TEXT DISPLAY TECHNICAL MANUAL PRODUCT GROUP LCA 1988 by SYSTEME LAUER GMBH 7440 NÜRTINGEN 1 072/8091 VERSION 06/03.93
TEXT DISPLAY THE TEXT DISPLAY CAN... PRODUCT GROUP LCA The text dsplay ncorporates a text buffer for 512 ndvdual message texts up to 32 lnes each. The text dsplay provdes 4 message varants: - drect message - last message - frst message - cycle message The text dsplay ncorporates a message buffer. The text dsplay ncludes 5 front push buttons for operaton. The text dsplay can nclude 128 external varable data per message page for the presentaton of operatonal values lke temperatures, pressures, tmes, ways etc. The text dsplay ncludes 3 operatonal texts for customers programmng. TECHNICAL MANUAL... dsplay texts as needed... dsplay at any gven tme the frst or the last message... dsplay cyclcally whatever amount of messages... report faults... dsplay, how errors can be cleared... lead the operatonal personnel... provde mportant drectons for the startng of operaton... gve settng drectons... dsplay, what the machne s dong at the moment... dsplay varable values combned wth texts The text dsplay ncorporates a parallel nterface for operaton wth a PLC. The text dsplay ncorporates a seral nterface for programmng wth PLC programmer or PC. The text dsplay ncorporates an nterface dagnostcs. 1988 by SYSTEME LAUER GMBH 7440 NÜRTINGEN 1 072/8091
TABLE OF CONTENTS: TEXT DISPLAY TECHNICAL MANUAL 1 BASIC DATA FOR 1.1 CONNECTIONS 1.1.1 CONNECTION TO PLC BY THE INDUSTRIAL ADAPTER LCA 222 1.1.2 CONNECTION TO PLC BY THE ROUND CABLE LCA 238 1.2 TECHNICAL DATA 1.3.1 MECHANICS 1.3.2 INSTALLATION 1.4 POWER SUPPLY 1.5 PARALLEL INTERFACE 1.6 SERIAL INTERFACE 1.7 PUSH BUTTONS 1.8 ADDITIONAL FUNCTIONS 1.9 TEST CONSOLE LCA 217 2 THE IN OPERATION 2.1 COMMUNICATION WITH PLC 2.2 MESSAGE NUMBER AND MESSAGE TEXT PAGE 2.3 MESSAGE VARIANTS 2.4 DIRECT MESSAGE 2.5 FIRST MESSAGE 2.6 LAST MESSAGE 2.7 CYCLIC DISPLAY 2.8 MESSAGE ON - MESSAGE OFF 2.9.1 EXTERNAL VARIABLE DATA 2.9.2 VARIABLE DATA CODE 2.9.3 READ IN OF VARIABLE DATA 2.10 CLEAR MESSAGE BUFFER 3 PROGRAMMING OF THE BY THE KEYBOARD 3.1 STANDARD KEYBOARD LCA 211 3.2 MENU 3.3 MENU MESSAGE TEXT 3.4 THE FIRST PROGRAMMING OF A MESSAGE TEXT 3.5 CHANGING OF MESSAGE TEXT 3.6 COPY MESSAGE TEXT 3.7 MENU INITIALISATION 3.8 INITIALISATION SET UP 3.9 MENU SYSTEM TEXT 3.10 CHANGING OF SYSTEM TEXT 3.11 INTERFACE DIAGNOSTICS 3.12 MENU ALL MEMORY PRODUCT GROUP LCA PROGRAMMING and OPERATION of the text dsplay are dfferent. Durng the programmng no operaton of the s possble. Before the s taken nto operaton the followng preparatons have to be made: 1. PROGRAMMING OF MESSAGE TEXTS 2. SETTING OF INITIALISATION 3. EVENTUAL ALTERING OF SYSTEM TEXTS The may be programmed - by the standard keyboard LCA 211 - by the PLC programmng unts PG 675, PG 685 or smlar, provded t ncorporates an RS 232 nterface - by a PC (wth RS 232) The selecton of the s done by a PLC (wth BIT or WORD processng) or smlar controls. 4 PROGRAMMING OF VIA SERIAL INTERFACE 4.1 THE SERIAL PROGRAMMING 4.2 SHORT SURVEY OF PROGRAMMING INSTRUCTIONS 5 TRANSLATION TABLE LCA 222 6 ACCESSORIES 1988 by SYSTEME LAUER GMBH 7440 NÜRTINGEN 1 072/8091
TEXT DISPLAY ACCESSORIES PRODUCT GROUP LCA TECHNICAL MANUAL ACCESSORIES TEXT DISPLAY 512 MESSAGES SPS-Anschluss LCA 222 PLC SIMATIC S5-115U LCA 211 STANDARD KEYBOARD CPU INPUT INPUT OUTPUT OUTPUT LCA 217 LCA 222 TEST CONSOLE WITH POWER SUPPLY INDUSTRIAL ADAPTER FLAT CABLE LCA 230/231 ROUND CABLE LCA 238 PARALLEL INTERFACE LETZT ERST RES DIREKT MELD MELD LÖSCH BIN TAKT VAR MELD TAKT QUIT 256 GEHT LÖSCH BIN BIN BIN BIN BIN BIN BIN BIN 128 64 32 16 8 4 2 1 TESTKONSOLE LCA 217 LCA 217 LCA 230 LCA 231 LCA 233 LCA 232 LCA 234 LCA 237 LCA 238.2 LCA 238.4 LCA 238.6 LCA 238.8 FLAT CABLE FOR LCA 222, 200cm FLAT CABLE FOR LCA 222, 30 cm EXTENSION CABLE FOR LCA 211 ADAPTOR CABLE PG 675/685- COPY CABLE - ADAPTOR CABLE PC- ROUND CABLE, 2 m ROUND CABLE, 4 m ROUND CABLE, 6 m ROUND CABLE, 8 m LCA 211 SHIFT KEYBOARD INTERFACE SPACE PC TEXT DISPLAY... -ACCESSORIES SHIFT INS DEL BS END HOME RUN MENÜ INS L DEL L < > STANDARD-TASTATUR LCA 211 SERIAL INTERFACE ADAPTOR CABLE LCA 237 ADAPTOR CABLE LCA 232 ADAPTOR CABLE LCA 234 PG 675/685 * LCA 211 dsposes of a 1 m cable, an extenson of further 0.5 m s possble usng LCA 233 1988 by SYSTEME LAUER GMBH 7440 NÜRTINGEN 1 072/8091
1.1 CONNECTIONS -TEXT DISPLAY... -CONNECTIONS The text dsplay ncludes 3 plugable connectons at the rear of the unt: - PARALLEL INTERFACE to connect the PLC, contacts and the supply voltage - SERIAL INTERFACE RS 232 (TTY) to connect the PLC-programmng unt (for nstance PG 675/685), PC`s (IBM compatble). - KEYBOARD INTERFACE to connect the standard keyboard LCA 211 The supply voltage has to be between 19...33 Vdc (DIN 19240), the current requrement s 250 ma at 24Vdc.
