleting All Access programming mode 9 0 UUUUU Access programming mode UUUUU= User address H. Enable/Disable Skip /Tag Access programming mode 0 F NNNNN EEEEE (Please consult detail command on page.) NNNNN=starting user address Command Setting Software Setting Access Mode Way EEEEE= ending user address 0 NNNNN EEEEE Just fingerprint FP first and then Tag First Then F=+(Default Value) 0 NNNNN EEEEE Just card control 0 0 NNNNN EEEEE Just fingerprint FP only or Tag only 0 NNNNN EEEEE Just card control or I. Adding / Deleting print. For dual-fingerprint sensor module version, capactive sensor module is the only enabled way for enrolling FP.. For dual-fingerprint sensor module version, user just can select one of fingerprint sensor for identification and can't put two fingerprints to different sensor at the same time.. Extra WG keypad panel is needed for adding card or downloading data connected to PC.. Each finger need to be collected times enrolling for AR-(E/EF). J. The process of FP identification. While attached a finger on biometric sensor, there is a beep sound for starting the scanner. Then, please don't move your finger until the AR-(EF) makes another beep sound.. If there is a -beep sound after user gets access by FP, the FP data shall be reset by command 9*9*99999# under the programming mode. Bi Long Bi Long Bi Long Bi Repeat

5 SOYAL ACCESS CONTROL SYSTEM AR- (E/EF) V0 Restoring Factory Settings Reset all device parameters and user card data Reset all device parameters and user card data: Use the command: Press IP Reset Button of main board for few seconds,then IP and all device parameters will reset. (Reference to picture) Access programming mode After reset, you will hear the long reminder sound,and wait until the Use the Button on the PCB: sound disappear. Resupply the power to device will restore factory setting. please refer to [ DDD ] command to reopen. Reset all user card data: Deleting All print: Access programming mode 9 9 Access programming mode Firmware Upgrade Get the upgrade software from CCTV CORE or our distributor and run UdpUpdater Execute the software The software is within CCTV CORE CD or Login the CCTV CORE web to downloads Update the firmware [Please login the CCTV CORE web to download the new ISP. Input the Target Address and Port. [Load F/W] open the documents that have the new ISP Firmware. Click the new ISP Firmware and [Open] it. Click [Update Device] to start the firmware update. Till the screen shown [Firmware Update is Complete]. Select correct " Port".. Select "Node ID" of the device. Input "User Address".. Select the numberof enrolled fingers in assigned path ( FP or FP per User).. Select the device type "AR-(EF)".. Select Save Path in which will save fingerprint data.. Click Enroll, follow pop-up picture and Status bar to enroll FP as below: Connect to Place st finger st time to sensor remove finger Place st finger nd time remove finge Place nd finger st time remove finger Place nd finger st time Save FP data to File Registration Completed. Transfer fingerprint format V9 -> V. Click "SIF FP ",select old AR-EF FP file format. SIF, the system will automatically generate new single FP file format. FP into 0Server folder.fp into 0Server folder. Deleting fingerprint database on the device. Click"Delete All", all print data from device will be deleted completely.

6 Biometrics Device Access controller print V0 IP Setting Open your Web Browser and input factory default IP address: If the IP address of AR-(E/EF)has changed We must enter the new IP address. Page menu Monitor the on-line computer IP Setting Change the Log-in information Current State Online Status is able to monitor and show which computer is linking on Ethernet Module Current IP address of the AR-(E/EF) Log-in User Password When you choose the "Networking Setting" or "User Password" at first. Log-in window will pop out and please input At the Factory Default User name: admin Password: No as default value,so please just press OK to log-in Networking Setting You will find initial IP Address 9... and check MAC Address is the same as sticker on Ethernet Module device. Please revise IP address you want, and then click Update button. After updating the IP, please re-connect the Web Browser by new IP address. User Password Change the log-in password to lock the IP setting of Ethernet Module. The password composes of 0 characters at most, it can be either A~Z or 0~9.

