Endress+Hauser cerabar S User manual

BA303P/00/en/04.05
52027503
valid from
Software version 02.00
Hardware version 01.00
Operating Instructions – Description of device functions
Cerabar S/Deltabar S
Pressure and Differential pressure transmitters
9

Overview documentation Cerabar S/Deltabar S
2Endress+Hauser
Overview documentation
Device Documentation Content Note
Cerabar S FOUNDATION Fieldbus Technical Information TI383P Technical data – The documentation is located on the
ToF Tool CD. The CD is enclosed
with every device ordered with the
"HistoROM/M-DAT" option.
– The documentation is also available
via the Internet. → See:
www.endress.com
Operating Instructions BA302P – Identification
– Installation
– Wiring
– Operation
– Commissioning, Description of
Quick Setup menus
– Maintenance
– Trouble-shooting and spare parts
– Appendix: Illustration of menu
– The documentation is supplied with
the device.
– The documentation is also available
via the Internet. → See:
www.endress.com
Operating Instructions BA303P – Examples of configuration for
pressure, level and flow
measurement
– Description of parameters
– Trouble-shooting
– Appendix: Illustration of menu
– The documentation is also available
via the Internet. → See:
www.endress.com
Brief Operating Instructions KA252P – Wiring
– Description of operating elements
– Operation HistoROM®/M-DAT
– The documentation is supplied with
the device. See cover of the terminal
compartment.
Deltabar S FOUNDATION Fieldbus Technical Information TI382P Technical data – The documentation is located on the
ToF Tool CD. The CD is enclosed
with every device ordered with the
"HistoROM/M-DAT" option.
– The documentation is also available
via the Internet. → See:
www.endress.com
Operating Instructions BA301P – Identification
– Installation
– Wiring
– Operation
– Commissioning, Description of
Quick Setup menus
– Maintenance
– Trouble-shooting and spare parts
– Appendix: Illustration of menu
– The documentation is supplied with
the device.
– The documentation is also available
via the Internet. → See:
www.endress.com
Operating Instructions BA303P – Examples of configuration for
pressure, level and flow
measurement
– Description of parameters
– ’Trouble-shooting
– Appendix: Illustration of menu
– The documentation is also available
via the Internet. → See:
www.endress.com
Brief Operating Instructions KA252P – Wiring
– Description of operating elements
– Operation HistoROM®/M-DAT
– The documentation is supplied with
the device. See cover of the terminal
compartment.

Cerabar S/Deltabar S Table of contents
Endress+Hauser 3
Table of contents
1 Notes on use . . . . . . . . . . . . . . . . . . . . 4
1.1 Finding function group using graphic representation
(ToF Tool) . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 4
1.2 Finding parameter description using parameter names
(index) . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 4
2 Graphic representation of function
groups (ToF Tool). . . . . . . . . . . . . . . . . 5
3 Pressure measurement
(FF configuration program). . . . . . . . . . 6
4 Level measurement
(FF configuration program). . . . . . . . . . 7
4. 1 Overview of level measurement . . . . . . . . . . . . . . 7
4. 2 "Linear" level type . . . . . . . . . . . . . . . . . . . . . . . . . 8
4. 3 "Pressure linearized" level type . . . . . . . . . . . . . . 10
4. 4 "Height linearized" level type . . . . . . . . . . . . . . . 14
5 Flow measurement
(FF configuration program). . . . . . . . . 17
5. 1 Calibration . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 17
5. 2 Totalizers . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 19
6 Description of parameters
(FF configuration program). . . . . . . . . 21
6.1 Deltabar S and Cerabar S block model . . . . . . . . . . 21
6.2 Resource Block . . . . . . . . . . . . . . . . . . . . . . . . . . . 23
6.3 Transducer Blocks . . . . . . . . . . . . . . . . . . . . . . . . . 31
6. 4 Analog Input Block (function block) . . . . . . . . . . . . 65
7 Pressure measurement (ToF Tool) . . . 74
8 Level measurement (ToF Tool) . . . . . 75
8.1 Overview of level measurement . . . . . . . . . . . . . . 75
8.2 "Linear" level type . . . . . . . . . . . . . . . . . . . . . . . . 76
8.3 "Pressure linearized" level type . . . . . . . . . . . . . . 80
8.4 "Height linearized" level type . . . . . . . . . . . . . . . . 84
9 Flow measurement (ToF Tool) . . . . . . 89
9.1 Calibration . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 89
9.2 Totalizers . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 91
10 Description of parameters
(ToF Tool) . . . . . . . . . . . . . . . . . . . . . . 92
11 Trouble-shooting . . . . . . . . . . . . . . . . 151
11.1 Messages . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 151
11.2 Response of outputs to errors . . . . . . . . . . . . . . . . 159
11.3 Confirming messages . . . . . . . . . . . . . . . . . . . . . . 160
12 Appendix. . . . . . . . . . . . . . . . . . . . . . 161
12.1 Operating menu (ToF Tool) . . . . . . . . . . . . . . . . . 161
Index . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 167

