 |
| Place of Origin: | Japan |
| Brand Name: | Tamagawa |
| Certification: | CE |
| Model Number: | TS2640N671E110 |
| Minimum Order Quantity: | 1pcs |
|---|---|
| Packaging Details: | carton |
| Delivery Time: | in stock |
| Payment Terms: | T/T, Western Union, MoneyGram |
| Supply Ability: | 100pcs/week |
| TAMAGAWA: | TAMAGAWA | TS2640N671E110: | TS2640N671E110 |
|---|---|---|---|
| Color: | Black | Material: | Iron |
| Temperature: | 30-80 | Wire: | Wire |
| Japan: | Japan | Dimension: | 70mm |
| To access elements of an array with a variable, simply use the variable as an array index in your program logic | FieldWrite and FieldRead instructions can be replaced with variable array indexing logic. |
| simply use the variable as an array index in your program logic | SCL has no FieldRead or FieldWrite instructions, but supports indirect addressing of an array with a variable: |
| For example, the network below sets an output based on the Boolean value of an array of Booleans in "Data_block_1" referenced by | nterruptible fill instruction: Fills an address range with copies of a |
Guang Zhou Lai Jie Electric Co.,LTD
TS2640N71E10
TS4503N1000E200
TS4503N1007E200
TS4503N1022E100
TS4503N1022E200
TS4503N1202E200
TS4503N1205E200
TS4503N1828E100
TS4503N2000E100
TS4503N2070E100
TS4503N2202E200
TS4503N2036E501
TS4506N1202E200
TS4507N1002E200
TS4507N1202E200
TS4507N1205E200
TS4507N1229E200
TS4507N2000E100
TS4507N2070E100
TS4507N2405E200
TS4507N6205E200
TS4507N8029E200
TS4509N1002E200
TS4509N1202E200
TS4509N1831E200
TS4509N2002E200
TS4509N2405E200
TS4509N7000E100
TS4514N1021E200
TS4514N1407E200
TS4514N1828E200
specified data element To fill with the BOOL data type, use SET_BF, RESET_BF, R, S, or output coil (LAD)
To fill with a single elementary data type, use MOVE
To fill an array with an elementary data type, use FILL_BLK or UFILL_BLK
To fill a single character in a string, use MOVE
The FILL_BLK and UFILL_BLK instructions cannot be used to fill arrays in the I, Q, or M
memory areas.
The FILL_BLK and UFILL_BLK instructions copy the source data element IN to the
destination where the initial address is specified by the parameter OUT. The copy process
repeats and a block of adjacent addresses is filled until the number of copies is equal to the
COUNT parameter.
FILL_BLK and UFILL_BLK instructions differ in how interrupts are handled:
● Interrupt events are queued and processed during FILL_BLK execution. Use the
FILL_BLK instruction when the data at the move destination address is not used within an
interrupt OB subprogram or, if used, the destination data does not have to be consistent.
● Interrupt events are queued but not processed until UFILL_BLK execution is complete.
Use the UFILL_BLK instruction when the move operation must be completed and the
destination data consistent, before the execution of an interrupt OB subprogram.vout := SWAP(in); Reverses the byte order for two-byte and four-byte data elements. No change
is made to the bit order within each byte. ENO is always TRUE following
execution of the SWAP instruction
Word, DWord Ordered data bytes IN
OUT Word, DWord Reverse ordered data bytes OUT
For LAD and FBD: Click the "???" and select the data types from the drop-down menu.
2 For SCL: Construct the conversion instruction by identifying the data type for the input parameter (in) and output
parameter (out). For example, DWORD_TO_REAL converts a DWord value to a Real value. Bit string1, SInt, USInt, Int, UInt, DInt, UDInt, Real, LReal,
BCD16, BCD32
Input value
OUT Bit string1, SInt, USInt, Int, UInt, DInt, UDInt, Real, LReal,
BCD16, BCE32
Input value converted to a new data type
1 The instruction does not allow you to select Bit strings (Byte, Word, DWord). To enter an operand of data type Byte,
Word, or DWord for a parameter of the instruction, select an unsigned integer with the same bit length. For example,
select USInt for a Byte, UInt for a Word, or UDInt for a DWord.
After you select the (convert from) data type, a list of possible conversions is shown in the
(convert to) dropdown list. Conversions from and to BCD16 are restricted to the Int data
type. Conversions from and to BCD32 are restricted to the DInt data type.Conversion from a Bool, Byte, Word, or DWord
Data type Instruction Result
Bool BOOL_TO_BYTE, BOOL_TO_WORD,
BOOL_TO_DWORD, BOOL_TO_INT,
BOOL_TO_DINT
The value is transferred to the least significant bit of the
target data type.
BYTE_TO_BOOL The lowest bit is transferred into the destination data
type.
BYTE_TO_WORD, BYTE_TO_DWORD The value is transferred to the low byte of the target data
type.
BYTE_TO_SINT, BYTE_TO_USINT The value is transferred to the target data type.
Byte
BYTE_TO_INT, BYTE_TO_UINT,
BYTE_TO_DINT, BYTE_TO_UDINT
The value is transferred to the least significant byte of the
target data type.
WORD_TO_BOOL The lowest bit is transferred into the destination data
type.
WORD_TO_BYTE The low byte of the source value is transferred to the
target data type
WORD _TO_DWORD The value is transferred to the low byte of the target data
type.
WORD _TO_SINT, WORD _TO_USINT The low byte of the source value is transferred to the
target data type.