-TEXT DISPLAY... -THE INDUSTRIAL ADAPTER LCA 222 PARALLEL INTERFACE (PLC CONNECTION) FLAT CABLE LCA 230, LCA 231 1.1.1 CONNECTION TO PLC BY THE INDU- STRIAL ADAPTER LCA 222 In the control standard connectons are normally made wth screw-termnals. To make ths way of nstallaton also possble for the the ndustral adapter LCA 222 s avalable. Thus t s posssble to make the connectons as normal and to connect to the wth flat cables (LCA 230 or LCA 231). INDUSTRIAL ADAPTER LCA 222 PLC-OUTPUTS PLC PROGRAMMABLE LOGIC CONTROL
-TEXT DISPLAY... -THE ROUND CABLE LCA 238 PARALLEL INTERFACE (PLC CONNECTION) 1.1.2 CONNECTION TO PLC BY THE ROUND CABLE LCA 238 Usng a round cable to make the connecton between text dsplay and PLC s the easest and most economc way. The round cable LCA 238 s avalable n 4 standard lengths ( from 2m up to 8m ) wth the correspondng plug for the text dsplay. More detaled nformaton s n the round cable descrpton. ROUND CABLE LCA 238.2... 238.8 PLC OUTPUTS PLC PROGRAMMABLE LOGIC CONTROL
LCA FRONT VIEW 1.2 TECHNICAL DATA -TEXT DISPLAY... -TECHNICAL DATA 72 mm Hgh electrcal nterference mmunty and the hgh IPratng (IP 65) ensure relable operaton even under dffcult ndustral condtons. TECHNICAL DATA LCA TOP VIEW 65 mm LCA SIDE VIEW OPERATIONAL VOLTAGE 19... 33 Vdc POWER DISSIPATION 8 W SIGNAL VOLTAGE 19... 33 Vdc SIGNAL VOLTAGE LOG 0 MAX. 4 Vdc SIGNAL VOLTAGE LOG 1 MIN. 12 Vdc SIGNAL CURRENT ( at 24 Vdc ) 9 ma 252 mm DISPLAY FLUORESCENT LINES 2 CHARACTERS PER LINE 40 TYPE OF CHARACTERS 5 x 7 MATRIX HEIGHT OF CHARACTERS 7 mm CHARACTER CODE ASCII FRONT PUSH BUTTONS ILLUMINATED 5 CALL UP OF MESSAGES BCD / BIN NUMBER OF MESSAGES MAX. 512 BUFFER RAM BACK UP WITH LITHIUM BATTERY 10 YEARS EXTERNAL VARIABLE DATA / PAGE 128 CHAR. TEMPERATURE RANGE OPERATION 0... 50 C TEMPERATURE RANGE STORAGE -25... 70 C CONNECTORS PLUGABLE IP-RATING WITH GASKET IP 65 WEIGHT 950 g DIMENSIONS AS DRAWING
1.3.1 MECHANICS The enclosure of the has two parts: FRONT FRAME CASE FIG.1 FIG.2 PARALLELE Schnttstelle SPS, Rechner, Steuerung PARALLEL INTERFACE PLC, CONTROL ERDE, GND PROTECTIVE EARTH maxmale Materaldcke 5 mm THICKNESS OF PANEL MAX. 5mm EINBAUTIEFE 60 mm DIL-Schalter für SERIELLE Schnttstelle Zusatz-Funktonen SPS-Programmergeräte, PC DIL-SWITCHES FOR SERIAL INTERFACE ADDITIONAL TASTATUR Schnttstelle PLC PROGRAMMER S, PC S FUNCTIONS Standard-Tastatur LCA 211 KEYBOARD INTERFACE KEYBOARD LCA 211 DEPTH BEHIND THE PANEL 60mm 68 +1 mm The mountng of s very easy, requrng only a rectangular cut-out. The front frame s put n from the front and after ths the case s pushed over the front frame and tghtened by two knurled screws. All connecters and the dl-swtches are located at the rear sde of the where they can be handled very easly. The case-materal s sheet metal and provdes a hgh nterference mmunty f and protectve earth are connected. Ths connecton should be made as short as possble and the wre cross-secton should be at least 2.5 mm 2. It s possble to nsert a gasket between front frame and case to obtan the IP-ratng 65. The depth behnd the panel s only 60 mm (wthout connector-cables). FIG.1 shows the rear sde of the text dsplay FIG.2 shows the dmensons of the panel secton 248 +1 mm
1.3.2 INSTALLATION SOURCE OF INTERFERENCE ca 250 mm ca 250 mm ca 250 mm SOURCE OF INTERFERENCE In order to avod nterference pck-up caused by electrc or magnetc felds the mnmum dstance between hgh voltage or hgh frequency cables and unts has to be 250 mm. Supplyng lnes of the LCA 245 should not be carred together wth hgh voltage or hgh frequency leadng cables. SOURCE OF INTERFERENCE
3/N/PE 380 VAC L 1 L 2 L 3 N PE DIAGNOSE-SYSTEM LCA 285.0 EXTERNE VARIABLE 1.4 POWER SUPPLY For safe operaton of the text dsplay the followng hnts concernng the power supply should be observed: operate the only wthn the specfed range of operatonal voltage ~ 380 VAC short tme dps n of the operatonal voltage are allowed down to 9.5V for <= 1msec = 24 VDC + 24VDC for a perod of <= 100 msec an operatonal voltage of 35 Vdc s allowed (repettve frequency ca. 1 Hz) PLC LCA the LCA unt may only be operated wth a "protected low voltage" accordng to VDE 0100. The control transformer has to correspond to the VDE 0551. Accordng to the VDE a onepole groundng of the operatonal voltage s possble; ths groundng we recommend for the operaton of our unt. 0V DC wthout the one-pole groundng of the operatonal voltage the operaton of s only possble wth a separate transformer. OPERATIONAL VOLTAGE 24 Vdc (<=5%) DIN 19240 V max 33 Vdc the groundng of the should be done by a short connecton to the body usng a generously dmensoned wre (cross-secton >=2.5 mm 2 ). V mn 19 Vdc CURRENT DISSIPATION 350 ma (at +24Vdc)
1.5 PARALLEL INTERFACE -TEXT DISPLAY... -THE PARALLEL INTERFACE The parallel nterface s the most mportant connecton between the machne (control) and the text dsplay. All essental functons of the are operated by ths nterface. In detal t s the followng: - call up of up to 511 messages BIN-coded or up to 199 messages BCD coded - handshake (STROBE and ACKNOWLEDGE) - handlng of the message - nput of external varable data BIN 1...128 = CODED MESSAGE NUMBER STROBE = WITH THE STROBE THE MESSAGE TEXT OR MESSAGE TEXT PAGE IS CALLED UP (RISING EDGE 0 --> 1 * ) ACKNOWLEDGE = EACH STROBE IS FOLLOWED BY ACKNOW- LEDGE (FALLING EDGE 1 --> 0 * ) VARIABLE DATA = SWITCH OVER FROM MESSAGE NO. TO EXT. VARIABLE DATA (1-SIGNAL) MESSAGE OFF = AN ACTIVATED MESSAGE IS SWITCHED OFF. THIS INPUT IS ONLY ACTIVE WITH A MESSAGE NUMBER (1 = MESSAGE OFF). OFF / STROBE = ACTIVATED MESSAGES ARE SWITCHED OFF ACCORDING TO STROBE MOD FIRST FIRST MESSAGE = THE FIRST MESSAGE IS DISPLAYED, FOLLOW-ING ARE REGISTERED MOD LAST LAST MESSAGE = THE LAST MESSAGE IS DISPLAYED, OTHERS ARE REGISTERED SPARE = INPUT WITHOUT FUNCTION OFF / DIRECT = ALL ACTIVATED MESSAGES ARE SWITCHED OFF IMMEDIATELY *) 0 = LOG 0 (0Vdc), 1 = LOG 1 (24Vdc) **) DIRECT OR CYCLIC DIPLAY
1.6 SERIAL INTERFACE -TEXT DISPLAY... -THE SERIAL INTERFACE By the seral nterface RS 232 (TTY) the text dsplay LCA 245 can be programmed or the complete content of one can be transfered nto another. Also the connecton of a text montor LCA 180 for a second text output s possble by ths nterface. - programmng of the text dsplay by PG 675 or PG 685 - programmng the text dsplay by PC - connecton of the text montor LCA 180 - connecton of another for the copyng of all programmed nformaton
-TEXT DISPLAY... -THE FUNCTION OF THE PUSH BUTTONS s no button, the LED s nform about STROBE and ACKNOWLEDGE MAIN INFORMATION of a message ADDITIONAL INFORMATION of a message MESSAGE BUFFER forward scroll 1.7 PUSH BUTTONS The operaton of the text dsplay s done by 5 front push buttons. Each button s llumnated when ts use s logcal. In case of a false use the LED`s of all buttons flash twce. MAIN INFORMATION OF A MESSAGE TEXT PAGE: By pushng ths button, the dsplays the frst two lnes of a message or a message text page. ADDITIONAL INFORMATION OF A MESSAGE TEXT PAGE: By pushng ths button, the always dsplays the followng lnes of a message or a message text page. Each message text page may have 30 addtonal lnes maxmum. IN THE MESSAGE BUFFER FORWARD SCROLL: By pushng ths button, all messages stored n the message buffer wll be scrolled from the frst to the last message. Ths push button ncorporates AUTO- REPEAT. MESSAGE BUFFER backward scroll call of OPERATIONAL HELP IN THE MESSAGE BUFFER BACKWARD SCROLL: By pushng ths button, all messages regstered n the message buffer wll be scrolled from the last to the frst message. Ths button ncorporates AUTO- REPEAT. CALL OPERATIONAL HELP: By pushng ths button, dfferent help messages are called whch may be addtonally useful to the operatng personnel.
