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Accu-Time Series 7000

1. Accu Time Series 7000 Access Control Unit User s Guide 1 5 Figure 1 2 Series 7000 Switches and Connectors 4 5 6 7 1 2 3 USE TEST O O C63 m R36 O p R35 CONN3 CONN2 CONNI u ES 0000000008 Ar y y TAMPER1 a B Sum Sim C69 ON svi ON Swe T62 100000000 S
2. Accu Time Series 7000 Access Control Unit User s Guide 3 7 LPB03 LPB04 n 0 Disable on board beeper 1 Enable on board beeper Discussion The on board beeper is sounded during validation badge swipes alarm states and while in test mode Setting the argument n to 0 disables the on board beeper setting to 1 enables the beeper Example LPB011A Enables on board beeper Set Relay Activation Time in Milliseconds Syntax LPBO3aaaabbbbrs Arguments aaaa Amount of time in milliseconds to activate relay DO1 Enter 0000 to disable bbbb Amount of time in milliseconds to activate relay D02 Enter 0000 to disable Discussion This command sets the amount of time the DO_1 and DO_2 relays will remain activated after reading a valid badge The valid time range is from 0 001 to 9 999 seconds Specify the time in milliseconds from 0001 to 9999 The value aaaa sets the time in milliseconds the DO_1 relay will be active The value bbbb is used for the DO_2 relay Entering 0000 disables a relay thus NOT activating it after a valid badge swipe You must specify 4 digits Note See also the LPB04 command below which lets you set the relay activation time in seconds to allow longer periods of operation Example LPB0305000250a Activates relay D01 for 500 milliseconds and relay D02 for 250 milliseconds Set Relay Activation Time in Seconds Syntax LPBO4aabbrs Accu Time Series 7000 Access Contr
3. BG011y03062117090421 Power recovery message sent by ACU to host indicating a power recovery occurred June 21 2003 at 17 09 42 Program Number Request Syntax BSOOPPPRrsusY YMMDDHHVIMSSrs Arguments PPP Program number R Program revision YY Two digit year MM Two digit month DD Two digit day HH Two digit hour 24 hour format MM Two digit minutes SS Two digit seconds Discussion Message sent from ACU to host in response to program number request from host The timestamp is the time the message is sent Example BS00200Jay030419120317A The ACU reports a program number of 200 revision J with a message timestamp of April 19 2003 12 03 17 Badge And Schedule Size Request response to S01 command Accu Time Series 7000 Access Control Unit User s Guide 3 36 BS02 Syntax BS0lusbbbbussssusmmmmushhhhus Y YMMDDHHMMSSrs Arguments bbbb Number of badges loaded sss Number of schedules loaded mmmm Largest valid badge storage location number hhhh Total number of holes in the used badge storage area Y Y Two digit year MM Two digit month DD Two digit day HH Two digit hour 24 hour format MM Two digit minutes SS Two digit seconds Discussion Response to S02 command badge and schedule request Note mmmm hhhh should equal bbbb Example BS01 0250 005 0260 0010 030419085347n bbbb 0250 sss 005 mmmm 0260 hhhh 0010 Badge Information Request
4. Dual Door Mode Reserved On Line QO uy AU BW NY HH Table B 5 DIP Switch 2 Settings Number Description Value 1 2 Reader 0 type 00 01 10 11 3 Reader 1 type 0 1 4 8 Binary Unit 00001 Address 00010 00000 20 OFF 1 ON Off 0 Test Switch Enable Tamper Switch Enable Normal Operation RS485 Mode Single Door Mode Normal Operation Stand Alone Mag Stripe Prox Reader Mag Stripe Prox Reader Barcode Reader Keypad Same as reader 1 Exit Button Address 1 Address 2 Address 32 P There is no difference in functionality between a setting of 00 and a setting of 01 for switches 1 2 IMPORTANT For a magnetic or proximity reader or for a keyboard the board jumpers must be placed in the upper position For barcode readers the jumpers must be placed in the lower position See Figure 1 3 on page 1 7 Accu Time Series 7000 Access Control Unit User s Guide B 3 Standard This section gives the wire color code and corresponding pinout for the readers supported by ATS for use with the Series 7000 ACU Reader Connections Reader 7000 101 and 102 Wiring Mag Stripe and HiTag Proximity Table B 6 Reader 7000 101 and 7000 102 Wiring Reader 0 1 Pin Number VD DOAN Dn FP LU Ne na hem ak Wa 12 Reader Wire Color Shield White and Black N C N C Green Brown Orange N C Yellow Purple Blue Red a N C not connected Accu Time Series 7000 Access Contr
5. 01001 10 01010 11 01011 12 01100 13 01101 14 01110 15 01111 16 10000 0 Accu Time Series 7000 Access Control Unit User s Guide C 1 Table C 1 Network Controller ID Addressing Table 17 10001 18 10010 19 10011 20 10100 21 10101 22 10110 23 10111 24 11000 WO Ol QIJ DAD NM AJ WwW NI eR 25 11001 26 11010 27 11011 28 11100 lt 29 11101 30 11110 31 11111 gt 32 00000 Accu Time Series 7000 Access Control Unit User s Guide Appendix D Sample Download File Figure D 1 shows a sample download for a Series 7000 ACU running the standard firmware 200 version EPROM Refer to Table 1 on page xii for definitions of the special character symbols used in the example Comment lines appear in the example as These are ignored during processing Two lines in the example identified by comments wrap on the page because of their length The lines in the actual download file do not in fact have line breaks in them Figure D 1 Sample Download File Test 7000 ACU download 00 Oa Lock ACU S iB EOLA Erase Employee and Schedule Files EEOLA EOla Set Date amp Time on ACU T00030716132300a Set Beeper LB id
6. A AccuComm 1 14 ACU Acess Control Unit Alarm wiring 2 10 ALDI command 3 31 ALDI2 command 3 31 ALSTATE command 3 32 ALTAMP command 3 33 Anti passback 1 12 enable 3 7 AQ10 command 3 5 Auto schedule 3 22 B BAO1 command 3 33 BA02 command 3 34 Bad beep 1 3 Badge masking and validation 3 18 Bar code reader 1 14 Barcode readers B 7 Battery status inputs B 2 Beeper 1 3 bad beep 1 3 good beep 1 3 turning on bad beep and yellow LED 3 26 turning on good beep 3 26 turning on good beep and green LED 3 26 BELL command 3 26 Bell schedules erasing 3 24 handling 3 24 loading 3 24 BG00 command 3 34 BG01 command 3 35 BS00 command 3 36 BS01 command 3 36 BS02 command 3 37 BS03 command 3 38 BS04 command 3 38 BTO1 command 3 39 C C00 command 3 5 Cabling 2 3 Cabling accessories 2 4 Character representations xii Clear RAM queue 3 11 Commands ALDII 3 31 ALDI 3 31 ALSTATE 3 32 ALTAMP 3 33 AQ10 3 5 BA01 3 33 BA02 3 34 BELL 3 26 BGO0 3 34 Index Accu Time Series 7000 Access Control Unit User s Guide Index 1 BGO1 3 35 BS00 3 36 BSO1 3 36 BS02 3 37 BS03 3 38 BS04 3 38 BTO1 3 39 C00 3 5 D10 3 6 D20 3 6 DC100 3 28 DC101 3 28 DC111 3 28 DC200 3 29 DC201 3 29 DC211 3 29 DI00 3 39 LAP01 3 7 LBCO1 3 24 LBEO1 3 24 LDAO1 3 7 LEBO1 3 18 LECO1 3 16 LEDO1 3 17 LEE01 3 16 LHO101 3 22 LPBO1 3 7 LPB03 3 8 LPB04 3 8 LPBOS 3 9 LSAO1 3 9 LSBO1 3 20 LSCO1 3 21 LSDO1 3 22 LS
7. Handling i lt 23 eni he A We Kek aa A 3 20 ESPOLI e 3 20 LSBOW a Meee Benes DOES RHEE ae Ree 3 20 SS eee ee eee ae ee ee eee ere Lae eee ee eT ek een eee eee ee eer 3 21 LSD sachets wera dinbe k n AS A A XE k n wees 3 22 EE OTO n y ecole oer e e e e a cain ee 3 22 Accu Time Series 7000 Access Control Unit User s Guide vi DBEWW al ye poh doa gos ss 3 24 NEMO A Sereda cba ets nn Bai acl PAI pcg hair O O 3 24 Interactive Conimands ia A Gada wie Geared Ba Gaede weed 3 26 BED o age on oe wos Kara STE Sn i Le a Rate oS 3 26 SD li ib is 3 26 S E ke Serato te a eaceslen Mon eae eM Aw veto tale erate meee Went ulate et aires 3 26 Controlling Relays DO 1 DO 2 ee ke ees aren e A n ed Wl kek ed l ws dS We da Raa 3 28 DOWN a th tad neve ST aa 3 28 DET TAE 3 28 DA o Y dl edo Del a adi Dos 3 28 DEM AAA ai 3 29 DO200 Ay xa W n di xerka 4 2 Giyan M E A god ei Mee bed ah Ste l6 3 29 DA ur HH ewes a Leen ea ea ete 3 29 Messages Received From ACU 1 eee kk kk kk kK nnn ene nes 3 31 PD O EE AO 3 31 A a dd nines 3 31 AESTATE tai cdo 3 32 ALTAMP Anne Tit A Ss d 3 33 DE A A A 3 33 BA rt Ae 3 34 BGOO e e e od ed edo Sas 3 34 BOOT gt AS de 3 35 A A A E A EA ER 3 36 BSOD esas iris 3 36 A eye Sarees ea e a i Makai Aone ta Gahan mete px 3 37 ISOS rp 220455455135407 RS RIRS 2n ane bee TENE aa enue a eae N 8 3 38 O 3 38 BTOL a A A rrr 3 39 DI A AS 3 39 A A wa eda Le
8. LA POlla PO10a Enable Anti PassBack Set Configuration Parameters LPBO0001la Accu Time Series 7000 Access Control Unit User s Guide D 1 Setup RS485 Ports C0060A Set Relay Activation Time DO1 amp DO2 LPBO330003000a Set Digital In Timeout LPB05060060a Set Schedule Start LSBO01010101la Set download ID D1012345678a Set Daylight Savings T20030328a Set Badge Filtering LPBO455a Load Schedule File LSC01001 0054001020 0192002460 0236003900 0480005340 0624006780a Next line wraps on page treat as a single line LSCO01003 0000000360 0144001800 0288003240 0432004680 0576006120 0720007560 0864009000a Lsco1002 0108001300 0252002740 0396004180a LSC01004 0006000120a Set Validation EB0O11000 000a gt Load Employee File ECO1000000000001000la ECO10000001234560001la ECO10000000013780001la ECO1000000000009000la Load Bell Schedules LBCO1dmmmmtt Next line wraps on page treat as a single line LBC01100613000623000633000643000653000663000673000683000693000703000713000723 0007330007430007530007630007730007830007930008030a Request Time amp Date from ACU T10a Request Download ID D20a Request Program Number S00A Request Number of Badges amp Schedules SOla Unlock ACU O10a Accu Time Series 7000 Access Control Unit User s Guide D 2
9. 1 zone start time and stop time Appendix C provides a minutes to hours conversion table to assist in calculating schedule times Auto schedule If a schedule is set up and used for a week and not re downloaded at the end of the week then it will automatically be re used and continue for the next week based on the original zones Delete Individual Schedule Syntax LSDO1nnnrs Arguments nnn Number of the schedule to delete Discussion To delete an individual schedule specify the schedule number with no zones after it The schedule will be deleted Example LSDO0103 1a Deletes schedule 31 Load Holiday Schedules Syntax LHO101labcdefegrs Arguments abcdefg Each letter denotes a day of the week a Sunday b Monday c Tuesday etc Each letter can be set to zero or 1 Setting to 1 will place the badge on holiday that day that is will not allow access Setting to zero will use the badge s normal schedule if one exists Discussion Accu Time Series 7000 Access Control Unit User s Guide 3 22 The holiday command lets you set a particular badge on holiday for particular days during the current week irrespective of its current schedules The holiday command overrides any existing schedule for that badge Example LHO1011000011a Mark badge number as on holiday for Sunday Friday and Saturday Accu Time Series 7000 Access Control Unit User s Guide 3 23 Bell Schedule Fil
10. 2d eee na sles te eee ae ead Rey AE b n PG ed pa nen Re ea 3 2 Command Index ii eet ea Ria we eae OS a Ae Leah ds 3 3 General Commands fic cease ss e kal men c kal n eve Aa 45222 Ne RO E 3 5 AQL O n ae GIES acted RARAS aaa eae SOON 2 ba NARA 3 5 OOO a ses Be terrae VA Ral aa aude Kiet neal ity a E Aik Reeth aca Rpt Yale ant ugh 3 5 DIO EAS ERE ic ute Aad is 3 6 D20 tt otal neh la I da e o it ts 3 6 DADOL A A ads dak r ae KA aR A A AGES 3 7 LOAD a RITOS Moma ASES en puma 2E haces 3 7 EPDBOT cou Goines Sialic elas acetate de 3 7 LPB OS a A A io ta 3 8 o A A E E 3 8 LPBOS sia 3 9 DSO S osses tA sate wer ea lanai eae AE 3 9 O00 epee et sien ce eins a ected ag ed e e ll ele e e tale 3 10 Ola a tots e Cs Ls o iit Cpe ae eu Qeday e e Ce NAWA 3 10 A E A A a E bata tt wu Eee 3 11 Rollenset tisa a ASES 3 11 arr__reervngn lt nmd 3 11 SJ Do AN PR EAA 3 12 SIR N T ar ore has A a 3 12 SO a o OA LAS Nast ey a AN A 3 13 Ud A Sad 3 13 TOO ts ee oe eee ee a oa 3 14 TA ocd ee pated e SR DIARIAS het snd een ne ee aes 3 14 TD 1y aA o o e dd 3 14 Employee File Handling Commands 1 0 0 0 cect KK KK KK KK KK 3 16 EEO ass weds denia ae EE a te oie E ed bate gt ONE dS 3 16 EECOL 4 42ccSip sdf ac wea ban nya A SS 3 16 FEDON a ocg sander Gas ees ps Gg A dida 3 17 Badge Masking and Validation Commands kK kk KK cece KK KK KK KK KK kK kk ences 3 18 TB BO Zi nk ERA 3 18 Schedule File
11. KK KK KK kK KK KK kK KK KK KK k 2 9 Waring an Alarm gt is 3 521 en wa Sele A ae ok Oe ERRATA dv 2 10 Operation A dd ona ads Kn Red ad to aoe ee ak eens AW AE a 2 10 Wiring the Tamper Switch 5 5 3545 tasien da 2 10 Setting th DIP Switches ota Kak a E a E AA H A A A EE cork chats 2 11 DIP SS witch el tia duke cuca aea a ol od ae ds h bi h ye aie dsc ts 2 11 1 Test Switch Disable ina otaa cece e nen een eas 2 11 2 Lamper Switch Disable aisles dx cae li sie bk toed Sues A it 2 11 3 Default Reset rieni in we Sie UCR tala ha HE Soc BURT gas 2 11 4 RS232 RS485 MOUS dsr As ok aK ROR R ar k we 2A0 n k la ev kb I ELAS ARE OILS 2 11 De Reserved M AAs nati ee We tei Acetic ane ta tata alas hokar dh de oo 2 11 6 Single Dual Door Mode 0 0 kk kK kK KK KK KK KK KK KK KK KK KK KK KK kK kk k 2 11 TEATS Serial Protocol ir a an Wn E bn wee M as 2 11 8 Online Standalone 0 KK KK KK KK KK KK KK KK KK KK KK KK KK KK KK KK KK K 2 11 DIP Switch Zaid oa de bet 2 12 12 Reader NN S N ND N N MN gt NNDN DM othe eas Wes Cee ae Bp Mate gl RN ae Reet ee 2 12 3 Reader Type ir a dak a eed 2 12 Accu Time Series 7000 Access Control Unit User s Guide v Aa Witt Addres S Iak atada Ae Bato eee aie BIS so Da Bate Ion LOS RS fo ica Behe ane Raton AE 2 12 Setting the Jumpers essre 453 4 0 20555y4 04 0 455255112 A teed ie ba ie ote ed 2 13 Commands Command Syntax ye 134
