2004-2-4 LX-5000 series 05 type LX-5600 2-sheet dot matrix printer LX-5700 2-sheet thermal printer LX-5750 1-sheet thermal printer Interfaces & / Peripherals / Manual /" CAUTION! When the control key position is LOCK, the display is off and keyboard is disabled but the ECR's power is 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 INFORMATION ...................................................................................................... 1 System Configuration .................................................................................................................................. 1 Interface Information .................................................................................................................................. 2 Pin Assignment & Character Structures ..........................
I. INTERFACE INFORMATION System Configuration Maximum 32 units can be connected via IRC line including the master, max. 8 slip printers. However, an ECR can use one slip printer. PC as IRC master (Tensai2000) Real-time communication (Tensai2000) --- not available PC as debit/credit card host for North America (special software required) NA-720 RS232C Slip printer, max. 8 TP-620 RS232C MODEM MODEM Loyalty card host terminal for North America NA-720 Slip printer, max.
Interface Information INTERFACE Standard Interface (62100) LX IF7-1 KUNIT (option) Channel Used for IRC : up to 32 units including an ECR master or PC as IRC master (Tensai2000) via NA-720 Real-time communication with PC (Tensai2000) --- not available 8 slip printers TP-620 : Epson M290 impact dot matrix printer A RS485 TP-822 : Citizen DP-416 impact dot matrix printer with auto cutter TP-832 : Citizen LT-1320 thermal printer with auto cutter CBM-1000 : thermal printer with auto cutter (connected via NA
Pin Assignment & Character Structures CHANNEL A (RS485, RJ-45 modular type connector) Baud rate : 19200 bps or 38400 bps [SF-89.a] Character structure : (fixed) PIN # 1 2 3 4 5 6 7 8 start bit = 1 bit data bit = 8 bits stop bit = 2 bits parity = even CHANNEL B (RS232C, 9-pin D-sub female connector) Block size : 1024 characters for PC batch communication Baud rate : 600 ~ 38400 bps [SF-94.f~h] 9600 ~ 38400 bps [SF-89.
II. 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. ! PC as Master using PC-IRC communication module Tensai2000 via NA-720 NA-720 is required between PC and ECR for protocol converter "RS485 to/from RS232C". ! ECR as Master : Any ECR can be a master ECR. PC connected to channel B of master ECR, can collect the reports on master ECR and send the program data to master ECR by PC commands.
c) IRC status check operation Either a PC as master or ECR as master, perform SP-8800 IRC STATUS CHECK on ECR as follows: < SP >--(8800)--[X/ENTER]--[ • /ENTER] or select IRC PROGRAM and 8800 IRC STATUS CHECK from the list During SP-8800 IRC STATUS CHECK, the following message is displayed: Master Slave BUSY --- IRC COMM --- ACCEPT-[ENT / .] CANCEL - [ CL] P ECR#-01 P The master ECR will check ECR sequential number up to 8, even when there are fewer ECRs than 8 ECRs on the IRC line.
III. REAL-TIME COMMUNICATION --- not available Real-time communication refers to the instantaneous on-line communication between any ECR and a PC via channel A. The communication software Tensai2000 is required in a PC and data files for PLU, track, card and message must be prepared. NA-720 RS485 IRC line (channel A) Data Files (file name) PLU data (PLU.dat) Track data (track.dat) Card data (card.dat) Message data (non.dat) master Data referring method by ECR Enter a PLU on ECR.
PREPARATION a) Connect the cables between ECR and PC. Refer to Refer to VIII. Cable Connection (page 25). - Connect ECRs and network adapter NA-720's master channel by IRC line. - Connect RS232C line between PC and NA-720's CH-1. b) Confirm the following settings; - Perform "PC - NA-720 - ECR settings" on PC. Refer to Tensai2000 help. - Program the followings on each ECR; Select the host ID by [SF-82.c~h]. Select the data file by [SF-4.a~d]. Set the baud rate of IRC line by [SF-89.a].
IV. PERIPHERALS 1. SLIP PRINTERS Refer to VIII. Cable Connection (page 25). Following printers are available. Model TP-822/832 (dot/thermal printer, roll paper) TP-620 (dot printer, slip paper) CBM-1000 (thermal printer, roll paper) TM-T88III (thermal printer, roll paper) Connected to channel A channel A channel A via NA-710/730 channel B channel B 1) TP-822/832 (connected to ch-A) paper outlet power switch power LED FEED switch ECR SETTINGS a) Program the following flags; [SF-83.
