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DATA TRANSFORMATION CRIMSON USER MANUAL - MODULAR CONTROLLER registers that you want to expose. You will then be asked for a start address in the master device, and the number of registers to map, and the mappings will be created as shown. In this example, registers N7:0 through N7:7 in an Allen-Bradley controller have been exposed for access via Modbus TCP/IP as registers 40001 through 40008. Crimson will automatically ensure that these data items are read from the Allen-Bradley PLC so as to fulfill Modbus requests, and will automatically convert writes to the Modbus registers into writes to the PLC. This mechanism allows even simple PLCs to be connected on an Ethernet network. MASTER AND MASTER To move data between two master devices, simply select one of the devices, and create a Gateway Block for that device. You can then add references to the other device’s registers just as you would when exposing data on a slave protocol. Again, C2 will automatically read or write the data as required, transparently moving data between the devices. The example above shows how to move data from a Mitsubishi FX into an SLC-500. WHICH WAY AROUND? One question that may occur to you is whether you should create the Gateway Block within the Allen-Bradley device, as in this example, or within the Mitsubishi device. The first thing to note is that there is no need to create more than a single block to perform transfers in a single direction. If you create a block in AB to read from MITFX, and a block in MITFX to write to AB, you’ll simply perform the transfer twice and slow everything down! The second observation is that the decision as to which device should “own” the Gateway Block is essentially arbitrary. In general, you should create your blocks so as to minimize the number of blocks in the database. This means that if the registers in the Allen-Bradley lay within a single range, but the registers in the Mitsubishi are scattered all over the PLC, the Gateway Block should be created within the Allen-Bradley device so as to remove the need to create multiple blocks to access the different ranges of the Mitsubishi device. DATA TRANSFORMATION You may also use Gateway Blocks to perform math operations that your PLC might not otherwise be able to handle. For example, you may want to read a register from the PLC, scale it, take the square root, and write it back to another PLC register. To accomplish this, PAGE 72 http://www.redlion.net/controller
CONFIGURING COMMUNICATIONS DATA TRANSFORMATION refer to the section on Data Tags, and create a mapped variable to represent the input value that will be read from the device. Then, create a formula to represent the output value, setting the expression so as to perform the required math. You can then create a Gateway Block targeted at the required output register, and drag the formula across to instruct Crimson to write the derived value back to the PLC. REVISION 6 PAGE 73
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LP0631 CRIMSON 2 USER MANUAL MODULA
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GETTING STARTED TABLE OF CONTENTS T
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GETTING STARTED TABLE OF CONTENTS A
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GETTING STARTED TABLE OF CONTENTS A
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GETTING STARTED TABLE OF CONTENTS T
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GETTING STARTED TABLE OF CONTENTS I
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GETTING STARTED TABLE OF CONTENTS F
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GETTING STARTED TABLE OF CONTENTS S
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GETTING STARTED SYSTEM REQUIREMENTS
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QUICK START OVERVIEW QUICK START Th
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QUICK START MAPPING DATA To create
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QUICK START DOWNLOADING In the exam
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CRIMSON BASICS MAIN SCREEN ICONS CR
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CRIMSON BASICS SELECTING THE MODULA
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CRIMSON BASICS DOWNLOADING TO THE M
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CRIMSON BASICS DOWNLOADING TO THE M
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MODULE CONFIGURATION WORKING WITH M
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MODULE CONFIGURATION CSPID - PID MO
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Page 75 and 76: MODULE CONFIGURATION CSOUT - ANALOG
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Page 79 and 80: MODULE CONFIGURATION CSDIO - DIGITA
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Page 86 and 87: ETHERNET CONFIGURATION CRIMSON USER
Page 88 and 89: MAPPING DATA CRIMSON USER MANUAL -
Page 93 and 94: ADVANCED COMMUNICATIONS USING EXPAN
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Page 111 and 112: OPC COMMUNICATION OPC COMMUNICATION
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Page 117 and 118: CONFIGURING THE SYNCHRONIZATION MAN
Page 119 and 120: CONFIGURING THE FTP SERVER Numerous
Page 121 and 122: CONFIGURING DATA TAGS ALL ABOUT TAG
Page 123 and 124: CONFIGURING DATA TAGS CREATING TAGS
Page 125 and 126: CONFIGURING DATA TAGS EDITING PROPE
Page 127 and 128: CONFIGURING DATA TAGS EDITING FLAG
Page 133 and 134: CONFIGURING DATA TAGS EDITING INTEG
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CONFIGURING DATA TAGS EDITING MULTI