12. RJ45 socket for direct RS232 connection to PC Two RJ45 sockets for wiring a multi drop RS485 network Enhanced 8051 derivative 512K PROM firmware storage 128K RAM factory expandable to 256K 128K EEPROM expandable to 256K infinite time retention in absence of power Contents of EEPROM written to RAM for fast access then written back just before a power down or reset Events log rate Event log capacity 100 000 365 product life time The events EEPROM has a capacity of 8 000 event logs so it can log up to 219 000 events a day for a 10 year product lifetime Accu Time Series 7000 Access Control Unit User s Guide 1 2 Switches Jumpers Input Power Output Power Modes Battery Backup Real Time Clock Data Backup Construction Diagnostics Beeper Test Switch Tamper Switch 12VDC 1A Standard inline power socket 2 5 5 5mm center V 12VDC power source for powering door release strikes Power available is 1A less the amount drawn by the Series 7000 itself Networked online interactive or stand alone External UPS with charger circuit Not currently available Internal battery backed real time clock for date time stamping Estimated battery life is 10 or more years Return unit to factory if replacement is ever required EEPROM Steel enclosure with wall mounting holes and openings for cable entry Eight on board LEDs show status of readers DI DO
13. Requests validation against the employee file requests mask checking and positive validation The mask requires zeros in the first eight badge number positions and any character in the last four positions No schedule testing is to be performed Accu Time Series 7000 Access Control Unit User s Guide 3 19 Schedule File Handling LSE01 LSB01 This section lists commands used to set up and maintain employee schedule files Erase All Schedules Syntax LSEO1rs Arguments None Discussion The LSEO1 command erases all schedules loaded in the ACU Note There may be a delay when using this command because of the time required to erase all memory locations reserved for all schedules It may be faster to use the LSCO1 command and erase individually Example LSEOla Erases all schedules Set Schedule Start Date Syntax LSB01 YYMMDDrs Arguments Y Y Two digit year MM Two digit month DD Two digit day Discussion This command sets the schedule start time at 00 00 the specified day All start and stop zones are in minutes offset from that time Example LSB01030420a Sets the schedule start time to April 20 2003 00 00 00 Accu Time Series 7000 Access Control Unit User s Guide 3 20 LSCO1 Load Schedules Syntax LSCOnnn_bbbbbeeeeers LSCOlnnn_bbbbbeeeee_bbbbbeeeee rs n b _ represents a space character which must be present Arguments nnn Schedule identifier number 001 through 9
14. TE TE as SS 0000000 00000000 se E 0000000000000 Sk Ek AS u E 1 oF 8 1 oF 8 S E E foro Bim JZINIHIZIEZ RIZ EAEE 2 p JE E Tae 3 Elda gt PLE QOD00000000000I ta E S LEDIA RES of Vo umunu gp Os Ma gp E veo isa ol los 758 Ge a lt oo S ue a B REGI Lemo JE 5 FF Raa aR 9 9 2050050 e J 7 gt c55 U3 xrae TIS us E TU D Lens _ R62 Ea 5 P z cis C16 LEne Ra n U9 9 9 9 9 9 9 9 9 o 9 o o oJ C19 eu R69 C75 S o o o o o o o o u R87 S 80 cea C96 E 000000 Ezi d Res R8 al S E 467 R6 a a ule R43 R8 o oo o sT n oo oo gl 7 EE 0000000 Prz U qa a4 00000 S US Al ua 0000000 To INIeV eb Lee Re8j c2 alla im i SF yo wa a o Dio Hu MAGER va E RID mm REIS Reza Fse jo BR3 BR4 R40 04 Dio Vee A rol Rad RAB ORO R58 CC7D o P Ral mm e o 8 O UU UDC o 888888888988 88888888888 o 15 FS8 FS7 FSS FS6 READER Al READER B1 O OOOO0OO0O oOOoO0o0oOoO 00000 00000 000000000000 000000000000 Xu A l T ae j j 17 9 10 11 12 13 14 1 RS485 In 2 RS485 Out 3 RS232 4 DIP switch 1 5 DIP switch 2 6 Tamper switch 7 Test switch 8 12V power 9 Relay 1 DO_1 10 Relay 2 DO_2 11 DI 1 12 DI 2 13 Reader 0 14 Reader 1 15 Battery status monitor for future use 16 Jumpers for types of readers See Figure 1 3 and also Table B 5 17 Grounding stud on enclosure 6 32 thread Accu Time Series 7000 Access Control Unit User s Guide 1 6 Figure 1 3 Jumpers to Select
15. Third is the cost per meter foot Accu Time Series 7000 Access Control Unit User s Guide 2 3 Cabling Accessories You should use RS232 or RS485 cabling with correct twisted pairs Category 5 cabling although unshielded will work in most non industrial environments but it is not recommended Be sure the distance from the terminal s location to the host computer does not exceed the wire length limitation of the connection type you plan to use These limits are shown in Table 2 1 Table 2 1 Wire Length Limitations Connection Type Maximum Terminal to Host Distance RS232 50 wire feet RS485 Combined terminal host drop points should not exceed 5 000 wire feet Ethernet 328 wire feet 100 meters from terminal to Ethernet 10BASE T hub or switch The accessories listed in this section are available from ATS They can assist you in setting up your overall system network Communications Adapter This device lets you plug into the back of a computer with either a DB 25 connector or a DE 9 connector on one end of the adapter and a RJ 45 connector on the other This adapter also has a power socket for connecting a 12V power pack See Power on page 2 3 RS 232 to RS 485 Converter This device converts RS 232 signals to 4 wire differentially driven RS 485 signals It is an active device and requires a seperatel2 VDC 500mA power supply A single converter can support up to 32 Access Control Units over a network up to 1500m 5
16. Types of Readers This position 2 i 24310 Ku poses Y ZO This position or Proximity 2Z277 lt e j forBarcode Reader or n Read Keypad eader Jumper for Jumper for Reader 0 Reader 1 Both readers must be of the same type Op erating The ACU can operate in three modes Modes Test Mode e Standalone Mode Online Mode RS485 Multidrop Network or RS232 Test Mode To enable test mode set DIP switch 1 position 1 to ON and set the test mode slide switch Figure 1 2 item 7 to ON Slide to the right away from the RJ45 connectors The ACU acts as follows when in this mode Ifacard is swiped through a reader wired into reader 0 or reader 1 and the card data checks parity and LRC are valid both readers green LED pinout on the reader connectors pin 5 will turn on for 1 second and a good beep will sound e If DI_1 active DO_1 active e If DI2 active DO 2 active e If DI_1 inactive DO_1 inactive If DI2 inactive DO_2 inactive If a card is swiped through a reader wired into Reader 0 or Reader and the card data checks parity and LRC are not valid both readers red LED pin out on the reader connectors pin 6 will turn on for 1 second and a bad beep will sound Accu Time Series 7000 Access Control Unit User s Guide 1 7 Standalone Mode Online Mode On Line Mode Dual Door Reset Standalone mode is selected by setting DIP switch position 8 to OFF This mode
17. YMMDDHHMMSSrs Arguments YY Two digit year MM Two digit month DD Two digit day HH Two digit hour 24 hour format MM Two digit minutes SS Two digit seconds Discussion Message sent to host if the tamper switch inside the ACU case is activated while online The beeper will sound a bad beep and the DO_2 relay will also be activated The date and time returned is the timestamp when tamper switch was activated Example ALTAMPa y030416023741a Tamper switch activated timestamp of April 16 2003 2 37 41am Normal Power Recover Message Syntax BAO1rsus Y YMMDDHHMMSSrs Arguments YY Two digit year MM Two digit month DD Two digit day HH Two digit hour 24 hour format MM Two digit minutes Accu Time Series 7000 Access Control Unit User s Guide 3 33 BA02 BG00 SS Two digit seconds Discussion Normal power recovery message sent from ACU to host when ACU returns to normal power operation The timestamp is the time the message is sent Example BA011y0304191145002 Power recovery occurred April 19 2003 at 11 45 00 Low Power Message Syntax BA02rsus Y YMMDDHHMMSSrs Arguments YY Two digit year MM Two digit month DD Two digit day HH Two digit hour 24 hour format MM Two digit minutes SS Two digit seconds Discussion Low power alarm message sent from ACU to host when ACU enters low power operation Example BA02a 030419113019a Low
18. badge number may be returned from a previous load and look valid not have ff at the start This will not be validated Example S0300074a Obtains badge details in location 0074 Get Schedule Information Syntax S04nnnzrs Arguments n Three digit schedule number Z One digit zone number Discussion Returns as BS04 message the specified schedule and zone information Example S040012A Returns schedule information for schedule number 001 plus the schedule s zone 2 Accu Time Series 7000 Access Control Unit User s Guide 3 13 T00 T10 T20 Set Time Date Syntax TOOYYMMDDHHMMSSrs Arguments YY Two digit year MM Two digit month DD Two digit day HH Two digit hour 24 hour format MM Two digit minutes SS Two digit seconds Discussion Sets date and time in ACU Time is in 24 hour format Example T00030219101509a Sets date and time to February 19 2003 10 15 09 Get Time Date Syntax T10rs Arguments None Discussion Reads the current date and time from ACU ACU responds with a BTO1 message containing current date and time Example T10a Set Daylight Savings Time Accu Time Series 7000 Access Control Unit User s Guide 3 14 Syntax T20YYMMDDrs Arguments YY Two digit year MM Two digit month DD Two digit day Discussion Sets the date where daylight savings time will change A date between June and December will set back the clock one hour A dat
19. cable selection ATS port splitters ATS junction boxes and AC outlets will become more critical The readers barcode magnetic or proximity must be located within 20 wire feet of the ACU The ACU is typically mounted on a wall or other vertical surface using the two keyhole mounting holes on the back plate of the unit The mounting template shown in Figure 2 9 gives dimensions and hole spacing To avoid electronic or electrical noise take care when locating both the ACU and the routing of cables to the ACU Some common noise producers include elevators fluorescent lighting large electric motors commercial freezers air conditioning systems arc welders and conveyor systems which should all be avoided Accu Time Series 7000 Access Control Unit User s Guide 2 2 Power Cabling The ACU is designed to operate from an unregulated 9 18 VDC power source nominal 12 VDC 300 mA with no options Although concerns over the quality of the supplied AC power high line low line brown outs surges spikes etc are still important the transformer in the AC to DC power pack and the tolerance of an unregulated 9 18 volt output gives some degree of isolation from these problems Ideally a clean dedicated AC line should be provided to power the ACU s in the network If a dedicated line is not available the cleanest line possible with no electromechanical devices on it should be used Power can be supplied in two ways Thr
20. deleting individual 3 22 erasing 3 20 erasing bell 3 24 handling bells 3 24 loading 3 21 loading bell 3 24 loading holiday 3 22 setting start date 3 20 SI command 3 26 SO command 3 26 SOH used as argument separator xii Standalone mode 1 8 1 13 Standalone validation table 1 10 Subscripts meaning xi Switches 1 3 T TOO command 3 14 T10 command 3 14 T20 command 3 14 Tamper switch 1 3 wiring 2 10 Test mode 1 7 Transaction message 3 40 U Unit separator xii Unlock ACU 3 10 Vv Validation table 1 10 online download 1 10 standalone 1 10 Vec 5V 1 2 W Wiring alarm 2 10 readers 2 7 tamper switch 2 10 Accu Time Series 7000 Access Control Unit User s Guide Index 4
21. disables the RS232 and RS485 ports Online mode is selected by setting DIP switch position 8 to ON In this mode the RS485 or RS232 ports are enabled The ACU can communicate with a host PC that is connected to either port and running software compliant with the ATS polled protocol Online mode is selected by setting DIP switch 1 position 8 to ON In this mode the RS485 or RS232 ports are enabled The ACU can communicate with a host PC that is connected to either port and running software compliant with the ATS polled protocol Dual door mode is selected by DIP switch 1 position 6 to ON In this mode a door lock can be connected to each relay and two door sensors connected to each digital input On swiping a valid badge on reader 0 relay 1 will activate according to the timeout set Similarly when swiping a valid badge on reader 1 realay 2 will activate The Reset DIP switch enables a reset to factory defaults If the Reset DIP switch position 3 of DIP switch 1 is set to ON the ACU resets parameters as follows e Reset the RS232 and RS485 network at 9600 8 1 N 9600 baud 8 data bits 1 stop bit no parity Reset Queue pointers Erase validation Table Erase Schedule Table Set DO_1 activation time to 1 second e Set DO_2 activation time to 10 seconds Set DI_1 time out disabled 000 e Set DI_2 time out disabled 000 e No badge filtering Set download ID to Not Set Set Beeper Enab
22. from the polled transaction data Accu Time Series 7000 Access Control Unit User s Guide 3 42 Appendix A Minute Offsets Table A 1 shows the minute offset from Sunday midnight for each hour of the week for use in the schedule command LSC01 The value used as the schedule offset should be a five digit number padded with leading zeros Add the minutes of a partial hour to the figure in the table below e g 01 45 on Tuesday would be 1500 45 or 01545 Accu Time Series 7000 Access Control Unit User s Guide A 1 Table A 1 Schedule Minutes Offset 00 00 01 00 02 00 03 00 04 00 05 00 06 00 07 00 08 00 09 00 10 00 11 00 12 00 13 00 14 00 15 00 16 00 17 00 18 00 19 00 20 00 21 00 22 00 23 00 WED THU FRI SAT 2880 4320 5760 7200 2940 4380 5820 7260 3000 4440 5880 7320 3060 4500 5940 7380 3120 4560 6000 7440 3180 4620 6060 7500 3240 4680 6120 7560 3300 4740 6180 7620 3360 4800 6240 7680 3420 4860 6300 7740 3480 4920 6360 7800 3540 4980 6420 7860 3600 5040 6480 7920 3660 5100 6540 7980 3720 5160 6600 8040 3780 5220 6660 8100 3840 5280 6720 8160 3900 5340 6780 8220 3960 5400 6840 8280 4020 5460 6900 8340 4080 5520 6960 8400 4140 5580 7020 8460 4200 5640 7080 8520 4260 5700 7140 8580 Accu Time Series 7000 Access Control Unit User s Guide A 2 Appendix B Pinouts Interfaces and Switche
