Emerson Rosemount X-Stream Series, Инструкция по эксплуатации

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Emerson Process Management GmbH & Co. OHG
A-31
X-STREAM XE
Instruction Manual
HASXEE-IM-HS
10/2012
A
Appendix
D
ru
ck
C
h1
P3
1
P3
0
Pr
es
su
re
C
h2
Te
m
pe
ra
tu
r
C
h1
P1
8
P1
7
P1
6
P1
1
Te
m
pe
ra
tu
re
C
h4
C
h3
C
h2
D
ur
ch
flu
ss
C
h1
P6
P7
P4
P5
Fl
ow
C
h4
C
h3
C
h2
AC
-D
et
ek
to
re
n
C
h1
P2
4
P2
5
P2
3
P2
1
AC
-d
et
ec
to
rs
C
h4
C
h3
C
h2
C
h5
St
ra
hl
er
C
h1
P1
5
P1
4
P1
3
P1
2
So
ur
ce
C
h4
C
h3
C
h2
D
C
-D
et
ek
to
re
n
C
h1
P2
0
P1
9
P2
6
C
ho
pp
er
D
C
-d
et
ec
to
rs
M
2
M
1
C
h4
C
h2
P2
7
ph
ys
ik
al
is
ch
e B
au
gr
up
pe
n (
m
es
sp
rin
zi
pa
bh
än
gi
g)
th
er
m
os
ta
tis
ie
rt (
O
pt
io
n)
ph
ys
ic
al
c
om
po
ne
nt
s (
de
pe
nd
in
g o
n m
ea
su
re
m
en
t s
ys
te
m
)
Th
er
m
os
ta
te
c
on
tro
l (
op
tio
n)
si
eh
e B
la
tt 3
, 5
, 8
se
e s
he
et
3
, 5
, 8
P3
2
XSP
01, XPSA
02 and physical components in dual compartment fieldhousing
XFT B 0 2.1
P16
St
ro
m
la
uf
pl
an
/ s
ch
em
at
ic
s:
4.
35
0-
09
00
XF
TB
0
2.
1
P7
XFT B 0 2.1
P17
XFT B 0 2.2
P16
XFT B 0 2.2
P17
XFT B 0 2.1
P18
XFT B 0 2.2
P18
XFT B 0 2.1
P14
XFT B 0 2.2
P15
XFT B 0 2.1
P14
XFT B 0 2.2
P15
XFT B 0 2.1
P8
XFT B 0 2.2
P8
XFT B 0 2.1
P9
XFT B 0 2.1
P10
XFT B 0 2.2
P9
XFT B 0 2.2
P10
XFT B 0 2.1
P12
XFT B 0 2.1
P13
XFT B 0 2.2
P12
XFT B 0 2.2
P13
XFT B 0 2.1
P11
XFT B 0 2.1
P5
XFT B 0 2.2
P11
34
XF
TB
0
2.
2
P7
*H
in
w
ei
s 1
: J
e n
ac
h
An
za
hl
u
nd
K
on
fig
ur
at
io
n d
er
p
hy
si
ka
lis
ch
en
Ba
ug
ru
pp
en
w
er
de
n 1
o
de
r 2
S
tk
. X
FT
B 0
2 e
in
ge
se
tz
t.
H
ie
rd
ur
ch
k
an
n d
ie
Z
uo
rd
nu
ng
d
er
A
C
- o
de
r D
C
-D
et
ek
to
re
n z
u d
en
St
ec
kp
lä
tz
en
d
er
X
FT
B 0
2 v
ar
iie
re
n.
XFT B 0 2.1
P20
XFT B 0 2.1
P21
XF
TB
0
2.
1
P1
9
XS
P 0
1
St
ro
m
la
uf
pl
an
/ s
ch
em
at
ic
s:
4.
35
0-
05
20
8
XFT B 0 2.1
P23
XFT B 0 2.1
P24
XF
TB
0
2.
1
P2
2
34
9
8 9
*H
in
w
ei
s 1
*
N
ot
e 1
XF
TB
0
2
2
+P
ow
er
4.3 00- 912 5
8/C 10
XFT B 0 2... .
P2
XFT B 0 2... .
P3
XFT B 0 2... .
P4
XF
TB
0
2.
...
P1
2
13/ E11
13/ B...
2
13/ E11
13/ B...
2
13/ E11
13/ B...
*N
ot
e 1
: U
p t
o t
w
o p
cb
’s
X
FT
B 0
2 m
ay
b
e i
ns
ta
lle
d d
ep
en
di
ng
on
th
e n
um
be
r a
nd
c
on
fig
ur
at
io
n o
f p
hy
si
ca
l c
om
po
ne
nt
s.
Th
e m
ap
pi
ng
o
f A
C
- o
r D
C
-D
et
ec
to
rs
fr
om
th
e c
on
ne
ct
or
s o
n t
he
X
FT
B 0
2 m
ay
v
ar
y.
8
Ve
nt
il-
bl
oc
k 1
Va
lv
e-
un
it 1
Ve
nt
il-
bl
oc
k 2
Va
lv
e-
un
it 2
M
es
s
ga
s-
pu
m
pe
1
Pu
m
p 1
Pu
m
p 2
P2
9
P2
1
P2
8
P2
4
8
8 8
M
es
s
ga
s-
pu
m
pe
2
D
ur
ch
-
flu
ss
-
sc
ha
lte
r
Fl
ow
-S
w
itc
h
P1
0
XP
SA
0
1 /
0
2
St
ro
m
la
uf
pl
an
/ s
ch
em
at
ic
s:
4.
30
0-
46
60
/ 4
.3
50
-0
92
0
si
eh
e a
uc
h B
la
tt 3
, 5
, 8
s
ee
a
ls
o s
he
et
3
, 5
, 8
+Po wer
Sig nal s
Ser ial
11
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E
Micro
Index
Änderung, revision
Datum
Name
Bearb.
Gepr
.
20___
Datum
Name
Beschreibung, description
Zeichnung-Nr
.: Drawing-No.:
Index
Ident-Nr
.:
Blatt Sheet
von of
Auftrags-Nr
.:
+ =
D C
B A
E
D C
B A
1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
16
1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
16
4.300-5159/4
09
X-STREAM XE Block diagram
15.04.
Bangert W
alther
15.04.
B
TN387: XPSA
jetzt 5-kanalig
28.09.09
MBa
C
MBa
TN847:
Trace Moisture hinzu;
TN489
11.1
1.10
D
MBa
TN892:
Aktualisiert
20.01.1
1
15
F
E
MBa
TN1274:
Aktualisiert
11.1
1.1
1
F
TN1346,
TN1347:
Aktualisiert
19.01.12
A.4 Block Diagram