Instruction List - Alphabetic
- CIMON (Unlicensed)
Instruction | Type of Input | Note |
; | ; (notes) | Shows Description. |
ACOS |
| Calculates angle from COS value designated by S, and stores operation result at word device designated by D |
ACOSP |
| Calculates angle from COS value designated by S, and stores operation result at word device designated by D |
ADD | ADD (S1) (S2) (D) | Adds Data S1 To Data S2, And Stores The Result In Device D. |
ADDP | ADDP (S1) (S2) (D) | Adds Data S1 To Data S2, And Stores The Result In Device D. |
ANB | ANB | AND-Operates Blocks And Takes The Result As Operation Result. |
AND | AND (S) | AND-Operates Contact a Of The Assigned Contact And Connected Contants In Series, And Takes The Result As Operation Result. |
AND< | AND< (S1) (S2) | If Data S1 Is Less Than Data S2, ON. If Greater Than Or Equal To, OFF. AND-Operates The Result And Result Of The Current Operation. |
AND<= | AND<= (S1) (S2) | If Data S1 Is Less Than Or Equal To Data S2, ON. If Greater Than, OFF. AND-Operates The Result And Result Of The Current Operation. |
AND<> | AND<> (S1) (S2) | If Data S1 And Data S2 Are Not Equal, ON. If Equal, OFF. AND-Operates The Result And Result Of The Current Operation. |
AND= | AND= (S1) (S2) | If Data S1 And Data S2 Are Equal, ON. If TNot Equal, OFF. AND-Operates The Result And Result Of The Current Operation. |
AND> | AND> (S1) (S2) | If Data S1 Is Greater Than Data S2, ON. If Less Than Or Equal To, OFF. AND-Operates The Result And Result Of The Current Operation. |
AND>= | AND>= (S1) (S2) | If Data S1 Is Greater Than Or Equal To Data S2, ON. If Less Than, OFF. AND-Operates The Result And Result Of The Current Operation. |
ANDBT | ANDBT (S1) (S2) | AND-Operates the bit of the order assigned to S2 in the word device data assigned to S1 and Contact A. |
ANDD< | ANDD< (S1) (S2) | If Double-Word Data S1 Is Less Than Double-Word Data S2, ON. If Greater Than Or Equal To, OFF. AND-Operates The Result And Result Of The Current Operation. |
ANDD<= | ANDD<= (S1) (S2) | ANDD<= (S1) (S2)" , "If Double-Word Data S1 Is Less Than Or Equal To Double-Word Data S2, On. If Greater Than, OFF. AND-Operates The Result And Result Of The Current Operation. |
ANDD<> | ANDD<> (S1) (S2) | ANDD<> (S1) (S2)" , "If Double-Word Data S1 Is Not Equal To Double-Word Data S2, ON. If Equal To, OFF. AND-Operates The Result And Result Of The Current Operation. |
ANDD= | ANDD= (S1) (S2) | ANDD= (S1) (S2)" , "If Double-Word Data S1 Is Equal To Double- Word Data S2, ON. If Not Equal to, OFF.AND-Operates The Result And Result Of The Current Operation. |
ANDD> | ANDD> (S1) (S2) | ANDD> (S1) (S2)" , "If Double-Word Data S1 Is Greater Than Double-Word Data S2, ON. If Less Than, OFF. AND-Operates The Result And Result Of The Current Operation. |
ANDD>= | ANDD>= (S1) (S2) | ANDD>= (S1) (S2)" , "If Double-Word Data S1 Is Greater Than Or Equal To Double-Word Data S2, ON. If Less Than, OFF. AND-Operates The Result And Result Of The Current Operation. |
ANDE< | ANDE< (S1) (S2) | f Float Data S1 Is Less Than float Data S2, ON. If Greater Than Or Equal To, OFF. AND-Operates The Result And Result Of The Current Operation. |
ANDE<= | ANDE<= (S1) (S2) | If Float Data S1 Is Less Than Or Equal To Float Data S2, On. If Greater Than, OFF. AND-Operates The Result And Result Of The Current Operation. |
ANDE<> | ANDE<> (S1) (S2) | If Float Data S1 Is Not Equal To Float Data S2, ON. If Equal To, OFF. AND-Operates The Result And Result Of The Current Operation. |
ANDE= | ANDE= (S1) (S2) | If Float Data S1 Is Equal To Float Data S2, ON. If Not Equal to, OFF.AND-Operates The Result And Result Of The Current Operation. |
ANDE> | ANDE> (S1) (S2) | If Float Data S1 Is Greater Than Float Data S2, ON. If Less Than, OFF. AND-Operates The Result And Result Of The Current Operation. |
ANDE>= | ANDE>= (S1) (S2) | If Float Data S1 Is Greater Than Or Equal To Float Data S2, ON. If Less Than, OFF. AND-Operates The Result And Result Of The Current Operation |
ANDF | ANDF (S) | If Input Condition To Contact To Detect Connection In Series Is Off From On, Device S Is Set For One Scan. |
ANDI | ANDI (S) | AND-Operates Contact b Of The assigned Contact And The Connected Contact In Series, Takes The Result As Operation Result. |
ANDP | ANDP (S) | If Input Condition To Contact To Detect Connection In Series Is On From Off, Device S Is Set For One Scan. |
ASIN | ASIN (S) (D) | Calculates angle from sin value designated by S, and stores operation result at word device designated by D |
ASINP | ASIN (S) (D) | Calculates angle from sin value designated by S, and stores operation result at word device designated by D |
ATAN | ATAN (S) (D) | Calculates angle from tan value designated by S, and stores operation result at word device designated by D |
ATANP | ATAN (S) (D) | Calculates angle from tan value designated by S, and stores operation result at word device designated by D |
ATVP | ATVP | Swap Active Status in Redundant System |
BACOS | BACOS (S) (D) | Calculates angle from COS value designated by S, and stores operation result at word device designated by D |
BACOSP | BACOSP (S) (D) | Calculates angle from COS value designated by S, and stores operation result at word device designated by D |
BADD | BADD (S1) (S2) (D) | Adds 4 Digits BCD Data In S1 To 4 Digits BCD Data In S2, And Stores The Result In Device D. |
BADDP | BADDP (S1) (S2) (D) | Adds 4 Digits BCD Data In S1 To 4 Digits BCD Data In S2, And Stores The Result In Device D. |
BASIN | BASIN (S) (D) | Calculates angle from sin value designated by S, and stores operation result at word device designated by D |
BASINP | BASINP (S) (D) | Calculates angle from sin value designated by S, and stores operation result at word device designated by D |
BATAN | BATAN (S) (D) | Calculates angle from sin value designated by S, and stores operation result at word device designated by D |
BATANP | BATANP (S) (D) | Calculates angle from sin value designated by S, and stores operation result at word device designated by D |
BCD | BCD (S) (D) | Converts BIN Data Value In S To BCD Data And Stores The Result In Device D. |
BCDDA | BCDDA (S) (D) | Converts 4 Digits BCD Data In S To Decimal ASCII Code And Stores The Result In Device D. |
BCDDAP | BCDDAP (S) (D) | Converts 4 Digits BCD Data In S To Decimal ASCII Code And Stores The Result In Device D. |
BCDP | BCDP (S) (D) | Converts BIN Data Value In S To BCD Data And Stores The Result In Device D. |
BCOS | BCOS (S) (D) | Calculates the cos value of the designated value, and stores the sign of the operation result in the device at D, and the operation result in the device designated at D+1 and D+2. |
BCOSP | BCOS (S) (D) | Calculates the cos value of the designated value, and stores the sign of the operation result in the device at D, and the operation result in the device designated at D+1 and D+2. |
BDIV | BDIV (S1) (S2) (D) | Divides 4 Digits BCD Data In S1 By 4 Digits BCD Data In S2 And Stores The Result In Device D. |
BDIVP | BDIVP (S1) (S2) (D) | Divides 4 Digits BCD Data In S1 By 4 Digits BCD Data In S2 And Stores The Result In Device D. |
BDSQR |
| Store appointed data in area that is specified by D after square root arithmetic by S. |
BDSQRP |
| Store appointed data in area that is specified by D after square root arithmetic by S. |
BIN | BIN (S) (D) | Converts 4 Digits BCD Data Value In S To BIN Data And Stores The Result In Device D. |
BINDA | BINDA (S) (D) | Converts BIN Data In S To Decimal ASCII Code And Stores The Result In Device D. |
BINDAP | BINDAP (S) (D) | Converts BIN Data In S To Decimal ASCII Code And Stores The Result In Device D. |