23. power occurred April 19 2003 at 11 30 19 Initial Power Up Message Syntax BG00rsusY YMMDDHHMMSSrs Arguments Accu Time Series 7000 Access Control Unit User s Guide 3 34 BG01 YY Two digit year MM Two digit month DD Two digit day HH Two digit hour 24 hour format MM Two digit minutes SS Two digit seconds Discussion Power up message sent by ACU to host on initial power up with a timestamp indicating the time the power up occurred If BG00 is returned the ACU does not have a command download in memory and will be in a locked state until one is received If BGO1 is returned the ACU does have command download in memory Example BG00a 030412080307a Initial power up message sent by ACU to host indicating an initial power up occurred April 12 2003 at 8 03 07 Power Up Power Recovery Message Syntax BGOIrsusY YMMDDHHMMSSrs Arguments YY Two digit year MM Two digit month DD Two digit day HH Two digit hour 24 hour format MM Two digit minutes SS Two digit seconds Discussion Accu Time Series 7000 Access Control Unit User s Guide 3 35 BS00 BS01 Power up message sent by ACU to host after a power recovery with a timestamp indicating the time the power recovery occurred If BGO1 is returned the ACU has a command download in memory If BG0O0 is returned the ACU does not have command download in memory and will be in a locked state until one is received Example
24. response to S02 command Syntax BSO2usaaaaaaaaaaaausbbbsohcsohddsoheeeeers Arguments aaaaaaaaaaaa Badge number loaded bbb Schedule number currently active c Last reader swiped Accu Time Series 7000 Access Control Unit User s Guide 3 37 BS03 BS04 dd Holiday data in hexadecimal format eeeee Badge storage location number Discussion Response to S02 command badge information request Example BS02 000000007965 003G 0 00 00260a Badge number 7965 schedule 003 reader 0 holiday data 00 storage location number 00260 Location Information Request response to S03 command Syntax BSO3usaaaaaaaaaaaausbbbsohcsohddsoheeeeers Arguments aaaaaaaaaaaa badge number loaded bbb schedule number currently active c last reader swiped dd holiday data in hexadecimal format eeeee storage location number Discussion Response to S03 command location information request Example BS03 000000007965 003G 0 00 00260a Badge number 7965 schedule 003 reader 0 holiday data 00 storage location number 00260 Schedule Information Request response to S04 command Syntax BS04usaaabuscececdddddrs Arguments Accu Time Series 7000 Access Control Unit User s Guide 3 38 BT01 DI00 aaa Schedule number b Schedule zone number starts at 0 ccecce Start minutes of zone ddddd End minutes of zone Discussion Response to S04 command schedule information request Example BS04 0031 048
25. than 12VDC or if the alarm requires more power than can be supplied by the 12V relay connection If the DI_1 switch is opened indicting an open door without a validate good swipe having been received from a reader DO _2 is activated In any case the DO_2 relay is activated if e DI 1 stays active during more than a pre set time door not closed The tamper switch is opened enclosure cover removed The tamper switch itself requires no wiring It is built onto the PC board If the tamper switch functionality is enabled DIP switch position 2 set to OFF the tamper switch activates the DO_2 relay when the ACU enclosure is opened Any device you have wired to DO_2 will operate Accu Time Series 7000 Access Control Unit User s Guide 2 10 Setting the DIP Switches DIP Switch 1 1 Test Switch Disable 2 Tamper Switch Disable 3 Default Reset 4 RS232 RS485 Mode 5 Reserved 6 Single Dual Door Mode 7 ATS Serial Protocol 8 Online Standalone The DIP switches items 4 and 5 Figure 1 2 can by set using a blunt pointed stylus or similar tool to slide a switch up or down If a proper tool is unavailable the end of a straightened large diameter paper clip will serve Review their functionality See Table B 4 and Table B 5 and set the switches as required Set OFF to disable operation of the Test switch Figure 1 2 item 7 Set OFF to disable operation of the Tamper switch Figure 1 2 item
26. will sound a bad beep and the DO_2 relay will also be activated Discussion Message returned by ACU in response to a Digital IN event The message indicates the type of event with a timestamp of when the event occurred Example ALDI1ay030416025111AFORCEDa DI 1 open DO_1 not activated timestamp April 16 2003 2 51 1 1am Digital IN 2 Tamper Alarm Message Syntax Accu Time Series 7000 Access Control Unit User s Guide 3 31 ALSTATE ALDI2rsusYYMMDDHHMMSSrs Arguments YY Two digit year MM Two digit month DD Two digit day HH Two digit hour 24 hour format MM Two digit minutes SS Two digit seconds Discussion Timestamp message sent by ACU to host if Digital IN 2 is open when DO_1 is not activated or DI_2 remains open for longer than the wait time set by the LPBOS command The beeper will sound a bad beep and the DO_2 relay will be activated Example ALDI2 1440304210921021 Timestamp April 21 2003 9 21 02am Alarm Query Message Syntax ALSTATErsusabcrs Arguments a Tamper alarm state 0 inactive 1 active b DI 1 state 0 inactive 1 active c DI 2 state 0 inactive 1 active Discussion Message sent from ACU to host on receipt of the AQ10 command Example ALSTATEay010a Tamper alarm inactive DI_1 active DI_2 inactive Accu Time Series 7000 Access Control Unit User s Guide 3 32 ALTAMP BA01 Tamper Alarm Message Syntax ALTAMPrsus Y
27. 00 for address 32 Table 2 5 shows binary equivalents for terminal addresses 1 through 32 Accu Time Series 7000 Access Control Unit User s Guide 2 12 Table 2 5 Decimal Binary Unit Number Equivalents Decimal Binary Decimal Binary Decimal Binary 1 00001 12 01100 23 10111 2 00010 13 01101 24 11000 3 00011 14 01110 25 11001 4 00100 15 01111 26 11010 5 00101 16 10000 27 11011 6 00110 17 10001 28 11100 7 00111 18 10010 29 11101 8 01000 19 10011 30 11110 9 01001 20 10100 31 11111 10 01010 21 10101 32 00000 11 01011 22 10110 Setting the In addition to selecting the reader types using positions 1 2 and 3 of DIP switch Jump ers 1 you must also set two jumpers on the board Figure 1 2 item 16 Refer to Figure 1 3 which shows the position in which to set the jumpers for each type of reader Use the upper jumper positions for a magnetic or proximity reader or for a keypad Use the lower jumper positions for a barcode reader Accu Time Series 7000 Access Control Unit User s Guide 2 13 Figure 2 5 Alternative Series 7000 Inputs and Outputs Wiring Example Relay 1 DO_1 Gnd NO NC Com 12V QS J SJ S Bene External Power Supply Magnetic Lock Relay 2 DO_2 Gnd NO NC Com 12V Q J S J S TJ SJ S9 External Power Alarm Supply Lock and alarm wiring for a
28. 000 feet in length Port Splitter This passive 4 port device is designed to provide a network insertion point for up to 2 Access Control Units ACUs If the port splitter is inserted at the end of the network 3 ACUs may be added Connections into and out of the port splitter are made via RJ 45 connections Network Junction Box This passive device provides three 8 position barrier strips to allow network wiring to be brought in with a star configuration out to the rest of the network Further it has four RJ 45 ports for multi dropping ACUs and a DC power input that can feed all four RJ 45 ports It is supplied with tie wraps for network cable strain relief Accu Time Series 7000 Access Control Unit User s Guide 2 4 RS232 RS485 Network Junction Box Junior Similar in function to the above the Junior only has a single 8 position barrier strip for bringing the network cable in and out two RJ 45 ports for multi dropping ACUs and a DC input which can provide power to both RJ 45 ports It also comes equipped with tie wraps for strain relief of the network cable Network Booster This active device is used to boost or amplify signals in a second 1500m 5000 segment of an RS 485 network It provides two 8 position barrier strips the first for bringing in the first 5000 feet and the second for the next 5000 feet It also provides four RJ 45 ports for multi dropping to ACUs A 12VDC 500mA power supply is required to dr
29. 00053401 Schedule number 3 zone 1 start 04800 Thursday 8 00am end 05340 Thursday 5 00pm Time Request Message Syntax BT01YYMMDDHHMMSSrsusY YMMDDHHMMSSrs Arguments YY Two digit year MM Two digit month DD Two digit day HH Two digit hour 24 hour format MM Two digit minutes SS Two digit seconds Discussion Message sent from ACU to host in response to a T10 get time request from host The two timestamps are the same and are the date time and stored in the ACU Example BT01030419114503ay030419114503 The ACU reports its time as April 19 2003 11 45 03 Download ID Message Accu Time Series 7000 Access Control Unit User s Guide 3 39 Syntax DI00usaaaaaaaars Arguments aaaaaaaa Download ID Discussion Message sent by ACU to host to return the download ID that was initially set with the D10 command Example DI00 DL000023 Download ID DL000023 Employee Transaction Message Syntax PeSnnnrsbbbbbbbbbbbbrsusY YMMDDHHMMSSrsnrs Arguments P First character P signifies employee transaction e Type of entry B badge entry K keyboard entry S Third character S signifies standard punch nnn Valid invalid badge 000 badge swiped was valid 999 badge swiped was invalid or denied access bbbbbbbbbbbb Employee number badge number YY Two digit year MM Two digit month DD Two digit day HH Two digit hour 24 hour format MM Two digit minutes
30. 2 The badge number is accepted and will be processed The ACU recognizes a bad swipe when the data received from the readers is not valid when the parity or LRC card check fails The badge number is rejected and will not be processed If the number of digits exceeds 12 the ACU recognizes a bad swipe The badge number is rejected and will not be processed To open the door the badge has to be validated Ifthe badge number is in the validation table and inside its schedule zone the badge is valid If the badge number is in the validation table but outside its schedule zone the badge is not valid If the badge number is not in the validation table the badge is not valid The green LED pin out on the reader connectors is set on for 1 second A good beep sounds if enabled and the DO_1 is active for a pre set time The yellow LED pin out on the reader connectors is set on forl second and a bad beep sounds if enabled The red LED pin out on the reader connectors is set on for 1 second and a bad beep sounds if enabled Accu Time Series 7000 Access Control Unit User s Guide 1 11 Badge Swipe and Every time a good swipe occurs the ACU stores in memory Alarm Logging The badge number The date The time Access permit denied decision The ACU also logs the alarm occurrences tamper DI_1 and DI_2 and the battery status low battery and on battery With 1Mbits of storing m
31. 6 Set ON with power connected to the ACU then OFF to reset the ACU to its factory default conditions See Reset on page 1 8 Set ON to use the RS232 interface OFF to use the RS485 interface Reserved always set OFF Set ON for dual door mode Set OFF for single door mode See On Line Mode Dual Door on page 1 8 Always set OFF to use ATS serial protocol Set ON to use ACU in online mode OFF to use in standalone mode Accu Time Series 7000 Access Control Unit User s Guide 2 11 DIP Switch 2 1 2 Reader 0 Type 3 Reader 1 Type 4 8 Unit Address Set switches 1 and 2 to select type of reader connected as reader 0 Options are Off Off Magnetic stripe or proximity reader same as Off On Off On Magnetic stripe or proximity reader same as Off Off On Off Barcode reader On On Keypad See also Setting the Jumpers on page 2 13 The jumpers must be set correctly for each type of reader Set switch 3 to select type of reader connected as reader 1 Options are Off Same as reader 0 On Exit button unlocks without swiping a card You cannot use two different types of reader See also Setting the Jumpers on page 2 13 The jumpers must be set correctly for each type of reader Set switches 4 through 8 to set the ACU s binary unit address For example if switches 4 5 6 and 7 are OFF and switch 8 is ON that is unit 1 or 000015 Use A setting of Off Off Off Off Off Off 000
32. 99 bbbbb Beginning zone time minutes offset from schedule start date eeeee Ending zone time minutes offset from schedule start date Discussion The LSCO1 command defines a schedule and assigns beginning and ending times time zones between which an employee using that schedule will be allowed to use the ACU If more than one zone is required for a schedule then those times can be added to the argument string see example below When loading multiple schedule zones with the LSC01 command the maximum length of the message must not exceed 250 characters Only one schedule at a time can be loaded with an LSCO1 command The number of zones can vary from schedule to schedule The same schedule can be used for different employees The space shown as _ between nnn and bbbbb is reserved for future use Also when specifying multiple zones for a schedule there must be a space before the next start time Example Schedule number 1 End time zone 1 End time zone 2 LSC01001 0047300997 0218302437rs Begin time zone 2 Begin time zone 1 Accu Time Series 7000 Access Control Unit User s Guide 3 21 LSDO1 LHO101 The schedule shown in the example allows an employee to swipe between 473 minutes from the schedule start date 473 minutes 7 hours 53 minutes or 7 53am and 997 minutes 4 37pm zone 1 and between 12 23am and 4 37pm the next day zone 2 A maximum of 300 schedules can be loaded each with 8 zones
