Siemens 6RA7013-6DV62, Руководство по эксплуатации

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05.05 Parameter list
SIEMENS AG 6RX1700-0AD76
11-179
SIMOREG DC Master Operating Instructions
PNU
Description Value range
[Unit]
Steps No. indices
Factory
setting
Type See
Change
(Access /
Status)
11.98 Technology software in basic unit, S00 option:
Altering the processing sequence of function blocks
Only active with optional technology software S00
Processing sequence of function blocks
The function blocks of the S00 technology software are processed within the computational cycle in the sequence defined in parameters
U960 to U962:
1. Function block with number set in U960 index.001
...
100.
Function block with number set in U960 index.100
101. Function block with number set in U961 index.001
...
200.
Function block with number set in U961 index.100
201. Function block with number set in U962 index.001
etc.
The numbers are parameterized in ascending sequence (1, 2, 3, …) in the factory setting (standard sequence).
Altering the processing sequence:
If a new function block number is entered (i.e. moved from another location) in a certain index of parameter U960, U961 or U962, then the
new processing sequence is defined such that the function block previously entered in this index will be processed after the newly entered
block. The gap which may be left at the old location of the moved (newly entered) function block is closed by shifting the function block
numbers behind the space forward by one position.
Example 1:
Starting with the standard sequence setting, the processing sequence must be altered such that function block 90 (analog signal selector
switch) will be processed immediately after function block 83 (tracking/storage element):
Function block no. 90 must be entered in the index in which the number of the function block previously processed after block 83 (84 in
U960.9065) is currently stored. Function block numbers (84 and 85) in the following indices of U960 will be shifted up to the next index
automatically.
83
82
81
84
85
90
91
83
82
81
90
84
85
91
U960.Index 062
U960.Index 063
U960.Index 064
U960.Index 065
U960.Index 066
U960.Index 067
U960.Index 068
Function
block
Processing
sequence
U960.Index 062
U960.Index 063
U960.Index 064
U960.Index 065
U960.Index 066
U960.Index 067
U960.Index 068
Function
block
Processing
sequence
Example 2:
Starting with the standard sequence setting, the processing sequence must be altered such that function block 38 (sign inverter) will be
processed immediately after function block 45 (divider):
Function block number 38 must be entered in the index in which the number of the function block previously processed after function block
45 (46 in U960.i035) is currently stored. The function block numbers stored in the indices immediately above this position shift up by one
index, then all numbers immediately above the gap left shift down automatically by one index.
40
38
37
41
45
46
47
40
38
37
41
45
46
47
40
38
37
41
45
46
47
U960.Index 030
U960.Index 031
U960.Index 032
U960.Index 033
U960.Index 034
U960.Index 035
U960.Index 036
U960.Index 030
U960.Index 031
U960.Index 032
U960.Index 033
U960.Index 034
U960.Index 035
U960.Index 036
U960.Index 030
U960.Index 031
U960.Index 032
U960.Index 033
U960.Index 034
U960.Index 035
U960.Index 036
Function
block
Processing
sequence Function
block
Processing
sequence Function
block
Processing
sequence
U960
(2960)
*
S00
Processing sequence of function blocks of S00 technology
software (1)
i001: Number of function block for 1
st
place in processing
sequence
i002: Number of function block for 2
nd
place in processing
sequence
etc.
Numbers of all
function blocks Ind: 100
FS=
Standard
sequence
Type: O2 P052 = 3
P051 = 40
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