1.8 ADDITIONAL FUNCTIONS -TEXT DISPLAY... -THE ADDITIONAL FUNCTIONS The four DIL-swtches at the rear of the have followng adddtonal functons: SWITCH FUNCTION DESCRIPTION 01 * ON ** All texts and data are adjusted to the LAUER standard OFF Normal poston * ON Self dagnoss ON OFF Normal poston ON OFF 1 2 3 4 03 * ON The message buffer wll be cleared when the s swtched ON OFF The message buffer won`t be cleared when the s swtched ON. 04 ON ZL*** programmng mode OFF Norma programmng mode *) Ths swtches wll only be regstered when the s swtched ON. **) Take care! All texts wll be erased! ***) If the s programmed wth the ZL-fle of the programmng unt PG 675 then DIL-swtch 4 has to be ON.
1.9 TEST CONSOLE LCA 217 -TEXT DISPLAY... -THE TEST CONSOLE LCA 217 Wth the test console LCA 217 you can test step by step by keys and swtches all functons of the. The test console LCA 217 s connected to the by a cable. The test console as well as the obtan the 24 V operatonal voltage from a wall plug power supply, whch s suppled together wth the LCA 217.The practcal applcatons of the test console are: - TO BECOME AQUAINTED WITH THE WITHOUT THE PLC - SIMULATION OF THE PLC CONTROL LAST FIRST SPARE OFF/ MES. MES. DIRECT BIN STROBE VAR MES. OFF/ ACKN. 256 OFF STROBE BIN BIN BIN BIN BIN BIN BIN BIN 128 64 32 16 8 4 2 1 TEST CONSOLE LCA 217
-TEXT DISPLAY... -THE COMMUNICATION WITH THE PLC 2.1 COMMUNICATION WITH PLC For the callng of message texts or the nput of external varable data the offers 3 possbltes: 1. dynamc call of message texts or read n of vara-ble data wth STROBE and ACKNOWLEDGE Ths handshake operaton wth the PLC s very safe and smple. 1-BIT orders (AND, FEED, =) are suffcent. The transfer of the PLC data does not need any specal tmng. The reacton tme s an average of 2 msec. 2. dynamc call of message texts or read-n of varable data wth STROBE but wthout ACKNOWLEDGE The transfer of the PLC data takes place relatvely slow (reacton tme 4msec) and the PLC needs an output tmer. 3. statc call of message texts wthout STROBE and ACKNOWLEDGE Ths transfer of PLC data s very smple (STROBE and ACKNOWLEDGE have to be lnked) and extremely quck. Ths call s only possble usng the message varant "DIRECT MESSAGE".
-TEXT DISPLAY... -THE MESSAGE NUMBER AND MESSAGE TEXT PAGE 2.2 MESSAGE NUMBER AND MESSAGE TEXT PAGE The message number ndcates whch message text page wll be called. The message number s coded, thus by a mnmum of message nputs a maxmum of messa-ges can be called. The offers two codng possbltes: MESSAGE TEXT 199 MESSAGE TEXT 001 MESSAGE TEXT 000 BCD BCD BCD BCD BCD BCD BCD BCD BCD message text page 100 80 40 20 10 8 4 2 1 message number 0 0 0 0 0 0 0 0 0 000 0 0 0 0 0 0 0 0 1 001 0 0 0 0 0 0 0 1 0 0 0 0 0 0 0 0 0 1 1 003 0 0 0 0 0 0 1 0 0 004 0 0 0 0 0 0 1 0 1 005 0 0 0 0 0 0 1 1 0 006 0 0 0 0 0 0 1 1 1 007 0 0 0 0 0 1 0 0 0 008 untl 1 1 0 0 1 1 0 0 0 198 1 1 0 0 1 1 0 0 1 199 - BIN-coded message number, up to 511 pages - BCD-coded message number, up to 199 pages The has 512 message text pages, they have the message numbers 000...511. The maxmum 14 mes-sage text lnes wth 40 characters per lne each can be attached to the message text pages as needed. Each message text page can consst of 1 or maxmum 32 lnes. The frst two lnes contan the man nformaton, all followng lnes the addtonal nformaton. MESSAGE TEXT 511 MESSAGE TEXT 001 MESSAGE TEXT 000 BIN BIN BIN BIN BIN BIN BIN BIN BIN message text page 256 128 64 32 16 8 4 2 1 messgae number 0 0 0 0 0 0 0 0 0 000 0 0 0 0 0 0 0 0 1 001 0 0 0 0 0 0 0 1 0 0 0 0 0 0 0 0 0 1 1 003 0 0 0 0 0 0 1 0 0 004 0 0 0 0 0 0 1 0 1 005 0 0 0 0 0 0 1 1 0 006 0 0 0 0 0 0 1 1 1 007 0 0 0 0 0 1 0 0 0 008 untl 1 1 1 1 1 1 1 1 0 510 1 1 1 1 1 1 1 1 1 511
2.3 MESSAGE VARIANTS -TEXT DISPLAY... -THE MESSAGE VARIANTS MESSAGE INPUTS FUNCTION INPUTS 5 17 4 16 3 15 2 14 1 7 13 19 6 12 21 20 8 0 0 1. DIRECT MESSAGE 1 0 2.FIRST MESSAGE 0 1 3.LAST MESSAGE 1 1 4.CYCLIC DISPLAY The dfferentates between four message varants or modes of operaton: 1. DIRECT MESSAGE 2. FIRST MESSAGE 3. LAST MESSAGE 4. CYCLIC DISPLAY The mode of operaton s adjusted by the functon nputs FIRST MESSAGE and LAST MESSAGE. Accordng to the applcaton the mode of operaton can be fxed (hard-wred) or controlled as desred (by swtches or PLC). Exchangng the message varants s possble ndependently of STROBE. BIN 256 / BCD 100 BIN 128 / BCD 80 BIN 64 / BCD 40 BIN 32 / BCD 20 BIN 16 / BCD 10 BIN 8 / BCD 8 BIN 4 / BCD 4 BIN 2 / BCD 2 BIN 1 / BCD 1 STROBE ACKNOWLEDGE VARIABLE DATA MESSAGE OFF OFF/STROBE OFF/DIRECT FIRST MESSAGE LAST MESSAGE PLC OUTPUTS AND INPUT PLC PROGRAMMABLE LOGIC CONTROL
CALL UP OF MESSAGES WITH STROBE WITHOUT ACKNOWLEDGE CALL UP OF MESSAGES WITH STROBE AND ACKNOWLEDGE (HANDSHAKE) The call up of a message or the read n of varable data s done at the rsng edge of the STROBE sgnal. Acknowledge s not used. The call up of a message or the read n of varable data s done at the rsng edge of the STROBE sgnal. Each STROBE s followed by a fallng edge of `s ACKNOWLEDGE sgnal. STROBE TIME TIME 1: TIME 2: TIME 3: TIME 4: PULSE PAUSE 1 2 3 4 log 1 log 0 Power s swtched on. wll be ready for operaton after 0.3 sec. The PLC calls up a message at the by a rsng edge of the STROBE sgnal. The PLC ends the STROBE. The mnmum pulse-tme s >= 4 msec. The PLC calls up the next message wth a further rsng edge of the STROBE sgnal. The mnmum pause-tme s >= 4 msec. If STROBE and message nputs are steered by I/O s of a PLC the STROBE and message nputs may be actvated at the same tme. MESSAGE INPUTS FUNCTION INPUTS 5 17 4 16 3 15 2 14 1 7 13 19 6 12 21 20 8 11 10 25 BIN 256 / BCD 100 BIN 128 / BCD 80 BIN 64 / BCD 40 BIN 32 / BCD 20 BIN 16 / BCD 10 BIN 8 / BCD 8 BIN 4 / BCD 4 BIN 2 / BCD 2 BIN 1 / BCD 1 STROBE ACKNOWLEDGE PLC OUTPUTS AND INPUT VARIABLE DATA MESSAGE OFF OFF/STROBE OFF/DIRECT PLC PROGRAMMABLE LOGIC CONTROL FIRST MESSAGE LAST MESSAGE +24 V (19 V...33 V) O V PROTECTIVE EARTH STROBE ACKN. TIME TIME 1: TIME 2: TIME 3: TIME 4: TIME 5: 1 2 3 4 5 6 log 1 log 0 log 1 log 0 Power s swtched on. wll be ready for operaton after 0.3 sec. s ready for the call up of messages. The PLC calls up a message at the by a rsng edge of the STROBE sgnal. Between tme 3 and tme 4 the message nputs and the varable data nput have to be vald. After 2 msec the STROBE sgnal s confrmed. After ths the STROBE sgnal may change to log 0 (tme 5) and the message nputs may be changed by the PLC also. As soon as the PLC has recognzed the acknowlege sgnal t ends the STROBE. TIME 6: s ready for a further call up of a message. At tme 5 t s recommended not only to make the STROBE sgnal log 0 but also the message- and varable data nputs.
