 |
| Place of Origin: | Japan |
| Brand Name: | Tamagawa |
| Certification: | CE |
| Model Number: | TS5314N255 |
| Minimum Order Quantity: | 1pcs |
|---|---|
| Packaging Details: | carton |
| Delivery Time: | in stock |
| Payment Terms: | T/T, Western Union, MoneyGram |
| Supply Ability: | 100pcs/week |
| TAMAGAWA: | TAMAGAWA | Material: | Iron |
|---|---|---|---|
| Color: | Black | Japan: | Japan |
| Temperature: | 20-80 | Wire: | Wire |
| Dimension: | 70mm | TS5314N255: | TS5314N255 |
TS5314N255
Guang Zhou Lai Jie Electric Co.,LTD
Please contact with “Tommy” for the price
ROTALY
ENCODER
RP-132A-T1,750PPR
ROTALY
ENCODER
RP-873ZL,2048PPR
ROTALY
ENCODER
RP-886ZN,2500PPR
ROTALY
ENCODER
RP-5354D-CD-4096PPR
ROTALY
ENCODER
RP-132A-T1,600PPR
ROTALY
ENCODER
RP-132A,2000PPR
TS2025N471E69
TS2014N181E32
TS5208N111E78
TS5208N141E78
TS3684N1E3
TS3684N13E8
TS3617N1E3
TS3617N1E1
TS3617N1E2
TS3617N2E4
TS3630N11E1
| 1 No error 0 Value IN2 = 0, OUT is assigned the value zero The NEG instruction inverts the arithmetic sign of the value at parameter IN and stores |
0 The math operation result value is outside the valid number range of the selected data type. |
|
the result in parameter OUT.SInt, Int, DInt, Real, LReal Math operation input |
Example for SInt: ABS (-128) results in +128 which exceeds the data type maximum. The MIN instruction compares the value of two parameters IN1 |
| 1 The IN and OUT parameters must be the same data type. No error | and IN2 and assigns the minimum (lesser) value to parameter OUT. |
out:= MAX(
in1:=_variant_in_,
in2:=_variant_in_
[,...in32]);
The MAX instruction compares the value of two parameters IN1
and IN2 and assigns the maximum (greater) value to parameter
OUT. SInt, Int, DInt, USInt, UInt, UDInt, Real, LReal, Constant Math operation inputs (up to 32 inputs)
OUT SInt, Int, DInt, USInt, UInt, UDInt, Real, LReal Math operation output
1 The IN1, IN2, and OUT parameters must be the same data type. To add an input, click the "Create" icon or right-click on an input stub for one of
the existing IN parameters and select the "Insert input" command.
To remove an input, right-click on an input stub for one of the existing IN parameters (when
there are more than the original two inputs) and select the "Delete" command. No error
0 For Real data type only:
One or more inputs is not a real number (NaN).
The resulting OUT is +/- INF (infinitThe Limit instruction tests if the value of parameter IN is inside the
value range specified by parameters MIN and MAX and if not,
clamps the value at MIN or MAX.MN, IN, and MX SInt, Int, DInt, USInt, UInt, UDInt, Real, LReal, Constant Math operation inputs
OUT SInt, Int, DInt, USInt, UInt, UDInt, Real, LReal Math operation output
1 The MN, IN, MX, and OUTparameters must be the same data type.
If the value of parameter IN is within the specified range, then the value of IN is stored in
parameter OUT. If the value of parameter IN is outside of the specified range, then the OUT
value is the value of parameter MIN (if the IN value is less than the MIN value) or the value
of parameter MAX (if the IN value is greater than the MAX value). No error
0 Real: If one or more of the values for MIN, IN and MAX is NaN (Not a Number), then NaN is returned.
0 If MIN is greater than MAX, the value IN is assigned to OUT.
SCL examples:
● MyVal := LIMIT(MN:=10,IN:=53, MX:=40); //Result: MyVal = 40
● MyVal := LIMIT(MN:=10,IN:=37, MX:=40); //Result: MyVal = 37
● MyVal := LIMIT(MN:=10,IN:=8, MX:=40); //Result: MyVal = 10 You use the floating point instructions to program mathematical operations using a Real or
LReal data type:
● SQR: Square (IN 2 = OUT)
● SQRT: Square root (√IN = OUT)
● LN: Natural logarithm (LN(IN) = OUT)
