Interfaces & / Peripherals / Manual /7
Contents
1. 1 On ECR B perform the sequence below Check that Pc in is displayed lt SP gt 1002 X2 ENTER or select 1002 COMM LOAD from the list X2 ENTER 1 2 On ECR A perform the sequence below Pc out is displayed during the communication lt SP gt 1001 X2 ENTER or select 1001 COMM DUMP from the list X2 ENTER 20 VI JOURNAL DATA TRANSFER The journal data is transmitted to a peripheral device through either one of channel B D or E Refer to VII Cable Connection page 26 PREPARATION Set the following flags on ECR and the peripheral device to match ECR s communication condition below SF 90 1 0 bit 4 6 11 6 WW 9 SF 92 MIKI With journal data transfer SF 93 SF 90 ch B SF 92 ch D SF 93 ch E sr 94 __ a Character structure Odd parity Even parity S ch B be Character structure 8 bit data 7 bit data fe Character structure Parity permitted prohibited SF 98 Jd Character structure 2 stop bits g h 000 38400 bps 001 19200 bps 010 9600 bps 011 4800 bps 100 2400 bps 101 1200 bps 110 600 bps SF 105 a Journal data transfer compulsory SF 90 92 93 d 1 DATA FORMAT journal data CIL 24 digits RIF TRANSMITTED CHARACTER l PTj ofi EN NN OJ NN E NA E E EN NS a NN a OS E __ NS E NE w EN ANKI E NN RJ ES AS ES A Double width characters 7F are con2. 15 Ae Di i IM UD a I UN DL TETA TTTTTETTTTTTRETTTTTTTTTITTTEI 16 IV PC COMMUNICA TION uua kake GLEA KKS IRAN EN VS KE KIEA DK E EKKON K VEO 17 1s BATCH COMMUNICA ON sss eoo po A VEO DO KKK UAV Sane 17 2 PROGRAM LOADER PLM 2000 s sss sss a aks ka oo kaau kakas uas kaaas koe okono bude 17 3 ESF DATA TRANSFER Electronic Store amp Forward ssssscccessscccsssscccesesscccevssso 18 V ECR TO ECR RAM DATA TRANSFER escesesccsssscessscesescosesccsessccssscevescesessccvs 20 Vi JOURNAL DATA TRANSFER szzass ss e KK KVAL 21 MIC DLE CONNECTION su KK AL oo KB ako 22 I CHANNEL A IRC CINE sss ons oko G ked esas NEE EA EREE eke kes eklo d dad kab seal 22 2 CHANNELS BD D amp E sasa KNA Va 24 1 ECR ch B to Thermal Slip Printer TM T8S8III eeseeseeeeeeeeeeeeeeeeeeekkkknnnnnnnnna 24 A Oi aSo DJ O Scale TTTTTTTTTTTTTTTTTTTTTTTTTTTTT F 24 3 ECR ch Bc DEVO PC ssp ao e la a o a la o ko 24 4 EGR ch B ch D E to Handy Scanner sa aa KA E Va 25 5 ECR ch B ch D E to0 Flat Bed Scanner sse aed E E T 25 6 ECR ch B ch D E to Peripheral for Journal Data Transfer eesseseeeeeeeeeeo 26 7 ECR ch B to ECR ch B for RAM Data Transfer ssss cesssccssssecsssssecessss 26 o BOR Champ to EFI etiliMalss sa so SE kO oj vd KO Sd 27 I INTERFACE INFORMATION The following interfaces are provided
3. Connect ground to D sub shell 2 RD 9 way male 9 way female D sub connector D sub connector Cable connection between NA 710 730 and thermal printer s CBM 1000 To NA 710 CH 1 To CBM 1000 To NA 730 CH 1 3 RS232C P GND P GND VK mo IVA A Ta AD emr redee I J totor 6 5V s DeD 9 DIR 9 way male 25 way male D sub connector D sub connector 23 2 CHANNELS B D amp E 1 ECR ch B to Thermal Slip Printer TM T88III To ECR To TM T88lll 8 DCD 9 way male 25 way male D sub connector D sub connector 2 ECR ch B ch D E to Scale To ECR To Scale ch B ch D E 9 way male 25 way male D sub connector D sub connector 3 ECR ch B ch D E to PC To ECR To PC P GND 9 way male 9 way female D sub connector D sub connector 24 4 ECR ch B ch D E to Handy Scanner Handy Scanner ECR Connector SCANNER 9 way female 9 way male D sub connector D sub connector max 200 mA 5 ECR ch B ch D E to Flat Bed Scanner To ECR To Flat Bed Scanner 9 way male 9 way female D sub connector D sub connector 25 6 ECR ch B ch D E to Peripheral for Journal Data Transfer To ECR To Peripheral 9 way male 9 way female D sub connector D sub connector 7 ECR ch B to ECR ch B for RAM Data Transfer To ECR To ECR 9 way male 9 way male D sub connector max 20 m D sub connector 26 8 ECR ch B to EFT Terminal To ECR