Notes on use Cerabar S/Deltabar S
4Endress+Hauser
1 Notes on use
Sections 3 to 6 describe operation by means of an FF configuration program.
In FOUNDATION Fieldbus, all the device parameters are categorised depending on their functional
properties and tasks and assigned to the Resource Block, the Transducer Blocks and the function
blocks. The parameters of the Resource Block, the Transducer Blocks and the Analog Input Block
are described in Section 6. For a parameter description of other function blocks, such as the PID or
Discrete Output Block, see Operating Instructions BA013S "FOUNDATION Fieldbus Overview" or
the FOUNDATION Fieldbus Specification.
Sections 3 to 5 describe typical configuration examples.
Sections 7 to 10 describe operation by means of the Endress+Hauser ToF Tool operating program.
Section 10 describes all the parameters in the order as they appear in the menu. Sections 7 to 9
describe typical configuration examples.
Sections 1.1 and 1.2 tell you how you can find a certain parameter description more easily.
1.1 Finding function group using graphic representation
(ToF Tool)
All the function groups are shown in table form in Section 2. The page reference/link takes you to
the function group in question. In Section 10, all the parameters of a function group are compiled
in a table.
1.2 Finding parameter description using parameter names
(index)
The index lists all the parameters in alphabetical order. The page reference/link takes you to the
parameter in question.

Cerabar S/Deltabar S Graphic representation of function groups (ToF Tool)
Endress+Hauser 5
2 Graphic representation of function groups
(ToF Tool)
!Note!
The "Flow" measuring mode is only available for the Deltabar S differential pressure transmitter. The
groups marked with "*" are only displayed for Deltabar S.
1st selection level 2nd selection level (groups) Function groups Description,
see Page
QUICK SETUP Pressure → → 92
QUICK SETUP Level → → 94
QUICK SETUP Flow * → → 96
OPERATING MENU →SETTINGS →POSITION ADJUSTMENT →98
→BASIC SETUP Pressure →99
→BASIC SETUP Level →101
→BASIC SETUP Flow * →125
→EXTENDED SETUP Pressure →129
→EXTENDED SETUP Level →129
→EEXTENDED SETUP Flow * →130
→LINEARISATION →132
→TOTALIZER SETUP * →134
→DISPLAY →136
→TRANSMITTER INFO →INFO →138
→TRANSMITTER DATA →138
→PROCESS CONNECTION →139
→SENSOR DATA →140
→PROCESSINFO →PROCESS VALUES pressure →142
→PROCESS VALUES level →143
→PROCESS VALUES flow * →144
→PEAK HOLD INDICATOR →144
→OPERATING →146
→DIAGNOSTICS →SIMULATION →148
→MESSAGES →149
→USER LIMITS →150

Pressure measurement (FF configuration program) Cerabar S/Deltabar S
6Endress+Hauser
3 Pressure measurement
(FF configuration program)
!Note!
• The device is configured for the Pressure measuring mode as standard. The measuring range and
the unit in which the measured value is transmitted, as well as the digital output value of the
Analog Input Block OUT, correspond to the data on the nameplate.
• See also Operating Instructions BA301P Deltabar S, Section 6.7 "Differential pressure
measurement" or Operating Instructions BA302P Cerabar S, Section 6.5 "Pressure
measurement".
• For a description of the parameters mentioned, see
– Page 33, Pressure Transducer Block
– Page 65, Analog Input Block.
!Note!
• You can select another pressure unit by means of the CAL_UNIT parameter (→ Page 34). This
parameter also allows you to specify a customer-specific unit.
Description
1 Deltabar S: before configuring the device for your
application, the pressure piping must be cleaned and the
device filled with fluid. See Operating Instructions
BA301P, Section 6.7.
P01-PMD75xxx-19-xx-xx-xx-000
2 Open the Pressure Transducer Block and set the block
mode to OOS.
3 Carry out position adjustment if necessary.
You have the following ways of carrying out position
adjustment:
• By means of the "Pos. zero adjust" method, see
Operating Instructions BA301P or BA302P,
Section 6.4.
• By means of the parameters
– PRESSURE_1_ACCEPT_ZERO_INSTALL_
OFFSET/POS. ZERO ADJUST (→ Page 38) or
– PRESSURE_1_ACCEPT_INSTALL_OFFSET/
POS. INPUT VALUE (→ Page 38) or
– PRESSURE_1_INSTALL_OFFSET/CALIB. OFFSET
(→ Page 38).
4 Select the measuring mode if necessary:
• Select the "No linearization" option by means of the
LINEARIZATION parameter.
• Select the "Differential pressure", Gauge pressure" or
"Absolute pressure" option, depending on the sensor,
by means of the PRIMARY_VALUE_TYPE parameter.
5 Set the Pressure Transducer Block to the "Auto" block
mode.
6 If necessary, use the Analog Input Block to configure the
CHANNEL parameter (→Page 67), L_TYPE parameter
(→Page 69), XD_SCALE parameter (→Page 73) and
OUT_SCALE parameter (→Page 71).
7Result:
The measuring device is ready for pressure
measurement.
+–

