148
FLOWSIC600-XT · Operating Instructions · 8018846/1BHP/V2-1/2021-05 · © SICK Engineering GmbH
Annex
Su
bje
ct to
ch
an
ge
w
ith
ou
t n
otic
e
Fig. 79
Connection diagram 9236581 (page 14)
V
er
vielfaeltigung
dieser
Unterlage
sowie
V
er
wertung
und
Mitteilung
ihres
Inhaltes
unzulaessig
,
soweit
nicht
ausdruecklich
zugestanden
.
Zuwiderhand-
lungen
sind
strafbar
und
verpflichten
zu
Schadenersatz
(LitUrhG
,
UWG
,
BGB).
Alle
R
echte
fuer
den
F
all
der
Patenterteilung
oder
GM-Eintragung
vorbehalten
.
A4_F
ormblatt_ME10.CDR
SICK
Engineering
GmbH
Bergener
Ring
27
01458
Ottendorf-Okrilla
V
erteildatum:
Page
Norm-
Typ/DIN
Ersatz
für:
Änderung
gepr
.
gez.
Ta
g
Name
Ind.
T
ag
Name
Maßst
ab:
W
erkstof
f
Ersetzt
durch:
Gepr
.
Ursprung:
14
of
15
9236581
U
i=2
0V
Pi
=
717
mW
U
i=2
0V
Pi
=
717
mW
U
i=2
0V
Pi
=
717
mW
U
i=2
0V
Pi
=
717
mW
+
-
+
-
+
-
+
-
DO.3
optical
isolated
DO.2
optical
isolated
FO.1
optical
isolated
FO.0
optical
isolated
DO-LF
Ui
=
10.5
V
Pi
=
717
mW
Ci
=
1.21
μF
Li
=
0.02
mH
RS485
optical
isolated
needs
ext.
power
A
B
+
-
Ui
=
10.5
V
Ci
=
1.21
μF
P
i=1W
Li
=
0.02
mH
RS485,
potted
optical
isolated
needs
ext.
power
A
B
+
-
Uo
=
8.2
V
Io
=
384
mA
Po
=
692
mW
Co
=
6.4
μF
Lo
=
0.2
mH
A
B
+
-
Ui
=
26.6
V
Ii
=
667
mA
P
i=1W
Ci
=
1.2
nF
Li
=
0.01
mH
AO
optical
isolated
potted
+
-
U
i=3
0V
P
i=1W
U
i=3
0V
P
i=1W
U
i=3
0V
P
i=1W
U
i=3
0V
P
i=1W
+
-
+
-
+
-
+
-
DO.3
optical
isolated
DO.2
optical
isolated
FO.1
optical
isolated
FO.0
optical
isolated
DO-HF ,
potted
Ui
=
26.6
V
Ii
=
667
mA
P
i=1W
Ci
=
1.2
nF
Li
=
0.01
mH
AO
+
HART
optical
isolated
potted
+
-
Ui
=
18.2
P
i=1W
ENCODER
optical
isolated
+
-
U
i=3
0V
Pi
=
717
mW
U
i=3
0V
Pi
=
717
mW
U
i=3
0V
Pi
=
717
mW
U
i=3
0V
Pi
=
717
mW
+
-
+
-
+
-
+
-
DO.3
optical
isolated
DO.2
optical
isolated
FO.1
optical
isolated
FO.0
optical
isolated
DO-HF
U
i=2
0V
P
i=1W
U
i=2
0V
P
i=1W
U
i=2
0V
P
i=1W
U
i=2
0V
P
i=1W
+
-
+
-
+
-
+
-
DO.3
optical
isolated
DO.2
optical
isolated
FO.1
optical
isolated
FO.0
optical
isolated
DO-LF ,
potted
PT
-SENSOR
non-
isolated
RS485
U
i=1
7
.7Vo
r
Ui
=
26.6
V
P
i=1W
Ci
=
1.2
nF
and
Uo
=
Uin,
Io
=
Uin
/
267
Ohm
Po
=
1/4
Uin
/
267
Ohm
C
o=9
2n
F
2
+
-
+
-
POWERSENSOR
HART
-PT
non-isolated
potted
ext.
Power
6...16
Vdc
-+-+
Ui
=
26.6
V
Ii
=
667
mA
P
i=1W
Ci
=
1.2
nF
Uin
W
ARNING:
A
VERTISSEMENT
:
EXPLOSION
HAZARD
Substitution
of
component
s
may
imp
air
Intrinsic
safety
RISQUE
D`
EXPLOSION
-
La
substitution
de
composant
s
peut
compromettre
la
securite
intrinseque.
-40°C
<
T
amb
<
70°C
Read
operation
instructions
before
inst
allation.
For
alternate
module
types
increased
safety
p
arameters
may
be
considered
as
shown
in
bold
letters.
Alternate
potted
module
types
have
to
be
marked
with
“P
i=1W
”
on
the
top
side
of
the
PCB
additionally
.
kochami
kochami
2015-10-30
Control
Drawing
FLOWSIC600-XT
CSA
2016-01-27
Class
I
Division
1,
Group
s
A,
B,
C,
D,
T4
Ex
ia
Intrinsically
Safe;
Securite
Intrinseque
Ex
ia
IIC
T4
Ga
Class
I
Zone
1
AEx
ia
op
is
IIC
T4
Ga
FLOWSIC600-XT
Ex
ia
module
types,
see
p
age
1...12
for
using.
T
erminals:
W
ire
size
0.25...1.5
mm
24...16
A
WG
,
2
,
resp.
T
ightening
torque
0.22...0.25
Nm
U
i=2
0V
Ii
=
667
mA
Pi
=
1.65
W
Li
=
0.005
mH
U
i=2
0V
Ii
=
667
mA
Pi
=
1.65
W
Li
=
0.005
mH
U
i=2
0V
Ii
=
667
mA
Pi
=
1.65
W
Li
=
0.005
mH
U
i=2
0V
Ii
=
667
mA
Pi
=
1.65
W
Li
=
0.005
mH
ext.
Power
6...16
Vdc
-+-+
ext.
Power
6...16
Vdc
-+-+
ext.
Power
6...16
Vdc
-+-+
01
ZAK3
kochami
kochami
2017-03-29
2017-03-29