4. Euro amount SF 54 e 1 SF 64 f 0 Current Charge Net Subtotal Tray Subtotal ee Transaction Void 606C media number local amount Euro amount SF 54 e 1 P O Total R A Total Amount Discount Amount Plus 60A0 on Subtotal 60A8 Adjustment 1 60A9 Adjustment 2 subtotal amount adjustment rate amount TAX amount SF 54 e 1 tax number amount SF 54 e 1 OTHERS media number amount TOTAL 60F4 clerk code job code time in date time 60F5 clerk code job code time out date time 60FF ESF Status Data number of used records total records Ell Z1 Report Count E12 Z2 Report Count count E13 X Report Count E21 Consecutive Note Media Number 10 25 corresponds to A P 19 V ECR TO ECR RAM DATA TRANSFER ECR to ECR RAM data transfer is done by using channel B This transfer will send the programming data and sales data If only the programming data 1s required reset the sales data by issuing all Z reports then follow the sequence below PREPARATION 1 Set the baud rate by the system function flags for both ECRs Other communication setting have been fixed SF 89 1 0 bit 1 11 Wo WW d Baud rate for ECR to ECR RAM data transfer ch B d e el 00 38400 bps 01 19200 bps 10 11 9600 bps 2 Connect the ECR to another ECR using channel B Refer to VII Cable Connection page 26 RAM DATA TRANSFER From ECR A to ECR B
5. To Celectronic 9 way male 9 way male D sub connector D sub connector To ECR To G amp D Krone EFT Terminal 9 way male 9 way male D sub connector D sub connector To ECR To C ZAM EFT terminal 9 way male RJ 45 modular D sub connector connector 27
6. and the kitchen printer name by the character programming PGM 152 These names are printed on the kitchen printer every time like ECR name gt KP name c When the kitchen printer is used as a bill printer select the following flags SF 83 h 1 with slip printer SF 86 a b 0 1 printer selection for bill TP 822 832 SF 87 a b select one of the kitchen printers If required the upper logo and lower logo can be printed on the bill SF 83 d upper logo printed on slip SF 85 a d number of blank lines between the upper logo and the items SF 86 d lower logo printed on slip SF 86 e h number of blank lines between the lower logo and the last item TERMINAL PRINTER SETTINGS Refer to TERMINAL PRINTER PROGRAMMER S MANUAL 2 TP 620 Slip Printer connected to ch A form stopper release switch ag A Cancels the form stopper two digit LED RELEASE switch Releases paper or starts stops test printing PRINT switch Feeds paper if buffer is empty or prints data which is in buffer FUNCTION switch power switch Back feeds paper ECR SETTINGS a Select following SF 83 h 1 with slip printer SF 89 a baud rate for IRC line 1 38400 bps 0 19200 bps The character structure for IRC line has already been fixed on ECR 1 start bit 8 data bits 2 stop bits even parity PGM 179 Slip printer ID should match DIP SW 2 setting of TP 620 b See SF 82 86 for other selections slip validation with logo bi
7. the EFT terminal first then turn on the ECR Log In from the ECR will be done smoothly ECR SETTINGS a Check the EFT terminal s password and perform the EFT Terminal Password program SP 191 lt SP gt 191 X2 ENTER or select from the list password always 6 digits X2 ENTER b Set the following media and system function flags SP 110 Media Function Flag 0000 local currency 0010 local cheque 0001 local EFT 0100 Euro currency 0110 Euro cheque 0101 Euro EFT 1000 Foreign currency exchanged directly 1001 Foreign currency exchanged via Euro 001 G amp D Celectronic 010 Krone 011 C ZAM others EFT terminal not used Set SF 94 channel B communication setting to SF 94 0101 0010 8 bits non parity 2 stops 9600 bps for G amp D Celectronic SF 94 0100 0010 8 bits non parity 1 stop 9600 bps for Krone C ZAM terminal EFT TERMINAL SETTINGS Refer to the manual of the EFT terminals 16 IV PC COMMUNICATION The following functions can be done with a PC through either one of channel B D or E Refer to VII Cable Connection page 24 1 BATCH COMMUNICATION Set terminal address PGM 172 to communicate with ECR Refer to the programming manual for the sequence For details about PC batch communication refer to PROTOCOL MANUAL UCP 101 and a separate appendix REMOTE MEMORY CHANGE By remote memory change the PC can modify the memory contents of the ECR This func