7 SOYAL ACCESS CONTROL SYSTEM AR- (E/EF) V0 Command List (By WG Keyboard) Function Command Exposition Entering programming mode PPPPPP PPPPPP: Master Code, (Default value: ) Exiting programming mode Exiting programming mode and enabling all device into arming status. Including AR-(EF), WG Reader Enabling each device into arming status. U U=Enable target unit (0=AR-(EF), =WG Reader) Node ID setting 00 NNN MMM AAA NNN=Node ID,(00~) MMM=AR-(EF) Door Number,(00~) AAA=WG Reader Door Number,(00~) default value = CCCCCCCCCCCC CCCCCCCCCCCC = 900 IP Address assign (Must power reset) If set to will enable DHCP otherwise will disable DHCP Netmask Gateway assign Door relay time setting 0 U TTT U=Enable target unit (0=AR-(EF), =WG Reader) TTT=Door relay time 000 (Output constantly) 00~00=-00 Sec.;0~09=0.~0.9Sec. Alarm relay time setting 0 TTT TTT=Alarm relay time;000 (Output constantly) 00~00=~00 Sec. Arming delay time setting 0 TTT Base on second, range: 00~ Alarm delay time setting 0 TTT Base on second, range: 00~ Master card setting 0 SSSSS EEEEE SSSSS-EEEEE=00000~999 SSSSS= starting user address; EEEEE= ending user address M=AR-(EF); W=WG Reader (0=disable; =enable) NN= sets of auto-open zone (Range: 00~) Auto-open zone setting HHMMhhmm=staring time to ending time 0 MW NN HHMMhhmm (e.g.: 0000=0:0 to :00) H : days of week -Sun/Mon/Tue/Wed/Thu/Fri/Sat (Input value: 0=disable; =enable) H: Holiday (Input value: 0=disable; =enable) Master code settings 09 PPPPPPRRRRRR PPPPPP= New master code RRRRRR= Repeat the new master code Suspend or delete tags Suspend:0 SSSSS EEEEE :Suspend 9 :Delete Delete: 0 SSSSS 9 EEEEE SSSSS= starting user address; EEEEE= ending user address Recover tag SSSSS EEEEE SSSSS= starting user address; EEEEE= ending user address Setting up Card or PIN mode by user address UUUUU PPPP UUUUU= user address; PPPP=-digit individual PWD (Access mode: Card or PIN) Arming output setting TTT Base on ms, range:~, default value=0, Input 0= Timeless Duress code setting PPPP PPPP=-digit PWD ( ) Default value: Arming PWD setting PPPP PPPP=-digit PWD ( ) Default value: Enabling or Disabling into arming status Card+NNNN NNNN:Arming PWD Enabling or Disabling each device into arming status. Card+NNNN U U=Enable target unit (0=AR-(E/EF), =WG Reader) Enabling all device into arming status. Card+NNNN Disabling all device into arming status. Card+NNNN 9 Door open waiting time U TTT U=Enable target unit (0=AR-(EF), =WG Reader) TTT=Door open waiting time:00~00;default value: sec. Set the card by induction 9 UUUUU QQQQQ UUUUU=user address QQQQQ=Card quantity(0000=continuously inducting) Reader additional setting 0 U DDD U=Enable target unit (0=AR-(E/EF), =WG Reader) DDD=Function default value Lift control setting: multi-doors UUUUU G LLLLLLLL UUUUU=user address;g= sets of lift control(0~); LLLLLLLL= assigned floor (F=0: Disable, : Enable) AR-0RO/ AR-0ROB relay time setting MMM TTT MMM=Node ID of lift controller TTT= relay time: 000~00=~00 sec. Factory setting U DDD U=Enable target unit (0=AR-(E/EF), =WG Reader) DDD:Function default value Real time clock setting YYMMDDHHMMSS YYMMDDHHmmSS: Year/Month/Day/Hour/Min./Sec.