BINHA | BINHA (S) (D) | Converts BIN Data In S To Hexadecimal ASCII Code And Stores The Result In Device D. |
BINHAP | BINHAP (S) (D) | Converts BIN Data In S To Hexadecimal ASCII Code And Stores The Result In Device D. |
BINP | BINP (S) (D) | Converts 4 Digits BCD Data Value In S To BIN Data And Stores The Result In Device D. |
BITMOV | BITMOV (S) (D) (n) | Sends the data in the device assigned to S as much as n bits from the start device number in the device assigned to D. |
BITMOVP | BITMOVP (S) (D) (n) | Sends the data in the device assigned to S as much as n bits from the start device number in the device assigned to D. |
BKAND | BKAND (S1) (S2) (D) (n) | AND-Operates n Pieces Of Data In Device S1 And n Pieces OF Data In Device S2, And Stores The Result In Device D. |
BKANDP | BKANDP (S1) (S2) (D) (n) | AND-Operates n Pieces Of Data In Device S1 And n Pieces OF Data In Device S2, And Stores The Result In Device D. |
BK= | BK= (S1) (S2) (D) (B) (n) | Compare [n] of 16 bit data from the device designated by [S1] with [n] of 16 bit data from the device designated by [S2] and stores the results from bit [n] of the device designated by [D]. Compare 16 bit data with [n] of 16 bit data from the device designated by [S2] and stores the results from bit [n] of the device designated by [D]. |
BK=P | BK=P (S1) (S2) (D) (B) (n) | Compare [n] of 16 bit data from the device designated by [S1] with [n] of 16 bit data from the device designated by [S2] and stores the results from bit [n] of the device designated by [D]. Compare 16 bit data with [n] of 16 bit data from the device designated by [S2] and stores the results from bit [n] of the device designated by [D]. |
BK<> | BK<> (S1) (S2) (D) (B) (n) | Compare [n] of 16 bit data from the device designated by [S1] with [n] of 16 bit data from the device designated by [S2] and stores the results from bit [n] of the device designated by [D]. Compare 16 bit data with [n] of 16 bit data from the device designated by [S2] and stores the results from bit [n] of the device designated by [D]. |
BK<>P | BK<>P (S1) (S2) (D) (B) (n) | Compare [n] of 16 bit data from the device designated by [S1] with [n] of 16 bit data from the device designated by [S2] and stores the results from bit [n] of the device designated by [D]. Compare 16 bit data with [n] of 16 bit data from the device designated by [S2] and stores the results from bit [n] of the device designated by [D]. |
BK< | BK< (S1) (S2) (D) (B) (n) | Compare [n] of 16 bit data from the device designated by [S1] with [n] of 16 bit data from the device designated by [S2] and stores the results from bit [n] of the device designated by [D]. Compare 16 bit data with [n] of 16 bit data from the device designated by [S2] and stores the results from bit [n] of the device designated by [D]. |
BK<P | BK<P (S1) (S2) (D) (B) (n) | Compare [n] of 16 bit data from the device designated by [S1] with [n] of 16 bit data from the device designated by [S2] and stores the results from bit [n] of the device designated by [D]. Compare 16 bit data with [n] of 16 bit data from the device designated by [S2] and stores the results from bit [n] of the device designated by [D]. |
BK<= | BK<= (S1) (S2) (D) (B) (n) | Compare [n] of 16 bit data from the device designated by [S1] with [n] of 16 bit data from the device designated by [S2] and stores the results from bit [n] of the device designated by [D]. Compare 16 bit data with [n] of 16 bit data from the device designated by [S2] and stores the results from bit [n] of the device designated by [D]. |
BK<=P | BK<=P (S1) (S2) (D) (B) (n) | Compare [n] of 16 bit data from the device designated by [S1] with [n] of 16 bit data from the device designated by [S2] and stores the results from bit [n] of the device designated by [D]. Compare 16 bit data with [n] of 16 bit data from the device designated by [S2] and stores the results from bit [n] of the device designated by [D]. |
BK> | BK> (S1) (S2) (D) (B) (n) | Compare [n] of 16 bit data from the device designated by [S1] with [n] of 16 bit data from the device designated by [S2] and stores the results from bit [n] of the device designated by [D]. Compare 16 bit data with [n] of 16 bit data from the device designated by [S2] and stores the results from bit [n] of the device designated by [D]. |
BK>P | BK>P (S1) (S2) (D) (B) (n) | Compare [n] of 16 bit data from the device designated by [S1] with [n] of 16 bit data from the device designated by [S2] and stores the results from bit [n] of the device designated by [D]. Compare 16 bit data with [n] of 16 bit data from the device designated by [S2] and stores the results from bit [n] of the device designated by [D]. |
BK>= | BK>= (S1) (S2) (D) (B) (n) | Compare [n] of 16 bit data from the device designated by [S1] with [n] of 16 bit data from the device designated by [S2] and stores the results from bit [n] of the device designated by [D]. Compare 16 bit data with [n] of 16 bit data from the device designated by [S2] and stores the results from bit [n] of the device designated by [D]. |
BK>=P | BK>=P (S1) (S2) (D) (B) (n) | Compare [n] of 16 bit data from the device designated by [S1] with [n] of 16 bit data from the device designated by [S2] and stores the results from bit [n] of the device designated by [D]. Compare 16 bit data with [n] of 16 bit data from the device designated by [S2] and stores the results from bit [n] of the device designated by [D]. |
BKOR | BKOR (S1) (S2) (D) (n) | OR-Operates n Pieces Of Data In S1 And n Pieces Of Data In S2, And Stores The Result In Device D. |
BKORP | BKORP (S1) (S2) (D) (n) | OR-Operates n Pieces Of Data In S1 And n Pieces Of Data In S2, And Stores The Result In Device D. |
BKXNR | BKXNR (S1) (S2) (D) (n) | Exclusive - NOR-Operates n Pieces Of Data In S1 And n Pieces Of Data In S2, And Stores The Result In Device D. |
BKXNRP | BKXNRP (S1) (S2) (D) (n) | Exclusive - NOR-Operates n Pieces Of Data In S1 And n Pieces Of Data In S2, And Stores The Result In Device D. |
BKXOR | BKXOR (S1) (S2) (D) (n) | Exclusive - OR-Operates n Pieces Of Data In S1 And n Pieces Of Data In S2, And Stores The Result In Device D. |
BKXORP | BKXORP (S1) (S2) (D) (n) | Exclusive - OR-Operates n Pieces Of Data In S1 And n Pieces Of Data In S2, And Stores The Result In Device D. |
BMOV | BMOV (S) (D) (n) | Transmits n Pieces Of Data In S To Device D. |
BMOVP | BMOVP (S) (D) (n) | Transmits n Pieces Of Data In S To Device D. |
BMUL | BMUL (S1) (S2) (D) | Mutiplies 4 Digits BCD Data In S1 By 4 Digits BCD Data In S2. |
BMULP | BMULP (S1) (S2) (D) | Mutiplies 4 Digits BCD Data In S1 By 4 Digits BCD Data In S2. |
BREAK | BREAK | Comes Out From The FOR ~ NEXT Instruction. |
BREAKP | BREAKP | Comes Out From The FOR ~ NEXT Instruction. |
BRST | BRST (D) (n) | Resets nth Bit in Word Data Bits In Device D. |
BRSTP | BRSTP (D) (n) | Resets nth Bit in Word Data Bits In Device D. |
BSET | BSET (D) (n) | Sets nth Bit In Data Bits In Device D. |
BSETP | BSETP (D) (n) | Sets nth Bit In Data Bits In Device D. |
BSFL | BSFL (D) (n) | n Pieces Of Data Are Shifted Left From Data In Device D And The Shifted Lowest Data Is Filled With 0. |
BSFLP | BSFLP (D) (n) | n Pieces Of Data Are Shifted Left From Data In Device D And The Shifted Lowest Data Is Filled With 0. |
BSFR | BSFR (D) (n) | n Pieces Of Data Are Shifted Right From Data In Device D And The Shifted Uppermost Data Is Filled With 0. |
BSFRP | BSFRP (D) (n) | n Pieces Of Data Are Shifted Right From Data In Device D And The Shifted Uppermost Data Is Filled With 0. |