-TEXT DISPLAY... --DIRECT MESSAGE 2.4 DIRECT MESSAGE DIRECT MESSAGE FIRST MESSAGE (20) = log 0 LAST MESSAGE (8) = log 0 MESSAGE INPUTS FUNCTION INPUTS 5 17 4 16 3 15 2 14 1 7 13 19 6 12 21 20 8 0 0 1. DIRECT MESSAGE 1 0 2.FIRST MESSAGE 0 1 3.LAST MESSAGE 1 1 4.CYCLIC DISPLAY In the message varant DIRECT MESSAGE the message changes wth every new call up of a message number. A message remans n the dsplay untl another message s called up or another message varant s choosen. A "drect" message s not regstered n the message buffer. The nput MESSAGE OFF has to reman at log 0. As long as the -key s pressed the model secfcaton s dsplayed. BIN 256 / BCD 100 BIN 128 / BCD 80 BIN 64 / BCD 40 BIN 32 / BCD 20 BIN 16 / BCD 10 BIN 8 / BCD 8 BIN 4 / BCD 4 BIN 2 / BCD 2 BIN 1 / BCD 1 STROBE ACKNOWLEDGE VARIABLE DATA MESSAGE OFF OFF/STROBE OFF/DIRECT FIRST MESSAGE LAST MESSAGE PLC OUTPUTS AND INPUT PLC PROGRAMMABLE LOGIC CONTROL
-TEXT DISPLAY... -FIRST MESSAGE 2.5 FIRST MESSAGE FIRST MESSAGE ON OFF FIRST MESSAGE (20) = log 1 log 1 LAST MESSAGE (8) = log 0 log 0 MESSAGE OFF (6) = log 0 log 1 BIN 256 / BCD 100 MESSAGE INPUTS FUNCTION INPUTS 5 17 4 16 3 15 2 14 1 7 13 19 6 12 21 20 8 BIN 128 / BCD 80 BIN 64 / BCD 40 BIN 32 / BCD 20 BIN 16 / BCD 10 BIN 8 / BCD 8 BIN 4 / BCD 4 BIN 2 / BCD 2 BIN 1 / BCD 1 STROBE ACKNOWLEDGE VARIABLE DATA MESSAGE OFF OFF/STROBE OFF/DIRECT FIRST MESSAGE 0 0 1. DIRECT MESSAGE 1 0 2.FIRST MESSAGE 0 1 3.LAST MESSAGE 1 1 4.CYCLIC DISPLAY LAST MESSAGE The message varant FIRST MESSAGE always shows the frst message even f further messages are called up. All messages that follow the frst message are regstered n the message buffer. It s possble to scroll n the message buffer wth the functon keys and. The message buffer s able to store up to 512 messages. Every message that s regstered n the message buffer (every message that s swtched on) remans n ths buffer untl ths message s swtched off. If a message s called up repeatedly t wll only be regstered once (varable data wll be actualzed f present). Wth the functon key you wll be nformed about the number of messages that are regstered at the moment and the chosen message varant at any desred tme. All the messages that are regstered n the message buffer may also be swtched off together by the functon nputs OFF/STROBE or OFF/DIRECT. PLC OUTPUTS AND INPUT PLC PROGRAMMABLE LOGIC CONTROL
-TEXT DISPLAY... --LAST MESSAGE 2.6 LAST MESSAGE LAST MESSAGE ON OFF FIRST MESSAGE (20) = log 0 log 0 LAST MESSAGE (8) = log 1 log 1 MESSAGE OFF (6) = log 0 log 1 MESSAGE INPUTS FUNCTION INPUTS 5 17 4 16 3 15 2 14 1 7 13 19 6 12 21 20 8 BIN 256 / BCD 100 BIN 128 / BCD 80 BIN 64 / BCD 40 BIN 32 / BCD 20 BIN 16 / BCD 10 BIN 8 / BCD 8 BIN 4 / BCD 4 BIN 2 / BCD 2 BIN 1 / BCD 1 STROBE ACKNOWLEDGE VARIABLE DATA MESSAGE OFF OFF/STROBE OFF/DIRECT FIRST MESSAGE 0 0 1. DIRECT MESSAGE 1 0 2.FIRST MESSAGE 0 1 3.LAST MESSAGE 1 1 4.CYCLIC DISPLAY LAST MESSAGE The message varant LAST MESSAGE always shows the last (the latest) message. All earler messages are regstered n the message buffer. It s possble to scroll n the message buffer wth the functon keys and. The message buffer s able to store up to 512 messages. Every message that s regstered n the message buffer (every message that s swtched on) remans n ths buffer untl ths message s swtched off. If a message s called up repeatedly t wll only be regstered once (varable data wll be actualzed f present). Wth the functon key you wll be nformed about the number of messages that are regstered at the moment and the chosen message varant at any desred tme. All the messages that are regstered n the message buffer may also be swtched off together by the functon nputs OFF/STROBE or OFF/DIRECT. PLC OUTPUTS AND INPUT PLC PROGRAMMABLE LOGIC CONTROL
-TEXT DISPLAY... -CYCLIC DISPLAY 2.7 CYCLIC DISPLAY CYCLIC DISPLAY ON OFF FIRST MESSAGE (20) = log 1 log 1 LAST MESSAGE (8) = log 1 log 1 MESSAGE OFF (6) = log 0 log 1 MESSAGE INPUTS FUNCTION INPUTS 5 17 4 16 3 15 2 14 1 7 13 19 6 12 21 20 8 BIN 256 / BCD 100 BIN 128 / BCD 80 BIN 64 / BCD 40 BIN 32 / BCD 20 BIN 16 / BCD 10 BIN 8 / BCD 8 BIN 4 / BCD 4 BIN 2 / BCD 2 BIN 1 / BCD 1 STROBE ACKNOWLEDGE PLC OUTPUTS AND INPUT VARIABLE DATA MESSAGE OFF OFF/STROBE OFF/DIRECT PLC PROGRAMMABLE LOGIC CONTROL FIRST MESSAGE 0 0 1. DIRECT MESSAGE 1 0 2.FIRST MESSAGE 0 1 3.LAST MESSAGE 1 1 4.CYCLIC DISPLAY LAST MESSAGE In the message varant CYCLIC DISPLAY all called up messages are regstered and dsplayed cyclcally. It s possble to nterrupt the cycle and to scroll n the message buffer ndvdually wth the functon keys and. If the functon keys and are not operated any more the wll start the cyclc dsplay after a LINE HOLD TIME. The lne hold tme can be set to a value between 1 and 9 sec. (n menu INITIALISATION). The message buffer s able to store up to 512 messages. Every message that s regstered n the message buffer (every message that s swtched on) remans n ths buffer untl ths message s swtched off. If a message s called up repeatedly t wll only be regstered once (varable data wll be actualzed f present). Wth the functon key you wll be nformed about the number of messages that are regstered at the moment and the chosen message varant at any desred tme. All the messages that are regstered n the message buffer may also be swtched off together by the functon nputs OFF/STROBE or OFF/DIRECT.