33. Accu Time Series 7000 Access Control Unit ACCU TIME SYSTEMS INC 420 SOMERS ROAD User s Manual MANU7000 01h ELLINGTON CONNECTICUT Copyright 2003 2004 by Accu Time Systems Inc All rights reserved Printed in U S A Information in this document is subject to change without notice and should not be construed as a commitment by Accu Time Systems Inc No part of this document may be reproduced or transmitted in any form or by any means electronic or mechanical without express written consent of Accu Time Systems Inc Accu Time Accu Rate and the Accu Time logo are registered trademarks of Accu Time Systems Inc All other trademarks and registered trademarks are the property of their respective owners Accu Time Systems Inc 420 Somers Road Ellington Connecticut 06029 USA 860 870 5000 800 355 4648 www accu time com Printed August 24 2004 MANU7000 01h FCC Statement This equipment has been tested and found to comply with the limits for a Class A digital device pursuant to Part 15 of the FCC rules These limits are designed to provide reasonable protection against harmful interference in a residential installation This equipment generates uses and can radiate radio frequency energy and if not installed and used in accordance with the instructions may cause harmful interference to radio communications However there is no guarantee that interference will not occur in a partic
34. EO1 3 20 000 3 10 O10 3 10 P 3 40 ROO 3 11 R01 3 11 S00 3 11 S01 3 12 S02 3 12 S03 3 13 S04 3 13 SI 3 26 SO 3 26 TOO 3 14 T10 3 14 T20 3 14 Communications adapter 2 4 Control characters xii Conventions used in document xi D D10 command 3 6 D20 command 3 6 DC100 command 3 28 DC101 command 3 28 DC111 command 3 28 DC200 command 3 29 DC201 command 3 29 DC211 command 3 29 Delete individual schedules 3 22 DIOO command 3 39 Digital IN timeout 3 9 Digital inputs set active inactive 3 7 DIP switches setting 2 11 settings B 3 Door lock release operation DO1 1 11 Dynamic link library files 1 14 E Employee file erasing 3 16 3 17 handling 3 16 Employee records loading 3 16 Employee transaction messages 3 40 Erase all schedules 3 20 Erase bell schedules 3 24 Erase employee file 3 16 3 17 F Field separator xii Firmware 1 4 G Good beep 1 3 Group separator xii Accu Time Series 7000 Access Control Unit User s Guide Index 2 H HID Proxpoint reader wiring B 6 Holiday schedules loading 3 22 Host communications 1 14 I Interactive commands 3 26 J Jumpers 1 4 setting 2 13 K Keypad 1 15 Keypad 7000 103 wiring B 5 L LAPO1 command 3 7 LBCO1 command 3 24 LBEO1 command 3 24 LDAO1 3 7 LDAO1 command 3 7 LEBO1 command 3 18 LECO1 command 3 16 LEDO1 command 3 17 LEEO01 command 3 16 LHO101 command 3 22 Load bell schedules 3 24 Load employee records 3 16 Load holiday scedule
35. Get program number Page 3 11 Get number of badges and schedules Page 3 12 Get badge information Page 3 12 Get badge information by storage location number Page 3 13 Get schedule information Page 3 13 Turn on bad beep and yellow LED Page 3 26 Turn on good beep and green LED Page 3 26 Set time date Page 3 14 Get time date Page 3 14 Set daylight savings time Page 3 14 Accu Time Series 7000 Access Control Unit User s Guide 3 4 General Commands AQ10 C00 This section lists general purpose commands Get Current Alarm Status Syntax AQ10rs Arguments None Discussion Returns status of the Tamper DI_1 and DI 2 inputs OK or still active as ALSTATE message Example AQIOa Set Up Serial Ports Syntax C00nmrs Arguments n Baud rate value from 1 to 5 1 1200 2 2400 3 4800 4 9600 5 19200 m Data bits and parity value from 0 to 2 0 8 data bits no parity 1 7 data bits odd parity 2 7 data bits even parity Discussion The serial ports are set by default to 9600 8 1 N 9600 baud 8 data bits 1 stop bit no parity Use the COO command to change the port settings The number of stop bits cannot be changed Accu Time Series 7000 Access Control Unit User s Guide 3 5 D10 D20 The new settings will take effect only after a power off on cycle or a RESET command occurs Example C0050a Sets the ports to 9600 baud 8 data bits no parity Set Dow
36. J9S 092 L 006 6 Chapter 3 Commands This chapter explains the commands used to control an Accu Time Series 7000 access control unit ACU when running the standard firmware This firmware is appropriate for the majority of access control and security applications Once an ACU is installed a number of operations are possible depending on its setup For example you can Swipe or key a badge at a reader keypad and have the time logged and gain access Validate an employee badge number against the ACU s internal validation tables This can be a simple badge list or be linked with schedules in order to allow access at certain times to accommodate shift patterns etc Load bell schedules to sound alarms or bells at certain times using the Digital Output options to signal meal times breaks etc The DO options can also be used to trigger door locks Use interactive commands to control ACUs directly from a host application Commands such as BELL and DCxxx activating the relays can be sent as and when required across a network See Interactive commands section The functions listed above are available on all ACUs from Accu Time Systems Inc You can tailor the functionality of an ACU to your particular requirements using the command set described in this chapter Accu Time Series 7000 Access Control Unit User s Guide 3 1 Command Syntax Some commands to be complete need inform
37. K KK KK KK KK KK KK KH 1 12 uni ken d gt wxpoo _ e gt xgogwooagggmgmm 1 12 Standalone Mode sawa ad xana c da a D a wla al n bevel n ah a eee eee Z 1 13 Using the Master bad saareen ten a a bees Dara na n AZ 1 13 Host Communications oo 1 14 AccuComm Test Program Ak kk kk kk kk kK KK KK KK KK KK KK KK KK KK KK KK KK KK KK KK KK ke 1 14 Dynamic Link Library Files 2 0 0 ya nn sa He ka DE da k WE le kek WA 0EWA 9 1 14 Employee Identification er ernaria Wu W xu w Kurdo K e teen ene ne tenn nenes 1 14 Installation Installation Guidelines 24 wed an A tea total etal tse oes 2 2 Environmental Considerations 0 kk kk KK KK kK KK KK KK KK KK KK kK KK KK kK KK KK KK K 2 2 Mountin 6 s ist on austin ete Gade te aletied aaa leased Beg Mas eae ee Gx nue ee 2 2 POW piece Sei Rie oe BOE Ss Be RS eee ey A HHHH is Shee 2 3 Cabling i533 ae bet rans We Re tans Dn n eed 2 3 Cabling Accessories ata dd uit 2 4 RS 23 213 poche ta r r r r r_ A Br see eke ee aed ENA NR 2 5 RSA BS 59 is a Ata 2 5 Connecting the Reader and DI DO Wiring kk kk kk KK KK KK KK KK KK KK ene 2 6 Winne th Readers ii Kulek tea odo A Rite OA Beds 2 7 Wiring the Digital Inputs DI_1 and DI 2 A A KK KK KK KK KK KK KK KK KK KK KK KK K KK KK 2 8 Wiring the Digital Outputs DO_1 and DO_2 kk kk kK kK KK KK KK KK KK KK KK KK KK KK KI 2 9 Wiring the Door Lock 1 1 0 kk kk kk kK KK KK KK KK KK KK
38. K KK KK KK KK KK KK KK KK K 1 7 Figure 2 1 Typical Series 7000 Installation LL kk kK KK KK KK KK KK KK KK KK KK KK KK KK KK KK KK K 2 1 Figure 2 25 I1ypical I2V Power P Ck i vieja les aig al daniya MN n aka dala A kar hele dakae pata 2 3 Figure 2 3 Wiring a Terminal Block WAL kk kk kk kK KK KK KK KK KK KK KK KK KK KK KK KK KK KK KK KK KK kk 2 6 Figure 2 4 Digital Output Relay Connections 00 0 KK KK KK KK KK KK KK KK KK KK KK KK K 2 9 Figure 2 5 Alternative Series 7000 Inputs and Outputs Wiring Example o o ooo o 2 14 Figure 2 6 Dual Door Mode Wiring Example 0 0 ns 2 15 Figure 2 7 Series 7000 RS232 Serial Installation LL KK KK KK KK KK KK KK KK KK KK KK KK 2 16 Figure 2 8 Series 7000 RS485 Serial Installation LL A KK KK KK KK KK KK KK KK KK KK KK KK 2 17 Figure 2 9 Series 7000 Mounting Template Next Page XX kK KK KK KK KK KK KK KK KK KK KO 2 17 Figure D 1 Sample Download File LA A kK kK KK KK KK KK KK KK KK KK KK KK KK KK KK KK KK KK KK D 1 Table 1 Non Printing Character Representations X11 Table 1 1 Series 7000 Diagnostic LEDS AA kk kk KK KK KK KK KK KK KK KK KK KK KK KK KK KK KK KK KK kk 1 3 Table 2 1 Wire Length Limitations 2 0 kk kk kk kk kK KK KK KK KK KK KK KK KK KK KK KK KK KK KK KK KK KK kk 2 4 Table 2 2 ACU Reader Keypad 0 and 1 Connections KK KK KK KK KK KK KK KK KK KK KK KK KK 2 7 Table 2 3 ACU DI Connections gt 5 c
39. SOlrs Arguments None Discussion Returns as a BSO1 message the number of badges loaded number of schedules loaded largest used badge storage location number and number of deleted areas holes in badge storage area Example SOla Get Badge Information Syntax S02bbbbbbbbbbbbrs Arguments bbbbbbbbbbbb Badge number for which to get information Discussion Returns as a BS02 message the details on a loaded badge number or returns NOT FOUND if the badge is not loaded Returns the badge number schedule number last reader swiped holiday data in hex format and location number in the badge storage area Example S02000000840001A Returns details for badge number 840001 Accu Time Series 7000 Access Control Unit User s Guide 3 12 S03 S04 Get Badge Information by storage location number Syntax SO3nnnnrs Arguments nnnn badge storage location number as returned by S02 command in a BS02 message Discussion Returns as a BS03 message the details on a loaded badge number If the badge was recently deleted with the LEDO1 command the badge number will show ff at the start This indicates that the badge number has been deleted and the memory area has a hole which will be next filled upon receiving a new employee badge Note this ff badge will not be validated If a location number larger than the largest valid badge storage location number obtained by issuing S01 is queried then a
40. SS Two digit seconds n Reader number 0 or 1 Accu Time Series 7000 Access Control Unit User s Guide 3 40 Discussion Each transaction message received by the host from an ACU contains a timestamp of the date and time the event occurred The examples below show how transaction messages are formatted Example PBS00020000001234562 030412141753 00a Employee swiped badge number 000000123456 on reader 0 at 14 17 53 pm April 12 2003 The badge was valid PBS99920000001234562 030414061902al1A Employee swiped badge number 000000123456 on reader 1 at 6 19 02 on April 14 2003 The badge was invalid Note The actual strings received from the ACU will contain two additional characters at the end which are not used and can be ignored when processing the data Accu Time Series 7000 Access Control Unit User s Guide 3 41 General Command 1 Date and time stamp is preceded by a us unit separator 1F HEX Syntax Notes 2 All messages end with rs record separator 1E HEX 3 All messages to ACU must not exceed a maximum message length of 250 characters 4 All messages transmitted and received start with a header which consists of B gs back slash SC HEX B application type default is B 41 HEX 4A HEX ACU address selected by onboard DIP switches Sw2 Pos4 8 gs group separator 1D hex Note Appendix B shows a table with the single character addressing that is used to identify individual ACUs
41. adge types Security from duplication can be provided through the use of an opaque covering over the bar coded area Infra red light from the barcode reader can penetrate this covering and read the bar code The Series 7000 ACU currently supports only code 39 format If other codes are needed please consult factory The Series 7000 serial ports default to 9600 baud 8 character bits 1 stop bit no parity Because of a quirk in Accu Comm s operation however you should configure Accu Comm for 2 stop bits when you use it to control a Series 7000 with default settings Accu Time Series 7000 Access Control Unit User s Guide 1 14 Magnetic Stripe Magnetically encoded badges look very similar to a standard bank issued credit card Although there are physically three different magnetic tracks that can be encoded and read ABA track 2 is most common and therefore recommended Security difficult to copy or modify and higher data density the number of characters and or numbers per inch are the main appeal of this technology The magnetic strip or stripe is applied by the card manufacturer therefore no specifications are provided Consult with the factory if you require Track 1 or Track 3 support Proximity This technology uses RF radio frequency to activate a passive chip embedded in a card or a key fob which contains an alphanumeric code representing the employees number As the reader radiates a field the badge or key f
42. ation added to them These command descriptions have a table under them showing the valid choices Default is the value applied if not modified Valid range is the acceptable range of input the command will allow LPBOO 3 HHHH i One or more command arguments if any Command Some commands accept one or more arguments Sometimes an argument is a hexadecimal base 16 number and the valid range of a single digit may exceed 9 For those instances use the equivalents in the following table to enter digit values 10 through 15 Table 3 1 Character Equivalents to Enter Hexadecimal Values Value Equivalent 10 colon 11 semicolon 12 lt less than 13 equals 14 gt greater than 15 question mark Accu Time Series 7000 Access Control Unit User s Guide 3 2 Command This section lists all the commands in alphabetical order with a brief description Index Table 3 2 Command Index Command Description ALDIL Digital IN 1 alarm message Page 3 31 ALDI2 Digital IN 2 alarm message Page 3 31 ALSTATE Alarm query message Page 3 32 ALTAMP Tamper alarm message Page 3 33 AQ10 Get current alarm status Page 3 5 BAO1 Normal power recovery message Page 3 33 BA02 Low power message Page 3 34 BELL Turn on good beep Page 3 26 BG00 Initial power up message Page 3 34 BGO1 Power up recovery message Page 3 35 BS00 Program number request Page 3 36 BSOL Badge and schedule size request Page 3 36 BS02 Badge inform