BSIN | BSIN (S) (D) | Calculates the sin value of the designated value, and stores the sign of the operation result in the device at D, and the operation result in the device designated at D+1 and D+2 |
BSINP | BSINP (S) (D) | Calculates the sin value of the designated value, and stores the sign of the operation result in the device at D, and the operation result in the device designated at D+1 and D+2 |
BSQR | BSQR (S) (D) | Store appointed data to area that is specified by D after square root arithmetic by S. |
BSQRP | BSQRP (S) (D) | Store appointed data to area that is specified by D after square root arithmetic by S. |
BSUB | BSUB (S1) (S2) (D) | Subtracts 4 Digits BCD Data In S2 From 4 Digits BCD Data In S1 And Stores The Result In Device D. |
BSUBP | BSUBP (S1) (S2) (D) | Subtracts 4 Digits BCD Data In S2 From 4 Digits BCD Data In S1 And Stores The Result In Device D. |
BTAN | BTAN (S) (D) | Calculates TAN (tangent) value for value (angle) designated by S , and stores the sign for the operation result in the word device designated by D , and the operation result in the word device designated by D +1 and D +2 |
BTANP | BTANP (S) (D) | Calculates TAN (tangent) value for value (angle) designated by S , and stores the sign for the operation result in the word device designated by D , and the operation result in the word device designated by D +1 and D +2 |
BXCH | BXCH (D1) (D2) (n) | Exchanges n Pieces Of Data In Device S And n Pieces Of Data In Device D Each Other. |
BXCHP | BXCHP (D1) (D2) (n) | Exchanges n Pieces Of Data In Device S And n Pieces Of Data In Device D Each Other. |
CALL | CALL (n) | If Input Condition Is ON While Processing Program, Processes The Program Between The SBRT n To The RET According To The CALL n. |
CALLP | CALLP (n) | If Input Condition Is ON While Processing Program, Processes The Program Between The SBRT n To The RET According To The CALL n. |
CEND | CEND | If input condition is turned on, ends main routine program. |
CENDP | CENDP | If input condition is turned on, ends main routine program. |
CLC | CLC | If Input Condition Is ON, Resets Carry Flag. |
CML | CML (S) (D) | Inverts Each Bit Of Data In Device S And Stores The Result In Device D. |
CMLP | CMLP (S) (D) | Inverts Each Bit Of Data In Device S And Stores The Result In Device D. |
COS | COS (S) (D) | Performs COS (cosine) on angle designated by S and stores operation result at device number designated by D |
COSP | COSP (S) (D) | Performs COS (cosine) on angle designated by S and stores operation result at device number designated by D |
CTD | CTD (S) (t) | Subtracts One By One From Set Value Whenever Rising Edge Is Input. If The Value Is 0, Sets Output. |
CTR | CTR (S) (t) | Adds One By One Whenever Pulse Is Input. If The Value Reaches Set Value, Sets Output. If Input Signal Is On From Off, Current Value Is Increased From 0. |
CTU | CTU (S) (t) | Adds One By One To Current Value Whenever Pulse Is Input. If Current Value Is Over Set Value, Sets Output And Counts Up To Maximum Of Counter. |
CTUD | CTUD (S) (t) | Adds One By One Whenever Pulse Is Input To Up Terminal. Substracts One By One Whenever Pulse Is Input To Down Terminal. If Current Value Is Over Set Value, Sets Output. |
DABIN | DABIN (S) (D) | Converts Decimal ASCII Code In Device S To 16bit BIN Data And Stores The Result In Device D. |
DABINP | DABINP (S) (D) | Converts Decimal ASCII Code In Device S To 16bit BIN Data And Stores The Result In D. |
DADD | DADD (S1) (S2) (D) | Adds Double- Word Data In S2 To Double-Word Data In S1 And Stores The Result In Device D. |
DADDP | DADDP (S1) (S2) (D) | Adds Double- Word Data In S2 To Double-Word Data In S1 And Stores The Result In Device D. |
DAND | DAND (S1) (S2) (D) | AND-Operates Data In Device S1 And Data In Device S2, And Stores The Result In Device D. |
DANDP | DANDP (S1) (S2) (D) | AND-Operates Data In Device S1 And Data In Device S2, And Stores The Result In Device D. |
DATE- | DATE- (S1) (S2) (D) | Subtrats Hour, Minute And Second Data In S2 From Hour, Minute And Second Data In S1 Each Other, And Stores The Result In D In Due Order. |
DATE+ | DATE+ (S1) (S2) (D) | Adds Hour, Minute And Second Data In S2 To Hour, Minute And Second Data In S1 Each Other, And Stores The Result In D In Due Order. |
DATE+P | DATE+P (S1) (S2) (D) | Adds Hour, Minute And Second Data In S2 To Hour, Minute And Second Data In S1 Each Other, And Stores The Result In D In Due Order. |
DATE-P | DATE-P (S1) (S2) (D) | Subtrats Hour, Minute And Second Data In S2 From Hour, Minute And Second Data In S1 Each Other, And Stores The Result In D In Due Order. |
DATERD | DATERD (D) | Reads Year, Month, Day, Hour, Minute, Second And Day Of Week Data From CPU Clock Device And Stores Them In Device D In Due Order. |
DATERDP | DATERDP (D) | Reads Year, Month, Day, Hour, Minute, Second And Day Of Week Data From CPU Clock Device And Stores Them In Device D In Due Order. |
DATEWR | DATEWR (S) | Year, Month, Day, Hour, Minute, Second And Day Of Week Data In S Are Written In CPU Clock Device. |
DATEWRP | DATEWRP (S) | Year, Month, Day, Hour, Minute, Second And Day Of Week Data In S Are Written In CPU Clock Device. |
DBADD | DBADD (S1) (S2) (D) | Adds 4 Digits BCD Double-Word Data In S2 To 4 Digits BCD Double-Word Data In S1 And Stores The Result In Device D. |
DBADDP | DBADDP (S1) (S2) (D) | Adds 4 Digits BCD Double-Word Data In S2 To 4 Digits BCD Double-Word Data In S1 And Stores The Result In Device D. |
DBCD | DBCD (S) (D) | Converts BIN DOuble-Word Data Value In S To BCD Double-Word Data And Stores The Result In Device D. |
DBCDDA | DBCDDA (S) (D) | Converts 8 Digits BCD Data In S To Decimal ASCII Code And Stores The Result In Device D. |
DBCDDAP | DBCDDAP (S) (D) | Converts 8 Digits BCD Data In S To Decimal ASCII Code And Stores The Result In Device D. |
DBCDP | DBCDP (S) (D) | Converts Double-Word BIN Data Value In S To BCD Data And Stores The result In Device D. |
DBDIV | DBDIV (S1) (S2) (D) | Divides 8 Digits BCD Data In S1 By 8 Digits BCD Data And Stores The Result In Device D. |
DBDIVP | DBDIVP (S1) (S2) (D) | Divides 8 Digits BCD Data In S1 By 8 Digits BCD Data And Stores The Result In Device D. |
DBIN | DBIN (S) (D) | Converts 8 Digits BCD Data Value In S To BIN Data And Stores The Result In Device D. |
DBINDA | DBINDA (S) (D) | Converts BIN Data In S To Decimal ASCII Code And Stores The Result In Device D. |
DBINDAP | DBINDAP (S) (D) | Converts BIN Data In S To Decimal ASCII Code And Stores The Result In Device D. |
DBINHA | DBINHA (S) (D) | Converts BIN Data In S To Hexadecimal ASCII Code And Stores The Result In D. |
DBINHAP | DBINHAP (S) (D) | Converts BIN Data In S To Hexadecimal ASCII Code And Stores The Result In D. |
DBINP | DBINP (S) (D) | Converts 8 Digits BCD Data In S To BIN Data And Stores The Result In Device D. |
DBMUL | DBMUL (S1) (S2) (D) | Multiplies 8 Digits BCD Data In S1 By 8 Digits BCD Data In S2. |
DBMULP | DBMULP (S1) (S2) (D) | Multiplies 8 Digits BCD Data In S1 By 8 Digits BCD Data In S2. |
DBSUB | DBSUB (S1) (S2) (D) | Subtracts 8 Digits BCD Data In S2 From 8 Digits BCD Data In S1. |
DBSUBP | DBSUBP (S1) (S2) (D) | Subtracts 8 Digits BCD Data In S2 From 8 Digits BCD Data In S1. |
DCML | DCML (S) (D) | Inverts Each Bit Of Double-Word Data In S And Stores The Result In Device D. |
DCMLP | DCMLP (S) (D) | Inverts Each Bit Of Double-Word Data In S And Stores The Result In Device D. |
DDABIN | DDABIN (S) (D) | Converts Decimal ASCII Code In S To 32 Bit BIN Data And Stores The Result In Device D. |
DDABINP | DDABINP (S) (D) | Converts Decimal ASCII Code In S To 32 Bit BIN Data And Stores The Result In Device D. |