2.8 MESSAGE ON - MESSAGE OFF -TEXT DISPLAY... -MESSAGE ON - MESSAGE OFF BIN 256 / BCD 100 BIN 128 / BCD 80 BIN 64 / BCD 40 BIN 32 / BCD 20 BIN 16 / BCD 10 BIN 8 / BCD 8 BIN 4 / BCD 4 BIN 2 / BCD 2 BIN 1 / BCD 1 MESSAGE INPUTS FUNCTION INPUTS 5 17 4 16 3 15 2 14 1 7 13 19 6 12 21 20 8 STROBE ACKNOWLEDGE VARIABLE DATA MESSAGE OFF 0 MESSAGE ON 1 MESSAGE OFF OFF/STROBE OFF/DIRECT FIRST MESSAGE LAST MESSAGE The message buffer of smplfes the steerng wth a PLC. It was untl now necessary to use one PLC flag for each message. Those flags had to be set as soon as the message appeared and to be reset as soon as the message ended. Wth the, the flags and ther management are no longer the task of the PLC but of the, wth the result that the development of PLC software for the steerng of the s much easer and that the PLC has more capacty for t s true purpose. As soon as the PLC recognzes a fault t swtches on the correspondng message n the text dsplay. Ths message wll reman n the message buffer untl the PLC recognzes that the fault has gone and swtches off the message. The has flags for every message whch s why t s not necessary to set or reset flags n the PLC. The PLC can swtch on or off up to 512 messages (flags) n the at any desred tme. A message s swtched on by callng up a text number and nput MESSAGE OFF at low poston. Ths message wll stay n the s message buffer untl the PLC calls up the same text number wth nput MESSAGE OFF at hgh poston. keeps the sequence excactly, dentcal messages are only regstered once. PLC OUTPUTS AND INPUT PLC PROGRAMMABLE LOGIC CONTROL
-TEXT DISPLAY... --EXTERNAL VARIABLE DATA MESSAGE INPUTS FUNCTION INPUTS 5 17 4 16 3 15 2 14 1 7 13 19 6 12 21 20 8 2.9.1 EXTERNAL VARIABLE DATA allows the combnaton of fxed text wth varable data. Ths varable data may be temperatures, pressures, speeds or smlar. They can be wrtten n all the 32 lnes of any of the 512 messages. Each message can show up to 128 dgts of varable data splt n dfferent lnes. EXAMPLE: LINE 1 LINE 2 -OIL-TEMPERATURE 1 = 68.5 C ( 70.0 C) -OIL-TEMPERATURE 2 = 88.9 C ( 84.0 C) BCD-VARIABLE BCD2-VARIABLE BCD2-VARIABLE ASCII-VARIABLE 0 WITHOUT VARIABLES 1 WITH VARIABLES The poston of the varable data s programmed at the same tme as the other text wth placekeepers ( ). Those placekeepers wll be exchanged wth the varable data n the programmng mode. EXAMPLE: BIN 256 / BCD 100 BIN 128 / BCD 80 BIN 64 / BCD 40 BIN 32 / BCD 20 BIN 16 / BCD 10 BIN 8 / BCD 8 BIN 4 / BCD 4 BIN 2 / BCD 2 BIN 1 / BCD 1 STROBE ACKNOWLEDGE VARIABLE DATA MESSAGE OFF OFF/STROBE OFF/DIRECT FIRST MESSAGE LAST MESSAGE LINE 1 -OIL-TEMPERATURE 1 = QQ.Q C ( LINE 2 -OIL-TEMPERATURE 2 = QQ.Q C ( 84.0 C) PLC OUTPUTS AND INPUT PLC PROGRAMMABLE LOGIC CONTROL
2.9.2 VARIABLE DATA CODE 2.9.3 READ IN OF VARIABLE DATA allows a choce between 3 dfferent varable data codes. The set up of those codes s done n menu INITIALISATION: VARIABLE DATA CODE 1: ASCII (8 Bt / 1 Byte) In ths code all ASCII sgns ($00...$FF) are avalable. The transmsson to s done one byte after the other (byte-seral). VARIABLE DATA CODE 2: BCD-2 (2 x 4 Bts / 2 DIGITS) In ths code the numbers 0...9 ($00...$09) and the addtonal characters PLUS MINUS POINT SPACE + ($0B) - ($0C). ($0E) _ ($0F) At frst the varable s wrtten nto the. The wrte n of the varable data s done dgt after dgt, double-dgt after double-dgt or byte after byte and ts always wrtten from left to the rght. A adressng of the dgt postons s not necessary. The varables reman n the buffer untl a message s called up. Then the varables are transfered from the buffer nto ths message. If a message s called up that does not ft to the prepared varables no transfer or a faulty transfer wll happen. That s why t s mportant that varables and the then called up message ft together. If the varables change t s only necessary to transfer the whole set of varables agan. It s possble to actualze varable data as often as desred f the correspondng message s swtched on or dsplayed as a DIRECT MESSAGE. If more varable data are transfered than placekeepers ( ) have been reserved the rest of the varables wll be gnored. If more placekeepers ( ) have been reserved than varable data s transfered the rest of the wll reman unoccuped n the dsplay. are avalable. The transmsson s done for 2 dgts wth 1 STROBE. 1. VARIABLES OF A MESSAGE ARE ACTUALIZED PERMANENTLY 2. DIFFERENT VARIABLES ARE TRANS- FERED INTO DIFFERENT MESSAGES VARIABLE DATA CODE 3: BCD (4 Bts / 1 DIGIT) In ths code the numbers 0...9 ($00...$09) and the addtonal sgns PLUS + ($0B) MINUS - ($0C) POINT. ($0E) SPACE _ ($0F) are avalable. The transmsson s done for 1 dgt wth 1 STROBE. WRITE VARIABLE DATA INTO CALL UP THE MESSAGE THATS PREPARED FOR VARIABLE DATA ACTUALIZE THE VARIABLE DATA AND WRITE IT INTO CALL UP THE MESSAGE THATS PREPARED FOR VARIABLE DATA ACTUALIZE THE VARIABLE DATA AND WRITE IT INTO CALL UP THE MESSAGE THATS PREPARED FOR VARIABLE DATA WRITE FIRST VARIABLE INTO CALL UP THE MESSAGE THATS PREPARED FOR VARIABLE DATA WRITE SECOND VARIABLE INTO CALL UP THE MESSAGE THATS PREPARED FOR VARIABLE DATA WRITE THIRD VARIABLE INTO CALL UP THE MESSAGE THATS PREPARED FOR VARIABLE DATA