8. 32C Standard Interface Channel A RS485 IZ UJ SS Thermal slip printer TM T88lll Channel B RS232C LY 62100 LX IF7 1 K UNIT option Channel D RS232C ILJ PC batch communication Channel E RS232C itm E PLM 2000 ECR to ECR RAM data transfer E SZ Handy scanner or Flat bed scanner or Journal data transfer monitor printer etc Same as channel B except Thermal slip printer TM T88lll ECR to ECR RAM data transfer EFT terminal Pin Assignment amp Character Structures RS485 RJ 45 modular type connector Baud rate 19200 bps or 38400 bps SF 89 a Character structure start bit 1 bit Po 4 ING fixed data bit 8 bits LINO E em a zl stop bit 2 bits 6 CTL Comm line control parity even I LINE I IJ pNP RS232C 9 pin D sub female connector 1 PB GND Protection ground Block size 1024 characters for PC batch communication Baud rate 600 38400 bps SF 94 f h 9600 38400 bps SF 89 d e for ECR to OUT 5V Power supply for handy ECR RAM data transfer scanner max 200 mA 7 GND Signal ground Character structure start bit 1 bit 8 IN DCD Datacarrierdetect data bit 7 bits or 8 bits SF 94 b 9 OUT DTR Data terminal ready stop bit 1 bit or 2 bits SF 94 d parity odd even or null SF 94 a c Optional interface board LX IF7 1 K UNIT Channels D and E channel C is not used CHANNEL D CHANNEL E Same specificatio
9. CHECK the following message is displayed Master Slave BUSY IRC COMM ACCEPT ENT CANCEL CL p ECR 01 The master ECR will check ECR sequential number up to 8 even when there are fewer ECRs than 8 ECRs on the IRC line After IRC status check is completed all ECR s connected can communicate via IRC line and the IRC system configuration table is printed as follows S Sssoo Od lO IL OR ECR sequential machine IRC status 02 102 OK 03 103 OK 7101 000006 If there is a communication error NG will be printed instead of OK Retry SP X 8800 operation For the Program data transfer from master to slaves IRC report and IRC messages please refer to programming manual II PERIPHERALS 1 TERMINAL PRINTERS Refer to VII Cable Connection page 22 Following printers are available TP 822 832 kitchen printer dot thermal CBM 1000 kitchen printer thermal channel A via NA 710 730 TP 620 TM T88II slip printer thermal 1 TP 822 832 Kitchen Printer connected to ch A paper outlet power LED a Program the following SF 107 e h kitchen printer to be used SF 108 109 back up kitchen printer SF 89 a baud rate for IRC line 1 38400 bps 0 19200 bps The character structure for IRC line has already been fixed on ECR 1 start bit 8 data bits 2 stop bits even parity PF 4 e h PLU data to be transmitted to which kitchen printer b Program the ECR name
10. IRC up to 8 units including an ECR master or PC as IRC master Tensai2000 via NA 720 4 kitchen printer one of kitchen printer can be used as a slip printer TP 822 Citizen DP 416 impact dot matrix printer with auto cutter TP 832 Citizen LT 1320 thermal printer with auto cutter A RS485 CBM 1000 thermal printer with auto cutter connected via NA 710 730 4 slip printers Standard TP 620 Epson M290 impact dot matrix printer laterface Network Adapters NA 710 730 for 1 or 3 thermal kitchen printer s NA 720 for PC as IRC master or for Modem to PC PC batch communication Programming Loader Module PLM 2000 Scanner Scale RS232C Thermal slip printer TM T88III ECR to ECR RAM data transfer Journal data transfer EFT terminal 62100 RS232C Same as channel B LX IF7 1 uv E except Thermal slip printer TM T88III ECR to ECR RAM data transfer and EFT E RS232C l option terminal Channel C is not used CH D E option RS232C 9 pin D sub x 2 CH B RS232C CH A RS485 9 pin D sub RJ 45 modular type System Configuration Maximum 8 units can be connected via IRC line including the master max 4 kitchen printers and max 4 slip printers However an ECR can use one slip printer PC as IRC master Tensai2000 RS232C Slip printer max 4 TP 620 Se Kitchen printer max 4 e TP 822 832 Thermal kitchen printer max 1 CBM 1000 Thermal kitchen printer max 3 __ S CBM 1000 RS2