DDEC | DDEC (D) | Subtracts 1 From Double-Word Data Value In D And Stores The Result In Device D Again. |
DDECP | DDECP (D) | Subtracts 1 From Double-Word Data Value In D And Stores The Result In Device D Again. |
DEG | DEG (S) (D) | Converts Unit of angle size from radian units designated by S to angles, and stores result at device number designated by D. |
DEGP | DEGP (S) (D) | Converts Unit of angle size from radian units designated by S to angles, and stores result at device number designated by D. |
DDIV | DDIV (S1) (S2) (D) | Divides Double-Word Data In S1 By Double-Word Data In S2 And Stores The Result In Device D. |
DDIVP | DDIVP (S1) (S2) (D) | Divides Double-Word Data In S1 By Double-Word Data In S2 And Stores The Result In Device D. |
DEC | DEC (D) | Subtracts 1 From Data Value In D And Stores The Result In Device D Again. |
DECO | DECO (S) (D) (n) | Decodes Lower n Bits In S And Sets The Contact Corresponding To Result Of Device D. |
DECOP | DECOP (S) (D) (n) | Decodes Lower n Bits In S And Sets The Contact Corresponding To Result Of Device D. |
DECP | DECP (D) | Subtracts 1 From Data Value In D And Stores The Result In Device D Again. |
DFLT | DFLT (S) (D) | Converts 16-bit BIN data designated by S to floating decimal point real number, and stores at device number designated by D |
DFLTP | DFLTP (S) (D) | Converts 16-bit BIN data designated by S to floating decimal point real number, and stores at device number designated by D |
DFRO | DFRO (n1) (n2) (D) (n3) | Reads n3 Pieces Of Double-Word Data In User Program Memory n2 Of Optional Card n1(Slot Number) And Stores Them In Device D. |
DFROP | DFROP (n1) (n2) (D) (n3) | Reads n3 Pieces Of Double-Word Data In User Program Memory n2 Of Optional Card n1(Slot Number) And Stores Them In Device D. |
DGBIN | DGBIN (S) (D) | Converts Gray code data at device designated by S to BIN 32-bit data and stores at device designated by D. |
DGBINP | DGBINP (S) (D) | Converts Gray code data at device designated by S to BIN 32-bit data and stores at device designated by D. |
DGRY | DGRY (S) (D) | Converts BIN data at the device designated by S to Gray code, and stores result at device designated by D |
DGRYP | DGRYP (S) (D) | Converts BIN data at the device designated by S to Gray code, and stores result at device designated by D |
DHABIN | DHABIN (S) (D) | Converts Hexadecimal ASCII Code In S To 32 BIt BIN Data And Stores The Result In Device D. |
DHABINP | DHABINP (S) (D) | Converts Hexadecimal ASCII Code In S To 32 BIt BIN Data And Stores The Result In Device D. |
DI | DI (n) | Stops Operating Time Driven Interrupt Assigned To n. |
DINC | DINC (D) | Adds 1 To Double-Word Data Value In D And Stores The Result In D Again. |
DINCP | DINCP (D) | Adds 1 To Double-Word Data Value In D And Stores The Result In D Again. |
DINT | DINT (S) (D) | Converts floating decimal point type real number designated by S to BIN 32-bit data, and stores the result at the device number designated by D and D+1. |
DINTP | DINTP (S) (D) | Converts floating decimal point type real number designated by S to BIN 32-bit data, and stores the result at the device number designated by D and D+1. |
DIS | DIS (S) (D) (n) | Stores n(n=1 Means 4 Bits) Pieces Of Numerical Value Data From S In Lower Bit As Much As n From D Each. |
DISP | DISP (S) (D) (n) | Stores n(n=1 Means 4 Bits) Pieces Of Numerical Value Data From S In Lower Bit As Much As n From D Each. |
DIV | DIV (S1) (S2) (D) | Divides Data In S1 By Data In S2 And Stores The Resutl In Device D. |
DIVP | DIVP (S1) (S2) (D) | Divides Data In S1 By Data In S2 And Stores The Resutl In Device D. |
DMAX | DMAX (S) (D) (n) | Stores The Biggest Value Among n Pieces Of Data From Double-Word Data Of S, Its Location And Number Of The Values In D. |
DMAXP | DMAXP (S) (D) (n) | Stores The Biggest Value Among n Pieces Of Data From Double-Word Data Of S, Its Location And Number Of The Values In D. |
DMIN | DMIN (S) (D) (n) | Stores The Smallest Value Among n Pieces Of Data From Double-Word Data Of S, Its Location And Number Of The Values In D. |
DMINP | DMINP (S) (D) (n) | Stores The Smallest Value Among n Pieces Of Data From Double-Word Data Of S, Its Location And Number Of The Values In D. |
DMOV | DMOV (S) (D) | Transmits Double-Word Data In Device S To Device D. |
DMOVP | DMOVP (S) (D) | Transmits Double-Word Data In Device S To Device D. |
DMUL | DMUL (S1) (S2) (D) | Multiplies Double-Word Data In S1 By Double-Word Data In S2 And Stores The Result In D. |
DMULP | DMULP (S1) (S2) (D) | Multiplies Double-Word Data In S1 By Double-Word Data In S2 And Stores The Result In D. |
DNEG | DNEG (D) | Sign-Inverts Contents Of Double-Word Data In D And Stores The Result In D Again. |
DNEGP | DNEGP (D) | Sign-Inverts Contents Of Double-Word Data In D And Stores The Result In D Again. |
DOR | DOR (S1) (S2) (D) | OR-Operates Data In S1 And 32 Bit Data In S2, And Stores The Result In D. |
DORP | DORP (S1) (S2) (D) | OR-Operates Data In S1 And 32 Bit Data In S2, And Stores The Result In D. |
DPGM | DPGM (n) | Disable program. |
DRCL | DRCL (D) (n) | Shifts Left 32 Bits In D As Much As n Bits. Shifts The Uppermost Bit To Carry Flag And Carry Flag To The Lowest Bit. |
DRCLP | DRCLP (D) (n) | Shifts Left 32 Bits In D As Much As n Bits. Shifts The Uppermost Bit To Carry Flag And Carry Flag To The Lowest Bit. |
DRCR | DRCR (D) (n) | Shifts Right 32 Bits In D As Much As n Bits. Shifts The Lowest Bit To The Uppermost Bit And Carry Flag. |
DRCRP | DRCRP (D) (n) | Shifts Right 32 Bits In D As Much As n Bits. Shifts The Lowest Bit To The Uppermost Bit And Carry Flag. |
DROL | DROL (D) (n) | Shifts Left 32 Bits In D As Much As n Bits. Shifts The Uppermost Bit To The Lowest Bit And Carry Flag. |
DROLP | DROLP (D) (n) | Shifts Left 32 Bits In D As Much As n Bits. Shifts The Uppermost Bit To The Lowest Bit And Carry Flag. |
DROR | DROR (D) (n) | Shifts Right 32 Bits In D As Much As n Bits. Shifts The Lowest Bit To Carry Flag And Carry Flag To The Uppermost Bit. |
DRORP | DRORP (D) (n) | Shifts Right 32 Bits In D As Much As n Bits. Shifts The Lowest Bit To Carry Flag And Carry Flag To The Uppermost Bit. |
DSFL | DSFL (D) (n) | Shifts Left Double-Word Data Bits In D As Much As n Bits. Fills Lower n Bits With 0 And Stores Them In D. |
DSFLP | DSFLP (D) (n) | Shifts Left Double-Word Data Bits In D As Much As n Bits. Fills Lower n Bits With 0 And Stores Them In D. |
DSFR | DSFR (D) (n) | Shifts Right Double-Word Data Bits In D As Much As n Bits. Fills Upper n Bits With 0 And Stores Them In D. |
DSFRP | DSFRP (D) (n) | Shifts Right Double-Word Data Bits In D As Much As n Bits. Fills Upper n Bits With 0 And Stores Them In D. |
DSUB | DSUB (S1) (S2) (D) | Subtract Double- Word Data In S2 From Double-Word Data In S1 And Stores The result In D. |
DSUBP | DSUBP (S1) (S2) (D) | Subtract Double- Word Data In S2 From Double-Word Data In S1 And Stores The result In D. |
DSUM | DSUM (S) (D) | Counts Number Of Bit Data Which Are Set As 1 In Double-Word Data Of S And Stores The Number. |
DSUMP | DSUMP (S) (D) | Counts Number Of Bit Data Which Are Set As 1 In Double-Word Data Of S And Stores The Number. |
DTEST | DTEST (S1) (S2) (D) | Stores The Bit Of Order Assigned to S2 In Double-Word Data Bit Of S1 In D. If It Is 1, Sets. If 0, Resets. |
DTESTP | DTESTP (S1) (S2) (D) | Stores The Bit Of Order Assigned to S2 In Double-Word Data Bit Of S1 In D. If It Is 1, Sets. If 0, Resets. |
DTO | DTO (n1) (n2) (S) (n3) | Writes n3 Pieces Of Double-Word Data In S To User Program Memory n2 Of Optional Card n1(Slot Number). |