-TEXT DISPLAY... --CLEAR MESSAGE BUFFER 2.10 CLEAR MESSAGE BUFFER In the message varants FIRST MESSAGE LAST MESSAGE CYCLIC DISPLAY MESSAGE INPUTS FUNCTION INPUTS 5 17 4 16 3 15 2 14 1 7 13 19 6 12 21 20 8 the message buffer of the s used. The message buffer s able to store the whole 512 messages untl BIN 256 / BCD 100 BIN 128 / BCD 80 BIN 64 / BCD 40 BIN 32 / BCD 20 BIN 16 / BCD 10 BIN 8 / BCD 8 BIN 4 / BCD 4 BIN 2 / BCD 2 BIN 1 / BCD 1 STROBE ACKNOWLEDGE VARIABLE DATA MESSAGE OFF PLC OUTPUTS AND INPUT 1 CLEAR MESSAGE BUFFER WITH STROBE 1 CLEAR MESSAGE BUFFER DIRECTLY OFF/STROBE OFF/DIRECT FIRST MESSAGE LAST MESSAGE 1. a swtched on message s swtched off. If all messages are swtched off the "TEXT DISPLAY- ED WHEN NO MESSAGE" s dsplayed (ths text can be programmed n menu SYSTEM TEXT) 2. all messages of the message buffer are cleared (swtched off) wth hgh sgnal at the nput OFF/ DIRECT. The shows the "TEXT DIS- PLAYED WHEN NO MESSAGE" 3. all messages of the message buffer are cleared (swtched off) wth hgh sgnal at the nput OFF/ STROBE together wth STROBE. shows message no 000 f nput MESSAGE OFF s low at ths moment. shows the "TEXT DIS- PLAYED WHEN NO MESSAGE" f nput MESSAGE OFF s hgh at ths moment. PLC PROGRAMMABLE LOGIC CONTROL
-TEXT DISPLAY... -THE STANDARD KEYBOARD LCA 211 3.1 STANDARD KEYBOARD LCA 211 The smplest way of nputng message texts, values and operatonal texts s by the standard keyboard LCA 211. For ths purpose the LCA 211 s connected to the by a flat cable. The keyboard ncludes not only a DIN-character table but also of further 14 specal keys. The 6 red keys have the followng mportant functons: MENÜ RUN ESC < calles the programmng of the message text, operatonal texts and values fnshes the programmng of the text dsplay s ready for operaton call menu nput of texts and values, handlng and choce of menu HEX VAR TAB ESC SHIFT SPACE SHIFT INS DEL BS END HOME INS L DEL L LOCK < > DIMENSIONS: 380 x 190 x 30mm RUN MENÜ STANDARD KEYBOARD LCA 211 > back n menu forward n menu The addtonal 8 specal keys have the followng functons: SHIFT = swtch over of double occuped keys LOCK = lock swtch over BS = backspace, erases the character left of cursor TAB = tabulator, moves the cursor by 8 collumns to the rght TAB * = tabulator, moves the cursor by 8 collumns to the left VAR = character for external varable data HEX * = the nput s done n HEX-codng HOME = sets the cursor at home poston, frst place left END * = sets the cursor at end poston, last place rght DEL = delete character n lne INS * = nsert character n lne DEL L = delete lne from message or system text INS L* = nsert lne n message or system text > * = delete all characters rght of cursor n a lne < * = delete all characters left of cursor n alne *) only possble together wth the key "SHIFT"
MENÜ MENU START OF PROGRAMMING 01 FREE:1000 LINES* > MESSAGE TEXT 3.2 MENU The clear menu-techncs allows a smple and quck programmng of the text dsplay. The man menu shows the followng programms: FORWARD IN MENU 01 FREE:1000 LINES* > INITIALISATION FORWARD IN MENU 01 FREE:1000 LINES* > SYSTEM TEXT FORWARD IN MENU 01 FREE:1000 LINES* > INTERFACE DIAGNOSTICS FORWARD IN MENU 01 FREE:1000 LINES* > ALL MEMORY - MESSAGE TEXT - INITIALISATION - SYSTEM TEXT - DIAGNOSTICS - ALL MEMORY MESSAGE TEXT are texts whch are called by feedng a coded message number and whch are shown on the dsplay of the. INITIALISA- TION are specfc settngs for the applcaton of the. SYSTEM TEXT lmt texts for the handlng of the. DIAGNOSTICS shows the "logcal" states of all nputs (parallel nterface) of the LCA 245. Copy ALL MEMORY means to copy the contents of one nto another or PC. Before each use of the followng preperatons have to be made: 1. CHANGING OF MESSAGE TEXT 2. SET UP INITIALISATION 3. CHANGING OF SYSTEM TEXT IF NECESSARY Bascally you have the choce between two modes of programmng: BACKWARD IN MENU 01 FREE:1000 LINES* > INTERFACE DIAGNOSTICS 1. PROGRAMMING WITH THE STANDARD- KEYBOARD LCA 211 2. PROGRAMMING BY THE SERIAL INTER- FACE WITH PLC PROGRAMMING UNITS OR PC`S ESC TO THE FIRST MENU POINT The chapters 3.2 to 3.12 show the programmng wth the standard keyboard LCA 211. 01 FREE:1000 LINES* > MESSAGE TEXT RUN IS READY FOR OPERATI- ON RUN SYMBOLS FOR THE RED KEYS OF THE *) the amount of lnes n our examples s accdental
3.3 MENU MESSAGE TEXT Message texts are texts whch are called by a coded message number from the PLC and whch are shown on the dsplay of the. A message text s organzed pagewse, each message text page can be mnmum one lne and maxmum 32 lnes long. 1075 LINES are at dsposal n the 512 MESSAGE TEXT PAGES. The dsposton of the lnes n the message text pages s varable. - MESSAGE TEXT CHANGE Message texts from page 000...511 to be feeded, altered or extended - MESSAGE TEXT DISPLAY From the message text page "nnn" on the message texts wll be shown on the dsplay for testng 01 FREE: 1000 LINES* > MESSAGE TEXT 01 FREE:1000 LINES* > MESSAGE TEXT CHANGE 01 FREE:1000 LINES* > MESSAGE TEXT DISPLAY - MESSAGE TEXT COPY Message text page "nnn" wll be coped to "mmm" - MESSAGE TEXT ERASE Message text pages from "nnn" to "mmm" wll be deleted 01 FREE:1000 LINES* > MESSAGE TEXT COPY 01 FREE:1000 LINES* > MESSAGE TEXT ERASE 01 FREE:1000 LINES* > MESSAGE TEXT COPY ESC 01 FREE:1000 LINES* > MESSAGE TEXT *) the amount of lnes n our example s accdently