Cerabar S/Deltabar S Level measurement (FF configuration program)
Endress+Hauser 7
4 Level measurement
(FF configuration program)
4. 1 Overview of level measurement
Measuring task Measured variable
selection
LEVEL_TYPE/
LEVEL MODE
Description Measured value display
The measured variable is in direct
proportion to the measured
pressure.
– % (level)
– Level
–Volume
–Mass
Linear Calibration without reference
pressure – dry calibration, see
Page 8, Section 4.2.1
The measured value display and
the PRIMARY_VALUE and
MEASURED_LEVEL_AFTER_
SIMULATION/LEVEL BEFORE
LIN. parameters show the
measured value.
The measured variable is not in
direct proportion to the measured
pressure as, for example, with
containers with a conical outlet.
A linearisation table must be
entered for the calibration.
– Pressure and %
– Pressure and volume
– Pressure and mass
Pressure linearized – Calibration with reference
pressure: semiautomatic entry
of linearisation table, see
Page 10, Section 4.3.1
– Calibration without reference
pressure: manual entry of
linearisation table, see Page 12,
Section 4.3.2
The measured value display and
the PRIMARY_VALUE parameter
display the measured value.
– Two measured variables are
required or
– The container shape is given
by value pairs, such as height
and volume.
The 1st measured variable %-
height or height must be in direct
proportion to the measured
pressure. The 2nd measured
variable volume, mass or % must
not be in direct proportion to the
measured pressure. A
linearisation table must be
entered for the 2nd measured
variable. The 2nd measured
variable is assigned to the 1st
measured variable by means of
this table.
– Height and volume
– Height and mass
– Height and %
–%-heightandvolume
–%-heightandmass
–%-heightand%
Height linearized – Calibration without reference
pressure: dry calibration and
manual entry of linearisation
table, see Page 14, Section
4.4.1
The measured value display and
the PRIMARY_VALUE parameter
display the 2nd measured value
(volume, mass or %).
The MEASURED_LEVEL_
AFTER_SIMULATION/LEVEL
BEFORE LIN parameter displays
the 1st measured value (% height
or height).

Level measurement (FF configuration program) Cerabar S/Deltabar S
8Endress+Hauser
4. 2 "Linear" level type
4.2.1 Calibration without reference pressure – dry calibration
Example:
In this example, the volume in a tank should be measured in m3. The maximum volume is 5 m3
and the maximum height is 4 m. The density of the fluid is 1 kg/dm3. The device is mounted below
the level lower range value.
Prerequisite:
• The measured variable is in direct proportion to the pressure.
• This is a theoretical calibration, i.e. the tank volume, tank height and density of the fluid are known.
!Note!
• See also Operating Instructions BA301P Deltabar S or Operating Instructions BA302P Cerabar S,
Section 6.6 "Level measurement".
• For a description of the parameters mentioned, see
– Page 33, Pressure Transducer Block
– Page 65, Analog Input Block.
Description
1 Deltabar S: before configuring the device for your
application, the pressure piping must be cleaned and the
device filled with fluid. See Operating Instructions
BA301P, Section 6.6.1.
P01-PMP75xxx-19-xx-xx-xx-003
Fig. 1: Calibration without reference pressure –
dry calibration
1 See Table, Step 10.
2 See Table, Step 11.
3 See Table, Step 12.
4 See Table, Step 13.
2 Open the Pressure Transducer Block and set the block
mode to OOS.
3 You have the following ways of carrying out position
adjustment:
• By means of the "Pos. zero adjust" method, see
Operating Instructions BA301P or BA302P, Section
6.4.
• By means of the parameters
– PRESSURE_1_ACCEPT_ZERO_INSTALL_
OFFSET/POS. ZERO ADJUST (→ Page 38) or
– PRESSURE_1_ACCEPT_INSTALL_OFFSET/
POS. INPUT VALUE (→ Page 38) or
– PRESSURE_1_INSTALL_OFFSET/CALIB. OFFSET
(→ Page 38).
4 Select the measuring mode if necessary:
• Select the "No linearization" option by means of the
LINEARIZATION parameter.
• Select the "Volume" option by means of the
PRIMARY_VALUE_TYPE parameter.
5 Select a pressure unit via the CAL_UNIT parameter, here
mbar for example.
6 Select the "Linear" option by means of the
LEVEL_TYPE/LEVEL MODE parameter.
7 Select the "Volume" option by means of the
MEASURAND_LINEAR/LIN. MEASURAND parameter.
8 Select a volume unit via the VOLUME_UNIT/UNIT
VOLUME parameter, here m3for example.
9 Select the "Dry" option by means of the
LEVEL_ADJUST_MODE/CALIBRATION MODE
parameter. See also the following note, point 3.
10 Enter the value for density via the
LEVEL_ADJUST_DENSITY/ADJUST DENSITY and
DENSITY_UNIT parameters, here 1 kg/dm3for
example.
11 Enter the tank volume via the
LEVEL_TANK_VOLUME/TANK VOLUME parameter,
here 5 m3for example.
4 m
–0.5 m
➂
➃
➁
ρ= 1 kg
dm3
V = 5 m3
➀