DTOP | DTOP (n1) (n2) (S) (n3) | Writes n3 Pieces Of Double-Word Data In S To User Program Memory n2 Of Optional Card n1(Slot Number). |
DUTY | DUTY (n1) (n2) (D) | Turns scan designated by n1 ON for user timing block designated by D, and scan designated by n2 OFF |
DWDIV | DWDIV (S1) (S2) (D) | This is used to divide the double data in the device assigned to S1, S1+1 by the DOUBLE data in the device assigned to S2, S2+1 storing the quotient of the result in the device assigned to D |
DWDIVP | DWDIV (S1) (S2) (D) | This is used to divide the double data in the device assigned to S1, S1+1 by the DOUBLE data in the device assigned to S2, S2+1 storing the quotient of the result in the device assigned to D |
DWMUL | DWMUL (S1) (S2) (D) | Multiplies BIN 32-bit data designated by S1, S1+1 and BIN 32-bit data designated by S2, S2+1 and stores the result in the device designated by D, D+1. |
DWMULP | DWMUL (S1) (S2) (D) | Multiplies BIN 32-bit data designated by S1, S1+1 and BIN 32-bit data designated by S2, S2+1 and stores the result in the device designated by D, D+1. |
DXCH | DXCH (S) (D) | Exchanges Double-Word Data In S With Double-Word Data In D Each Other. |
DXCHP | DXCHP (S) (D) | Exchanges Double-Word Data In S With Double-Word Data In D Each Other. |
DXNR | DXNR (S1) (S2) (D) | Exclusive - NOR-Operates Double-Word Data In S1 And Double-Word Data In S2, And Stores The Result In D. |
DXNRP | DXNRP (S1) (S2) (D) | Exclusive - NOR-Operates Double-Word Data In S1 And Double-Word Data In S2, And Stores The Result In D. |
DXOR | DXOR (S1) (S2) (D) | Exclusive - OR-Operates Double-Word Data In S1 And Double-Word Data In S2, And Stores The Result In D. |
DXORP | DXORP (S1) (S2) (D) | Exclusive - OR-Operates Double-Word Data In S1 And Double-Word Data In S2, And Stores The Result In D. |
EADD | EADDP (S1) (S2) (D) | This is used to add the floating-point data in the device assigned to S1 to the floating-point data in the device assigned to S2, storing the result in the device assigned D. |
EADDP | EADDP (S1) (S2) (D) | This is used to add the floating-point data in the device assigned to S1 to the floating-point data in the device assigned to S2, storing the result in the device assigned D. |
ECALL | ECALL (Program ID) (n) | Calls Sub-Routine From Other Program File. (Pn-Point Number Of Sub-Routine) |
ECALLP | ECALLP (Program ID) (n) | Calls Sub-Routine From Other Program File. (Pn-Point Number Of Sub-Routine) |
EDIV | EDIV (S1) (S2) (D) | This is used to divide the floating-point data in the device assigned to S1 to the floating-point data in the device assigned to S2, storing the result in the device assigned D. |
EDIVP | EDIVP (S1) (S2) (D) | This is used to divide the floating-point data in the device assigned to S1 to the floating-point data in the device assigned to S2, storing the result in the device assigned D. |
EI | EI (n) | Operates Time Driven Interrrupt Assigned To n. |
EMOV | EMOV (S) (D) | This is used to transfer the Floating-point data in the device assigned to S to the device assigned to D. |
EMOVP | EMOVP (S) (D) | This is used to transfer the Floating-point data in the device assigned to S to the device assigned to D. |
ENCO | ENCO (S) (D) (n) | Encodes The Uppermost Bit Location Which Is Set As 1 In 2^n Of S And Stores The Result In D In Numerical Value Data. |
ENCOP | ENCOP (S) (D) (n) | Encodes The Uppermost Bit Location Which Is Set As 1 In 2^n Of S And Stores The Result In D In Numerical Value Data. |
END | END | It Is The Instruction To Inform Ending Main Routine Program. In Case Jump Instruction Prior To It Is Operated, It Is Not Operated. |
EPGM | EPGM (n) | Enable program |
ESUB | ESUB (S1) (S2) (D) | This is used to subtract the Floating-point data in the device assigned to S2 from the Floating-point data in the device assigned to S1, storing the result in the device assigned to D. |
ESUBP | ESUBP (S1) (S2) (D) | This is used to subtract the Floating-point data in the device assigned to S2 from the Floating-point data in the device assigned to S1, storing the result in the device assigned to D. |
EXP | EXP (S) (D) | Calculates exponent for value designated by S, and stores the result of the operation at the device designate by D |
EXPP | EXPP (S) (D) | Calculates exponent for value designated by S, and stores the result of the operation at the device designate by D |
FDEL | FDEL (DEV) (TBL) (n) | Delete A Data From Data Table |
FIFR | FIFR (DEV) (TBL) | Read the oldest data from [TBL+1] and stores it at the device designated by [DEV]. After the execution of FIFR, the data in the table moves to the previous device and the last data will be zero. The number of data of the data table will be decreased. |
FIFRP | FIFRP (DEV) (TBL) | Read the oldest data from [TBL+1] and stores it at the device designated by [DEV]. After the execution of FIFR, the data in the table moves to the previous device and the last data will be zero. The number of data of the data table will be decreased. |
FIFW | FIFW (DEV) (TBL) | Stores the 16 bit data designated by [DEV] at the end of the data table designated by [TBL]. The number of data blocks stored at [TBL] will be increased. |
FIFWP | FIFWP (DEV) (TBL) | Stores the 16 bit data designated by [DEV] at the end of the data table designated by [TBL]. The number of data blocks stored at [TBL] will be increased. |
FINS | FINS (DEV) (TBL) (n) | Insert A Data in Data Table |
FLT | FLT (S) (D) | Converts 16-bit BIN data designated by S to floating decimal point real number, and stores at device number designated by D . |
FLTP | FLTP (S) (D) | Converts 16-bit BIN data designated by S to floating decimal point real number, and stores at device number designated by D . |
FMOV | FMOV (S) (D) (n) | Transmits Data In S To n Pieces Of Device From Device D In Due Order. |
FMOVP | FMOVP (S) (D) (n) | Transmits Data In S To n Pieces Of Device From Device D In Due Order. |
FOR | FOR (n) | Runs The Step Next To NEXT Instruction After Has Processed Between FOR And NEXT At n Times. |
FPOP | FPOP (DEV) (TBL) | Find Last Data in Data Table |
FREAD | FREAD (n1) (n2) (D) (n3) (n4) | Read n3 words of data from the address designated by n2 ofthe system memory of the special function module designated by n1. Then, stores the data in the area starting from the device designated by D. The result of instruction is stored to the device designated by n3. |
FREADP | FREADP (n1) (n2) (D) (n3) (n4) | Read n3 words of data from the address designated by n2 ofthe system memory of the special function module designated by n1. Then, stores the data in the area starting from the device designated by D. The result of instruction is stored to the device designated by n3. |
FROM | FROM (n1) (n2) (D) (n3) | Reads n3 Pieces Of Word Data In User Program Memory n2 Of Optional Card n1(SLot Number) And Stores The Result In D. |
FROMP | FROMP (n1) (n2) (D) (n3) | Reads n3 Pieces Of Word Data In User Program Memory n2 Of Optional Card n1(SLot Number) And Stores The Result In D. |
FWRITE | FWRITE (n1) (n2) (D) (n3) (n4) | Write n3 words of data from the device designated by D to the area starting from the address designated by n2 of the system memory of the special function module designated by n1. |
FWRITEP | FWRITEP (n1) (n2) (D) (n3) (n4) | Write n3 words of data from the device designated by D to the area starting from the address designated by n2 of the system memory of the special function module designated by n1. |
GBIN | GBIN (S) (D) | Converts Gray code data at device designated by S to BIN 16-bit data and stores at device designated by D. |
GBINP | GBINP (S) (D) | Converts Gray code data at device designated by S to BIN 16-bit data and stores at device designated by D. |