11. NGS SP 100 System Function Flag SF 90 1 Ooo 0 O SF 92 With scanner without SF 93 SF 90 ch B SF 92 ch D SF 93 ch E SF 94 a Character structure Oddparty Evenparity ch B b Character structure S bitdata Tb it data _ c Character structure Parity permitted prohibited SF 98 d Character structure 2stopbits stop bit a S f g h 000 38400 bps 001 19200 bps 010 9600 bps 011 4800 bps 100 2400 bps 101 1200 bps 110 600 bps ft ce Expanded UPC E code normal UPC E code h Source Marking Code without check digit 8 13 digit PLU codes including check digit are programmed 7 12 digit PLU code are ECR treats the last one digit as check digit programmed In Store Marking Code only for non embedded code SF without check digit 74 76 e f 00 10 digit article code only 10 digit article code with check digit is programmed as PLU code also also see SF 74 76 d see SF 74 76 d SCANNER SETTING Set the followings by a preset bar code menu or a dip switch of the scanner Communication condition baud rate data length stop bit parity to match ECR s setting RTS CTS handshake fixed Message RTS CTS fixed not character RTS CTS If the scanner s data format is as below it can be used data numeric 30H 39n trailer data 00H OFH normally CR ODH is used code mark any data can be used except 30H 39n no data Is also available header any data
12. Uniwell 2004 2 4 LX 5000 series 02 type LX 5600 2 sheet dot matrix printer LX 5700 2 sheet thermal printer LX 5750 1 sheet thermal printer Interfaces amp gJ Peripherals g Manual J4 CAUTION When the control key position is LOCK the display 1s off and keyboard is disabled but the ECR s power 1s still ON So that before you connect the cable of peripherals make sure that the AC cord is disconnected otherwise the ECR will be damaged CONTENTS I INTERFACE INFORMA TION suzuki e ik k alklako aoaaa ao 1 WY EIR CS Y ooj li DIL EEE TET TO I TITT STIFTO OEE 4 JR KO kd mb ka Ilaj a OM GA Po oean E OTE TTT IEP PT suesesaseestassansialvassseesteesuiadeess 6 l FERMINASPRINTERS speaker dado ko aa koka da vorda kab kda soda aa kia 6 1 TP 822 832 Kitchen Printer connected to Ch A s esssc ssscc ssseessesssscsessssesssos 6 2 PF P 620 Slip Printer connected to Ch A sasa o ER e AL A ra 7 3 CBM 1000 Thermal Kitchen Printer connected to ch A via NA 710 730 eee 8 4 TM TS88II Thermal Slip Printer connected to ch B sssssenensessssssssssssssseerrressssssssssssssseereeee 9 Ze SCANNER EAT TTTET FTTRTTTTT TT TTTTTTTTETTTTTETTTTTTTET 10 Si SCALE srani APT TTRRTTTTRTTRTTTTTTTTTTTTTTTTTTTTETTN 12 1 Scale Information of ICL Protocol SF 25 a O 0 ecccccesscccceseccceesececeeccseeseceseeeeceeenees 13 2 Scale Intormation ot W Protocol SP 25 a l ss us NA aa
13. X Then ECR recognizes the data as 2 345 kg lt BCC gt Block Check Character is calculated as the even column parity of all characters except STX and ETX 13 ICL PROTOCOL ECR Communication starts immediately after SCALE key is pressed inquires about scale condition requests weight data gt ec receive data error re transmits weight data transaction end 14 ENQ NAK NULL ACK CAN ACK DC1 NAK ACK CR SCALE receive data error weight data valid Y ready to send N weight has been changed receive data error transmits weight data receive data error N data match Y 2 Scale Information of W Protocol SF 25 a 1 DATA FORMAT W PROTOCOL The format of the data string from the scale 1s STX CR Weight data recognized by ECR ke SF 25 e 1 XX XXX ke Ib SF 25 e 0 XX XX Ib W5 NUL W PROTOCOL ECR SCALE Communication starts immediately after SCALE key is pressed W5 W4 W3 W2 W1 EI END 15 4 EFT TERMINALS One of EFT terminals G amp D Celectronic Krone and C ZAM can be connected to channel B C ZAM EFT terminal only for Chip Card has been corresponded Refer to VII Cable Connection page 27 Credit Card EFT Card ch B Chip Card RS232C A to Host Terminal aA telephone line EFT Terminal Notice About Power On Procedure It is recommended to turn on the power switch of