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CONFIGURING DATA TAGS EDITING MULTI
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CONFIGURING DATA TAGS EDITING STRIN
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CONFIGURING DATA TAGS MORE THAN TWO
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CONFIGURING DATA TAGS NOTES FOR EDI
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USING THE PAGE LIST CRIMSON USER MA
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SELECTING PRIMITIVES CRIMSON USER M
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EDITING PRIMITIVES CRIMSON USER MAN
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PRIMITIVE DESCRIPTIONS CRIMSON USER
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DEFINING SYSTEM ACTIONS CRIMSON USE
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ACTION DESCRIPTIONS CRIMSON USER MA
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ADVANCED TOPICS CRIMSON USER MANUAL
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USING THE PAGE LIST CRIMSON USER MA
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ADDING DISPLAY PRIMITIVES CRIMSON U
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SELECTING PRIMITIVES CRIMSON USER M
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GROUPING PRIMITIVES CRIMSON USER MA
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DEFINING ACTIONS CRIMSON USER MANUA
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SYSTEM PRIMITIVES CRIMSON USER MANU
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DEFINING PAGE PROPERTIES CRIMSON US
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ADDITIONAL SYSTEM PROPERTIES CRIMSO
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CHANGING THE LANGUAGE CRIMSON USER
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DATA AVAILABILITY CRIMSON USER MANU
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PROGRAM PROPERTIES CRIMSON USER MAN
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RETURNING VALUES CRIMSON USER MANUA
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PROGRAMMING TIPS CRIMSON USER MANUA
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PROGRAMMING TIPS CRIMSON USER MANUA
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NOTES FOR EDICT USERS CRIMSON USER
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CONFIGURING DATA LOGGING BATCH LOGG
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CONFIGURING DATA LOGGING DATA LOG P
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CONFIGURING DATA LOGGING THE LOGGIN
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CONFIGURING DATA LOGGING NOTES FOR
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WEB SERVER PROPERTIES CRIMSON USER
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COMPACTFLASH ACCESS CRIMSON USER MA
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WEB SERVER SAMPLES CRIMSON USER MAN
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WEB SERVER SAMPLES CRIMSON USER MAN
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USING THE SECURITY SYSTEM SECURITY
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USING THE SECURITY SYSTEM SECURITY
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USING THE SECURITY SYSTEM SPECIFYIN
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WRITING EXPRESSIONS DATA VALUES CHA
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WRITING EXPRESSIONS COMPARING VALUE
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WRITING EXPRESSIONS MANIPULATING BI
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WRITING EXPRESSIONS NOTES FOR EDICT
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RUNNING PROGRAMS CRIMSON USER MANUA
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USING RAW PORTS CRIMSON USER MANUAL
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SYSTEM VARIABLE REFERENCE HOW ARE S
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SYSTEM VARIABLE REFERENCE COMMSERRO
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SYSTEM VARIABLE REFERENCE DISPCONTR
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SYSTEM VARIABLE REFERENCE DISPUPDAT
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SYSTEM VARIABLE REFERENCE PI PI DES
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SYSTEM VARIABLE REFERENCE TIMEZONEM
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PROGRAMMING REFERENCE EXPRESSION OP
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PROGRAMMING REFERENCE PROGRAMMING S
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FUNCTION REFERENCE NOTES FOR EDICT
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FUNCTION REFERENCE ACOS(VALUE) ACOS
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FUNCTION REFERENCE ASIN(VALUE) ASIN
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FUNCTION REFERENCE ATAN2(A, B) ATAN
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FUNCTION REFERENCE CLEAREVENTS() CL
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FUNCTION REFERENCE COMMITANDRESET()
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FUNCTION REFERENCE COMPACTFLASHSTAT
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FUNCTION REFERENCE COPY(DEST, SRC,
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FUNCTION REFERENCE CREATEDIRECTORY(
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FUNCTION REFERENCE DATATOTEXT(DATA,
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FUNCTION REFERENCE DECTOTEXT(DATA,
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FUNCTION REFERENCE DELETEDIRECTORY(
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FUNCTION REFERENCE DEVCTRL(DEVICE,