GDI | GDI | Stops Operating Time Driven Interrrupt In Entire Program. |
GEI | GEI | Operates Time Driven Interrrupt In Entire Program. |
GRY | GRY (S) (D) | Converts BIN data at the device designated by S to Gray code, and stores result at device designated by D. |
GRYP | GRYP (S) (D) | Converts BIN data at the device designated by S to Gray code, and stores result at device designated by D. |
HABIN | HABIN (S) (D) | Converts Hexadecimal ASCII COde In S To 16 Bit BIN Data And Stores The Result In D. |
HABINP | HABINP (S) (D) | Converts Hexadecimal ASCII COde In S To 16 Bit BIN Data And Stores The Result In D. |
HOUR | HOUR (S) (D) | Converts Second Data In S To Hour, Minute And Second Data And Stores The Result In D In Due Order. |
HOURP | HOURP (S) (D) | Converts Second Data In S To Hour, Minute And Second Data And Stores The Result In D In Due Order. |
INC | INC (D) | Adds 1 To Data Value In D And Stores The Result In D Again. |
INCP | INCP (D) | Adds 1 To Data Value In D And Stores The Result In D Again. |
INITEND | INITEND | Ends Initialization Program ANd Runs Scan Program. |
INT | INT (S) (D) | Converts the floating decimal point real number designated at S into BIN 16-bit data and stores it at the device number designated at D. |
INTP | INTP (S) (D) | Converts the floating decimal point real number designated at S into BIN 16-bit data and stores it at the device number designated at D. |
INV | INV | Inverts The Left Circuit, A Contact Circuit To B Contact Circuit And B Contact Circuit To A Contact Circuit. |
IRET | IRET | Shows THe End OF Interrupt Program. |
JME | JME (n) | If Input Of JMP n Instruction Is On, Jumps Next To JME n And Does Not Process All The Instructions Up To JME n. |
JMP | JMP (n) | If Input Of JMP n Instruction Is On, Jumps Next To JME n And Does Not Process All The Instructions Up To JME n. |
JMPP | JMPP (n) | If JMPP n Instruction Input Is On, Jumps Next To JME n And Does Not Process All The Instructions Up To JME n. |
LD | LD (S) | Takes ON/OFF Data For a Contact Of One Circuit AS Operation Result. |
LD< | LD< (S1) (S2) | If Data In S1 Is Less Than Data In S2, Sets Result Of The Current Operation. |
LD<= | LD<= (S1) (S2) | If Data In S1 Is Less Than Or Equal To Data In S2, Sets Result Of The Current Operation. |
LD<> | LD<> (S1) (S2) | If Data In S1 Is Not Equal To Data In S2, Sets Result Of The Current Operation. |
LD= | LD= (S1) (S2) | If Data In S1 Is Equal To Data In S2, Sets Result Of The Current Operation. |
LD> | LD> (S1) (S2) | If Data In S1 Is Greater Than Data In S2, Sets Result Of The Current Operation. |
LD>= | LD>= (S1) (S2) | If Data In S1 Is Greater Than Or Equal To Data In S2, Sets Result Of The Current Operation. |
LDBT | LDBT (S1) (S2) | LD-Operates the bit of the order assigned to S2 in the word device data assigned to S1 and Contact A. |
LDBTI | LDBTI (S1) (S2) | These are used to read the bit data assigned to S2 among the word addresses in Device D assigned to S1, starting the operation for Contact A(LDBT) and the one for Contact B(LDBTI). The information(On/Off) on the assigned Device are received and taken as the result of their operation |
LDD< | LDD< (S1) (S2) | If Data In S1 Is Less Than Data In S2, Sets Result Of The Current Operation. |
LDD<= | LDD<= (S1) (S2) | If Data In S1 Is Less Than Or Equal To Data In S2, Sets Result Of The Current Operation. |
LDD<> | LDD<> (S1) (S2) | If Data In S1 Is Not Equal To Data In S2, Sets Result Of The Current Operation. |
LDD= | LDD= (S1) (S2) | If Data In S1 Is Equal To Data In S2, Sets Result Of The Current Operation. |
LDD> | LDD> (S1) (S2) | If Data In S1 Is Greater Than Data In S2, Sets Result Of The Current Operation. |
LDD>= | LDD>= (S1) (S2) | If Data In S1 Is Greater Than Or Equal To Data In S2, Sets Result Of The Current Operation. |
LDF | LDF (S) | If Input Condition Is OFF From ON, Sets For One Scan. |
LDI | LDI (S) | Takes ON/OFF Data For b Contact Of One Circuit As Operation Result. |
LDP | LDP (S) | If Input Condition Is ON From OFF, Sets For One Scan. |
LOG | LOG (S) (D) | Calculates natural logarithm of value designated by S taking e as base, and stores operation results at device designated by D. |
LOGP | LOGP (S) (D) | Calculates natural logarithm of value designated by S taking e as base, and stores operation results at device designated by D. |
MAX | MAX (S) (D) (n) | Stores The Biggest Value Among n Pieces Of Data From Data In S, Its Location And Number Of The Values In D. |
MAXP | MAXP (S) (D) (n) | Stores The Biggest Value Among n Pieces Of Data From Data In S, Its Location And Number Of The Values In D. |
MC | MC (n) | If Input Of MC Is ON, Operates Up To Same MCR. If Input Conditon Is OFF, Does Not Operates. |
MCR | MCR (n) | If Input Of MC Is ON, Operates Up To Same MCR. If Input Conditon Is OFF, Does Not Operates. |
MIN | MIN (S) (D) (n) | Stores The Smallest Value Among n Pieces Of Data From Data In S, Its Location And Number Of The Values In D. |
MINP | MINP (S) (D) (n) | Stores The Smallest Value Among n Pieces Of Data From Data In S, Its Location And Number Of The Values In D. |
MOV | MOV (S) (D) | Transmits Word Data In Device S To Device D. |
MOVP | MOVP (S) (D) | Transmits Word Data In Device S To Device D. |
MPP | MPP | It Is Used to End Branching. Reads The Stored State From Memory And Operates The Result. |
MPS | MPS | It IS Used To Branch At First. Stores Operation Result In Memory. |
MRD | MRD | It Is Used To Relay Branching. Reads The Stored State From Memory And Operates The Result. |
MUL | MUL (S1) (S2) (D) | Multiplies Data In S1 By Data In S2 And Stores The Result In D. |
MULP | MULP (S1) (S2) (D) | Multiplies Data In S1 By Data In S2 And Stores The Result In D. |
NEG | NEG (D) | Sign-Inverts Contents Of Data In D And Stores The Result In D Again. |
NEGP | NEGP (D) | Sign-Inverts Contents Of Data In D And Stores The Result In D Again. |
NEXT | NEXT | Runs The Step Next To NEXT Instruction After Has Processed Between FOR And NEXT At n Times. |
NOP | NOP | As No Operation Instruction, Does Not Influence Operation Result Of The Corresponding Circuit. |
OR | OR (S) | OR-Operates a Contact Of The Assigned Contact And The Connected Contact In Parallel And Takes The Result As Operation Result. |
OR< | OR< (S1) (S2) | If Data In S1 Is Less Than Data In S2, Sets.If Greater Than Or Equal To, Resets. OR-Operates The Result And Result Of The Current Operation. |
OR<= | OR<= (S1) (S2) | If Data In S1 Is Less Than Or Equal To Data In S2, Sets. If Greater Than, Resets. OR-Operates The Result And Result Of The Current Operation. |
OR<> | OR<> (S1) (S2) | If Data In S1 Is Not Equal To Data In S2, Sets. If Equal To, Off. OR-Operates The Result And Result Of The Current Operation. |
OR= | OR= (S1) (S2) | If Data In S1 Is Equal To Data In S2, Sets. If Not Equal To, Resets. OR-Operates The Result And Result Of The Current Operation. |
OR> | OR> (S1) (S2) | If Data In S1 Is Greater than Data In S2, Sets. If Less than Or Equal To, Resets. OR-Operates The Result And Result Of The Current Operation. |
OR>= | OR>= (S1) (S2) | If Data InS1 Is Greater Than Or Equal To Data In S2, Sets. If Less Than, Resets. OR-Operates The Result And Result Of The Current Operation. |
ORB | ORB | OR-Operates Blocks And Takes The result As Operation Result. |
ORBT | ORBT (S1) (S2) | OR-Operates the bit of the order assigned to S2 in the word device data assigned to S1 and Contact A. |