14. can be used except 304 39H normally STX 02H is used Note Depending on scanner the timing which deactivates RTS is fast In this case please set scanner to send 2 byte trailer data post amble For example CR amp LF 10 Settings for scanner from third party When you are using BHS 6060 and BCH 5442 STA supplied from third party or a scanner of other manufacturers some settings are required Perform the following steps 1 Connect the scanner to the correct ECR s interface port RTS signal need to be wired Refer to VII Cable Connection page 25 2 Set the system function flags of ECR Refer to the previous page 3 Set the followings on the scanner by a preset bar code menu or a dip switch of the scanner a Message not text RTS CTS handshake must be set Some scanner has this fixed b If there is a selection either scanner ready or data ready choose data ready Cc d Set the data transmission format of the scanner Refer to the previous page Baud rate data length stop bit parity should be matched to the ECR s settings 4 Check the scanner works with ECR 5 If the scanner does not work the timing of the scanner which deactivates RTS may be fast In order to delay the deactivating timing increase the trailer post amble terminator to 2 byte data from 1 byte data Set CR LF for example Then the scanner will work with ECR 11 3 SCALE A scale which has RS232C interface can be connected
15. h 80 mm print columns 48 4 TM TSSIII Thermal Slip Printer connected to ch B Before using ECR original character must be installed standard by using TM T88III UW s ROM Communication setting of ECR for TM T88III has been fixed to 19200 bps even parity 8 bit data 2 stop bits ECR SETTINGS a Select following SF 83 h 1 with slip printer SF 86 a b 1 0 printer selection for bill TM T88III via ch B PGM 179 Slip printer ID b See SF 82 86 for other selections slip validation with logo slip upper lower logo slip print compulsory condition automatic slip print pre feed lines on slip etc TM T88HI SETTING Turn off the printer power button and set the dip switches as shown below Turn on the power button to fix the setting DSW 1 CONTENTS DSW 2 CONTENTS l busy condition 4 OFF 8bitdata 4 OFF fixed 6 ON even parity 6 OFE fixed 6 pin reset signal not used 8 OF 25 pin reset signal not used 2 SCANNER The handy scanner models HC66R BHS 6060 R and BCH5442 STA which are supplied by your destributor can be used immediately after the scanner cable is connected to channel B D or E Refer to VII Cable Connection page 25 If they are supplied from third party or a scanner of other manufacturers some settings are required Refer to the next page HC66R and BCH5442 STA s factory settings 9600 bps 7 bit data even parity 1 stop bit ECR SETTI
16. ll be cleared X79 does not clear the data Using PC IRC function RS485 A PC as the IRC master can take all the ESF data and ESF status in one ECR by using a command X79 Z79 The consolidation function is not available When Z79 is taken by PC all the ESF data and status will be cleared ECR ESF STATUS CHECK REPORT ESF data not transmitted to the PC One of two reports can be printed by the system function flag SF 78 c 1 only the ESF status of used records remaining records and total of records 2 all the ESF data printing with status When Z79 report is issued all the ESF data and status will be cleared for both reports CATEGORY CODE AND DATA FORMAT CATEGORY CODE CONTENTS DATA FORMAT 6001 no sale amount fixed as zero Non Taxable Taxable 1 Taxable 2 Taxable 3 Taxable 4 Taxable I amp 2 Taxable 1 amp 3 Taxable 1 amp 4 PLU code unit price quantity lot quantity amount Taxable 2 amp 3 link supplementary message Taxable 2 amp 4 Taxable 3 amp 4 Taxable 1 2 amp 3 Taxable 1 2 amp 4 Taxable 1 3 amp 4 Taxable 2 3 amp 4 Taxable 1 2 3 amp 4 18 MEDIA Direct Closing Media Tendering Amount Entered Media P O Media R A Media Tip Media Change Media amount SF 54 e 0 iai media number local amount Euro amount SF 54 e l Previous Balance A amount Previous Balance amount SF 54 e 0 or SF 54 e 1 SF 64 f 1 SF 54 e ocal amount