2) TP-620 (connected to ch-A) FORM STOPPER RELEASE switch 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 Back feeds paper. power switch ECR SETTINGS a) Select following; [SF-83.h] [SF-87.a,b] [SF-88.a,b,c] [SF-89.
3) CBM-1000 (connected to ch-A via NA-710/730) CBM-1000-UW ROM for ECR character must be replaced by the installed standard ROM on the printer. ECR SETTINGS --- same settings as TP-822/832 (page 8) 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.
4) CBM-1000 (connected to ch-B) CBM-1000-UW ROM for ECR character must be replaced by the installed standard ROM on the printer. ECR SETTINGS a) Program the following; [SF-83.h] [1] with slip printer [SF-87.a,b] slip printer selection: [11] CBM-1000 [SF-94.a~d] [0111] even parity, 8-bit data, 2 stop bits for channel B Baud rate 19200 bps has been fixed for thermal slip printer of channel B. b) See [SF-83 ~ 87] for other selections, such as time print, logo print, automatic slip print, etc.
5) TM-T88III (connected to ch-B) ECR SETTINGS a) Program the following; [SF-83.h] [1] with slip printer [SF-87.a,b] slip printer selection: [10] TM-T88III [SF-94.a~d] [0111] even parity, 8-bit data, 2 stop bits for channel B Baud rate 19200 bps has been fixed for thermal slip printer of channel B. b) See [SF-83 ~ 87] for other selections, such as time print, logo print, automatic slip print, etc.
2. SCANNER Handy scanner models HC66R (BHS-6060/R) and BCH5442-STA supplied by ECR can be used immediately after the scanner cable is connected to channel B. Refer to VIII. Cable Connection (page 28).
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 VIII. Cable Connection (page 28). 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.
3. SCALE A scale which has RS232C interface can be used through channel B or optional channel D of LX IF71 K-UNIT. Recommended models: DIGI DS-640 BARKEL CX-9, CX-10 Select the scale which matches the scale information described in the following pages. Refer to VIII. Cable Connection (page 27).
1) Scale Information of ICL Protocol [SF-5.a=0] DATA FORMAT (ICL PROTOCOL) The format of the data string from the scale is; STX 02H ID W5 W4 W3 W2 W1 BCC ETX 03H These bytes are defined as follows; < ID > 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.
ICL PROTOCOL ECR SCALE Communication starts immediately after SCALE key is pressed.
2) Scale Information of W Protocol [SF-5.a=1] DATA FORMAT (W PROTOCOL) The format of the data string from the scale is; STX 02H W5 W4 W3 W2 CR 0DH W1 Weight data recognized by ECR kg [SF-5.e=1] XX.XXX kg lb [SF-5.e=0] XX.XX lb (W5 = NUL) W PROTOCOL ECR SCALE Communication starts immediately after SCALE key is pressed.
V. PC COMMUNICATION Following functions can be done with a PC through either one of channel B; Refer to VIII. Cable Connection (page 28). 1. BATCH COMMUNICATION For details about PC batch communication, refer to the PROTOCOL MANUAL UCP-101 and a separate appendix. REMOTE MEMORY CHANGE By remote memory change, PC can modify the memory contents of ECR. This function consists of the following three types; a) Memory Change Alters ECR's memory contents, by designating the memory address.
2. PROGRAM LOADER (PLM 2000) Using the software Program Loader Module PLM 2000, ECR's data can be uploaded / edited on PC and restored to ECR. 3. ESF DATA TRANSFER (Electronic Store & Forward) All registrations or only the selected transaction data by PGM-181 which have been performed only in the R position are recorded in the ESF memory (1st optional RAM board). System function flag "ESF function available" [SF-4.h=1] must be selected.
CATEGORY CODE AND DATA FORMAT CATEGORY CONTENTS CODE 6001 No Sale 6003 Customer File Not Found PLU & External PLU Non-Taxable 6010 Taxable 1 (VAT 1) 6011 Taxable 2 (VAT 2) 6012 Taxable 1 & 2 (VAT 3) 6013 Taxable 3 (VAT 4) 6014 Taxable 1 & 3 (VAT 5) 6015 Taxable 2 & 3 (VAT 6) 6016 Taxable 1, 2 & 3 (VAT 7) 6017 Food Stamp Non-Taxable 6018 Food Stamp Taxable 1 6019 Food Stamp Taxable 2 601A Food Stamp Taxable 1 & 2 601B Food Stamp Taxable 3 601C Food Stamp Taxable 1 & 3 601D Food Stamp Taxable 2 & 3 601E Food
604C 604D 604E 604F Amount 6060 6061 6062 6065 6066 6067 606C 607D 607E 6091 6092 % 60A0 60A1 60A8 60A9 60AA 60AB Tax 60B1 60B2 60C0 60C1 60C2 60C3 60C4 Others 60D2 60D9 R.PLU Food Stamp Taxable 3 R.PLU Food Stamp Taxable 1 & 3 R.PLU Food Stamp Taxable 2 & 3 R.
