Fm controlnet ex system diagram, No de 1 – Rockwell Automation 1797-RPFM ControlNet Ex Modular Repeater Adapter Fiber Repeater Module User Manual
Page 22
22 ControlNet Ex Modular Repeater Adapter & Fiber Repeater Module
Publication
1797-5.15 - June 2010
FM ControlNet Ex System Diagram
1
. .
1
Hazar
d
ous
(Classified) L
o
cati
on
Class I, Zo
nes 1
, Groups
IIC
Class I Division
1,
G
roups A, B, C,
D
Class II,
Division
1, Groups E, F
, G
C
lass II
I, Divi
sion
1
No
n-Haza
rd
ous Lo
cat
ion
C
N
et Ex
trk trm
306
70
Con
tr
ol
N
et
Ex
ta
p
Haz
a
rdou
s (C
la
ss
ifie
d)
Locat
ion
Cla
ss
I,
Zone
0
Gr
ou
p I
IC
Cla
ss I D
iv
ision
1
,
Gr
oups
A,
B,
C, D
Class II, D
iv
is
io
n 1,
Gr
oup
s E
, F
, G
Class III,
Divis
ion 1
Hazar
d
ous (C
lass
ified)
Location
Class I,
Zone 1, Group
IIC
Cla
ss I Div
isio
n
1,
Groups A,
B, C, D
fi
be
r opt
ic
ca
ble
No
de 1
C
ont
ro
lN
et
Ex
ta
p
coa
x t
runk
cabl
e
Ch
B
Ch
A
Ch
A
Ch
B
Vmax=9
.5V
,
Im
ax
=1
A
,
Ci
<=120
nF
,
Li
=0
co
ax t
run
k
cab
le
Ch
1
Ch
1
The ambi
ent
t
empe
ra
tu
re
r
ang
e
of
t
he Con
tr
ol
N
et
Ex syst
em i
s -
20 t
o
+7
0
o
C.
3
Node
4
... 48
179
7-
ACN
R
15
N
ode 3
1797
-A
CNR15
N
ode 2
179
7-
RP
A
1797
-RPF
M
1797
-RPF
M
1
2
2
5
4
2
2
Ch
0
Ch
0
2
Fo
r con
nect
io
n
to
ot
her
I/O
mo
du
le
s,
re
fe
r
to
G
en
er
al
FM
Ce
rti
fica
ti
on
In
fo
rma
ti
on
in
Publ
ica
ti
on 1797
-6
.5.
6.
For
connec
ti
on t
o ot
he
r
I/
O
modul
es,
r
ef
er
t
o G
ene
ra
l
FM C
er
ti
fic
at
ion
Inf
or
m
at
ion
in
P
ubl
icat
ion
1797
-6
.5.
6.
Fr
om
FM ap
pr
oved
17
97-
PS2
N
Fr
om FM ap
pr
oved
179
7-
PS2N
Vmax=9
.5V
,
Im
ax
=1
A
,
Ci
<=120
nF
,
Li
=0
A
ny associ
at
ed appa
ra
tu
s
wher
e t
he li
ght
emit
ti
ng dio
de
ou
tp
ut
is
<
5mW/mm
2
o
r
to
ta
l
<1
m
W
.
V
m
ax=9.
5V
,
Im
ax=1
A
,
C
i<
=120 n
F,
Li
=0
Fr
om FM ap
pr
oved
179
7-
PS2N
Cont
ro
lN
et
Ex
ta
p
Cont
ro
lN
et
Ex
ta
p
C
N
et Ex
tap trm
CNet Ex
tr
k trm
A
ny asso
ciat
ed
ap
par
at
us
w
her
e t
he
li
gh
t emi
tt
ing
di
ode
out
put
is
<5 mW/mm
2
o
r
to
ta
l
<1 m
W
.
1786-
RPFM
or
A
ny a
ssoci
at
ed
appar
at
us
wher
e
th
e l
ight
e
m
it
ti
ng
di
ode
out
pu
t
is
<5
mW/mm
2
o
r
to
ta
l
<1 mW
.
11