17. ll issue format time print slip logo slip print compulsory condition automatic slip print maximum item lines on slip pre feed lines on slip etc TP 620 SETTINGS Refer to the separate document TERMINAL PRINTER TP 620 USER S MANUAL 3 CBM 1000 Thermal Kitchen Printer connected to ch A via NA 710 730 Before using ECR original character must be installed by using CBM 1000 UW ROM ECR SETTINGS same settings as TP 822 832 page 6 NETWORK ADAPTER SETTINGS NA 710 1 printer can be connected NA 730 up to 3 printers can be connected Unplug the cord and set the dip switches as shown below Plug the cord to fix the setting DIP SW NA 710 730 SW1 1 2 OFF ON 19200 bps for RS232C SW1 3 Baud rate for RS485 set the same baud rate as ECR SF 89 a ON 38400 bps OFF 19200 bps SW2 1 OFF printer ID 1 4 also set SW3 SW4 SW2 2 4 OFF OFF OFF printer selection CBM 1000 SW3 1 OFF auto cut at text end SW3 2 ON full cut OFF partial cut NA 710 CH 1 of NA 730 SW2 1 OFF gt OFF OFF ID 1 ON OFF ID 2 OFF ON ID 3 ON ON IDA 4 CH 2 of NA 730 SW2 1 OFF gt OFF OFF ID 1 ON OFF ID 2 OFF ON ID 3 ON ON IDA 4 SW4 3 4 CH 3 of NA 730 SW2 1 OFF OFF OFF ID 1 ON OFF IDA 2 OFF ON ID 3 ON ON IDA 4 CBM 1000 SETTING Turn off the printer power button and set the dip switches as shown below Turn on the power button to fix the setting print mode high speed paper widt
18. n as channel B above System function SF 98 for channel D and SF 100 for channel E are used for the setting of baud rate and character structure 11 IRC SYSTEM The master PC or ECR can transmit programming data to the slave ECRs and collect the sales data from the slave ECRs via channel A e PC as Master using PC IRC communication module Tensai2000 ECR as Master Any ECR can be a master ECR Preparation Before using the IRC system the following presetting must be performed a For new machines being added to the system perform RAM test SP 9901 to erase all RAM contents Do not perform this operation on the machines already used as it will erase all preset data b Confirm the following three points on each ECR 1 Each ECR is connected by the IRC line Refer to VII Cable Connection page 22 2 ECR machine number PGM 171 The last two digits of the machine number used for ECR ID must be 01 08 and different for each ECR 3 Baud rate of all ECRs SF 89 a PGM 100 SF 89 1 0 bit o a 09 a Baud rate IRC line ch A is 38400 bps 19200 bps c IRC status check operation Either a PC as master or ECR as master perform SP X 8800 IRC STATUS CHECK on ECR as follows lt SP gt 8800 X2 ENTER e ENTER or select IRC PROGRAM and 8800 IRC STATUS CHECK from the list lt X gt 8800 X2 ENTER e ENTER or select IRC STATUS CHECK from the list During SP X 8800 IRC STATUS
19. pound price used for USA scale a 1 SF 25 b c d 100 d Tare weight entry compulsory a 1 Manual tare weight entry permitted a 1 prohibited PP e JL ERE b Assign SCALE key 4251 and TARE key 4252 by PGM 101 SCALE SETTING Set the communication setting baud rate data length stop bit parity to match ECR setting 12 1 Scale Information of ICL Protocol SF 25 a 0 DATA FORMAT ICL PROTOCOL The format of the data string from the scale is ei W5 W4 W3 W2 WI BCC ae These bytes are defined as follows lt ID gt ID is an identification byte defining maximum capacity and minimum increments of the scale Typical capacities and increments are listed below with allocated codes Further combinations of the codes may be added at the request of scale vendors When the weight is under or over the capacity the weight data of zero 304 will be transmitted with bit 4 X of the ID byte set to 1 lt WS W1 gt ASCII code is used for the weight data In cases where MSD Most Significant Digit or LSD Least Significant Digit are not required a NUL character will be transmitted in the unused position ID Maximum Minimum Weight data recognized by byte Capacity Increment ECR XX Ib XXX 8 oz XX XXX kg Weight Data byte XX XX Ib W1 NUL X XXX kg W5 NUL XX XX Ib W4 NUL LVII For example when 15kg capacity is used and the weight is 2 345 kg the data will be STX NUL 2 3 4 5 ET