8 Biometrics Device Access controller print V0 Command List (By WG Keyboard) Function Command Exposition Anti-pass-back (Enable user) SSSSS EEEEE P SSSSS= starting user address; EEEEE= ending user address P=0=Enable; P==Disable; P==Initial Lift control setting: single door UUUUU LL UUUUU=user address;ll:floor number(0~ floor) Duress Function and Arming output setting FFF Arming output and Duress function: FFF= 00 (default value) Delete all tag/delete all tag + parameters setting 9 9 / 9 99 Same tag reading interval time TTTT Base on 0ms, range from 0 to 000 Auto ring the clock alarm schedule SS HHMMTT H SS= sets auto alarm schedule, range 0~ HHMM= HH:MM (ex. 00: Ring bell at 0:0) TT=Period of time to ring bell (Base on second, range 0~99 sec.) : days of week -Sun/Mon/Tue/Wed/Thu/Fri/Sat (Input value: 0=disable; =enable) H: Holiday (Input value: 0=disable; =enable) MM= Month of year (0=Jan...0=Oct.) Holiday Setting MMDD F DD= Date of month (0=st day of month) F= 0:Delete ; : Add Enabling or Disabling into Full Access status MW M=AR-(EF) ; W=WG Reader (0=disable; =enable) A=0:AR0RO B=0: 900(default value) RS port function setting :Host (default value) : 900 AB (Needs to be restarted after setting) :LED Panel : 00 :Printer : 00 00=000 -Vein recognition Biometric forms set 00=9000 Optical / Capacitive fingerprint recognition DDD 00=00 Optical fingerprint recognition (Needs to be restarted after setting) 00=00 Capacitive fingerprint recognition 0=00 Optical & Capacitive fingerprint recognition F= : Adding one finger data Adding / Deleting print 9 F UUUUU : Adding two finger data :Adding three finger data 0: Delete Deleting All print UUUUU=user address First 0**NNNNN*EEEEE# Then 0**NNNNN*EEEEE# setting a pair of command Access mode: FP first and then Tag (Default Value) En/Disable Skip /Tag 0 F NNNNN EEEEE First 0*0*NNNNN*EEEEE# Then 0**NNNNN*EEEEE# setting a pair of command Access mode: FP only or Tag only NNNNN= starting user address;eeeee= ending user address Function Default Value 0 U DDD Default Value Function Option Value Application Time Attendance 0: Yes : No 00 Networking Auto Re-lock 0: Disable : Enable 00 Networking/Stand-Alone Auto Open 0: Disable : Enable 00 Networking/Stand-Alone When Access Mode is "Card and PIN", Readers can skip pressing PIN code. 0: Disable : Enable 00 Networking/Stand-Alone Exit by Push Button 0: Disable : Enable 0 Networking/Stand-Alone Enable force Open 0: Slave : Mater 0 Networking As Access/Exit Reader 0: Exit : Access 0 Networking Anti-pass-back 0: Disable : Enable Networking U DDD Default Value Function Option Value Application Enable Egress Beep Sounds 0: Disable : Enable 00 Networking/Stand-Alone Skip Tag after FP Access 0: Disable : Enable 00 Networking/Stand-Alone Enable Arm/Disarm Zone() 0: Disable : Enable 00 Networking/Stand-Alone Reader and controller share the same door relay (only for reader) 0: Disable : Enable 0 Networking/Stand-Alone Free Access Mode 0: Disable : Enable 0 Networking/Stand-Alone Stop Alarm by... 0: None : Push button/door Closed 0 Networking/Stand-Alone Open door immediately without st card presented at auto open zone 0: Disable : Enable Networking/Stand-Alone FFF Default Value Function Option Value Application Expiry User Access Trigger Alarm 0:Disable :Enable 00 Networking/Stand-Alone Auto Reset Anti-pass on TZ Duress Function and Arming output setting 0:Disable 0:Wiegand output :Enable : Arming and Duress Networking/Stand-Alone Networking/Stand-Alone RS- 0ROB:00 HOST: Networking/Stand-Alone LED: 0 PRN: 0 0