Cerabar S/Deltabar S Level measurement (FF configuration program)
Endress+Hauser 9
!Note!
1. For this level type, the measured variables %, level, volume and mass are available. → See
Page 40 ff.
2. You can also specify customer-specific units. See parameter descriptions for CAL_UNIT
(→ Page 34), HEIGHT_UNIT (→Page 41), VOLUME_UNIT (→ Page 42) and MASS_UNIT
(→ Page 43).
3. The "Wet" calibration mode (LEVEL_ADJUST_MODE) is not available by means of the
FF operating programs. A kind of wet calibration can be carried out as follows:
– Select the "No linearization" option by means of the LINEARIZATION parameter.
– Select the "Level", "Volume" or "Mass" option, depending on the measured variable required,
by means of the PRIMARY_VALUE_TYPE parameter.
– Fill the tank up to the lower level point.
– The PRESSURE_1_AFTER_SENSOR/SENSOR PRESSURE parameter displays the pressure
present at the device. Enter the value displayed for the SCALE_IN parameter, EU_0
element.
– Enter the associated level value for the SCALE_OUT parameter, EU_0 element.
– Using the SCALE_OUT parameter, "Units Index" element, select a unit to suit the measured
variable.
– Fill the tank up to the upper level point.
– The PRESSURE_1_AFTER_SENSOR/SENSOR PRESSURE parameter displays the pressure
present at the device. Enter the value displayed for the SCALE_IN parameter, EU_100
element.
– Enter the associated level value for the SCALE_OUT parameter, EU_100 element.
12 Enter the tank height via the LEVEL_TANK_HEIGHT/
TANK HEIGHT parameter, here 4 m for example.
13 Enter the level offset via the LEVEL_OFFSET/ZERO
POSITION parameter, here 0.5 m for example.
14 Set the Pressure Transducer Block to the "Auto" block
mode.
15 If necessary, use the Analog Input Block to configure the
CHANNEL parameter (→Page 67), L_TYPE parameter
(→Page 69), XD_SCALE parameter (→Page 73) and
OUT_SCALE parameter (→Page 71).
16 Result:
The measuring device is ready for level measurement.
Description

Level measurement (FF configuration program) Cerabar S/Deltabar S
10 Endress+Hauser
4. 3 "Pressure linearized" level type
4.3.1 Semiautomatic entry of the linearisation table
Example:
In this example, the volume in a tank with a conical outlet should be measured in m3.
Prerequisite:
• The tank can be filled. The linearisation characteristic must rise continuously.
!Note!
• See also Operating Instructions BA301P Deltabar S or Operating Instructions BA302P Cerabar S,
Section 6.6 "Level measurement".
• For a description of the parameters mentioned, see
– Page 33, Pressure Transducer Block.
– Page 65, Analog Input Block.
Description
1 Deltabar S: before configuring the device for your
application, the pressure piping must be cleaned and the
device filled with fluid. See Operating Instructions
BA301P, Section 6.6.1.
P01-PMP75xxx-19-xx-xx-xx-002
2 Open the Pressure Transducer Block and set the block
mode to OOS.
3 You have the following ways of carrying out position
adjustment:
• By means of the "Pos. zero adjust" method, see
Operating Instructions BA301P or BA302P,
Section 6.4.
• By means of the parameters
– PRESSURE_1_ACCEPT_ZERO_INSTALL_
OFFSET/POS. ZERO ADJUST (→ Page 38) or
– PRESSURE_1_ACCEPT_INSTALL_OFFSET/
POS. INPUT VALUE (→ Page 38) or
– PRESSURE_1_INSTALL_OFFSET/CALIB. OFFSET
(→ Page 38).
Carry out basic setup:
4 Select the measuring mode if necessary:
• Select the "Level linearized" option by means of the
LINEARIZATION parameter.
• Select the "Volume" option by means of the
PRIMARY_VALUE_TYPE parameter. See also the
following note, point 3.
5 Select a pressure unit via the CAL_UNIT parameter, here
mbar for example.
6 Select the "Pressure linearized" option by means of the
LEVEL_TYPE/LEVEL MODE parameter.
7 Select the "Pressure and volume" option by means of the
MEASURAND_LINEAR/Lind. MEASURAND
parameter.
8 Select a volume unit via the VOLUME_UNIT/UNIT
VOLUME parameter, here m3for example.
9SelectSCALE_INparameter, EU_0 element.
Enter the minimum hydrostatic pressure to be expected,
here 0 mbar for example.
10 Select SCALE_IN parameter, EU_100 element.
Enter the maximum hydrostatic pressure to be expected,
here 350 mbar for example.
3.5
0
0 350
V
[m ]
3
p
[mbar]

