Insertion Of Character String (Strins(P)) - Mitsubishi MELSEC Q Series Programming Manual

STRINS(P)
7.11.18

Insertion of character string (STRINS(P))

STRINS(P)
STRINS
STRINSP
Setting
Data
S
D
n
Function
(1) This instruction inserts the character string data specified by
position) from the initial character string data stored in the devices specified by
Insert position: n
b15
S
＋1
S
＋2
S
b15
D
D ＋1
D
＋2
D ＋3
D
＋4
D ＋5
D ＋6
D ＋7
(2) This instruction stores the NULL code (00
last device where the character string data are stored, if the character string (
even after the insertion.
(3) This instruction stores the NULL code (00
character string data are stored, if the character string (
insertion.
(4) This instruction links the device, where the character string data are stored, specified by
with the last device specified by
plus one.
7-240
Command
Command
: Character string to be inserted or head number (character string) of the devices where insert character
S
strings are stored
: Head number (character string) of the devices where insert character strings are stored
D
n : Insert position (Setting range: 1
Internal Devices
R, ZR
Bit Word
––
––
––
3
b8b7 b0
Shifts the third character
and up by the number of
31 (1) 30 (0)
H H
characters specified by
33 (3) 32 (2)
H H
S to the left and inserts
00
34 (4)
H H
the character string data
specified by
b8b7 b0
42 (B) 41 (A)
H H
Third character insertion
44 (D) 43 (C)
H H
position
46 (F) 45 (E)
H H
48 (H) 47 (G)
H H
00
H
62 (b) 61 (a)
H H
64 (d) 63 (c)
H H
66 (f) 65 (e)
H H
D
High
Basic
performance
QnU(D)(H)CPU: The serial number (first five digits) is "10102" or later.
QnUDE(H)CPU: The serial number (first five digits) is "10102" or later.
STRINS
STRINSP
n 16383) (BIN 16 bits)
J \
U \G
Bit Word
––
––
b15
D
42 (B)
H
D
＋1
31 (1)
H
S . D ＋2
33 (3)
H
D
＋3
43 (C)
H
D ＋4
45 (E)
H
D ＋5
47 (G)
H
D ＋6
00
H
D ＋7
66 (f)
H
The character data stored after
D +4 will be written over in
accordance with the number of
characters to be inserted.
) into the device (1 word) that positions after the
H
) into the last device (high 8 bits) where the
H
+
S D
, if n is specified by the number of devices specified by
Ver.
Process
Redundant Universal
n
D
S
n
S D
Constants
Zn Other
K, H $
–– ––
–– –– ––
–– ––
to the nth device (insert
S
.
D
b8b7 b0
41 (A)
H
( S )
30 (0)
H
( ＋1)
S
32 (2)
H
( S ＋2)
34 (4)
H
44 (D)
H
46 (F)
H
48 (H)
H
65 (e)
H
+ ) value is
S D
) value is odd after the
LCPU
S
D