Poderosas Instrucciones De Lógica De Escalera - Pro-face LT3000 Serie Manual De Instrucciones

Poderosas Instrucciones de Lógica de Escalera
Instruction Instruction Ladder
Category
Name Notation Symbol
Normally Open NO
Normally Closed NC
Out OUT
Negative Out OUTN
S
Set SET
Reset R
RST
Positive
PT
Transition
Negative
NT
Transition
Jump JMP
<*P>
Jump to
JSR
Subroutine
<*P>
RET
Return RET
Repeat
FOR
number
FOR
of times
S1
(For)
Repeat
number
NEXT
NEXT
of times
(NEXT)
Inverse INV
Exit EXIT
EXIT
PBC
Power Bar
PBC
Control
S1 D1
Power Bar PBR
PBR
Reset
S1
Logic Wait LWA
LWA
Instruction
S1
TON
On Delay
(ms) Q
TON
Timer
PT ET
TOF
Off Delay
TOF (ms) Q
Timer
PT ET
TP
Pulse Timer TP (ms) Q
PT ET
TONA
Accumulate
(ms) Q
On Delay TONA
R
Timer
PT ET
TOFA
Accumulate
(ms) Q
Off Delay TOFA
R
Timer
PT ET
CTU
Q
Up Counter CTU
R
<*P>
PV CV
CTD
Q
Down Counter CTD
R
<*P>
PV CV
CTUD
Q
Up/ Down
CTUD UP QU
Counter
<*P> R QD
PV CV
JRD
Time Read JRD
<*P> D1
JSET
Time Set JSET
S1 D1
<*P>
NRD
Date Read NRD
<*P>
D1
NSET
Date Set NSET
<*P>
S1 D1
ADD
Add ADD
S1 D1
<*P>
S2
SUB
Subtract SUB
S1 D1
S2
MUL
Multiplication MUL
S1 D1
<*P>
S2
Instruction Instruction Ladder
Category
Name Symbol
Notation
DIV
Division DIV
S1 D1
<*P>
S2
MOD
Modulation MOD
S1 D1
<*P>
S2
INC
Increment INC
<*P>
D1
DEC
Decrement DEC
<*P>
D1
JADD
Time Addition JADD
S1 D1
<*P>
S2
JSUB
Time
JSUB
S1 D1
Subtraction
<*P>
S2
AND
Logical AND AND
S1 D1
<*P>
S2
OR
Logical OR OR
S1 D1
<*P>
S2
XOR
Logical XOR XOR
S1 D1
<*P>
S2
NOT
Logical NOT NOT
<*P> S1 S2
MOV
Move
MOV
(Copy)
<*P>
S1 D1
BLMV
Block Move
BLMV
S1 D1
(Block Copy)
<*P>
S2
FLMV
Fill Move FLMV
S1 D1
<*P>
S2
XCH
Exchange XCH
D1
<*P>
D2
SHL
Shift Left SHL
S1 D1
<*P>
S2
SHR
Shift Right SHR
S1 D1
<*P>
S2
SAL
Arithmetic
SAL
Shift Left
S1 D1
<*P>
S2
SAR
Arithmetic
SAR
Shift Right
S1 D1
<*P>
S2
ROL
Rotate Left ROL
S1 D1
<*P>
S2
ROR
Rotate Right ROR
S1 D1
<*P>
S2
Rotate Left
RCL
with
RCL
S1 D1
Carry Over <*P>
S2
Rotate Right
RCR
with
RCR
S1 D1
<*P>
Carry Over
S2
SUM
Sum SUM
S1 D1
<*P>
S2
AVE
Average AVE
S1 D1
<*P>
S2
SQRT
Square Root SQRT
<*P>
S1 D1
BCNT
Bit Conut BCNT
<*P>
S1 D1
PID
PID PID S1 D1
S2
S3
SIN
Sine SIN
<*P>
S1 D1
Instruction Instruction Ladder
Category
Name Notation Symbol
COS
Cosine COS
S1 D1
<*P>
TAN
Tangent TAN
<*P>
S1 D1
ASIN
Arc Sine ASIN
<*P> S1 D1
ACOS
Arc Cosine ACOS
<*P> S1 D1
ATAN
Arc Tangent ATAN
<*P>
S1 D1
COT
Cotangent COT
<*P> S1 D1
EXP
Exponential EXP
<*P>
S1 D1
LN
Logarithm LN
S1 D1
<*P>
LG10
Log Base 10 LG10
<*P>
S1 D1
EQ
(=)
Equal EQ
S1
S2
GT
(>)
Greater Than GT
S1
S2
GE
Greater Than (>=)
GE
Or Equal To S1
S2
LT
(<)
Less Than LT
S1
S2
LE
(<=)
Less Than Or
LE
Equal To S1
S2
NE
(<>)
Not Equal NE
S1
S2
JEQ
Time Compare
(=)
JEQ
Equal S1
S2
JGT
Time Compare (>)
JGT
Greater Than S1
S2
JLT
Time Compare (<)
JLT
Less Than S1
S2
JGE
Time Compare
(>=)
Greater Than JGE
S1
Or Equal To
S2
Time Compare JLE
(<=)
Less Than
JLE
S1
Or Equal To
S2
JNE
(<>)
Time Compare
JNE
S1
Not Equal
S2
* Instrucciones con <*P>corresponde a instrucciones de transición positiva (transisión diferencial).
Con la adición de P en el fi nal de la notación de cada instrucción (LMP, etc), puedes usar las instruc-
ción como instrución positiva (por ejemplo, JMPP, JSRP, etc.).
Como actúa el tiempo de escaneo
Procesador
lógico
(Tiempo lógico)
Driver E/S
Entrada
INICIO
Mostrar
1 scan
procesamiento
(Min. 10 ms)
de operación
Instruction Instruction Ladder
Category
Name Notation Symbol
NEQ
Date Compare (=)
NEQ
Equal S1
S2
NGT
Date Compare (>)
NGT
S1
Greater Than
S2
NGE
Date Compare
(>=)
Greater Than NGE
S1
Or Equal To
S2
NLT
Date Compare (<)
NLT
Less Than S1
S2
NLE
Date Compare
(<=)
Less Than NLE
S1
Or Equal To
S2
NNE
Date Compare
(<>)
NNE
Not Equal
S1
S2
BCD
BCD Convert BCD
S1 D1
<*P>
BIN
BIN Convert BIN
<*P> S1 D1
ENCO
Encode ENCO
<*P>
S1 D1
DECO
Decode DECO
<*P>
S1 D1
Convert to
RAD
RAD
Radian
<*P> S1 D1
Degree DEG
DEG
Convert
<*P>
S1 D1
SCL
Scale SCL
<*P>
S1 D1
Convert
I2F
Integer I2F
<*P> S1 D1
to Float
Convert
I2R
I2R
Integer
<*P>
S1 D1
to Real
Convert
F2I
Float F2I
<*P>
S1 D1
to Integer
Convert
F2R
Float
F2R
<*P> S1 D1
to Real
Convert
R2I
Real R2I
S1 D1
<*P>
to Integer
Convert
R2F
Real R2F
<*P> S1 D1
to Float
H2S
Convert
H2S
Seconds
S1 D1
<*P>
Convert
S2H
Seconds to
S2H
S1 D1
Time <*P>
El tiempo de escaneo esta
compuesto con la lógica del
programa con un tiempo de
operación y display agregado
Driver E/S
por operación/display y procesa-
Salida
miento lógico son ejecutados
simultaneamente por un CPU
un tiempo de error de escaneo
de 0.3%
* Iincluyendo error de tiempo de
escaneo 0.3%
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