Cerabar S/Deltabar S Level measurement (FF configuration program)
Endress+Hauser 11
!Note!
1. For this level type, the measured variables %, volume and mass are available. → See Page 40 ff.
2. You can also specify customer-specific units. See parameter descriptions for CAL_UNIT
(→ Page 34), HEIGHT_UNIT (→Page 41), VOLUME_UNIT (→ Page 42) and MASS_UNIT
(→ Page 43).
Description
Carry out linearisation:
P01-xxxxxxxx-05-xx-xx-xx-015
Fig. 2: Semiautomatic entry of the linearisation
table
1 See Table, Step 9.
2 See Table, Step 10.
3 See Table, Step 11.
4 See Table, Step 12.
5 See Table, Steps 13 to 16.
11 Select SCALE_OUT parameter, EU_0 element.
Specify the minimum tank contents to be expected, here
0 m3for example.
12 Select SCALE_OUT parameter, EU_100 element.
Specify the maximum tank contents to be expected, here
3.5 m3for example. See also the following note, point 4.
13 Select the "Semiautomatic" option by means of the
LINEARIZATION_TABLE_MODE/LIN. EDIT MODE
parameter.
14 Select the "Edit table" option by means of the
TAB_OBCODE/TABLE SELECTION parameter.
15 Enter linearisation table (min. 2 points, max. 32 points).
Fill the tank to the height of the 1st point.
TAB_ENTRY: enter the value of the corresponding point.
The PRESSURE_1_AFTER_DAMPING/PRESSURE
parameter displays the measured hydrostatic pressure.
This hydrostatic pressure displayed is saved by
confirming the Y-value. See the following line.
TAB_XY_VALUE, 2nd element (Y-value): enter the
volume value, here 0 m3for example, and confirm the
value.
16 You can enter further points for the linearisation table as
explained in Step 15. The previous point first has to be
saved in the linearisation table before the next point can
be entered. In other words, a complete linearisation table
cannot be saved to the device. Once all the points have
been entered, the table must be activated by means of
the TAB_OBCODE/TABLE SELECTION parameter.
17 Set the Pressure Transducer Block to the "Auto" block
mode.
18 If necessary, use the Analog Input Block to configure the
CHANNEL parameter (→Page 67), L_TYPE parameter
(→Page 69), XD_SCALE parameter (→Page 73) and
OUT_SCALE parameter (→Page 71).
19 Result:
The linearisation table is entered and the measuring
device is ready for level measurement.
➀
3.5
0
0 350
V
[m ]
3
p
[mbar]
➂
➁
➃
➄

Level measurement (FF configuration program) Cerabar S/Deltabar S
12 Endress+Hauser
3. Once you have selected the "Pressure linearized" level type (LEVEL_TYPE), the warning
message "W710 Set span too small. Not allowed." can appear. At this stage the linearisation
table already consists of two points as standard. It could be the case that the 2nd value, and
thus the highest X-value of the linearisation table, is smaller than the minimum span permitted
(→ CAL_MIN_SPAN, Page 34). The message goes out as soon as the highest X-value is larger
than the minimum span and the table entered is active.
4. Once you have entered the maximum tank contents to be expected for SCALE_OUT, EU_100
element, the alarm "A719 Y-Val of lin. table out of edit limits" can appear. At this stage the
linearisation table already consists of two points as standard. It could be the case that the 2nd
value, and thus the highest Y-value of the linearisation table, is larger than the value entered
for SCALE_OUT, EU_100 element. The message goes out as soon as no Y-value is larger than
the value for SCALE_OUT, EU_100 element and the table entered is active.
4.3.2 Manual entry of the linearisation table
Example:
In this example, the volume in a tank with a conical outlet should be measured in m3.
Prerequisite:
• This is a theoretical calibration, i.e. the points for the linearisation table are known.
!Note!
• See also Operating Instructions BA301P Deltabar S or Operating Instructions BA302P Cerabar S,
Section 6.6 "Level measurement".
• For a description of the parameters mentioned, see
– Page 33, Pressure Transducer Block.
– Page 65, Analog Input Block.
Description
1 Perform calibration as per Section 4.3.1, Steps 1 to 10.
P01-PMP75xxx-19-xx-xx-xx-002
Carry out linearisation:
2 Select SCALE_OUT parameter, EU_0 element.
Specify the minimum tank contents to be expected, here
0 m3for example.
3SelectSCALE_OUTparameter, EU_100 element.
Specify the maximum tank contents to be expected, here
3.5 m3for example. See also the following note, point 3.
4 Select the "Manual" option by means of the
LINEARIZATION_TABLE_MODE/LIN. EDIT MODE
parameter.
5 Select the "Edit table" option by means of the
TAB_OBCODE/TABLE SELECTION parameter.
3.5
0
0 350
V
[m ]
3
p
[mbar]