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FUNCTION REFERENCE DISPOFF() DISPOF
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FUNCTION REFERENCE DRVCTRL(PORT, FU
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FUNCTION REFERENCE ENABLEDEVICE(DEV
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FUNCTION REFERENCE EXP(VALUE) EXP(V
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FUNCTION REFERENCE FILL(ELEMENT, DA
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FUNCTION REFERENCE FINDFILEFIRST(DI
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FUNCTION REFERENCE FINDTAGINDEX(LAB
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FUNCTION REFERENCE FTPGETFILE(SERVE
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FUNCTION REFERENCE GETALARMTAG(INDE
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FUNCTION REFERENCE GETCAMERADATA(PO
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FUNCTION REFERENCE GETDISKFREEBYTES
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FUNCTION REFERENCE GETDISKSIZEBYTES
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FUNCTION REFERENCE GETINTERFACESTAT
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FUNCTION REFERENCE GETMONTHDAYS(Y,
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FUNCTION REFERENCE GETNETID(PORT) G
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FUNCTION REFERENCE GETNETMASK(PORT)
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FUNCTION REFERENCE GETNOWDATE() GET
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FUNCTION REFERENCE GETPORTCONFIG(PO
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FUNCTION REFERENCE GETSTRINGTAG(IND
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FUNCTION REFERENCE GETUPDOWNDATA(DA
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FUNCTION REFERENCE GOTOPAGE(NAME) G
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FUNCTION REFERENCE HASACCESS (RIGHT
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FUNCTION REFERENCE INTTOTEXT(DATA,
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FUNCTION REFERENCE ISWRITEQUEUEEMPT
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FUNCTION REFERENCE LEN(STRING) LEN(
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FUNCTION REFERENCE LOG(VALUE) LOG(V
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FUNCTION REFERENCE LOGSAVE() LOGSAV
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FUNCTION REFERENCE MAKEINT(VALUE) M
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FUNCTION REFERENCE MEAN(ELEMENT, CO
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FUNCTION REFERENCE MIN(A, B) MIN(A,
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FUNCTION REFERENCE MUTESIREN() MUTE
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FUNCTION REFERENCE NOP() NOP() ARGU
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FUNCTION REFERENCE PI() PI() ARGUME
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FUNCTION REFERENCE POPDEV(ELEMENT,
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FUNCTION REFERENCE PORTGETCTS(PORT)
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FUNCTION REFERENCE PORTPRINT(PORT,
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FUNCTION REFERENCE PORTSETRTS(PORT,
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FUNCTION REFERENCE POSTKEY(CODE, TR
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FUNCTION REFERENCE RAD2DEG(THETA) R
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FUNCTION REFERENCE READDATA(DATA, C
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FUNCTION REFERENCE READFILELINE(FIL
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FUNCTION REFERENCE RIGHT(STRING, CO
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FUNCTION REFERENCE SCALE(DATA, R1,
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FUNCTION REFERENCE SENDMAIL(RCPT, S
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FUNCTION REFERENCE SETINTTAG(INDEX,
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FUNCTION REFERENCE SETNETCONFIG(POR
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FUNCTION REFERENCE SETPORTCONFIG(PO
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FUNCTION REFERENCE SETREALTAG(INDEX
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FUNCTION REFERENCE SHOWMENU(NAME) S
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FUNCTION REFERENCE SIN(THETA) SIN(T
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FUNCTION REFERENCE SLEEP(PERIOD) SL
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FUNCTION REFERENCE STDDEV(ELEMENT,
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FUNCTION REFERENCE STRIP(TEXT, TARG
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FUNCTION REFERENCE TAN(THETA) TAN(T
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FUNCTION REFERENCE TEXTTOADDR(ADDR)
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FUNCTION REFERENCE TEXTTOINT(STRING
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FUNCTION REFERENCE USECAMERASETUP(P
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FUNCTION REFERENCE USERLOGON() USER
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FUNCTION REFERENCE WRITEFILE(FILE,
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TROUBLESHOOTING GENERAL TROUBLESHOO
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TROUBLESHOOTING GENERAL PROBLEM POS
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TROUBLESHOOTING SERIAL COMMUNICATIO
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TROUBLESHOOTING PROGRAMS PROGRAMS P
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