43. ation request Page 3 37 BS03 Location information request Page 3 38 BS04 Schedule information request Page 3 38 BTO1 Time request message Page 3 39 C00 Set up RS485 ports Page 3 5 D10 Set download ID Page 3 6 D20 Get download ID Page 3 6 DC100 Turn off DO_1 Page 3 28 DC101 Turn on DO_1Page 3 28 DC111 Turn on DO_1 for preset time Page 3 28 DC200 Turn off DC_2 Page 3 29 DC201 Turn on DO_2 Page 3 29 DC211 Turn on DO_2 for preset time Page 3 29 DI00 Download ID message Page 3 39 LAPO1 Set anti passback enable Page 3 7 LBCO1 Load bell schedules Page 3 21 LBEO1 Erase all bell schedules Page 3 24 LDAO1 Enable or disable digital inputs Page 3 7 LEBO1 Set badge mask and validation Page 3 18 LECO1 Load employee records Page 3 16 LEDO Erase a simple employee Page 3 17 LEEO1 Erase employee file Page 3 16 Accu Time Series 7000 Access Control Unit User s Guide 3 3 Table 3 2 Command Index Continued Command LHO101 LPBOL LPB03 LPB04 LPBOS LSAOL LSBO1 Description Load holiday schedules Page 3 22 Set beeper enable Page 3 7 Set relay activation time in milliseconds Page 3 8 Set relay activation time in seconds Page 3 8 Set digital IN timeout Page 3 9 Set master badge number Page 3 9 Set schedule start date Page 3 20 Load schedules Page 3 21 Delete individual schedule Page 3 22 Erase all schedules Page 3 20 Lock ACU Page 3 10 Unlock ACU Page 3 10 Employee transaction message Page 3 40 Reset Page 3 11 Reset Page 3 11
44. block that is just behind the line of screw heads and pull straight forward away from the PC board The front portion of the block containing the screw terminals should unplug form the rear portion After you unplug a terminal block be sure the terminal screws are unscrewed all the way Strip approximately 5 16 8mm of insulation from the ends of the wires that go to the device to be connected to that set of terminals Push the ends of the wires from the device into the rectangular openings in the front of the block below the screws as far as the wires will go Then tighten the screws Be sure you screw down on the wire not on the insulation Also be sure you don t mix up left and right by inverting the block When the wires are in place align the front portion of the terminal block with the mating socket on the PC board and snap the block back together by squeezing the halves between your fingers Figure 2 3 Wiring a Terminal Block Tighten screw to secure wire Strip 5 16 Accu Time Series 7000 Access Control Unit User s Guide 2 6 Wiring the Refer to Standard Reader Connections on page B 4 for tables of pinouts used for Readers readers supported by the Series 7000 ACU Find the types of readers you have and connect their wiring to the reader terminal blocks in the ACU Table 2 2 identifies the ACU reader keyboard pin numbers and summarizes the connections required The current version of the Series 7000 ACU expec
45. cted to ground and DI pulled high connected to Vcc If either of those connections is broken the digital input will signal alarm state For the installation shown in Figure 2 1 connect a normally open magnetic switch between DI and ground of DI_1 Put a jumper between DI and Vcc Or you could put the magnetic switch between DI and Vcc and the jumper between DI and ground The effect is the same Connect the wire s shield if any to the shield terminal Digital IN 1 DI_1 Vcc DI DI Gnd Shd S J SS J S J SS S Magnetic Door Sensor When contact is broken DI_1 enters alarm state and can trigger DO_2 to sound alarm In the installation being described DI 2 is not used Place jumpers between DI and ground and between DI and Vcc of DI 2 to disable it Digital IN 2 DI_2 Vcc DI DI Gnd Shd 9S 9 ala DI 2 not used DI and DI connected to power and ground to prevent ACU from entering alarm state Accu Time Series 7000 Access Control Unit User s Guide 2 8 Wiring the Digital The digital outputs each have five terminals ground normally open normally Outputs DO_1 closed common and 12V Table 2 4 identifies the pin numbers for the digital and DO 2 Z outputs Figure 2 4 clarifies the relationship of the digital output connections Table 2 4 ACU DO Connections Pin Number Descri
46. d xxxxxxxxxxxx This is the 12 character badge mask A specific character in each position means the badge MUST have that character in that position in any position means don t care allow any character in that position DC2 CTRL R 1810 1216 means there must be an alphabetic character in that position DC3 CTRL S 1910 1316 means there must be a numeric character in that position nnn Schedule number to test badge against if valid 000 Do not test Discussion This command sets three operating characteristics of the ACU If the badge swiped will be validated against the employee file or not If the badge is not to be tested against the employee file will it be tested against the mask A mask is a string of characters the same length as the badge number with each position of the mask allowing for screening of the badge on a byte by byte basis In other words each character position Accu Time Series 7000 Access Control Unit User s Guide 3 18 of the badge will be tested to see if its valid such as is it a number is it a character is it either a number or a character or test to see if it is a specific character If the badge is to be tested against the employee file is it negative or positive validation Positive validation will allow the badge if it is present in the employee file Negative validation will allow the badge if is NOT present in the employee file Example LEB01110000000000 000a
47. dge check etc Validation Employee badge validation and schedule validation DI DO Full support for dual DI and DO operation Comm Management Auto revert to offline mode if network fails Maximum Employees Up to 2 500 depending on memory option Employee Schedules Up to 300 schedules each with 8 definable time zones Date Settings Automatic daylight time savings update In the event of a power fail No backup battery installed The real time clock settings are preserved by the dedicated 3V button battery The ACU will not function but all transaction and configuration data will be maintained in the EEPROM Backup battery installed The ACU continues to function If connected the power fail input causes a status message sent to the host computer Not currently supported Accu Time Series 7000 Access Control Unit User s Guide 1 4 Connectors Refer to Figure 1 1 and Figure 1 2 for the locations of connectors switches LEDS jumpers and LEDs 9 Jumpers and Switches Figure 1 1 Series 7000 Network Connectors and Status LEDs 1 2 3 Ss a 1 REWS ASAS Rs232 Network Comms O Alive O TX O RX O DI1 lt _ 4 O DI2 O 5v O 12v 5 1 RS485 In for multi dropping ACUs 2 RS485 Out for multi dropping ACUs 3 RS232 for direct PC serial line connection 4 Status LEDs See Table 1 1 5 Earth ground standoff on bottom of enclosure gt
48. e Handling LBEO1 LBCO01 This section describes commands used to set up and maintain bell schedule files Erase All Bell Schedules Syntax LBEOIrs Arguments None Discussion The LBEO1 command erases all bell schedules loaded in the ACU Example LBEO1a Erases all bell schedules Load Bell Schedules Syntax LBCO01dmmmm00rs LBCO01dmmmm00mmmm00 rs Arguments d Day of week to assign schedule to 0 Sunday 1 Monday 2 Tuesday 3 Wednesday 4 Thursday 5 Friday 6 Saturday mmmm Minutes past midnight to activate the DO 00 Two digit zero fill Use the LPB03 command to specify the amount of time to activate the DO Discussion The bell schedule command gives you a way to activate the DO_2 output port at a specified time during the day The load bell schedule command loads for a particular day that days schedule Accu Time Series 7000 Access Control Unit User s Guide 3 24 You can define up to 32 bells per day To load more than one bell schedule per day specify the starting times each with a two digit zero fill one after the other in the command line string If one or more of the arguments is invalid the command is ignored Example LBC010087000090000 a Assigns to Sunday 0 a bell schedule of 2 30pm 870 minutes after midnight and 3 00pm 900 minutes after midnight Accu Time Series 7000 Access Control Unit User s Guide 3 25 Interactive The commands in this section can be s
49. e between January and May will advance the clock one hour Example T20030330a Sets date of change to daylight savings time to March 30 2003 Accu Time Series 7000 Access Control Unit User s Guide 3 15 Employee File Handling Commands LEE01 LECO1 The employee file is used to validate a badge stored in the ACU When an employee swipes a badge the ACU will look to see if the badge is present in the employee file If the badge is found the ACU will then check to be sure that the badge can be used at that time check it against the employee s schedule If the schedule confirms that access by that badge is valid at that time the ACU will grant access One other item in the employee file is the supervisor level The supervisor level is used to define whether or not that employee is a supervisor This item is here for future use NEED FORMAT OF SERIES 7000 EMPLOYEE FILE Erase Employee File Syntax LEEO1rs Arguments None Discussion Issuing this command erases the complete employee file stored in the ACU Use the LEDO1 command to erase a single employee record Example LEEO1a Load Employee Records Syntax LEC01aaaaaaaaaaaabbbe Arguments aaaaaaaaaaaa Employee badge number 12 digits bbb Schedule number 3 digits c Supervisor level 1 digit Not yet implemented set to 1 Discussion Accu Time Series 7000 Access Control Unit User s Guide 3 16 LEDO01 This command adds empl
50. emory the ACU can store the last 8000 events If the ACU is permanently polled the host PC will receive the last swipe If the ACU is not polled for any reason The ACU will remember the last polled data When the ACU is polled again the host will receive the data from this last polled data one at a time at each poll up to the last good swipe Anti The validation table is stored in RAM for fast access and includes a PRESENCE Passback flag to identify that a badge has been swiped in or swiped out If enabled the anti passback feature works as follows reader outside e A good swipe in reader 0 sets the PRESENCE flag to OUT and the badge is valid If the presence flag is OUT and a good swipe occurs in reader 1 the PRESENCE flag is set to IN and the badge is valid e Ifthe presence flag is IN and a good swipe occurs in reader 1 the badge is not valid Note When the ACU resets power fail or startup all the PRESENCE flags are set to OUT Accu Time Series 7000 Access Control Unit User s Guide 1 12 Standalone Mode Using the Master badge When the ACU is installed as a stand alone ACU a master card is used to add and delete users badge IDs to from the ACU The default master ID badge number is 070261150168 If needed the ACU can initially be connected to a PC communications port and employee validation files can be downloaded according to the ATS protocol using the releva
51. ent from a host directly to any ACU on Commands BELL Turn on Good Beep Syntax BELLrs Arguments None Discussion Turns on good beep double short beep Example BELLa SO Turn on Good Beep and Green LED Syntax SOnrs Arguments n Reader number 1 or 2 Discussion a network to trigger Digital Out relays or the beeper Turns on good beep double short beep and green LED on reader n n 1 or 2 Example SO2a Turns on good beep and green LED on reader 2 SI Turn on Bad Beep and Yellow LED Syntax SInrs Arguments Accu Time Series 7000 Access Control Unit User s Guide n Reader number 1 or 2 Discussion Turns on bad beep single long beep and yellow LED on reader n n 1 or 2 Example SLa Turns on bad beep and yellow LED on reader 2 Accu Time Series 7000 Access Control Unit User s Guide 3 27 Controlling Use the commands described in this section to control the ACU s relays DO_ 1 Relays DO 1 24502 DO 2 DC 1 01 Turn on DO_1 Syntax DC10Irs Arguments None Discussion Turns on DO_1 relay until turned off by DC100 command Example DC101a DC100 Turan off DO 1 Syntax DC100rs Arguments None Discussion Turns off DO_1 relay Example DC100a DC111 Turn on DO_1 for Preset Time Syntax DC111rs Arguments Accu Time Series 7000 Access Control Unit User s Guide 3 28 None Discussio
52. ers Hails a 8 aan bes tre and sale Aaa tees bok Reena Rage ee ea ae 1 4 Connectors LEDS Jumpers and Switches 0 KK KK KK ccc KK KK KK KK KK kk 1 5 Operating Modest aha ka an staan Rade ihe ar Sau ae besa AOU e ey n yah idee eh o eh Ado dh 590 1 7 TeSt ModE n lt aa eden n utes a thle er gills os ale da de ad en WI endl 4 1 7 Standalone M 0Q 5 sols yiad Booey i a toes n Ve En ees Wied BO dd tasted ite e ne 1 8 N NN ND est wok ica sce teal Rc boas ester Cole A E EN OA ae Ge Hag Bea aoa A 1 8 On Line Mode Dual Door 1 8 A RS RN 1 8 Validation Lale A ii o 1 10 Validation Table Online Download WWW Ak kk kK KK KK KK KK KK KK KK KK KK KK KK KK YR KK 1 10 Standalone Validation Table 2 0 0 A A kk kK kK KK KK KK KK KK KK KK KK KK KK KK KK KK KK KK KK 1 10 Single Card Add Disable Enable M L A A kk KK KK KK KK KK KK KK KI KK KK KK KK KK KK KK 1 10 Schedules WD Pev A DD DR be A ed RE rde 1 11 Accu Time Series 7000 Access Control Unit User s Guide iv Door lock release operation DO_1 1 0 kk kK kK KK KK KK KK KK KK KK KK KK KK KK KK KK KK KK ene 1 11 Good Swipe and Badge Valid 0 0 kk kK KK KK KK KK KK KK KK KK KK KK KK KK KK KK 1 11 Good Swipe and Badge Not Valid LA A kk kk kk kK KK KK KK KK KK KI KK KK KK KK KK KK KK KH 1 11 Bad SIDO A E oe tae aaa anand a tokens A WA AW S 1 11 Badge Swipe and Alarm Logging kk kk kk kk kk kK KK KK KK KK KK KK KK K