ORBTI | ORBTI (S1) (S2) | These are to read the bit data assigned to S2 among the word addresses in Device D assigned to S1, connecting in a series with Contact A(ANDBT) and Contact B(ANDBTI). The information(On/Off) on the assigned device are received and AND-operated with the result of the operation till then. The results of the AND-operation is taken as their operation. |
ORD< | ORD< (S1) (S2) | If Data In S1 Is Less Than Data In S2, Sets. If Greater Than Or Equal To, Off. OR-Operates The Result And Result Of The Current Operation. |
ORD<= | ORD<= (S1) (S2) | If Data In S1 Is Less Than Or Equal To Data In S2, Sets. If Greater Than, Resets. OR-Operates The Result And Result Of The Current Operation. |
ORD<> | ORD<> (S1) (S2) | If Data In S1 Is Not Equal To Data In S2, Sets. If Equal To, resets. OR-Operates The Result And Result Of The Current Operation. |
ORD= | ORD= (S1) (S2) | If Data In S1 Is Equal To Data In S2, Sets. If Not Equal To, Resets. OR-Operates The Result And Result Of The Current Operation. |
ORD> | ORD> (S1) (S2) | If Data In S1 Is Greater Than Data In S2, Sets. If Less Than Or Equal To, Resets. OR-Operates The Result And Result Of The Current Operation. |
ORD>= | ORD>= (S1) (S2) | If Data In S1 Is Greater Than Or Equal To Data In S2, Sets. If Less Than, Resets. OR-Operates The Result And Result Of The Current Operation. |
ORE< | ORE (S1) (S2) | If Data In S1 Is Less Than Data In S2, Sets. If Greater Than Or Equal To, Off. OR-Operates The Result And Result Of The Current Operation |
ORE<= | ORE<= (S1) (S2) | If Data In S1 Is Less Than Or Equal To Data In S2, Sets. If Greater Than, Resets. OR-Operates The Result And Result Of The Current Operation. |
ORE<> | ORE<> (S1) (S2) | If Data In S1 Is Not Equal To Data In S2, Sets. If Equal To, resets. OR-Operates The Result And Result Of The Current Operation |
ORE= | ORE= (S1) (S2) | If Data In S1 Is Equal To Data In S2, Sets. If Not Equal To, Resets. OR-Operates The Result And Result Of The Current Operation. |
ORE> | ORE> (S1) (S2) | If Data In S1 Is Greater Than Data In S2, Sets. If Less Than Or Equal To, Resets. OR-Operates The Result And Result Of The Current Operation. |
ORE>= | ORE>= (S1) (S2) | If Data In S1 Is Greater Than Or Equal To Data In S2, Sets. If Less Than, Resets. OR-Operates The Result And Result Of The Current Operation. |
ORF | ORF (S) | If Input Condition Of Connection In Parallel Contact Is OFF From ON, Sets For One Scan. |
ORI | ORI (S) | OR-Operates b Contact Of the Assigned Contact And The Connected Contact In Parallel, And Takes The Result As Operation Result. |
ORP | ORP (S) | If Input Condition Of Connection In Parallel Contact Is OFF From ON, Sets For One Scan. |
OUT | OUT (D) | Outputs Operation Result To The Assigned Contact. |
PEND | PEND | It Means End Of Program And Is Put On The Last Part. |
PIDCAL | PIDCAL (S) | Assigns Device Where Result Value Of PID Operation IS Stored As S. |
PIDINIT | PIDINIT (S) | Assigns Device Where The Set Value For PID Operation Is Stored As S. |
PLF | PLF (D) | If Input Condition Is OFF From ON, Sets The Assigned Contact For One Scan. Otherwise, Resets. |
PLS | PLS (D) | If INput Condition IS ON From OFF, Sets The Assigned Contact For One Scan. Otherwise, Resets. |
RAD | RAD (S) (D) | Converts units of angle size from angle units designated by S to radian units, and stores result at device number designated by D. |
RADP | RADP (S) (D) | Converts units of angle size from angle units designated by S to radian units, and stores result at device number designated by D. |
RCL | RCL (D) (n) | Shifts Left 16 Pieces Of Bit In D As Much As n Bits. Shifts The Uppermost Bit To Carry Flag And Carry Flag To The Lowest Bit. |
RCLP | RCLP (D) (n) | Shifts Left 16 Pieces Of Bit In D As Much As n Bits. Shifts The Uppermost Bit To Carry Flag And Carry Flag To The Lowest Bit. |
RCR | RCR (D) (n) | Shifts Right 16 Pieces Of Bit In D As Much As n Bits. Shifts The Lowest Bit To Carry Flag And Carry Flag. |
RCRP | RCRP (D) (n) | Shifts Right 16 Pieces Of Bit In D As Much As n Bits. Shifts The Lowest Bit To Carry Flag And Carry Flag. |
RCV | RCV (Slot)(D)(Size)(Result) | Reads And Brings Data In Slave Station To Device Of Master Station. |
RCVP | RCVP (Slot)(D)(Size)(Result) | Reads Data In Slave Station To Device Of Master Station. |
RECV | RECV (PID) (F_Name) (Result) | Compares the data received from master station with the data(F_Name) set up by Special Function Program(PID), storing them in the assigned device. |
RECVP | RECVP (PID) (F_Name) (Result) | Compares the data received from master station with the data(F_Name) set up by Special Function Program(PID), storing them in the assigned device. |
RET | RET | If Input Condition Is ON While Running Program, Runs The Program Between SBRT n And RET Accoding To CALL n. |
RFS | RFS (S) (n) | Refreshes n Pieces Of Device Which Are Assigned To S For One Scan. |
RFSP | RFSP (S) (n) | Refreshes n Pieces Of Device Which Are Assigned To S For One Scan. |
RND | RND (D) | Generates random number of from 0 to 32767, and stores at device designated by D |
RNDP | RNDP (D) | Generates random number of from 0 to 32767, and stores at device designated by D |
ROL | ROL (D) (n) | Shifts Left 16 Pieces Of Bit In D As Much As n Bits. Shifts The Uppermost Bit To The Lowest Bit And Carry Flag. |
ROLP | ROLP (D) (n) | Shifts Left 16 Pieces Of Bit In D As Much As n Bits. Shifts The Uppermost Bit To The Lowest Bit And Carry Flag. |
ROR | ROR (D) (n) | Shifts Right 16 Pieces Of Bit In D As Much As n Bits. Shifts The Lowest Bit To Carry Flag And Carry Flag To The Uppermost Bit. |
RORP | RORP (D) (n) | Shifts Right 16 Pieces Of Bit In D As Much As n Bits. Shifts The Lowest Bit To Carry Flag And Carry Flag To The Uppermost Bit. |
RST | RST (D) | If Input Condition Is ON, Keeps Output Contact In OFF State. Though The Input Is OFF, Keeps Resetting Output. |
SBRT | SBRT (n) | If Input Condition Is ON While Running Program, Runs The Program Between SBRT n And RET Accoding To CALL n. |
SCL | SCL (S) (D) (P) (n) | Converts signed binary data into signed binary data according to Scale parameter table . |
SCLP | SCLP (S) (D) (P) (n) | Converts signed binary data into signed binary data according to Scale parameter table . |
SECOND | SECOND (S) (D) | Converts Hour, Minute And Second Data In S To Second Data Each And Stores The Result In D. |
SECONDP | SECONDP (S) (D) | Converts Hour, Minute And Second Data In S To Second Data Each And Stores The Result In D. |
SEG | SEG (S) (D) | Decodes n Pieces Of Number From Start Bit In S As 7 Segment By The Set Format And Stores The Result In D. |
SEGP | SEGP (S) (D) | Decodes n Pieces Of Number From Start Bit In S As 7 Segment By The Set Format And Stores The Result In D. |
SEND | SEND (PID) (F_Name) (Result) | Sends the data(F_Name) set up by Special Function Program(PID) from master station to the device of slave station. |
SENDP | SENDP (PID) (F_Name) (Result) | Sends the data(F_Name) set up by Special Function Program(PID) from master station to the device of slave station. |
SET | SET (D) | If Input Condition Is ON, Keeps Output Contact In ON State. Though The Input Is OFF, Keeps Setting Output. |
SFL | SFL (D) (n) | Shifts Left Data Bit In D As Much As n Bits. Fills Lower n Bits With 0 And Stores the Result In D. |
SFLP | SFLP (D) (n) | Shifts Left Data Bit In D As Much As n Bits. Fills Lower n Bits With 0 And Stores the Result In D. |
SFR | SFR (D) (n) | Shifts Right Data Bit In D As Much As n Bits. Fills Upperr n Bits With 0 And Stores the Result In D. |
SFRP | SFRP (D) (n) | Shifts Right Data Bit In D As Much As n Bits. Fills Upperr n Bits With 0 And Stores the Result In D. |
SIN | SIN (S) (D) | Calculates SIN (sine) value of angle designated at S and stores the operation result in the device number designated at D |
