94709 1 02/18
39
16.50 SmartShred
SB
-N
o .
991
.0416
.4-a
Seit
e / page 4
Bl
att
Sei
te
16.
50S
&
16.
86
Bea
rb
.
5
U
rs
pr
991
.0
41
6.
4-
a
D
at
um
D
at
um
Ers
et
zt
d
urc
h
Steuerstromkreis E/A und Sicherheitsrelais Übersicht / Control Circuit I / O and Safety Relays Overview
1
Änd
er
ung
0
7
6
G
ep
r
Er
sa
tz
vo
n
8
9
3
7
4
08.
02.
201
8
Intimus International GmbH
6
2
N
am
e
5
6
/
17
K1
K2
LOGIC
RE
G
U
LA
R
IN
PU
T
RE
G
U
LA
R
IN
PU
T
RE
G
U
LA
R
IN
PU
T
RE
G
U
LA
R
IN
PU
T
RE
G
U
LA
R
IN
PU
T
RE
G
U
LA
R
IN
PU
T
RE
G
U
LA
R
IN
PU
T
RE
G
U
LA
R
IN
PU
T
RE
G
U
LA
R
IN
PU
T
RE
G
U
LA
R
IN
PU
T
RE
G
U
LA
R
IN
PU
T
RE
G
U
LA
R
IN
PU
T
RE
G
U
LA
R
IN
PU
T
RE
G
U
LA
R
IN
PU
T
RE
G
U
LA
R
IN
PU
T
RE
G
U
LA
R
IN
PU
T
RE
LA
Y
O
UT
PUT
RE
LA
Y
O
UT
PUT
RE
LA
Y
O
UT
PUT
RE
LA
Y
O
UT
PUT
RE
LA
Y
O
UT
PUT
RE
LA
Y
O
UT
PUT
RE
LA
Y
O
UT
PUT
RE
LA
Y
O
UT
PUT
CO
M
M
O
N
CO
M
M
O
N
CO
M
M
O
N
TB1
TB2
DC IN
REL
AY
O
U
T
S5
w
ird
n
ur
b
ei
16.
50
&
1
6.
86
m
it
la
ng
em
Au
st
ra
gs
ba
nd
v
er
dr
ah
tet
.
Be
i 1
6.
86
w
ird
a
n
di
es
er
s
te
lle
e
in
e
D
ra
ht
br
üc
ke
m
it
10
0m
m
lä
ng
e
an
ge
br
ac
ht
S5
is
on
ly
w
ire
d
at
1
6.
50
&
1
6.
86
w
ith
lo
ng
di
sc
ha
rg
e
co
nv
ey
or
.
At
16
.8
6,
a
t
th
is
p
oi
nt
a
W
ire
b
rid
ge
w
ith
1
00
m
m
le
ng
th
a
tta
ch
ed
-a: Schaltplan angepasst
Jünger
11.
05.
2017
Em
er
ge
nc
y
sto
p
sw
itc
h
S8,
X
1/
39
&
X
1/
40
w
ird
n
ur
b
ei
16
.8
6
m
it
la
ng
em
Au
st
rag
sb
an
d
ve
rd
rah
te
t.
S8
, X
1/
39
&
X1
/4
0
is
on
ly
w
ire
d
at
16
.8
6
w
ith
lo
ng
di
sc
har
ge
c
on
ve
yo
r.
11
12
21
22
-S1
Not-Aus
13
TB2:13
14
TB2:14
23
TB2:23
24
TB2:24
33
TB2:33
34
TB2:34
-K8
EX
PAN
SI
O
N
M
O
D
U
LE
A1
TB1:A1
A2
TB1:A2
S3
3
TB1:S33
S3
4
TB1:S34
S1
1
TB1:S11
S1
2
TB1:S12
S2
2
TB1:S22
S4
2
TB1:S42
S2
1
TB1:S21
S4
1
TB1:S41
S3
9
TB1:S39
11
12
-K1M
/11
.0
11
12
-K2M
/11
.1
A1
A2
9A
-K11M
1
2
/6.8
3
4
/6.8
5
6
/6.9
12
11
/6.6
56
-K11M
/6.8
34
-K11M
/6.8
12
-K11M
/6.8
13
14
-S6
R
es
et
11
12
-K11M
/6.8
27
-X1
28
-X1
29
-X1
30
-X1
11
12
-S5
Sc
ha
ltk
la
pp
e
/
sw
itc
hi
ng
f
la
p
/8.6
TB1:0
E4.6
/9.2
M
ot
or
sc
hu
tz
S
hr
ed
der
/
M
ot
or
p
ro
tec
tio
n
sh
re
dd
er
TB1:1
E4.7
TB1:2
E5.0
/9.3
M
oto
rs
ch
ut
z
Pr
es
se
/
M
oto
r
pr
ot
ec
tio
n
ba
le
r
TB1:3
E5.1
/9.4
Au
ss
to
ßkl
ap
pe
Pr
es
se
/
d
is
ch
ar
ge
f
lap
b
al
er
TB1:4
E5.2
/9.5
Ta
st
er
V
or
P
re
sse
/
Bu
tt
on
f
or
w
ar
d
ba
le
r
TB1:5
E5.3
/9.6
Tas
te
r
Zu
rü
ck
Pr
es
se
/
B
ut
to
n
Bac
k
bal
er
TB1:6
E5.4
/9.8
Ta
ste
r
St
op
P
re
ss
e
/
Bu
tt
on
s
to
p
ba
le
r
TB1:7
E5.5
/9.9
Ei
nf
ül
ls
ch
ac
ht
Vo
ll
Pr
es
se
/
f
un
ne
l f
ul
l b
al
er
TB1:8
E5.6
/10
.1
St
em
pe
l H
in
ten
P
re
sse
/
S
ta
m
p
Ba
ck
b
al
er
TB1:9
E5.7
/10
.2
Pr
es
sd
ru
ck
er
rei
ch
t
Pr
es
se
/
Pr
es
s
pr
es
su
re
rea
ch
es
TB1:10
E6.0
/10
.3
Ba
lle
n
fe
rti
g
Pr
es
se
/
b
al
es
f
in
is
he
d
TB1:11
E6.1
TB1:12
E6.2
TB1:13
E6.3
TB1:14
E6.4
TB1:15
E6.5
TB2:2
A2.0
TB2:0
A1
.6
/1
1.
8
Ve
nt
il
Vo
rw
är
ts
/
V
al
ve
f
or
w
ar
d
TB2:1
A1
.7
/1
1.
9
Ve
nt
il
Rü
ckw
är
ts
/
R
et
ur
n
val
ve
TB2:3
A2.1
TB2:4
A2
.2
/1
6.
4
O
pti
on
al
A
bs
au
gu
ng
/
O
pti
on
al
s
uc
tio
n
TB2:5
A2
.3
/1
5.
6
O
pt
io
na
l Z
uf
ör
der
ba
nd
/
O
pt
io
na
l f
ee
d
co
nv
ey
or
TB2:6
A2.4
TB2:7
A2.5
TB2:COM1
CO
M
1
TB1:COM0
CO
M
0
TB2:COM2
CO
M
2
-A3
EX
PAN
SI
O
N
M
O
D
U
L
37
-X1
38
-X1
13
14
-S8
/8.6
2.
S
ch
al
tk
la
pp
e
/
2.
s
w
itc
hi
ng
f
la
p
-X1
39
-X1
40
4
-X5D
6
-X5D
24VDC
/
5.9
0VDC
/
5.9
24VDC
/
7.0
0VDC
/
7.0
SIK
/
7.0
A1
/
5.9