53. h with you Revision Description of Changes f e Added this revision list e Updated Appendix B g e Added dual door mode e Revised to reflect PROM 200L firmware e Corrected documentation of DIP switch 1 settings for positions 6 and 7 h e Corrected pin 10 description for barcode reader connec tion Accu Time Series 7000 Access Control Unit User s Guide xiii Chapter I Introduction The Series 7000 Access Control Unit ACU provides a means of controlling the secure access of individuals through internal and external doors of a building Typical installations dedicate one ACU to each door which provides the maximum flexibility and security The Series 7000 ACU can often be mounted in the ceiling space above a particular door with the door lock readers and alarms wired to it The Series 7000 provides support for anti passback control that prevents employees passing badges to colleagues to gain multiple access through a door In addition the digital input connections can be used to automatically trigger alarms if doors are left open or are forced open without a valid badge A choice of operating modes allows the Series 7000 to be used in a number of different types of installations Stand alone mode allows badges to be added and deleted from each controller using a master badge e Off line mode provides local intelligence at the controller to determine access rights for individual badges A PC is used to collect
54. in 2b 11 N C 12 Green Orange 5 VDC 4N C not connected gt For barcode reader Pin 10 of reader 1 connector can be used for exit button input if DIP switch 2 3 is set to 1 See DIP Switches on page B 3 The cables that come with ATS 9001 xx readers may have attached modular plugs but the reader interfaces of the 7000 have only screw down connectors for separate wires If the cables that come with your readers have attached plugs cut the modular plugs off the cables strip the wires as shown in the section Connecting the Reader and DI DO Wiring on page 2 6 and route the color coded wires to the correct pins of the screw down connectors Accu Time Series 7000 Access Control Unit User s Guide B 7 Appendix C Terminal Addresses You set a Series 7000 ACU serial network address using DIP switch 2 positions 4 through 8 That address is represented in the header of each transaction message sent from an ACU to the host as the character shown in the right hand column of Table C 1 For example the character will appear in transaction messages sent from an ACU with DIP switch 2 positions 4 through 8 set to 3 011 Table C 1 Network Controller ID Addressing Table ACU Network Controller ID Transaction DIP Switch 2 Positions 4 8 Header 0 OFF 1 ON Address 1 00001 2 00010 3 00011 4 00100 5 00101 6 00110 amp 7 00111 8 01000 9
55. io 0116 Argument separator soh or O CTRL A 2810 1C 6 Field separator _ 0T CTRL 2919 1D16 Group separator lt gt CTRL 3010 LE 16 Record separator TS a OF a CURE 3110 1F16 Unit separator US y OF y CTRL _ 3210 2016 Space character L Ore a From the Terminal character set The cross references contained throughout this manual are hyperlinks which work in the same way as links on a web page When the cursor is clicked on a cross reference the display will shift to the corresponding location in the document When viewed online the document contents are listed in a frame at the left of the screen that contains hyperlinks to the following Chapters Headings Commands Index Each entry in the index is a hyperlink that will take you to the page on which the reference is located Accu Time Series 7000 Access Control Unit User s Guide xii Feedback Revisions We want to hear from you Does this manual meet your needs Is information missing or unclear Did you find errors Is there anything you particularly like Please send any comments you may have about this manual to Technical Publications Group Accu Time Systems Inc 420 Somers Road Ellington CT 06029 Or e mail your comments to sales accu time com Be sure to include the title of the manual and the revision level shown on the front cover in your reply Please include your name address and e mail in case we need to get in touc
56. issue an alarm transaction back to the host Accu Time Series 7000 Access Control Unit User s Guide 2 15 Figure 2 7 Series 7000 RS232 Serial Installation To host e Eight conductor power communication cable up to 50 wire feet Comm adapter DE 9 RJ45 A L amp D EY Rs485 RS485 Rs232 In Out e NETWORK COMMS e ACCESS CONTROL UNIT Series 7000 O Alive O TX O RX O DI1 O DI2 O 5v O 12v o 20 foot reader cable Reader Accu Time Series 7000 Access Control Unit User s Guide 2 16 10n 7000 RS485 Serial Installat les Ser Figure 2 8 J pe y yapeay zt O Z O 6 O S O z q O z q O tid O La O xu O xu O x O x O any O any O 0002 Salas 0002 Salas LINN TONLNOS SS DOV LINN TONLNOD SS DOW SWWOO MYOMLAN B SWWOS MHYOMLAN MO Uy moO ul kezsl esa s8rs sesa sspsy sevsul mz L amp E E E _ LF Y Svyry Scddq 6ad Jajdepe wwog so E YIOMION OH 1 J MOd YIOMJON ON 0 J9du nf jas ajdwexe siy J0 J gt J8AU09 GBPS 0 ZEZSY 3504 OL Template Next Page ing 7000 Mounti Series Figure 2 9 008 9 98c 8 a ejdws BununolW 0002 S 9I
57. it to 20 seconds LSAO1 Set Master Badge Number Accu Time Series 7000 Access Control Unit User s Guide 3 9 000 010 Syntax LSA0laaaaaaaaaaaars Arguments aaaaaaaaaaaa Master badge number Discussion This command sets the master badge number that is used to program the Series 7000 when used in stand alone mode The badge number should be padded to 12 digits Example LSA01000000007965a Sets master badge number to 7965 Lock ACU Syntax O00rs Arguments None Discussion Locks ACU disallows user input until unlock command O10 received Example O00a Unlock ACU Syntax O10rs Arguments None Discussion Unlocks ACU and allows user input Accu Time Series 7000 Access Control Unit User s Guide 3 10 ROO R01 S00 Example O10a Reset Syntax ROO Arguments None Discussion Clears RAM queue deletes all data and performs a power on reset The ACU s baud rate setting is not reset Example ROOa Reset Syntax ROI Arguments None Discussion Clears all stored transactions and performs a power on reset Any download file stored in the ACU is not deleted Example ROla Get Program Number Syntax S00rs Arguments None Accu Time Series 7000 Access Control Unit User s Guide 3 11 S01 S02 Discussion Returns as a BS00 message the current program number and revision Example S00a Get Number Of Badges And Schedules Syntax
58. ive the booster Strain relief tie wraps are included Network Terminal Block This is a plastic wall mounted device that provides 8 screw down terminals for spade lug input connections with a single RJ 45 output It is used to connect an ACU to the main network cable Mounting hardware is included Figure 2 7 shows a typical wiring setup for an RS232 installation Each ACU connected to the host PC requires its own comm port Figure 2 8 shows a typical wiring setup for an RS485 installation ACUs connected using RS485 wiring can be daisy chained together and use a single host PC comm port Accu Time Series 7000 Access Control Unit User s Guide 2 5 Connecting the Reader and DI DO Wiring Be sure no power is connected to the ACU The cover of the ACU is held in place by four 2 Phillips head screws Remove the screws and lift off the cover to access the interior Take appropriate electrostatic discharge ESD precautions whenever you open the enclosure and work around the PC board Although it is possible to connect the wiring for the digital inputs and outputs the readers and the power monitor in place ATS does not recommend doing so The screw down wiring terminals are all of the form shown in Figure 2 3 The terminal blocks are in two pieces that plug together The part with the screw terminals will unplug from the part that is soldered to the PC board To unplug a block place your fingernails behind the ridge in the
59. le Accu Time Series 7000 Access Control Unit User s Guide 1 8 Enable validation table testing Disable mask testing Set validation Positive Reset badge mask Disable anti passback Reset daylight saving Reset the bell schedule Set the date to January 1 2000 Set master badge default number to 070261150168 Accu Time Series 7000 Access Control Unit User s Guide 1 9 Validation Table Validation Table Online Download Standalone Validation Table Single Card Add Disable Enable The ACU keeps in memory a validation table where the badge numbers up to 12 digits each and the schedule IDs up to 100 are stored Up to 2500 badges can be stored in the validation table 2500 users The ACU keeps only the first 2500 users loaded If online mode is selected the ACU gets the validation table from a host PC using the serial port You use commands from the host such as LEEO1 LECO1 and LEDO to load records into the ACU In standalone mode the ACU s validation table is set up locally instead of being downloaded from a remote host In standalone mode it is possible to add or remove a badge from the validation table You must use a special master badge access card to put the ACU in this mode To add disable enable a badge Swipe the access card then swipe the employee badge If the employee badge is not in the validation table it will be added and enabled access allowed If the e
60. mployee badge is already in the validation table and enabled the badge will be disabled access not allowed If it is already in the validation table and disabled the badge will be enabled After swiping the a card to add or delete the badge test the card to make sure it does or does not open the door The master badge access card default is 070261150168 Notes The number of badges in the validation table is limited to 2500 and disabling a badge does not delete it from the validation table All employees added in this way have an open schedule Scheduling is not available Accu Time Series 7000 Access Control Unit User s Guide 1 10 Schedules Door lock release operation DO 1 Good Swipe and Badge Valid Good Swipe and Badge Not Valid Bad Swipe The ACU keeps in memory a schedule table where the schedule IDs up to 100 and the schedule zones up to 800 are stored Each schedule have 8 zones The ACU keeps only the first 100 schedules loaded You use commands such as LSEO1 and LSCO1 to download schedule information from the host to the ACU The DO_1 relay is typically connected to an electric door lock In normal use operation proceeds somewhat as follows Swipe a card to enter a badge number The ACU recognizes a good swipe when the data received from the readers is valid according to the parity and LRC card check and if the number of digits does not exceed 1
61. n Activates DO_1 relay for length of time previously set by LPB03 or LPB04 command DC201 Turn on DO_2 Syntax DC201rs Arguments None Discussion Turns on DO 2 relay until turned off by DC200 command Example DC201aA DC200 Tura off DO_2 Syntax DC200rs Arguments None Discussion Turns off DO 2 relay Example DC200a DC2 11 Turn on DO 2 for Preset Time Syntax DC211rs Arguments Accu Time Series 7000 Access Control Unit User s Guide 3 29 None Discussion Activates DO_2 relay for length of time previously set by LPB03 or LPB04 command Example DC211a Accu Time Series 7000 Access Control Unit User s Guide 3 30 Messages Received From ACU ALDI ALDI2 This section describes the different types of messages that can be sent from an ACU to its host computer Although they are included in the commands chapter they are more properly thought of as message headers Digital IN 1 Alarm Message Syntax ALDIIrsus Y YMMDDHHVIMSSrsFORCEDrs or ALDIIrsus Y YMMDDHHVIMSSrsOPENED s Arguments YY Two digit year MM Two digit month DD Two digit day HH Two digit hour 24 hour format MM Two digit minutes SS Two digit seconds FORCED This argument is sent to host if digital IN 1 DI_1 is open when digital OUT 1 DO_1 is not activated OPENED This argument is sent to host if DI _ 1 remains open for longer than the wait time set by the LPB05 command The beeper
62. nd a ial teenie tects iad 3 40 General Command Syntax Notes kk kk kk kk ccc kk kK KK kk kK KK KK kk k 3 42 A Minute Offsets B Pinouts Interfaces and Switches PUN OUts es Sina ee A RIKA ES A As RA RA iia B 1 12M Power Input dss a Ambar sachs B 1 R S232 NetWork ta salik Kaka td a a sr da e B 1 RS485 NetWork canoa aa a ia B 2 Battery Status Inputs Xana sa Al ban nal A AA Avi BROS Wla B 2 DIP Sites A ciate aera detect oa earns A A a A ee Ge ale ena Rated B 3 TIPS witli prise So int sea a e a ald h ka B 3 Accu Time Series 7000 Access Control Unit User s Guide vii DIPAS WC osa Sire wae ass wh rece a se Detect aes wD Rea AO ane Sete Io tay te OE hay kn WA B 3 Standard Reader Connections sd ya d moari B dl kad cece nent y b ees B 4 Reader 7000 101 and 102 Wiring Mag Stripe and HiTag Proximity B 4 Keoypad 7000 103 gt c 005 51 An na n WW a E aye dn tae ye n B 5 HID Clock and Data Reader Wiring kk kk kk kk KK KK KK KK KK KK KK KK KK KK KK KK KK B 6 Barcode Readers ATS Weather Resistant 9001 XX Wa kK KK KK KK KK KK KK KK KK KK B 7 C Terminal Addresses D Sample Download File Index Figures Figure 1 1 Series 7000 Network Connectors and Status LEDs 00 00 cece eee KK KK 1 5 Figure 1 2 Series 7000 Switches and Connectors KK KK KK KK KK KK KK KK KK KK KK een eee 1 6 Figure 1 3 Jumpers to Select Types of Readers 12 0 0 0 KK KK KK KK K