Cerabar S/Deltabar S Level measurement (FF configuration program)
Endress+Hauser 13
!Note!
1. For this level type, the measured variables %, volume and mass are available. → See Page 40 ff.
2. You can also specify customer-specific units. See parameter descriptions for CAL_UNIT
(→ Page 34), HEIGHT_UNIT (→Page 41), VOLUME_UNIT (→ Page 42) and MASS_UNIT
(→ Page 43).
3. Once you have entered the maximum tank contents to be expected for SCALE_OUT, EU_100
element, the alarm "A719 Y-Val of lin. table out of edit limits" can appear. At this stage the
linearisation table already consists of two points as standard. It could be the case that the 2nd
value, and thus the highest Y-value of the linearisation table, is larger than the value entered
for SCALE_OUT, EU_100 element. The message goes out as soon as no Y-value is larger than
the value for SCALE_OUT, EU_100 element and the table entered is active.
6 Enter linearisation table (min. 2 points, max. 32 points).
P01-xxxxxxxx-05-xx-xx-xx-015
Fig. 3: Manual entry of the linearisation table
1 See Section 4.3.1, Table, Step 9.
2 See Section 4.3.1, Table, Step 10.
3 See this Table, Step 2.
4 See this Table, Step 3.
5 See this Table, Steps 4 to 7.
TAB_ENTRY: enter the value of the corresponding point.
TAB_XY_VALUE, 1st element (X-value): enter the
pressure value.
TAB_XY_VALUE, 2nd element (Y-value): enter the
volume value, here 0 m3for example, and confirm.
7 You can enter further points for the linearisation table as
explained in Step 6. The previous point first has to be
saved in the linearisation table before the next point can
be entered. In other words, a complete linearisation table
cannot be saved to the device. Once all the points have
been entered, the table must be activated by means of
the TAB_OBCODE/TABLE SELECTION parameter.
8 Set the Pressure Transducer Block to the "Auto" block
mode.
9 If necessary, use the Analog Input Block to configure the
CHANNEL parameter (→Page 67), L_TYPE parameter
(→Page 69), XD_SCALE parameter (→Page 73) and
OUT_SCALE parameter (→Page 71).
10 Result:
The linearisation table is entered and the measuring
device is ready for level measurement.
Description
➀
3.5
0
0 350
V
[m ]
3
p
[mbar]
➂
➁
➃
➄

Level measurement (FF configuration program) Cerabar S/Deltabar S
14 Endress+Hauser
4. 4 "Height linearized" level type
4.4.1
Dry calibration and manual entry of the linearisation table
Example:
In this example, the height and the volume should be measured at the same time.
Prerequisite:
• This is a theoretical calibration, i.e. the points for the linearisation table are known.
!Note!
• See also Operating Instructions BA301P Deltabar S or Operating Instructions BA302P Cerabar S,
Section 6.6 "Level measurement".
• For a description of the parameters mentioned, see
– Page 33, Pressure Transducer Block.
– Page 65, Analog Input Block.
Description
1 Deltabar S: before configuring the device for your
application, the pressure piping must be cleaned and the
device filled with fluid. See Operating Instructions
BA301P, Section 6.6.1
P01-PMP75xxx-19-xx-xx-xx-006
Fig. 4: Calibrating the 1st measured variable
1 See Table, Step 10.
2 See Table, Step 11.
2 Open the Pressure Transducer Block and set the block
mode to OOS.
3 You have the following ways of carrying out position
adjustment:
• By means of the "Pos. zero adjust" method, see
Operating Instructions BA301P or BA302P,
Section 6.4.
• By means of the parameters
– PRESSURE_1_ACCEPT_ZERO_INSTALL_
OFFSET/POS. ZERO ADJUST (→ Page 38) or
– PRESSURE_1_ACCEPT_INSTALL_OFFSET/
POS. INPUT VALUE (→ Page 38) or
– PRESSURE_1_INSTALL_OFFSET/CALIB. OFFSET
(→ Page 38).
Perform calibration for the 1st measured variable:
4 Select the measuring mode if necessary:
• Select the "Level combined" option by means of the
LINEARIZATION parameter.
• Select the "Volume" option by means of the
PRIMARY_VALUE_TYPE parameter.
5 Select a pressure unit via the CAL_UNIT parameter, here
mbar for example.
6 Select the "Height linearised" option by means of the
LEVEL_TYPE/LEVEL MODE parameter.
7 Select the "Height + volume" option by means of the
MEASURAND_COMBINED/COM. MEASURAND
parameter.
8 Select the unit for the 1st measured value via the
HEIGHT UNIT parameter, here m for example.
9 Select the unit for the 2nd measured variable via the
VOLUME_UNIT/UNIT VOLUME parameter, here m3
for example.
➀
➁

