Siemens 6RA7013-6DV62, Руководство по эксплуатации

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05.05 Function diagrams
SIEMENS AG 6RX1700-0AD76
8-57
SIMOREG DC Master Operating Instructions
Sheet G195 Paralleling interface
.0
1
.0
2
.0
3
.0
4
.0
5
1
1
8
7
56
4
3
2
1
- G
195
-
1 0 2
Rx
+
/T
x
+
Rx
-/
T
x
-
Rx
+
/T
x
+
Rx
-/
T
x
-
Rx
+
/T
x
+
Rx
-/
T
x
-
Rx
+
/T
x
+
Rx
-/
T
x
- 0 1 0 1 0 1 0 1
2.
.6
12
..
16
1
≥
X1
6
5
X1
66
32
1
0
4
5
6
1
≥
&
CU
D2
[G
1
9
5
.6
]
[G
1
9
5
.6
]
[G
1
9
5
.6
]
[G
1
9
5
.6
]
[G
1
9
5
.6
]
7
8
9
15
.0
7
.0
8
.0
9
.1
0
.0
6
[G
1
9
5
.6
]
[G
1
9
5
.6
]
[G
1
9
5
.6
]
[G
1
9
5
.6
]
[G
1
9
5
.6
]
U8
0
0
(
0
)
U8
0
7
(
0
,1
0
0
s)
U8
0
6
(
2
)
n8
0
9
n
8
1
3
.0
1
..
. .
0
5
K6
021
K6
025
K6
024
K6
023
K6
022
U8
0
4
(
0
)
K K K K K
U
8
08
(6
0
4
0)
B
1s
B6
041
B
it
0
..
.
B
it
1
5
B6
220
B62
3
5
K6
031
K6
035
K6
034
K6
033
K6
032
B
it
0
..
.
B
it
1
5
B6
320
B63
3
5
16
B
it
K6
041
K6
045
K6
044
K6
043
K6
042
B
it
0
..
.
B
it
1
5
B6
420
B64
3
5
16
B
it
K6
051
K6
055
K6
054
K6
053
K6
052
B
it
0
..
.
B
it
1
5
B6
520
B65
3
5
16
B
it
K6
061
K6
065
K6
064
K6
063
K6
062
B
it
0
..
.
B
it
1
5
B6
620
B66
3
5
16
B
it
U
8
00 (0
)
B6
040
U
8
05 (0
)
U8
0
6
(
2
)
RS
4
8
5
RS
4
8
5
RS
4
8
5
RS
4
8
5
Im
p.
,
α
n8
1
0
n81
0:
B62
2
3
B63
2
3
B64
2
3
B65
2
3
B66
2
3
1
→
F0
4
4
16
B
it
U8
0
3
(
0
)
B02
2
5
K K K K K
B62
2
2
B63
2
2
B64
2
2
B65
2
2
B66
2
2
R
e
c
e
iv
in
g d
a
ta
T
ran
s
m
it
da
ta
On/
O
ff
T
e
le
gr
a
m
m
o
ni
to
ri
ng
t
im
e
D
iagno
s
tic
p
a
ra
m
e
te
r
to
n
e
x
t
dr
iv
e
F
aul
t s
ig
nal
t
rip
1
=
"
T
el
eg
ram
m
o
n
it
o
ri
n
g
ti
me
o
u
t"
Wo
rd
1
Wo
rd
2
Wo
rd
3
Wo
rd
4
Wo
rd
5
Bu
s
t
e
rm
in
at
o
r
1
=
"
F
au
lt
F
0
14
"
P
a
ra
llelin
g
in
te
rf
a
c
e
fr
o
m
ma
s
te
r
fr
om
s
lav
e
3
fr
om
s
lav
e
4
fr
om
s
lav
e
5
fr
om
s
lav
e
6
T
o
rq
ue di
re
c
tio
n,
th
y
ri
s
to
r
s
e
le
c
tio
n
Fi
ri
n
g
p
u
ls
e
In
te
rn
a
l fi
ri
n
g
pul
s
e
S
u
m
m
at
io
n f
ir
in
g
p
u
ls
e
P
a
ra
m
e
te
rs
f
o
r par
al
le
ling i
n
te
rf
a
c
e:
Bus
a
d
re
s
s
In
te
rnal
s
u
m
m
at
io
n
fi
ri
ng pu
ls
e
fr
o
m
Sl
av
e 2
fr
o
m
ma
s
te
r
C
L
K f
rom
M
a
s
ter
CL
K
to
sl
a
v
e
s
D
is
p
la
y a
c
ti
ve
s
la
v
e
s
(s
ee r
ig
h
t)
M
a
s
ter
(
1
2.