63. network and power Table 1 1 gives the meaning of each LED Table 1 1 Series 7000 Diagnostic LEDs LED ID Meaning LED blinking Red Alive ACU functioning properly LED2 Green ACU transmitting via RS232 or RS485 port LED3 Yellow ACU receiving via RS232 or RS485 port LED4 Red DI 1 active LEDS Red DI 2 active LED6 Yellow 5V DC OK LED7 Green 12V DC OK An on board single tone beeper used for Double short beep a good beep Single long beep a bad beep On board slide switch enables ACU test mode To enable test mode slide to right away from RJ45 connectors An on board tamper switch that operates when the case cover is removed DIP switch 1 position 2 enables the tamper switch feature Accu Time Series 7000 Access Control Unit User s Guide 1 3 Firmware Power Fail Jumpers Select types of readers One jumper per reader Place jumper on top two of three pins for magnetic or proximity reader or for a keypad on bottom two of three pins for barcode reader See Figure 1 3 See also Table B 5 DIP Switch 2 Settings on page B 3 In current version of Series 7000 ACU both readers must be of the same type Memory Loop Auto memory loop around for offline use without need to download Anti Passback Prevention of multi employee badge use Intelligent Programming Configuration of ACU through intelligent badge swipes for badge enrollment badge disable relay activation time ba
64. nload ID Syntax D10xxxxxxxxrs Arguments XXXxxxxx Eight character alphanumeric ID for the download Discussion Sets a download ID so you can later request from the ACU the ID of the last download it received For instance if there several did files each holding different groups of badges the D10 command can get the ID of the download that was last sent to an ACU Example D10DL000023a Sets the download ID to DL000023 Get Download ID Syntax D20rs Arguments None Discussion Gets the download ID from an ACU which was previously set by the last download using the D10 command The ACU responds with a DIOO message Example D20a Accu Time Series 7000 Access Control Unit User s Guide 3 6 LAPO1 Set Anti passback Enable Syntax LAPOlars Arguments a 0 disable anti passback 1 enable anti passback Discussion This feature if enabled disallows a second access by a particular badge on reader A if the unit has not yet recorded a swipe by that badge on reader B Example LAPO11a Enables anti passback mode LDA01 Set Digital Inputs Active Inactive Syntax LDAO1lars Arguments a 0 disable digital inputs 1 enable digital inputs Discussion This command enables or disables the digital inputs Setting a to 1 enables the inputs and 0 disables them Any other value is ignored Example LDAO1la Enables digital inputs LPBO1 Set Beeper Enable Syntax LBPO01nrs Arguments
65. nt commands as outlined in the command set Once this has been done the ACU can be switched into stand alone mode and employees can now swipe and use the ACU as normal You can use the master badge for setup only when the ACU is in standalone mode The master badge can be barcode magnetic stripe or proximity format depending on the type of reader that is connected If the reader being used supports tri state LEDs the LEDs will provide visual indicators of the ACU state If the master badge is swiped on reader 1 or 2 the ACU will enter intelligent badge set up mode and the readers will show an illuminated yellow LED To add a new badge ID to the ACU s validation table swipe a new card after the master card swipe If successfully added the ACU will sound a good beep and flash the reader s green LED To delete a current badge swipe the master badge followed by the existing badge you want to remove from the ACU The number for the master badge can be changed from the default number using the LSA01 command Accu Time Series 7000 Access Control Unit User s Guide 1 13 Host Communications AccuComm Test Program Dynamic Link Library Files Employee Identification There are a number of host software utilities available from ATS that are intended to be used by software developers to assist with the creation of access control application software The scope of this manual does not cover in detail the use of these utilities C
66. ob does not have to actually make contact with the reader Proximity badges key fobs are almost impossible to copy so they are quite often the preferred technology for high security access control applications Keypad A keypad is the simplest and probably the least secure of all input technologies Each keypad has a calculator key layout with 0 9 enter and clear A PIN number is entered into the keypad followed by the Enter key to complete the entry Accu Time Series 7000 Access Control Unit User s Guide 1 15 Chapter 2 Installation Figure 2 1 shows a typical Series 7000 installation scenario Figure 2 1 Typical Series 7000 Installation 12VDC RS232 RS485 to host PC Alarm DO_2 ACU Magnetic switch DI_1 Reader 1 Reader 2 on Magnetic other side of door lock door DO_1 Accu Time Series 7000 Access Control Unit User s Guide 2 1 Installation Guidelines Environmental Considerations Mounting The terminals and other data collection products manufactured by ATS are microcomputers and should be treated accordingly Exposure to extreme heat or cold airborne contaminates electrically noisy environments poor power or any other hostile parameter can reduce the device s performance and introduce data errors The following information is provided as a set of guidelines to help you understand the basic issues as
67. ol Unit User s Guide 3 8 Arguments aa Amount of time in seconds to activate relay D01 Enter 00 to disable bb Amount of time in seconds to activate relay D02 Enter 00 to disable Discussion This command sets the amount of time the DO_1 and DO_2 relays will remain activated after reading a valid badge The valid time range is from 01 to 99 seconds Specify the time in seconds from 01 to 99 The value aa sets the time in seconds the DO_1 relay will be active The value bb is used for the DO_2 relay Entering 00 disables a relay thus NOT activating it after a valid badge swipe You must specify 2 digits Note See also the LPB03 command above which lets you set the relay activation time in milliseconds to allow shorter periods of operation Example LPB040520a Activates relay D01 for 5 seconds and relay D02 for 20 seconds LPB05 Set Digital IN Timeout Syntax LPBOSaaabbbrs Arguments aaa Amount of time in seconds to wait for Digital IN 1 Enter 000 to disable bbb Amount of time in seconds to wait for Digital IN 2 Enter 000 to disable Discussion This command sets the amount of time that DI_1 and DI_2 will wait for input until the ACU enters alarm mode and sends an alarm message to the host aaa is used for DI_1 bbb is used for DI_2 Valid time range is 001 to 999 seconds Setting an argument to 000 disables timeout for that DI Example LPB05010020a Sets DI_1 wait for input to 10 seconds and DI_2 wa
68. ol Unit User s Guide B 4 Keypad 7000 103 Table B 7 Keypad 7000 103 Wiring Storm Reader 0 1 Pin Number Keypad Wire Color 1 N C 2 N C 3 N C 4 Green 5 Pink 6 Grey 7 Brown 8 N C 9 Orange 10 Purple 11 Blue 12 N C a N C not connected Accu Time Series 7000 Access Control Unit User s Guide HID Clock and The following table shows the wiring details for connecting a clock and data Data Reader interface HID Prox Point Plus reader P N 6008B to an ATS Series 7000 ACU Wiring Table B 8 HID ProxPoint Plus Clock and Data Reader Wiring Pin Number Wire Color Function 1 Shield Black Shield 2 Black Ground 3 N C 4 N C 5 Orange Green LED 6 Brown Red LED 7 N C 8 N C 9 Green Data 10 Purple Card Present 11 White Clock 12 Red 5V 2 The shield wire is usually covered with a black sheath and should not be con fused with the 0V ground wire of the same color b N C not connected Accu Time Series 7000 Access Control Unit User s Guide B 6 Barcode Readers The supplied reader cables use one of two wire color codes depending on the date ATS Weather of the cable s manufacture Table B 9 lists both color codes Resistant 9001 Table B 9 Barcode Readers 9001 XX Wiring XX Wire Color Wire Color Pin Number Code A Code B Function 1 N C 2 Yellow Blue Ground 3 N C 4 N C 5 N C 6 Black White Blue Red LED if supported 7 N C 8 N C 9 Red White Orange Data 10 Link to p
69. ontact Accu Time Systems or your local ATS representative if you would like a copy of any of these utilities ATS can provide upon request AccuComm a sample application program The program uses both the ATS DLLs and third party controls to manage communications between a PC and a Series 7000 ACU It provides the means to poll download set time date and send messages to the Series 7000 ACU Documentation describing the ATS proprietary protocol is available for software developers who need to manage the communications between a PC and a Series 7000 ACU Dynamic Link Libraries DLLs are available to run within an application to manage the protocol handling between a PC and a Series 7000 ACU Currently the following DLLs are available atspol32 dll Serial communications for Windows 95 98 2000 atstcp95 dll TCP communications for Windows 95 98 atstcp32 d11 TCP communications for Windows NT Employees are identified in a database through the use of a unique set of alpha numeric characters These characters can be presented on employee badges as bar code magnetic stripe or Proximity devices Indala Hughes Sensor or a combination of unique numbers and a biometric template The ACU supports all of these technologies The two most commonly used encoding techniques are bar code and magnetic stripe described below Bar Code Bar coded employee badges probably represent the lowest cost most easily produced and most flexible of the b
70. ough two extra conductors in the 8 conductor RS232 or RS485 cabling supplied by Accu Time Systems Inc You can supply power to these conductors through a power socket built into a DE 9 RJ45 comm adapter available from ATS Many factors such as each terminal s load the wire gauge and the length of the wiring must be considered when using this approach especially in a multi drop environment Consult ATS for guidance Through the power socket on the ACU s PC board Figure 1 2 item 8 A suitable plug in power pack similar to Figure 2 2 is available from Accu Time Systems Inc Ensure that a conventional 120VAC wall outlet 220VAC in Europe and other areas check local electrical code requirements is available to accept the power pack assembly The output cable from the power pack typically 6 feet 1 8 meters long will plug into either the power socket on the PC board Figure 1 2 item 8 or into the power socket on a DE 9 RJ45 comm adapter The cover of the ACU is held in place by four 2 Phillips head screws Remove the screws and lift off the cover to access the power socket on the PC board Figure 2 2 Typical 12V Power Pack ta Usually three things dictate what kind of cable will be used The first is the environment in which it will be used Cable runs length of pull type of noise expected fire building codes etc Second is the communications interface being used RS 232 or RS 485 and the need for local or remote power
71. oyees to the employee file stored in the ACU Each load will append to the end of the file Up to 2500 employee records can be loaded into standard ACU memory Note Ifan employee is to be moved to a different schedule you must first issue the LEDO1 delete command to remove the badge number then reload the badge with the different schedule number Example LEC01000000123456003 1a Defines an employee record with badge number 000000123456 schedule number 003 supervisor level 1 Erase a Single Employee Syntax LEDO1aaaaaaaaaaaars Arguments aaaaaaaaaaaa Badge number of employee record to erase Discussion Deletes the specified employee record from the employee file stored in the ACU Use the LEEO1 command to erase the complete employee file Space freed by this command will be reused if you subsequently use the LECO1 command to add a new employee record Example LED01000000840012a Deletes the employee record for badge 840012 Accu Time Series 7000 Access Control Unit User s Guide 3 17 Badge Masking and Validation Commands LEBO1 This section lists commands used for badge masking and validation Set Badge Mask and Validation Syntax LEBO1abedxxxxxxxxxxxxnmnrs Arguments a 0 No validation of the badge to the employee file 1 Do validate the badge b 0 No mask testing 1 Check the badge against the mask c 0 Positive validation standard 1 Negative file validation d 0 Not use
72. ption 1 12v 2 Common 3 Normally Closed 4 Normally Open 5 Ground Figure 2 4 Digital Output Relay Connections _ Normally Closed NC Common Normally Open NO Wiring the Door In the installation shown in Figure 2 1 DO_1 is connected to an electric door lock Lock The figure below shows one way to make the connection Relay 1 DO_1 Gnd NO NC Com 12V Sojo ala MagneticLock 12VDC magnetic lock Connection normally closed powered to maintain locked state In that wiring example the power for the door lock is being taken from the 12V terminal on DO_1 Figure 2 5 shows an alternative method of powering the door lock from an external source for a voltage other than 12 VDC or if the lock requires more power than can be supplied by the 12V relay connection Accu Time Series 7000 Access Control Unit User s Guide 2 9 Wiring an Alarm Operation Wiring the Tamper Switch In Figure 2 1 the DO_2 relay is used for alarm output Connect the DO _2 relay to a suitable alarm mechanism as shown below Relay 2 DO_2 Gnd NO NC Com 12V Q J SJ SJ Q Q Alarm 12VDC alarm Connection normally open When DO_2 is activated the normally open contact will close sounding the alarm Figure 2 5 shows an alternative method of powering an alarm from an external source for a voltage other