Cerabar S/Deltabar S Level measurement (FF configuration program)
Endress+Hauser 15
10 Select the LINEAR_LEVEL_MIN/LEVEL MIN.
parameter.
P01-PMP75xxx-19-xx-xx-xx-005
P01-xxxxxxxx-05-xx-xx-xx-022
Fig. 5: Calibrating the 2nd measured variable
3 See Table, Step 15
4 See Table, Step 16.
5 See Table, Steps 17 to 20.
Enter the minimum level to be expected, here 0 m for
example.
11 Select the LINEAR_LEVEL_MAX/LEVEL MAX.
parameter.
Enter the maximum height to be expected, here 3 m for
example. See also the following note, point 3.
12 Select the "Dry" option by means of the
LEVEL_ADJUST_MODE/ CALIBRATION MODE
parameter (calibration mode for the 1st measured
variable). See also the following note, point 4.
13 Enter the value for density via the
LEVEL_ADJUST_DENSITY/ADJUST DENSITY and
DENSITY_UNIT parameters, here 1 kg/dm3for
example.
14 Result:
The calibration for the 1st measured variable is carried
out.
Perform linearisation (calibration for the 2nd
measured variable)
15 Select SCALE_OUT parameter, EU_0 element.
Specify the minimum tank contents to be expected, here
0 m3for example.
16 Select SCALE_OUT parameter, EU_100 element.
Specify the maximum tank contents to be expected, here
5 m3for example.
17 Select the "Manual" option by means of the
LINEARIZATION_TABLE_MODE/LIN. EDIT MODE
parameter.
18 Select the "Edit table" option by means of the
TAB_OBCODE/TABLE SELECTION parameter.
19 Enter linearisation table (min. 2 points, max. 32 points).
TAB_ENTRY: enter the value of the corresponding point.
TAB_XY_VALUE, 1st element (X-value): enter the level,
here 0 m for example.
TAB_XY_VALUE, 2nd element (Y-value): enter the
volume value, here 0 m3 .
20 You can enter further points for the linearisation table as
explained in Step 19. The previous point first has to be
saved in the linearisation table before the next point can
be entered. In other words, a complete linearisation table
cannot be saved to the device. Once all the points have
been entered, the table must be activated by means of
the TAB_OBCODE/TABLE SELECTION parameter.
21 Set the Pressure Transducer Block to the "Auto" block
mode.
22 If necessary, use the Analog Input Block to configure the
CHANNEL parameter (→Page 67), L_TYPE parameter
(→Page 69), XD_SCALE parameter (→Page 73) and
OUT_SCALE parameter (→Page 71).
Description
5
0
03
V
[m ]
3
h
[m]
5
0
03
V
[m ]
3
h
[m]
➂
➄
➃

Level measurement (FF configuration program) Cerabar S/Deltabar S
16 Endress+Hauser
!Note!
1. For this level type, the measured variables "height + %", "height + volume", "height + mass",
"%-height + %", "%-height + volume" and "%-height + mass" are available.
→ See Page 41 ff.
2. You can also specify customer-specific units. See parameter descriptions for CAL_UNIT
(→ Page 34), HEIGHT_UNIT (→Page 41), VOLUME_UNIT (→ Page 42) and MASS_UNIT
(→ Page 43).
3. Once you have entered the maximum height to be expected for LINEAR_LEVEL_MAX/
LEVEL MAX., the alarm "A707 X-Val of lin. table out of edit limits" can appear. At this stage
the linearisation table already consists of two points as standard. It could be the case that the
2nd value, and thus the highest X-value of the linearisation table, is greater than the maximum
level entered. The message goes out as soon as the highest X-value is larger than the maximum
level and the table entered is active.
4. The "Wet" calibration mode is not available by means of the FF operating programs.
5. You can use the DISPLAY_MAINLINE_CONTENT/ MENU DESCRIPTOR parameter
(→ Page 60) to specify which measured value should be displayed on the on-site display.
23 Result:
– The linearisation table has been entered.
– The measured value display and the
PRIMARY_VALUE parameter display the 2nd
measured value (here the volume).
– The MEASURED_LEVEL_AFTER_SIMULATION/
LEVEL BEFORE LIN parameter displays the 1st
measured value (here the height). See also the
following note, point 5.
Description

Cerabar S/Deltabar S Flow measurement (FF configuration program)
Endress+Hauser 17
5Flowmeasurement
(FF configuration program)
5. 1 Calibration
Example:
In this example, a volume flow should be measured in m3/h.
!Note!
• The "Flow measurement" measuring mode is only available for the Deltabar S differential pressure
transmitter.
• See also Operating Instructions BA301P Deltabar S, Section 6.5 "Flow measurement".
• For a description of the parameters mentioned, see
– Page 33, Pressure Transducer Block.
– Page 65, Analog Input Block.
Description
1 Before configuring the device for your application, the
pressure piping must be cleaned and the device filled
with fluid. See Operating Instructions BA301P, Section
6.5.1.
P01-xMD7xxx-05-xx-xx-xx-010
Fig. 6: Flow measurement calibration
1 See Table, Step 8.
2 See Table, Step 9.
2 Open the Pressure Transducer Block and set the block
mode to OOS.
3 Carry out position adjustment if necessary.
You have the following ways of carrying out position
adjustment:
• By means of the "Pos. zero adjust" method, see
Operating Instructions BA301P, Section 6.4.
• By means of the parameters
– PRESSURE_1_ACCEPT_ZERO_INSTALL_
OFFSET/POS. ZERO ADJUST (→ Page 38) or
– PRESSURE_1_ACCEPT_INSTALL_OFFSET/
POS. INPUT VALUE (→ Page 38) or
– PRESSURE_1_INSTALL_OFFSET/CALIB. OFFSET
(→ Page 38).
4 Select the measuring mode if necessary:
• Select the "Flow Square root" option by means of the
LINEARIZATION parameter.
• Select the "Flow" option by means of the
PRIMARY_VALUE_TYPE parameter.
5 Select a pressure unit via the CAL_UNIT parameter, here
mbar for example.
6 Select the "Volume p. cond." option by means of the
FLOW_TYPE/FLOW-MEAS. TYPE parameter.
7 Select a flow unit via the FLOW_UNIT/UNIT FLOW
parameter, here m3/h for example.
8 Select SCALE_OUT parameter, EU_100 element.
Enter the maximum flow value of the primary device,
here 6000 m3/h. See also layout sheet of primary device.
9 Select SCALE_IN parameter, EU_100 element.
Enter the maximum pressure, here 400 mbar for
example. See also layout sheet of primary device.
➀
p
[mbar]
➁
6000
00 400
[m /h]
3
V

