GALLONS
/
BARREL
NOM.
DIAM.
UNIT
FULL
SCALE
2
PULSE
WIDTH
RELA
Y
1
OFF-V
A
LUE
RELA
Y
2
OFF-V
A
LUE
ACTIVE
RANGE
FULL
SCALE
FREQ.
VOLUME
UNIT
DUAL
RANGE
MODE
PULSE
V
ALUE
RELA
Y
1
ON-V
ALUE
RELA
Y
2
ON-V
ALUE
CURRENT
SP
AN
F
A
ILSAFE
MODE
SIMULA
TION
CURR.
NOMINAL
CURRENT
OUTPUT
S
IGNAL
SIMULA
TION
FREQ.
NOMINAL
FREQ.
FLOW
R
A
T
E
UNIT
FULL
SCALE
1
OPERA
T
ION
MODE
RE
LA
Y
1
FU
NC
TI
ON
RE
LA
Y
2
FU
NC
TI
ON
TIME
CONST
ANT
FULL
SCALE
FLOW
F
AILSAFE
MODE
SYSTEM UNITS
CURRENT
OUTPUT
PULSE /
FREQ.
OUTPUT
RELA
YS
DISPLA
Y
PR
OCESSING
P
ARA.
COMMUN
ICA
TION
BA
TCHING
SYSTEM
P
ARAMETER
SENSOR
D
A
T
A
CONTRAST
L
CD
LANGUAGE
ASSIGN
LINE
2
TOT
A
L
OVERFLOW
DISPLA
Y
DAMPING
RESET
TOT
A
LIZER
DISPLA
Y
F
ORMA
T
FLOW
R
A
T
E
NOISE
S
UPPRESS.
MEASURING
MODE
FLOW
D
IRECTION
FUNCTION
ECC
RECOVER
Y
T
IME
ECC
AMPLIFIER
MODE
DELA
Y
BA
TC
H
V
AR
IA
B
L
E
BA
TC
H
Q
U
A
N
T
IT
Y
BA
TC
H
P
R
E
W
A
R
N
CO
MP
EN
S.
QU
AN
TI
TY
BA
TC
HI
NG
MA
X.
BA
TC
H
T
IM
E
BA
TC
H
C
Y
C
L
E
RE
SE
T
B
A
T
C
H
CY
C.
ASSIGN
LINE
1
TOT
A
L
V
OLUME
LOW
FLOW
CUTOFF
PROTOCOL
BUS
ADDRESS
ST
AR
T
PULSE
WIDTH
SYSTEM
CONFIG.
ASSIGN
AUX.
INPUT
EMPTY
PIPE
DET
.
EPD
RESPONSE
TIME
DEF
.
PRIV
A
T
E
C
ODE
ZERO
P
OINT
NOMINAL
DIAMETER
MAX.
SAMPLING
RA
TE
POS.
ZERO
R
ETURN
K-F
ACTOR
NEGA
TIVE
PRESENT
SYSTEM
CONDITION
ACCESS
CODE
SELF
CHECKING
K-F
ACTOR
POSITIVE
SAMPLING
RA
TE
SERIAL
NUMBER
EPD
ELECTRODE
POLARITY
ECC
PREVIOUS
SYSTEM
CONDITIONS
SOFTW
ARE
VERSION
SOFTW
ARE
VER.
C
OM
p.
57
ba009d
03
p.
4
7
p.
4
9
p.
5
3
p.
5
8
p.
6
6
p.
6
4
p.
6
9
p.
7
2
p.
7
7
p.
8
1
p.
8
1
p.
7
7
p.
7
2
p.
6
9
p.
6
6
p.
6
4
p.
5
9
p.
5
3
p.
5
0
p.
4
7
p.
8
1
p.
7
8
p.
7
3
p.
6
9
p.
6
7
p.
6
4
p.
5
9
p.
5
3
p.
5
1
p.
4
8
p.
8
1
p.
7
8
p.
7
4
p.
7
1
p.
6
7
p.
6
5
p.
6
2
p.
5
4
p.
5
1
p.
4
8
p.
8
2
p.
7
9
p.
7
5
p.
7
1
p.
6
7
p.
6
5
p.
6
2
p.
5
5
p.
5
1
p.
82
p.
79
p.
75
p.
67
p.
65
p.
62
p.
56
p.
51
p.
8
2
p.
8
0
p.
7
5
p.
6
8
p.
6
5
p.
5
7
p.
5
1
p.
82
p.
80
p.
76
p.
68
p.
65
p.
57
p.
52
p.
83
p.
76
p.
68
p.
57
p.
52
p.
6
8
p.
7
6
*)
T
hes
e
fu
nctions
ar
e
o
n
ly
d
is
played
if
o
ther
funct
ions
hav
e
b
ee
n
c
o
n
figur
e
d
a
ccor
dingly
.
Cr
os
s
ref
er
enc
e
to
d
etailed
funct
ion
d
es
cr
ip
tion
The
Pr
omag
33
el
e
c
tr
o
n
is
ar
e
fi
tte
d
w
ith
v
a
rious
el
e
c
tr
o
n
ic
s
mod
ul
e
s
(H
AR
T
o
r
R
S
485
)
d
epend
in
g
on
th
e
s
pec
if
ic
a
tions
when
or
d
e
ri
ng.
D
ep
ending
on
th
e
module,
cer
ta
in
funct
io
n
s
a
n
d
funct
ion
gr
oups
a
re
no
t
a
v
a
ilable.
*)
If
a
b
at
ching
v
a
ri
ab
le
is
a
c
tiv
a
te
d,
th
e
“BA
TCHI
NG”
funct
ion
g
roup
is
fi
rs
t
s
hown
o
n
the
dis
p
lay
w
hen
ent
er
ing
th
e
o
pe
ra
ti
n
g
m
a
tr
ix
.
The
“B
A
T
CH
QUANTITY
”
fun
ction
then
mov
es
int
o
fi
rs
t
p
o
s
ition
w
it
hin
this
g
roup.
Promag 33
5 Display and Operation
Hauser
37
Summary of Contents for PROMAG 33
Page 43: ...Promag 33 5 Display and Operation Endress Hauser 43...
Page 46: ...5 Display and Operation Promag 33 46 Endress Hauser...
Page 84: ...6 Description of Functions Promag 33 84 Endress Hauser...
Page 98: ...7 Trouble shooting Maintenance and Repairs Promag 33 98 Endress Hauser...
Page 106: ...8 Dimensions Promag 33 106 Endress Hauser...
Page 116: ...9 Technical Data Promag 33 116 Endress Hauser...
Page 125: ......