..
1
6
)
/
Sl
av
e (
2
..
.6
)
Wo
rd
1
Wo
rd
2
Wo
rd
3
Wo
rd
4
Wo
rd
5
Wo
rd
1
Wo
rd
2
Wo
rd
3
Wo
rd
4
Wo
rd
5
Wo
rd
1
Wo
rd
2
Wo
rd
3
Wo
rd
4
Wo
rd
5
Wo
rd
1
Wo
rd
2
Wo
rd
3
Wo
rd
4
Wo
rd
5
Wo
rd
1
Wo
rd
2
Wo
rd
3
Wo
rd
4
Wo
rd
5
n8
12
.0
1
t
o
.
0
5
n8
12
.0
6
t
o
.
1
0
n8
12
.1
1
t
o
.
1
5
n8
12
.1
6
t
o
.
2
0
n8
12
.2
1
t
o
.
2
5
W
o
rd
1 bi
t2
=
R
u
n
bi
t3
=
F
a
ul
t
U
800 <
>
0
Oper
at
ing s
tat
e <
o
1
.0
U
8
06 >
1
0
Ope
rat
ing m
o
d
e
f
o
r
pa
ral
le
l c
onn
ec
ti
on
P
a
ra
lle
ling
m
a
s
te
r:
(
i.
e
. w
h
e
n
U
8
0
0
=
1)
S
e
gm
en
t
2 .
..
O
N
: Sl
av
e w
it
h
a
ddr
es
s
2
r
e
s
pond
in
g
3 .
..
O
N
: Sl
av
e w
it
h
a
ddr
es
s
3
r
e
s
pond
in
g
4 .
..
O
N
: Sl
av
e w
it
h
a
ddr
es
s
4
r
e
s
pond
in
g
5 .
..
O
N
: Sl
av
e w
it
h
a
ddr
es
s
5
r
e
s
pond
in
g
6 .
..
O
N
: Sl
av
e w
it
h
a
ddr
es
s
6
r
e
s
pond
in
g
8
, 9
.
..
O
F
F
1
5
..
O
N
:
Ma
s
te
r fu
n
c
ti
o
n
a
c
ti
ve
Par
a
lle
lin
g
s
lav
e:
(i
.e
. w
h
en
U
800
=
2)
:
S
e
gm
en
t
2
..
.
O
N
:
D
a
ta
f
o
r s
lav
e
w
it
h
add
res
s
2 ar
e
o
k
3
..
.
O
N
:
D
a
ta
f
o
r s
lav
e
w
it
h
add
res
s
3 ar
e
o
k
4
..
.
O
N
:
D
a
ta
f
o
r s
lav
e
w
it
h
add
res
s
4 ar
e
o
k
5
..
.
O
N
:
D
a
ta
f
o
r s
lav
e
w
it
h
add
res
s
5 ar
e
o
k
6
..
.
O
N
:
D
a
ta
f
o
r s
lav
e
w
it
h
add
res
s
6 ar
e
o
k
8 .
..
O
N
: Sl
av
e f
u
nk
ti
on
ac
ti
v
e
9 .
..
O
N
: F
iri
ng pu
ls
es
of
m
a
s
ter
a
re us
ed
15.
. O
F
F
1 =
a
c
ti
v
e
pa
ra
lle
lin
g
ma
s
te
r
In
di
c
e
s
.
0
6
t
o
.
1
0
of
U
8
04
ar
e
ac
ti
v
a
te
d
on
t
he m
a
s
te
r and
th
e
s
tan
d
b
y
m
a
s
te
r
w
h
e
n
t
h
e
“m
a
s
te
r”
f
u
nc
ti
on
is
t
ran
s
fe
rr
e
d
to
t
he s
tan
dby
m
a
s
te
r