20. through either one of channel B D or E Refer to VII Cable Connection page 24 Recommended models DIGI DS 640 NCI 6720 BARKEL CX 9 CX 10 AVERY A702 Select the scale which matches the scale information described in the following pages ECR SETTING a Set the following flags SP 100 System Function Flag Wm 4587 11 10171 J o a Scaleinterface Wprotocol ICL protocol NN Scale type selection b c d c 000 standard 001 Australia 010 EC 100 USA 110 France fa SF 90 92 93 c 1 with scale Weight unit is kg Kg for France b c d 110 Weight unit is Ib SF 25 a up to 9 999 of the manual quantity entry is permitted for standard and EC 99 99 up to 99 999 is permitted for USA Australia and France OW ae Scale print format USA scale type b c d 100 must be set 00 1 1 Currency symbol is not printed USA 01 Currency symbol is printed before PLU unit price Canada 10 Currency symbol is printed behind PLU unit price Quebec a u1OI JOAO OG 1 1 one With scale noc SF 93 SF 90 ch B SF 92 ch D SF 93 ch E syo4 Character structures Odd party mepay chB b Character structure S bit data ibudwua o re Character structure Parity permed prohibited gros d Characterstructure 2 stop bits fison cs 000 38400 bps 001 19200 bps 010 9600 bps 011 4800 bps 100 2400 bps 101 1200 bps 110 600 bps a Scalable item c Multiple
21. tion consists of the following three types a Memory Change Alters the ECR s memory contents by designating the memory address b Memory Management Alters the contents of the PLU group and clerk memories c Date Time Change Sets the date and time from the PC REMOTE MEMORY DUMP By remote memory dump the PC can read the memory contents of the ECR a X Z Report Dump The X Z report dump is similar to the X Z report of the ECR Using this function the PC can collect or reset an individual ECR s data b Complete Memory Dump Collects the ECR s complete memory data from the PC This is used mainly for making a back up file of the ECR memory on the PC 2 PROGRAM LOADER PLM 2000 Using the software PLM 2000 the ECR s data can be uploaded edited on the PC and restored to the ECR Please follow the steps on the PLM 2000 to setup 17 3 ESF DATA TRANSFER Electronic Store amp Forward All registrations performed in the R position only are recorded in ESF memory on the optional RAM board Select ESF function available SF 78 a 1 to use ESF memory Attention When the RAM board to be used for ESF is first installed the Z 79 report must be taken to clear in the Z1 P position on ECR PC ESF REMOTE MEMORY DUMP ESF data transmitted to the PC Using PC batch communication RS232C A PC can take all the ESF data and ESF status in ECR by using a command X79 Z79 When the Z79 is taken by PC all the ESF data and status wi
22. verted to one character code and one space code 21 VII CABLE CONNECTION 1 CHANNEL A IRC LINE RJ 45 Modular Type Cable Information Please use the straight LAN cable shielded type which is generally sold RS422 485 Shielded Twisted Pair Conductor AGW24 Characteristic impedance lt 100 ohms Capacitance per meter 40 100 pF Attenuation at IMhz 100m 2 6db Cable length max 1200 m Connectors and Connector Shells Ideally use EMI RFI Shielding RJ45 type About Ground Each ECR must be grounded at the same level and the termination resistors must be fitted on the first and last devices on the line Please refer to the document IRC amp TERMINAL PRINTER CABLING INSTRUCTION RS 485 for how to connect cables Joint Box JOINT BOX 485 REF 62092 makes the cable connection simple quick and easy between ECRs and Terminal Printers on an IRC line RS 485 Refer to the option instruction manual for details and connection samples J45 with shiled 1 P GND 2 DATA 3 DATA 4 CTL 5 CTL 9 way male D sub connector Sek rialo e To kitchen print To slip printer TP 620 o kitchen printer o slip printer TP EJO SSITSN SEMI NSINDLO TP 822 832 RJ45 To Network Adapter NA 720 MASTER To Network Adapter NA 710 730 for kitchen 1Kohm termination resistor 1Kohm printer CBM 1000 220 ohms termination resistor 220ohms 22 Cable connection between NA 720 CH1 and PC To NA 720 CH 1 To PC
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