SINP | SINP (S) (D) | Calculates SIN (sine) value of angle designated at S and stores the operation result in the device number designated at D |
SND | SND (Slot)(S)(Size)(Result) | Transmits Data In Device Of Master Atation To Device Of Slave Station. |
SNDP | SNDP (Slot)(S)(Size)(Result) | Transmits Data In Device Of Master Atation To Device Of Slave Station. |
SQR | SQR (S) (D) | Calculates square root of value designated at S , and stores the operation result in the device number designated at D |
SQRP | SQRP (S) (D) | Calculates square root of value designated at S , and stores the operation result in the device number designated at D |
SRND | SRND (S) | Updates random number series according to the 16-bit BIN data being stored in device designated by S |
SRNDP | SRNDP (S) | Updates random number series according to the 16-bit BIN data being stored in device designated by S |
STC | STC | If Input Condition Is On, Sets Carry Flag. |
STOP | STOP | To Stop Operation At The Time When Users Want, Converts To Program Mode After Finishing The Scan In Progress. |
SUB | SUB (S1) (S2) (D) | Subtracts Data In S2 From Data In S1 And Stores The Result In Device D. |
SUBP | SUBP (S1) (S2) (D) | Subtracts Data In S2 From Data In S1 And Stores The Result In Device D. |
SUM | SUM (S) (D) | Counts Number Of Bit Data Which Are Set As 1 In Data Of S And Stores The Number. |
SUMP | SUMP (S) (D) | Counts Number Of Bit Data Which Are Set As 1 In Data Of S And Stores The Number. |
SWAP | SWAP (D) | Exchanges The Upper Byte Of Data In D With The Lower Byte Of It And Stores The Result In Device D. |
SWAPP | SWAPP (D) | Exchanges The Upper Byte Of Data In D With The Lower Byte Of It And Stores The Result In Device D. |
TAN | TAN (S) (D) | Performs tangent (TAN) operation on angle data designated by S , and stores operation result in device designated by D . |
TANP | TANP (S) (D) | Performs tangent (TAN) operation on angle data designated by S , and stores operation result in device designated by D . |
TEST | TEST (S1) (S2) (D) | Stores Bit Of The Assigned Order Among Data Bits In S1. If The Result Is 1, Sets. If 0, Resets. |
TESTP | TESTP (S1) (S2) (D) | Stores Bit Of The Assigned Order Among Data Bits In S1. If The Result Is 1, Sets. If 0, Resets. |
TMON | TMON (S) (t) | Though Output Is Set And Input Is Set-Reset Repeatly, If Current Value Is Subtracted Whenever It Is Set And Reaches 0, Timer Output Is Reset. |
TMR | TMR (S) (t) | Though Current Value Is Increased And Input Is On-Off Reapeatly, If The Current Value Is Accumulated Whenever It Is On And Reaches Set Time, Timer Contact Is Set. |
TO | TO (n1) (n2) (S) (n3) | Writes n3 Pieces Data In S To User Program Memory n2 Of Optional Card n1(Slot Number). |
TOFF | TOFF (S) (t) | When Input Condition Is Off, The Set Value Is Subtracted. If Current Value Reaches 0, Output Is Reset. |
TON | TON (S) (t) | If Curren Value Is Increased And Reaches Set Value, Timer Contact Is Set. |
TOP | TOP (n1) (n2) (S) (n3) | Writes n3 Pieces Data In S To User Program Memory n2 Of Opetional Card n1(Slot Numer). |
TRTG | TRTG (S) (t) | If Output Is Set And Current Value Is Subtracted To Reach 0, Output Is Reset. If Output Is Reset Before Current Value Is 0, Current Value Is Set Up As Set Value. |
UCMP | UCMP (S1) (S2) | Compares BIN 16-bit data the nth point from the device number designated by S1 with BIN 16-bit data the nth point from the device number designated by S2 , and the result are stores Flag F(F0120 ~ F0125) |
UCMPP | UCMPP (S1) (S2) | Compares BIN 16-bit data the nth point from the device number designated by S1 with BIN 16-bit data the nth point from the device number designated by S2 , and the result are stores Flag F(F0120 ~ F0125) |
UNI | UNI (S) (D) (n) | Combines Each Lower 4 Bits Of n(n=1 Means 4 Bits) Pieces Of Data In S, And Stores the Result In Device D. |
UNIP | UNIP (S) (D) (n) | Combines Each Lower 4 Bits Of n(n=1 Means 4 Bits) Pieces Of Data In S, And Stores the Result In Device D. |
WAND | WAND (S1) (S2) (D) | AND-Operates Data In S1 And Data In S2, And Stores In Device D. |
WANDP | WANDP (S1) (S2) (D) | AND-Operates Data In S1 And Data In S2, And Stores In Device D. |
WBMOV | WBMOV (S) (D) (fm) | transfer data from S to D, obey fm |
WBMOVP | WBMOVP (S) (D) (fm) | transfer data from S to D, obey fm |
WDIV | WDIV (S1) (S2) (D) | This is used to divide the word data in the device assigned to S1 by the word data in the device assigned to S2, storing the quotient of the result in the device assigned to D |
WDIVP | WDIVP (S1) (S2) (D) | This is used to divide the word data in the device assigned to S1 by the word data in the device assigned to S2, storing the quotient of the result in the device assigned to D |
WDT | WDT | Resets Watch Dog Timer While Operating Program. |
WDTP | WDTP | Resets Watch Dog Timer While Operating Program. |
WMUL | WMUL (S1) (S2) (D) | Multiplies BIN 16-bit data designated by S1 and BIN 16-bit data designated by S2 , and stores the result in the device designated by D. |
WMULP | WMULP (S1) (S2) (D) | Multiplies BIN 16-bit data designated by S1 and BIN 16-bit data designated by S2 , and stores the result in the device designated by D. |
WOR | WOR (S1) (S2) (D) | OR-Operates Data In S1 And Data In S2, And Stores The Result In Device D. |
WORP | WORP (S1) (S2) (D) | OR-Operates Data In S1 And Data In S2, And Stores The Result In Device D. |
WSUM | WSUM (S) (D) (n) | Summed up all 16bit binary data for n words from the device designated at S, and stored it in the device designated at D |
WSUMP | WSUMP (S) (D) (n) | Summed up all 16bit binary data for n words from the device designated at S, and stored it in the device designated at D |
WXNR | WXNR (S1) (S2) (D) | Exclusive - NOR-Operates Data In S1 And Data In S2, And Stores The Result In D. |
WXNRP | WXNRP (S1) (S2) (D) | Exclusive - NOR-Operates Data In S1 And Data In S2, And Stores The Result In D. |
WXOR | WXOR (S1) (S2) (D) | Exclusive - OR-Operates Data In S1 And Data In S2, And Stores The Result In D. |
WXORP | WXORP (S1) (S2) (D) | Exclusive - OR-Operates Data In S1 And Data In S2, And Stores The Result In D. |
XCH | XCH (D1) (D2) | Exchanges Word Data In S With Word Data In D. |
XCHP | XCHP (D1) (D2) | Exchanges Word Data In S With Word Data In D. |
ABRST1 | ABRST1 (Base/Slot) (S) (D) |
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ABRST2 | ABRST2 (Base/Slot) (S) (D) |
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ABRST3 | ABRST3 (Base/Slot) (S) (D) |
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ABRST4 | ABRST4 (Base/Slot) (S) (D) |
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PSTRT1 | PSTRT1 (Base/Slot) (S) (D) |
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PSTRT2 | PSTRT2 (Base/Slot) (S) (D) |
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PSTRT3 | PSTRT3 (Base/Slot) (S) (D) |
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PSTRT4 | PSTRT4 (Base/Slot) (S) (D) |
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TEACH1 | TEACH1 (Base/Slot) (S) (D) |
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TEACH2 | TEACH2 (Base/Slot) (S) (D) |
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TEACH3 | TEACH3 (Base/Slot) (S) (D) |
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TEACH4 | TEACH4 (Base/Slot) (S) (D) |
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PFWRT | PFWRT (Base/Slot) (S) (D) |
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PINIT | PINIT (Base/Slot) (S) (D) |
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