MENÜ MENU START OF THE PROGRAMMING 3.4 THE FIRST PROGRAMMING OF A MESSAGE TEXT 01 -FREE:-nnnn-LINES 1) ->-MESSAGE-TEXT 01 -FREE:-nnnn-LINES->-MESSAGE-TEXT-ERASE FORWARD IN MENU If you feed a message text nto the for the frst tme we recommend to read the example on the left sde. Thus you learn quckly the smple text nput. When you have feeded the message number "FROM NO." n the menu MESSAGE TEXT ERASE you get the message number "TO NO." wth the button. ERASE ALL MESSAGE TEXTS 01 -FREE:-nnnn-LINES->-MESSAGE-TEXT-ERASE -FROM-NO.:-nnn 1) -TO-NO.:-mmm 1) ERASE ALL MESSAGES FROM 000 TO 511 01 -FREE:-nnnn-LINES->-MESSAGE-TEXT-ERASE -FROM-NO.:---0 13 -TO-NO.:-511 3) ESC ESC CALL UP MENU MESSAGE TEXT CHANGE 01 -FREE:-1075 3) -LINES->-MESSAGE-TEXT-CHANGE INPUT OF TEXT IN MESSAGE 000 01 -FREE:-1075-LINES->-MESSAGE-TEXT-CHANGE -------------PAGE:---0-----------LINE: CALL UP FIRST LINE OF MESSAGE 000 AND PROGRAM TEXT 01 -PAGE:-000-01-(00)--L:-20--P:-21--H:---C -WORKPIECE-MISALIGNED 3) CALL UP SECOND LINE OF MESSAGE 000 AND PROGRAM TEXT 01 -PAGE:-000--(01)--L:-18--P:-19--H:--- C -CHECK-SWITCH -b-1. 3) END OF THE INPUT OF TEXT FOR MESSAGE 000 01 -FREE:-1073-LINES->-MESSAGE-TEXT-CHANGE -------------PAGE:---1 RUN END OF PROGRAMMING OF For the better survey the example texts are shown n ITALICS 1) nnnn s an accdently number of lnes 2) 1075 s the the maxmum avalable number of lnes 3) values that are programmed by the keyboard
3.5 CHANGING OF MESSAGE TEXT Message texts can be changed, extended and deleted as desred no matter whether you programme wth the keyboard LCA 211, PLC programmng gear or PC. The example at the rght sde shows how smple and quck ths can be done by the. 01 -FREE:-1073-LINES->-MESSAGE-TEXT-CHANGE 01 -FREE:-1073-LINES->-MESSAGE-TEXT-CHANGE -------------PAGE:---n 1) -------LINE: CALL UP OF MESSAGE 000 AND LINE 01 01 -FREE:-1073-LINES*->-MESSAGE-TEXT-CHANGE -------------PAGE:---0 2) -------LINE:---1 2) LINE 01 IN MESSAGE 000 NOT ALTERED YET 01 -PAGE:-000-01-(00)--L:-20--P:-21--H:---C -WORKPIECE-MISALIGNED ALTER LINE 01 IN MESSAGE 000, LINE REMAINS UNALTERED 01 -PAGE:-000-01-()--L:-31--P:-32--H:---C -WORKPIECE-MISALIGNED-IN-STATION-2 2) ESC END OF ALTERING TEXT IN MESSAGE 000 01 -FREE:-1073-LINES->-MESSAGE-TEXT-CHANGE -------------PAGE:---1--------LINE: CALL UP OF MESSAGE 004 01 -FREE:-1073-LINES->-MESSAGE-TEXT-CHANGE -------------PAGE:---4--------LINE: FEEDING OF THE FIRST LINE FOR MESSAGE 004 01 -PAGE:-004-01-(00)--L:-26--P:-27--H:---C -ERROR-IN-PACKAGING-STATION FEEDING OF THE SECOND LINE FOR MESSAGE 004 01 -PAGE:-004--(01)--L:-12--P:-13--H:---C -PLEASE-CHECK FEEDING OF THE THIRD LINE FOR MESSAGE 004 01 -PAGE:-004-03-()--L:-15--P:-16--H:---C -VALVE-----Y-04.5 END OF THE INPUT OF TEXT FOR MESSAGE 004 1) accdently message text page 2) nput by keyboard 01 -FREE:-1070-LINES->-MESSAGE-TEXT-CHANGE -------------PAGE:---5--------LINE:
3.6 COPY MESSAGE TEXT 01 -FREE:-1070-LINES->-MESSAGE-TEXT-COPY ------------- COPY MESSAGE Some message texts can be equal or only lttle dfferent. Therefore the possblty to copy these texts by the s logcal and saves tme. How to copy the message text pages smply and quckly s shown n the example on the left sde. 01 -FREE:-1070-LINES->-MESSAGE-TEXT-COPY -------------FROM-NO.:---n 1) ---------TO-NO.:----n 1) COPY MESSAGE 004 (n) TO MESSAGE 005 (n) 01 -FREE:-1070-LINES->-MESSAGE-TEXT-COPY -------------FROM-NO.:---4 2) ---------TO-NO.:----5 2) MESSAGE 004 WAS COPIED TO MESSAGE 005 01 -FREE:-1067-LINES->-MESSAGE-TEXT-COPY -------------FROM-NO.:---4----------TO-NO.:-----6 COPY MESSAGE 004 (n) TO MESSAGE 105 (n) 01 -FREE:-1067-LINES->-MESSAGE-TEXT-COPY -------------FROM-NO.:---4 2) ---------TO-NO.:--105 2) MESSAGE 004 WAS ALSO COPIED TO MESSAGE 105 01 -FREE:-1064-LINES->-MESSAGE-TEXT-COPY -------------FROM-NO.:---4----------TO-NO.:---106 ESC END 01 -FREE:-1064-LINES->-MESSAGE-TEXT-COPY ------------- 1) MESSAGE TEXT PAGES ARE ACCIDENTLY 2) INPUT BY KEYBOARD
3.7 MENU INITIALISATION In menu INITIALISATION the specfc applcaton settng of the s done. As a rule the ntalsaton wll be set only once before the start of operaton. A later change of course s possble as often as desred. The menu ntalsaton s devded n followng programmes: - "INITIALISATION SET UP" INITIALISATION WILL BE CHANGED WHEN NECESSARY - "INITIALISATION DISPLAY INITIALISATION WILL BE SHOWN ON THE DISPLAY FOR TESTING 01 FREE: 450 LINES 1) > INITIALISATION 01 FREE: 450 LINES > INITIALISATION SET UP 01 FREE: 450 LINES > INITIALISATION DISPLAY 01 FREE: 450 LINES > INITIALISATION SET UP ESC 01 FREE: 450 LINES > INITIALISATION
01 -FREE:--450-LINES 1) ->-INITIALISATION 3.8 INITIALISATION SET UP 01 -FREE:--450-LINES - ->-INITIALISATION-SET-UP 01 -FREE:--450-LINES - ->-INITIALISATION-SET-UP -MESSAGE-SELECT -CODE---BIN 2) 01 -FREE:--450-LINES - ->-INITIALISATION-SET-UP -MESSAGE-SELECT -CODE---BCD 2) 01 -FREE:--450-LINES - ->-INITIALISATION-SET-UP -VARIABLE-DATA -CODE---ASCII 2) The followng can be set: the codng of message and varable data as well as the cycle, hold and nhbt tme. The CYCLE TIME desgnates the duraton of the dsplay of a message at the message varant "CYCLIC DISPLAY" In case the addtonal nformatons (lnes 3...32) of a just shown message are called n the "CYCLIC DISPLAY" by the push buttons, then the LINE HOLD TIME desgnates how long ths addtonal nformaton has to be shown 01 -FREE:--450-LINES - ->-INITIALISATION-SET-UP -VARIABLE-DATA -CODE---BCD 2) 01 -FREE:--450-LINES - ->-INITIALISATION-SET-UP -VARIABLE-DATA -CODE---BCD-2 2) 01 -FREE:--450-LINES - ->-INITIALISATION-SET-UP -CYCLE-TIME-------------------1...9-SEC 3) 01 -FREE:--450-LINES - ->-INITIALISATION-SET-UP -LINE-HOLD-TIME--------------1...9-SEC 3) 01 -FREE:--450-LINES - ->-INITIALISATION-SET-UP -SCROLL-INHIBIT-TIME--------0.0...0.9-SEC 3) 01 -FREE:--450-LINES - ->-INITIALISATION-DISPLAY - 01 -MESSAGE-SELECT:-BIN--VARIABLE-DATA:-ASCII -CYCLE:-2,--HOLD:-5,--INHIBIT:-0.5-SEC ESC ESC 01 -FREE:--450-LINES - ->-INITIALISATION - 1) ACCIDENTAL NUMBER OF LINES 2) THE CODE IS CALLED UP WITH THE "" KEY AND CHANGED WITH THE "ARROW" KEYS 3) THE TIMES ARE FEEDED WITH THE KEYBOARD
