Endress+Hauser Proline Prowirl 72, Operating Instructions Manual

Page: 71 / 114

Proline Prowirl 72 11 Description of device functions
E Hauser 71
11 Description of device functions
11.1 Illustration of the function matrix
VALU
E
S
IM
U
LAT
. PU
L.
(P
.
8
9)
VALU
E
SI
M
.
S
W
IT
C
H
P
T
.
(P
.
9
2)
SI
M
U
LAT
ION P
U
L
S
E
(P
.
88)
SI
M
U
L
. SW
IT
C
H
P
T
.
(P
.
92)
FAC
T
O
R
VOL. U
N
IT
(P.
76)
TE
ST
D
IS
P
L
A
Y
(P.
81)
VALU
E
S
IM
U
L.
C
U
R
R
E
N
T
(P.
85)
AC
T
U
AL PU
LS
E
(P.
88)
AC
T
U
AL S
T
AT
U
S
(P.
9
1)
DE
VI
C
E
I
D
(P.
94)
OFF-
VALU
E
LF C
U
T
OFF
(P.
98)
OP
E
R
A
T
IO
N
H
O
U
R
S
(P.
1
03)
T
E
XT
VOL. U
N
IT
(P
.
7
6)
C
ONT
R
A
ST
LC
D
(P
.
8
1)
SI
M
U
L
A
TI
ON
C
U
R
R
E
N
T
(P
.
8
5)
FAI
L
SAFE
M
O
DE
(P
.
8
8)
T
IM
E
C
ONS
T
A
NT
(
P
.
9
1
)
MA
N
U
F
A
C
T
U
R
E
R
I
D
(P
.
9
4)
ON
-VALU
E
LF C
U
T
OFF
(P
.
9
8)
AM
PLIFI
C
AT
ION
(P
.
101
)
SY
STE
M
RE
SE
T
(P
.
102
)
UN
IT
L
E
N
G
TH
(P
.
76)
A
C
C
E
S
S
CO
D
E
CO
UN
T
E
R
(P
.
79)
DI
SP
L
A
Y
D
A
M
P
IN
G
(P
.
81)
FAI
L
SAFE
M
O
D
E
(P
.
83)
AC
T
U
AL C
U
R
R
E
N
T
(P
.
85)
OU
T
P
U
T
S
IG
N
AL
(P
.
8
7
)
SWI
T
C
H
-O
FF P
O
IN
T
(P
.
91)
BU
RS
T
MO
DE
(P
.
94)
M
A
T
IN
G
PI
PE
D
.
(P
.
97)
T
E
M
P
. C
O
E
FF. SE
NSOR
(P.
100)
ALAR
M
D
E
LAY
(
P
.
102
)
UN
IT
TE
MP
E
R
A
T
UR
E
(P.
7
5)
A
C
CES
S
CO
D
E
C.
(P.
7
9)
FOR
M
AT
(P.
8
1)
RE
SE
T T
O
TA
L
IZ
E
R
(P.
8
3)
FA
IL
S
A
F
E
M
O
D
E
(P.
8
4)
PU
LS
E
W
ID
T
H
(P.
8
6)
SW
IT
C
H
-ON P
O
IN
T
(P.
9
0)
W
R
IT
E
P
R
OT
E
C
T
ION
(P.
9
4)
OP
E
R
AT
. T
E
M
P
.
(P.
9
6)
ME
TER
B
O
D
Y
TYP
E
MB
(P
.
1
00
)
ER
RO
R CA
TE
GO
R
Y
(P
.
1
02
)
UN
IT
D
E
N
S
IT
Y
(P
.
75)
DE
FI
NE
P
R
IV
A
T
E
C
O
DE
(P
.
78)
100%
V
A
LU
E
(P
.
80)
U
N
IT
TO
TA
L
IZ
E
R (
P
.
8
2
)
TI
ME CO
N
S
T
A
N
T
(P
.
84)
PU
LS
E
VALU
E
(P
.
86)
A
S
SI
G
N
STA
T
US
(P
.
90)
BU
S A
D
D
R
E
S
S
(P
.
