TAMAGAWA TS5303N510 TS5303N510 TS5303N510 TS5303N510 TS5303N510 TS5303N510

TS5303N510

Guang Zhou Lai Jie Electric Co.,LTD

Please contact with “Tommy” for the price

TS3617N1E3

TS3617N1E1

TS3617N1E2

TS3617N2E4

TS3630N11E1

TS3664N2E4

TS3653N13E7

TS3653N12E6

TS3653N2E5

TS3624N2E3

TS3653N13E9

TS3653N2E6

TS3653N3E7

TS3653N3E8

TS3653N3E9

TS1980N43E12

TS1980N56E12

TS1981N134E9

TS1981N53E19

TS1981N56E19

TS1981N56E19

TS1982N126E6

TS1982N128E6

TS1982N53E6

TS1982N56E18

TS1983N146E5

TS252N30E1

TS3503N11E43

TS3062E3

TS3092N11E12

TS3095N2

TS3103N156

TS3103N178

ASIN: Inverse sine (arcsine(IN) = OUT radians), where the sin(OUT radians) = IN
● COS: Cosine (cos(IN radians) = OUT)
ACOS: Inverse cosine (arccos(IN) = OUT radians), where the cos(OUT radians) = IN
● TAN: Tangent (tan(IN radians) = OUT)
ATAN: Inverse tangent (arctan(IN) = OUT radians), where the tan(OUT radians) = INFor LAD and FBD: Click the "???" (by the instruction name) and select a data type from the drop-down menu.
2 For SCL: You can also use the basic SCL math operators to create the mathematical expressions.
Table 7- 59 Data types for parameters
Parameter Data type Description
IN, IN1 Real, LReal, Constant Inputs
IN2 SInt, Int, DInt, USInt, UInt,UDInt, Real, LReal, Constant EXPT exponent input
OUT Real, LReal Outputs No error Valid result
SQR Result exceeds valid Real/LReal range +INF
IN is +/- NaN (not a number) +NaN
SQRT IN is negative -NaN
IN is +/- INF (infinity) or +/- NaN +/- INF or +/- NaN
LN IN is 0.0, negative, -INF, or -NaN -NaN
IN is +INF or +NaN +INF or +NaN
EXP Result exceeds valid Real/LReal range +INF
IN is +/- NaN +/- NaN
SIN, COS, TAN IN is +/- INF or +/- NaN +/- INF or +/- NaN
ASIN, ACOS IN is outside valid range of -1.0 to +1.0 +NaN
IN is +/- NaN +/- NaN
ATAN IN is +/- NaN +/- NaN
FRAC IN is +/- INF or +/- NaN +NaN
IN1 is +INF and IN2 is not -INF +INF
IN1 is negative or -INF +NaN if IN2 is Real/LReal,
-INF otherwise
0
EXPT
IN1 or IN2 is +/- NaN +NaN Use the Move instructions to copy data elements to a new memory address and convert
from one data type to another. The source data is not changed by the move process.
● The MOVE instruction copies a single data element from the source address specified by
the IN parameter to the destination addresses specified by the OUT parameter.
● The MOVE_BLK and UMOVE_BLK instructions have an additional COUNT parameter.
The COUNT specifies how many data elements are copied. The number of bytes per
element copied depends on the data type assigned to the IN and OUT parameter tag
names in the PLC tag table.
Table 7- 61 MOVE, MOVE_BLK and UMOVE_BLK instructions opies a data element stored at a specified address to a new address
or multiple addresses.1
MOVE_BLK(
in:=_variant_in,
count:=_uint_in,
out=>_variant_out);
Interruptible move that copies a block of data elements to a new
address.
UMOVE_BLK(
in:=_variant_in,
count:=_uint_in,
out=>_variant_out);
Uninterruptible move that copies a block of data elements to a new
address.
1 MOVE instruction: To add another output in LAD or FBD, click the "Create" icon by the output parameter. For SCL, use
multiple assignment statements. You might also use one of the loop constructions. SInt, Int, DInt, USInt, UInt, UDInt, Real, LReal, Byte, Word,
DWord, Char, Array, Struct, DTL, Time
Source address
OUT SInt, Int, DInt, USInt, UInt, UDInt, Real, LReal, Byte, Word,
DWord, Char, Array, Struct, DTL, Time