73. rk Controller ID Addressing Table WA A kk KK KK KK KK KK KK KK KK KK KK KK KIR C 1 Accu Time Series 7000 Access Control Unit User s Guide ix Preface Purp ose This manual describes the Accu Time Series 7000 Access Control Unit ACU from Accu Time Systems Inc It tells you how to install configure and use the Series 7000 ACU Intended You should read this manual if you plan to use the Accu Time Series 7000 Access Audience Control Unit Structure This manual has been divided into sections covering installation guidelines terminal architecture configuration commands host communications and troubleshooting A comprehensive index at the end of the manual provides a means of locating references to specific topics or commands Accu Time Series 7000 Access Control Unit User s Guide x Document The table below explains the conventions used to present information in this manual Conventions Convention Description Subscripts BOLD CAPITALS nnnn XXXX Blue underline Fixed width font italics Subscripts indicate the base of a number For example 2819 is 28 base 10 and 3F 16 is 3F base 16 Bold capitals represent keys on a terminal keypad such as the ENTER key nnnn represents a numeric string of digits xxxx represents a string of alphanumeric characters Cross references in the manual are shown as blue underlined text If you read this manual online these cross references act as hype
74. rlinks which work in the same way as links on a web page If you click the cursor on a cross reference the display will shift to the corresponding location in the document When viewed online the document contents are listed in a frame at the left of the screen that contains hyperlinks to chapters headings figures and tables Each entry in the index is also a hyperlink that will take you to the page on which the reference is located Filenames directory entries and script or log file text A variable or argument for which you supply a value Accu Time Series 7000 Access Control Unit User s Guide xi Character Representations Using The Manual Electronically The syntax of commands includes some non printing control characters character codes 000 to 031 9 000 to 1F g plus the space character These non printing characters and the space character are represented in this manual in various ways as shown in the table below In many text editors you can generate a control character by holding down the CTRL key and pressing the appropriate printing key For example you can generate a record separator 30 9 1E 6 by holding down the CTRL key and pressing the caret key SHIFT 6 This key sequence is represented as CTRL Other text editors let you enter control characters by pressing the ALT key then entering the three digit decimal value Table 1 Non Printing Character Representations Value Use Symbol CTRL Ol
75. s This appendix describes the connector pinouts interfaces and switches of the Series 7000 access control unit ACU Pinouts 12V Power Input Connector type 2 5mm socket Pinout Negative outside positive inside RS232 Network Connector type RJ45 socket 8 contact Table B 1 RS232 Pinout Pin Number Description Earth ground Receive data Transmit data N C N C Ground Link to pin 7 on RS485 network plug Ground o un Dn BW Nel 4 Pinouts are referenced to the terminal Accu Time Series 7000 Access Control Unit User s Guide B 1 RS485 Network Connector type 2 RJ45 sockets 8 contact Table B 2 RS485 Pinout Pin Number o uy HD an BW NY Ke Description Earth ground Network data in Network data out Network data out Network data in Ground Link to pin 7 on RS232 network plug Ground 4 Pinouts are referenced to the terminal Battery Status Inputs use Connector type 3 5mm pitch screw terminal plug 4 contact Note For future Table B 3 Battery Status Pinout Pin Number BW N ha Description Ground Battery on power failure signal from UPS Battery low signal from UPS Chassis Accu Time Series 7000 Access Control Unit User s Guide B 2 DIP Switches DIP Switch 1 DIP Switch 2 Table B 4 DIP Switch 1 Settings Number On 1 Test Switch Disable Tamper Switch Disable Factory Default Unit Reset RS232 Mode Reserved set OFF
76. s 3 22 Load schedules 3 21 LPB01 command 3 7 LPB03 command 3 8 LPB04 command 3 8 LPB05 command 3 9 LSAO1 command 3 9 LSBO1 command 3 20 LSCO1 command 3 21 LSDO1 command 3 22 LSEO1 command 3 20 M Magnetic stripe reader 1 15 Master badge default 1 10 1 13 using 1 13 Master badge number setting 3 9 Messages employee transaction 3 40 Modes online 1 8 online dual door 1 8 standalone 1 8 1 13 test 1 7 N Network booster 2 5 Network junction box 2 4 Network junction box junior 2 5 Network terminal block 2 5 O 000 command 3 10 O10 command 3 10 Online mode 1 8 dual door 1 8 Operating modes 1 7 P P command employee transaction mes sages 3 40 Passback 1 12 Passback anti passback enable 3 7 Port splitter 2 4 Power 2 3 Power fail 1 4 Power input connector 12V B 1 Proximity reader 1 15 R ROO command 3 11 R01 command 3 11 Accu Time Series 7000 Access Control Unit User s Guide Index 3 RAM queue clearing 3 11 RAM queue resetting 3 11 Reader 7000 101 amp 102 wiring B 4 Reader keypad connections B 4 Readers bar code 1 14 magnetic stripe 1 15 proximity 1 15 wiring 2 7 Record separator xii Relay activation time setting 3 8 Relays controlling 3 28 Reset 1 8 RS232 network B 1 RS 232 to RS 485 converter 2 4 RS485 network B 2 RS485 port configuration 3 5 S S00 command 3 11 S01 command 3 12 S02 command 3 12 S03 command 3 13 S04 command 3 13 Schedules 1 11
77. sociated with the installation of an access control system When choosing a site for installing the ACU consideration should be given to the environment the cable distance from the host computer and where the power source will be located The ACUs have been designed to be durable industrial grade units that can endure harsh environments but they are not designed to be mounted outside exposed to the weather nor can they be washed down Select an interior location that is close to the door or other feature to be controlled such as in the ceiling space above the door ensuring that there is sufficient space around the unit to provide access for connecting the power supply and routing the cables Take into consideration the likely temperature conditions of the chosen location to ensure that the temperature will not exceed the operating limits of the ACU Temperature 0 to 43 degrees C 32 to 110 degrees F Humidity less than 95 non condensing The ACU s should be located in areas that permit ease of employee access while remaining as close to the controlling computer as possible This reduces the chances of noise coupling into the data lines and may let you run a single ACU using a simple RS 232 interface under 50 feet or 15meters Should longer distances be required an RS485 interface will support connections of up to 5000 feet 1500 meters or up to 10 000 feet 3000 meters with an ATS network booster At longer distances issues of
78. transaction data and download updated validation tables at set intervals On line mode maintains all of the intelligence at the PC with validation of badges being made in real time Accu Time Series 7000 Access Control Unit User s Guide 1 1 Technical Summary This section summarizes the features of the Series 7000 ACU DI DO Readers COMM Microprocessor Memory Two digital inputs DI_1 and DI_2 Dual DI 2 x 5 terminal screw down connectors 5V Vcc DI DIL ground shield Detects closure of contacts between sense inputs Two digital form C relay outputs DO_1 and DO_2 selectable normally open NO or normally closed NC Dual DO 2 x 5 terminal screw down connectors 12V common normally closed normally open ground Relay outputs can switch 4 30 volts DC 7 amps Connections for two readers both of which must be the same type Unique ID for each reader Support for barcode magnetic Track 2 clock and data proximity and keypad Circuitry for reader LEDs 3 individual and tri state Barcode Infrared or visible red reader Weatherproof or non weatherproof versions Magnetic Stripe ABA Track II Weatherproof or non weatherproof versions Proximity Weatherproof or non weatherproof versions using clock and data protocol Keypad Vandal proof external keypad for PIN entry Available with integrated magnetic stripe reader for added security RS232 and RS485 interfaces Single
79. ts both readers to be of the same type Table 2 2 ACU Reader Keypad 0 and 1 Connections Pin Number Function Mag Prox Barcode Keypad 1 Shield Shield Shield Shield 2 Ground Ground 0V Ground 0V Ground 0V OV Link to pin 10 9V 9V Not Connected 9V 4 Not Con Not Connected Not Connected A Row 1 nected 5 Green LED Green LED Not Connected B Row2 6 Red LED Red LED Not Connected C Row3 Yellow Yellow LED Not Connected D Row 4 LED 8 Not Con Not Connected Not Connected Not Connected nected 9 Data Data Data 2 Col 2 Open Col lector 10 Media Card Present Link to pin 2 3 Col 3 Detect 11 Clock Clock Not Connected 1 Col 1 Open Col lector 12 5V 5V 5V 5V Pin 10 of reader 1 is the exit button input This is an active low input b Ifthe anti passback feature will be used then reader 0 should be connected to the IN side of the door and reader to the outside c The LEDs should be pulled to Ground to light LED 20ma max d Pin 10 Media Detect goes low 0V during data transmission Accu Time Series 7000 Access Control Unit User s Guide 2 7 Wiring the Digital The digital inputs each have five terminals DI DI Vcc 5V shield and Inputs DI_1 and ground Table 2 3 identifies the pin numbers for the digital inputs DI 2 Table 2 3 ACU DI Connections Pin Number Description 1 Shield 2 Ground 3 DI 4 DI 5 Vcc 5v In an inactive state DI should be pulled low conne
80. ular installation If this equipment does cause harmful interference to radio or television reception which can be determined by turning the equipment off and on the user is encouraged to try to correct the interference by one or more of the following measures e Reorient or relocate the receiving antenna e Increase the distance between the time clock and the receiver e Connect the equipment into an outlet on a circuit different from that which the receiver is connected FCC Warning To assure continued FCC emission limit compliance the user must use only the recommended shielded interfacing cable when connecting to a host computer Also any unauthorized changes or modifications to this equipment would void the user authority to operate this device Table of Contents Preface ln SAND rrr tara deat ater wks X Intended Audience ini irets A ld ea Woe ih AA Bd ek is la x SUCUT A JN EENN E JJJMMM X Document Conventions oii 5 Dna E A A Se ee AA Wed a xi Character Representations ass minan ku oea ke ERa eee en a EE xii Using The Manual Electronically 00 0 kk KK KK KK KK KK KK KK KK KK KK KK KK KK KK KK KK KK xii Feedbacks aia A AAA AAA TA ASE xiii 1 Introduction Technical SUMMA cisi reai hice wa Pe wee eee wae ii ow Sen E E et 1 2 Switches Jumpers sence deh wl odes ee le dale Al t l v lr sede alos ued Aa a 1 3 FATT W AT G ano mesg Da Sects Fad elas Badal hoc Belden hess thd ese se MAB Sade DORMS BESS 1 4 Pow
81. voltage other than 12VDC or for special power requirements Digital IN 1 DI_1 Vcc DI DI Gnd Shd QS J S J SJ GS O Magnetic Door Sensor When contact is broken DI_1 enters alarm state and can trigger DO_2 to sound alarm Digital IN 2 DI_2 Vcc DI DI Gnd Shd S eolo al a DI_2 not used DI and DI connected to power and ground to prevent ACU from entering alarm state Accu Time Series 7000 Access Control Unit User s Guide 2 14 Figure 2 6 Dual Door Mode Wiring Example Relay 1 DO_1 Gnd NO NC Com 12V Q J SS J SJ S J O Magnetic Lock 12VDC magnetic lock Connection normally closed powered to maintain locked state Digital IN 1 DI_1 Vcc DI DI Gnd Shd S IS O Q S Magnetic Door Sensor When contact is broken unit will issue an alarm transaction back to the host Relay 2 DO_2 Gnd NO NC Com 12V S SS SUS Magnetic Lock 12VDC magnetic lock Connection normally closed powered to maintain locked state Digital IN 2 DI_2 Vcc DI DI Gnd Shd S J S SS J amp S Magnetic Door Sensor When contact is broken unit will
82. watee eid awn be ons dlke kel K Kl ke A ee Wa ad eaelten 2 8 Table 2 4 ACU DO Connections sss ks ooo 2 9 Table 2 5 Decimal Binary Unit Number Equivalents 20 0 0 KK KK KK KK KK KK KK KK KK 2 13 Table 3 1 Character Equivalents to Enter Hexadecimal Values LV KK KK KK KK KK KK KK KK KK KK 3 2 Table 3 2 Command Indek s i 554 x 4 20 GA W he GA Wl nal dad A Sed Zl Wa WA 3 3 Table A 1 Schedule Minutes Offset WAA kk kk kK kk KK KK KK KK KK KK KK KK KK KK KK KK KK KK KK KK KK A 2 Accu Time Series 7000 Access Control Unit User s Guide viii Table B 1 Table B 2 Table B 3 Table B 4 Table B 5 Table B 6 Table B 7 Table B 8 Table B 9 Table C 1 RS232 PINOUT ii Bont he dete espana capes vanes sac Ria ay ae Ree es Hk V E aE E AE B 1 RS485 PINOUES coed n aza a She ace ae B 2 Battery Status Pinout 20 kk kk KK KK KK KK KK KK KK KK KK KK KK KK KK KK KK KK KK KK KK KK k B 2 DIP Switch l Settings ws css iota kn lk bena e Ker kak E ada A AD img et B 3 DIPSWIteh 2xS t 1ng35 45 5 442 5545 y td DER Deke Eee B 3 Reader 7000 101 and 7000 102 Wiring kk kK KK KK KK KK KK KK KK KK KK KK KK KK KK B 4 Keypad 7000 103 Wiring Storm 0 0 kk kk kk KK KK KK KK KK KK KK KK KK KK KK KK kk B 5 HID ProxPoint Plus Clock and Data Reader Wiring 0 0 0 0 0 ce cece eee B 6 Barcode Readers 9001 XX Wiring 2 0 kk kk kK KK KK KK KK KK KK KK KK KK KK KK KK KK ke B 7 Netwo

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