94)
RE
F
E
RE
N
C
E DE
N
S
IT
Y
(P
.
96)
NO
M
INAL DI
AM
E
T
E
R
(P
.
100
)
A
S
SI
G
N
S
Y
S.
E
R
R
. (
P
.
1
0
2
)
V
A
L
U
E S
IM.
ME
A
S
UR
A
N
D
(P
.
103
)
S/
N DS
C
SE
NSO
R
(P
.
104
)
HW
RE
V
. I
/
O
(P
.
104
)
V
O
RT
EX
F
R
EQ
UE
N
C
Y
(P.
72)
UN
IT
F
L
O
W
(P.
74)
A
CCE
S
S
C
O
D
E
(P.
78)
AS
S
IG
N
LI
NE
2
(P.
80)
OV
E
R
F
L
O
W
(P.
82)
V
A
LU
E
20 m
A
(P.
84)
→
P
U
LS
E
opt
ion
→
S
T
AT
U
S
opt
ion
TA
G
DE
S
C
RI
P
T
.
(P.
94)
OP
E
R
AT
IN
G DE
NS
IT
Y
(P.
95)
FLOW
DAM
P
IN
G
(P.
99)
K
-F
A
CTO
R
CO
MP
E
N
S
.
(P.
100)
P
R
E
V
. SY
ST
. C
OND
.
(P.
102)
S
IM.
ME
A
S
U
R
A
N
D
(P.
103)
SE
NSOR
T
Y
P
E
(P.
104)
SW
R
E
V
. A
M
P
.
(P.
104)
FLO
W
(P
.
7
2)
ME
A
S
. UN
IT
TY
P
E
(P
.
7
3)
Q
S
C
O
M
M
ISS.
(P
.
7
7)
LANG
U
A
G
E
(P
.
7
8)
AS
S
IG
N
L
IN
E
1
(P
.
8
0)
SU
M
(P
.
8
2)
CU
RR
EN
T RA
N
G
E
(P
.
8
4
)
OP
E
R
A
T
IN
G
M
O
D
E
(P
.
8
6)
TA
G
N
A
ME
(P
.
9
4)
APPLI
C
AT
IO
N
(P
.
9
5)
P
O
SI
TI
V
E
Z
E
RO
RE
TU
RN
(P
.
9
9)
K-F
A
C
T
OR
(P
.
1
00
)
AC
T
. SY
ST
. C
OND
IT
.
(P
.
1
02
)
S
IM
. F
A
IL
S
A
F
E
(P
.
103)
S
E
R
IAL N
U
M
B
E
R
(P.
1
04)
HW
RE
V. A
M
P
.
(P
.
1
04
)
▼ ▼ ▼ ▼ ▼ ▼ ▼ ▼ ▼ ▼ ▼ ▼ ▼ ▼ ▼ ▼
ME
A
S
UR
ED
V
A
L
U
E
S
(P.
7
2)
SY
STE
M
UNI
T
S
(P.
7
3)
QU
IC
K
SE
T
U
P
(P.
7
7)
OP
E
R
AT
IO
N
(P.
7
8)
US
E
R
I
N
TER
F
A
C
E
(P.
8
0)
TO
TA
L
IZ
E
R
(P.
8
2)
C
U
R
R
E
N
T O
U
TP
U
T
(P.
8
4)
P
U
L
./
S
T
A
TU
S O
U
TP
.
(P.
8
6)
C
O
M
M
U
NI
C
A
T
ION
(P.
9
4)
PR
O
C
E
S
S
PAR
A
M
E
T
E
R
(P.
9
5)
SY
STE
M
P
A
R
A
M
E
T
E
R
(P.
9
9)
SE
NSOR
DAT
A
(
P
.
1
0
0
)
S
U
P
E
R
V
IS
IO
N
(P.
102)
SI
M
U
L
A
T. SY
STE
M
(P
.
1
03
)
S
E
N
S
O
R
V
E
R
S
IO
N
(P.
104)
AM
P
. VE
R
S
IO
N
(P
.
1
04
)