VI. 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 is required, reset the sales data by issuing all Z-reports, then follow the sequence below. PREPARATION a) Set the same baud rate for both ECRs by [SF-89.d,e]. [SF-89.d,e] [00] 38400 bps, [01] 19200 bps, [10] 9600 bps b) Connect the ECR to another ECR by using channel B. Refer to VIII. Cable Connection (page 29).
VII. JOURNAL DATA TRANSFER The journal data is transmitted to a peripheral device through channel B, D or E of LX IF7-1 K-UNIT. Refer to VIII. Cable Connection (page 29).
VIII. CABLE CONNECTION 1. CHANNEL A 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: < 100 ohms Capacitance per meter: 40 - 100 pF Attenuation at 1Mhz / 100m: 2 - 6 db Cable length: max.
Cable between NA-720 (CH1) and PC To PC To NA-720 CH 1 (RS232C) 1 P.GND 2 TXD 3 RXD 4 RTS 5 CTS 6 +5V 7 GND 8 DCD 9 DTR 9-way male D-sub connector * Connect ground to D-sub shell 2 3 1 4 RXD TXD DCD DTR 5 GND 7 RTS 8 CTS 9-way female D-sub connector Cable between NA-710/730 and thermal printer(s) CBM-1000 To CBM-1000 To NA-710 CH 1 To NA-730 CH 1~3 (RS232C) 1 P.GND 2 TXD 3 RXD 4 RTS 5 CTS 6 +5V 7 GND 8 DCD 9 DTR 9-way male D-sub connector 1 3 2 6 20 P.
2. CHANNEL B/D/E 1) ECR (ch-B) to Thermal Slip Printer CBM-1000, TM-T88III To ECR 1 P.GND 2 TXD 3 RXD 4 RTS 5 CTS 6 +5V 7 GND 8 DCD 9 DTR 9-way male D-sub connector 1 3 2 6 20 To Printer F.G. RXD TXD DSR DTR 7 GND 25-way male D-sub connector 2) ECR (ch-B, ch-D/E) to Scale To ECR (ch-B. ch-D/E) 1 P.GND 2 TXD 3 RXD 4 RTS 5 CTS 6 +5V 7 GND 8 DCD 9 DTR 9-way male D-sub connector To Scale 1 3 2 F.G.
3) ECR (ch-B, ch-D/E) to PC To ECR 1 P.GND 2 TXD 3 RXD 4 RTS 5 CTS 6 +5V 7 GND 8 DCD 9 DTR 9-way male D-sub connector To PC 2 3 1 4 RXD TXD DCD DTR 5 GND 7 RTS 8 CTS 9-way female D-sub connector 4) ECR (ch-B, ch-D/E) to Handy Scanner ECR 1 P.GND 2 TXD 3 RXD 4 RTS 5 CTS 6 +5V 7 GND 8 DCD 9 DTR 9-way female D-sub connector Handy Scanner Connector P.GND 1 2 TXD 3 4 5 +5V 6 GND 7 8 CTS 9 9-way male D-sub connector HANDY SCANNER 5) ECR (ch-B, ch-D/E) to Flat Bed Scanner To ECR 1 P.
7) ECR (ch-B) to ECR (ch-B) for ECR RAM Data Transfer To ECR 1 P.GND 2 TXD 3 RXD 4 RTS 5 CTS 6 +5V 7 GND 8 DCD 9 DTR 9-way male D-sub connector max. 20 m To ECR 1 P.GND 3 RXD 2 TXD 8 DCD 9 DTR 6 +5V 7 GND 4 RTS 5 CTS 9-way male D-sub connector 8) ECR (ch-B) to NA-740 (MASTER) for Thermal Slip Printer CBM-1000 and PC Refer to "4, f-1. configuration samples for NA-740" of the separate manual Specifications for Network Adapter NA-700 Series. 9) ECR (ch-B, ch-D/E) to Flat Bed Scanner To ECR 1 P.
