Neutral text for ladder instructions
This table lists the neutral text format for instructions in ladder routines.
Instruction | Neutral Text Format |
|---|---|
ABS | ABS( source,destination ); |
ACOS | ACOS( source,destination ); |
ADD | ADD( source_A,source_B,destination ); |
AFI | AFI(); |
AND | AND( source_A,source_B,destination ); |
ASIN | ASIN( source,destination ); |
ATAN | ATAN( source,destination ); |
AVE | AVE( array,dim_to_vary,destination,control,length,position ); |
BRK | BRK(); |
BSL | BSL( array,control,source_bit,length ); |
BSR | BSR( array,control,source_bit,length ); |
BTD | BTD( source,source_bit,destination,destination_bit,length ); |
CLR | CLR( destination ); |
CMP | CMP( expression ); |
CONCAT | CONCAT( sourceA,sourceB,destination ) |
COP | COP( source,destination,length ); |
COS | COS( source,destination ); |
CPS | CPS( source,destination,length ); |
CPT | CPT( destination ,expression ); |
CTD | CTD( counter,preset,accum ); |
CTU | CTU( counter,preset,accum ); |
DEG | DEG( source,destination ); |
DELETE | DELETE( source,quantity,start,destination ); |
DIV | DIV( source_A,source_B,destination ); |
DTOS | DTOS( source,destination ); |
DTR | DTR( source,mask,reference ); |
EOT | EOT( data_bit ); |
EQ | EQ( source_A,source_B ); |
ESTOP | ESTOP( estop_tag ,reset_type,channel_A,channel_B,circuit_reset,fault_reset ); |
EVENT | EVENT( task ); |
FAL | FAL( control,length,position,mode,destination,expression ); |
FBC | FBC( source,reference,result,cmp_control,length,position,result_control, length,position ); |
FFL | FFL( source,FIFO,control,length,position ); |
FFU | FFU( FIFO,destination,control,length,position ); |
FIND | FIND( source,search,start,result ); |
FLL | FLL( source,destination,length ); |
FOR | FOR( routine_name,index,initial_value,terminal_value,step_size ); |
BCD_TO | BCD_TO( source,destination ); |
FSC | FSC( control,length,position,mode,expression ); |
GE | GE( source_A,source_B ); |
GT | GT( source_A,source_B ); |
INSERT | INSERT( sourceA,sourceB,start,destination ); |
IOT | IOT( output_tag ); |
JMP | JMP( label_name ); |
JSR | JSR( routine_name,input_1,...input_n,return_1,..return_n ); |
LBL | LBL( label_name ); |
LE | LE( source_A,source_B ); |
LT | LT( source_A,source_B ); |
LFL | LFL( source,LIFO,control,length,position ); |
LFU | LFU( LIFO,destination,control,length,position ); |
LIMIT | LIMIT( low_limit,test,high_limit ); |
LN | LN( source,destination ); |
LOG | LOG( source,destination ); |
LOWER | LOWER( source,destination); |
MOD | MOD( source_A,source_B,destination ); |
MOVE | MOVE( source,destination ); |
MUL | MUL( source_A,source_B,destination ); |
NEG | NEG( source,destination ); |
NE | NE( source_A,source_B ); |
NOP | NOP(); |
NOT | NOT( source,destination ); |
ONS | ONS( storage_bit ); |
OR | OR( source_A,source_B,destination ); |
OSF | OSF( storage_bit,output_bit ); |
OSR | OSR( storage_bit,output_bit ); |
OTE | OTE( data_bit ); |
OTL | OTL( data_bit ); |
OTU | OTU( data_bit ); |
PID | PID(PID ,process_variable,tieback,control_variable,pid_master_loop, inhold_bit,inhold_value); |
RAD | RAD( source,destination ); |
RES | RES( structure ); |
RET | RET( return_1,...return_n ); |
RTO | RTO( timer,preset,accum ); |
RTOS | RTOS( source,destination ) |
SBR | SBR( routine_name,input_1,...input_n ); |
SIN | SIN( source,destination ); |
SIZE | SIZE( souce,dimension_to_vary,size ); |
SQI | SQI( array,mask,source,control,length,position ); |
SQL | SQL( array,source,control,length,position ); |
SQO | SQO( array,mask,destination,control,length,position ); |
SQRT | SQRT( source,destination ); |
SRT | SRT( array,dim_to_vary,control,length,position ); |
STD | STD( array,dim_to_vary,destination,control,length,position ); |
STOD | STOD( source,destination ) |
STOR | STOR( source,destination ) |
SUB | SUB( source_A,source_B,destination ); |
SWPB | SWPB( source,order_mode,destination ); |
TAN | TAN( source,destination ); |
TND | TND(); |
TO_BCD | TO_BCD( source,destination ); |
TOF | TOF( timer,preset,accum ); |
TON | TON( timer,preset,accum ); |
TRUNC | TRUNC( source,destination ); |
UID | UID(); |
UIE | UIE(); |
UPPER | UPPER( source,destination); |
XIC | XIC( data_bit ); |
XIO | XIO( data_bit ); |
XOR | XOR( source_A,source_B,destination ); |
EXPT | EXPT( source_A,source_B,destination ); |
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