63
ACCESS TO BIT
Contact
Notation
Min
Max
Offset
R/W
Max number of
consecutive bit
read/wrote
External input
“X”
0
9999
0
R
8
External output
“Y”
0
9999
10000
R/W
8
Internal relay
“R”
0
9999
20000
R/W
8
Link relay
“L”
0
9999
30000
R/W
8
Timer
“T”
0
9999
40000
R
8
Counter
“C”
0
9999
50000
R
8
ACCESS TO WORD
Data Code
Notation
Min
Max
Offset
R/W
Max number of
consecutive
word
read/wrote
External input
“X”
0
999
0
R
10
External output
“Y”
0
999
1000
R/W
10(R) / 7(W)
Internal relay
“R”
0
999
2000
R/W
10(R) / 7(W)
Link relay
“L”
0
999
3000
R/W
10(R) / 7(W)
Timer
“T”
0
999
4000
R
10
Counter
“C”
0
999
5000
R
10
Index register X
0
0
6000
R/W
1
Index register Y
0
0
6001
R/W
1
Index register D
0
0
6002
R/W
1
Data register
“DT”
0
9999
10000
R/W
10(R) / 7(W)
Link
data
register
“LD”
0
9999
20000
R/W
10(R) / 7(W)
File register
“FL”
0
9999
30000
R/W
10(R) / 7(W)
Set value area
0
9999
40000
R/W
10(R) / 7(W)
Elapsed
value
area
0
9999
50000
R/W
10(R) / 7(W)
N.B.: On PL260-XX protocol, only elements underlined in grey are enabled
(the other elements have not to be used!). The example below describes
setting for an "EXP" instruction to write on the plc with "1" of 8 consecutive
bit on "external output" Y3 and YA, taking value from VW10.
Содержание PL260
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Страница 8: ...8 1 4 Size and installation 90 160 mm 43 53 5 45...