Flow measurement (FF configuration program) Cerabar S/Deltabar S
18 Endress+Hauser
!Note!
1. Using the FLOW_TYPE/FLOW_MEAS. TYPE parameter, you can choose between the
following flow types:
– Volume p. cond. (volume under operating conditions)
– Gas norm. cond. (norm volume under norm conditions in Europe: 1013.25 mbar and
273.15 K (0 °C))
– Gas std. cond. (standard volume under standard conditions in USA: 1013.25 mbar (14.7 psi)
and 288. 15 K (15 °C/59 °F))
– Mass p. cond. (mass under operating conditions)
2. The unit selected by means of the FLOW_UNIT/UNIT FLOW (→ Page 47) parameter must
suit the flow type selected (FLOW_TYPE/FLOW_MEAS. TYPE).
3. In the lower measuring range, small flow quantities (creepages) can lead to large measured
value fluctuations. You can activate low flow cut-off via the CREEP_FLOW_SUPPRESSION_
ENABLE/LOW FLOW CUT-OFF parameter (→Page 48).
10 Set the Pressure Transducer Block to the "Auto" block
mode.
11 If necessary, use the Analog Input Block to configure the
CHANNEL parameter (→Page 67), L_TYPE parameter
(→Page 69), XD_SCALE parameter (→Page 73) and
OUT_SCALE parameter (→Page 71).
12 Result:
The measuring device is configured for flow
measurement.
Description

Cerabar S/Deltabar S Flow measurement (FF configuration program)
Endress+Hauser 19
5. 2 Totalizers
Example:
In this example, the volume flow should be totalised and displayed in the unit m3E3. Negative flows
should be added to the flow rate.
!Note!
• For a description of the parameters mentioned, see
– Page 58, Totalizer Transducer Block
– Page 65, Analog Input Block.
• Totalizer 1 can be reset. Totalizer 2 cannot be reset.
!Note!
• You can also specify a customer-specific unit. → See parameter description for TOTALIZER_1_
UNIT (→ Page 58).
• You can use the DISPLAY_MAINLINE_CONTENT/ MENU DESCRIPTOR parameter
(→ Page 60) to specify which measured value should be displayed on the on-site display.
• The parameters for the 2nd totalizer such as TOTALIZER_2_UNIT/TOTAL. 2 ENG. UNIT,
TOTALIZER_2_MODE/NEG. FLOW TOT. 2 and TOTALIZER_2_FLOAT/TOTALIZER 2 are in
the Pressure Transducer Block.
Description
1 Calibrate the device as per Section 5.1.
2 Open the Totalizer Transducer Block.
3 Select a flow unit via the TOTALIZER_1_UNIT/TOTAL.
1 ENG. UNIT parameter, here m3E3for example.
4 Use the TOTALIZER_1_MODE/ NEG. FLOW TOT. 1
parameter to specify the totalising mode for negative
flows, here the "Positive" option for example.
5 Reset totalizer 1 to zero via the TOTALIZER_1_RESET/
RESET TOTALIZER 1 parameter.
6Result:
The TOTALIZER_1_VALUE parameter displays the
totalised volume flow.

Flow measurement (FF configuration program) Cerabar S/Deltabar S
20 Endress+Hauser
5.2.1 Resetting totalizer 1 automatically
Use the Analog Alarm and Discrete Output Block to automatically reset Totalizer 1 in the Totalizer
Transducer Block.
P01-xxxxxxxx-02-xx-xx-xx-002
The Totalizer Transducer Block is linked to an Analog Input Block by means of the CHANNEL
parameter (CHANNEL = 6). In the Analog Alarm Block, the HI_HI_LIM parameter is used to set a
limit value at which the totalizer should be reset to zero. As soon as this limit value is overshot, the
Analog Alarm Block sends an alarm value to the downstream Discrete Output Block. This changes
its output from 0 to 1, thereby resetting the totalizer in the Totalizer Transducer Block to 0. The
output of the Analog Alarm Block changes back to the value 0.
Analog Input Block 3
CHANNEL = 6
L_TYPE = Direct
Totalizer
Transducer Block
Analog Alarm
Block
Discrete Output
Block
CHANNEL = 2
HI_HI_ALM
OUT_ALM
IN
CAS_IN_D
OUT_D
OUT
HI_HI_LIM
TOTALIZER_1_
VALUE/
TOTALIZER 1