-TEXT DISPLAY... -THE SERIAL PROGRAMMING SERIAL INTERFACE RS 232 C ADAPTOR CABLE LCA 232, LCA 237 The seral nterface of the has followng settng: 9600 BAUD 7 DATA BITS 2 STOP BITS EVEN PARITY RTS/CTS, Xon/Xoff PROTOCOLL ECHO 4.1 SERIAL PROGRAMMING The text dsplay can also be programmed when desred by the seral nterface. For programmng, the PLC programmng unt (for nstance PG 675/685), PC`s or termnals, n fact any unt, can be used whch has a seral nterface RS 232 (TTY) and an ASCII keyboard. In case the seral nterface of the s altered by the seral programmng the settng occurs automatcally at the end of the seral programmng. For smple connecton of the to the PG 675/685 or PC for seral programmng we supply the cables LCA 232 and LCA 237. Seral programmng of the s possble as long as the cable LCA 232/ 237 connects the programmng unt to the. Wth the connecton of the PG 675/685 to the LCA 245 by the copy cable LCA 232 or the connecton of the PC to the by the copy cable LCA 237 the seral programmng s started and wth the dsconnecton t s fnshed. SERIAL INTERFACE RS 232 C PLC PROGRAMMING UNITS (PG 675/685 OR SIMILAR) PC (ALL COMPUTERS WITH RS 232 C) TERMINALS 245-13
4..2 SHORT SURVEY OF PROGRAMMING INSTRUCTIONS MESSAGE TEXT MV,xxx,TEXT MESSAGE TEXT CHANGE NO xxx MA,xxx MESSAGE TEXT DISPLAY FROM NO xxx MK,xxx,yyy MESSAGE TEXT COPY FROM NO xxx TO NO yyy ML,xxx,yyy MESSAGE TEXT ERASE FROM NO xxx TO NO yyy INITIALISATION WEM,xxx MESSAGE SELECT CODE (BIN or BCD) WEV,xxxxx VARIABLE DATA CODE (ASCII, BCD or BCD-2) WEZ,n CYCLE TIME (0...9 sec) WEH,n LINE HOLD TIME (0...9 sec) WES,n SCROLL INHIBIT TIME (0,0...0,9 sec) WAINITIALISATION DISPLAY SYSTEM TEXT BVR,TEXT TEXT DISPLAYED WHEN NO MESSAGE BVH,TEXT -TEXT BVV,TEXT MODEL SPECIFICATION TEXT BAx SYSTEM TEXT DISPLAY INTERFACE DIAGNOSTICS PROGRAMMING EXAMPLE AE START PROGRAMMING MV,001,TEXT LINE 01 MESSAGE 001, LINE 01 MV,001,TEXT LINE MESSAGE 001, LINE MV,005,TEXT LINE 01 MESSAGE 005, LINE 01 MV,008,TEXT LINE 01 MESSAGE 008, LINE 01 MV,008,TEXT LINE MESSAGE 008, LINE MV,008,TEXT LINE 03 MESSAGE 008, LINE 03 MV,008,TEXT LINE 04 MESSAGE 008, LINE 04 MV,008,TEXT LINE 05 MESSAGE 008, LINE 05 MV,004,TEXT LINE 01 MESSAGE 004, LINE 01 MV,004,TEXT LINE MESSAGE 004, LINE MV,012,TEXT LINE 01 MESSAGE 012, LINE 01 MV,250,TEXT LINE MESSAGE 250, LINE 01 MV,250,TEXT LINE MESSAGE 250, LINE MK,008,108 COPY MESSAGE 008 TO MESSAGE 108 WEM,BIN MESSAGE SELECT CODE BINARY WEV,ASCII VARIABLE DATA CODE ASCII WEZ,5 CYCLE TIME 5 SEC WEH,5 LINE HOLD TIME 5 SEC WES,2 SCROLL INFIBIT TIME 0.2 SEC WA INITIALISATION DISPLAY BVR,MACHINE OK TEXT DISPLAYED WHEN NO MESSAGE BVH, ***. MESSAGE, NUMBER ***, MESSAGES ON *** TEXT LINE 1 BVH, DISPLAY VARIANT ****** TEXT LINE 2 ## END OF PROGRAMMING D INTERFACE DIAGNOSTICS START CONTROL INSTRUCTIONS AE ALL MEMORY RECEIVE AV ALL MEMORY VERIFY AS ALL MEMORY TRANSMITT ## END OF PROGRAMMING
4.3 SERIAL PROGRAMMING VIA PC The seral programmng of the usng a PC s very easy and handy as t s possble to use standard textprocessng software packages (WORD-STAR / WORD-PERFECT /STAR-WRITER...). Please hold on to the followng hnts: 1. Turn on PC and LCA 2. Plug n adaptor cable LCA 237 at the PC and the LCA 3. Start programmng the text fle (see excample n chapter 4.2). Always press RETURN at the end of every lne 4. Save text as an ASCII fle 5. Ext to DOS 6. Adjust the seral nterface by typng: MODE_* 1 COM1:96,E,7,2,P(RETURN) The PC should answer wth: COM1: 9600,E,7,2,P LCA 237 7. Now transfer the fle to the LCA by typng: COPY_* 1 (NAME OF FILE)_* 1 COM1:(RETURN) 8. Wat untl the transfer s fnshed. If the programmng stops at an error t s to be confrmed by pressng the ""-key at 9. The end of programmng s ndcated by "##" n the dsplay of LCA 245 and the flashng of the ""-LED 10. Unplug LCA 237 from and test the programme * 1 (_) = press SPACE BAR 1988 by SYSTEME LAUER GMBH 1988 D by 7440 SYSTEME NÜRTINGEN LAUER 1 GMBH HOHES GESTADE D 7440 NÜRTINGEN 16 TEL 072 1 HOHES / 8091 - GESTADE 8094 FAX 16 072 TEL 072 / 31210/ 8091-8094 FAX 072 / 31210
5 TRANSLATION TABLE LCA 222 -TEXT DISPLAY... -TRANSLATION TABLE LCA 222 Ths translaton table announces the pns at the sdes of LCA 222 and ther functons. Connecton LCA 222 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24 Functon BIN 1 / BCD 1 BIN 2 / BCD 2 BIN 4 / BCD 4 BIN 8 / BCD 8 BIN 16 / BCD 10 BIN 32 / BCD 20 BIN 64 / BCD 40 BIN 128 / BCD 80 BIN 256 / BCD 100 NOT CONNECTED MESSAGE OFF VARIABLE DATA STROBE LAST MESSAGE FIRST MESSAGE OFF / DIRECT SPARE NOT CONNECTED OFF / STROBE ACKNOWLEDGE 0 VDC / GND 24 VDC