SD01188C/07/EN/06.22
71535396

Supplementary documentation

Liquiline CM44x, Liquiline CM44xR, Liquiline
CM44P, Liquiline System CA80xx, Liquistation
CSFxx
Data transmission via PROFIBUS DP®

Valid as of:Software version 1.09.00

Document: Data transmission via PROFIBUS DP
First edition 09 Dec 2011
Current edition 11 Jul 2021

Author:Endress+Hauser
Gesellschaft für Mess- und Regeltechnik mbH+Co. KG
Dieselstr. 24
70839 Gerlingen
Germany®: PROFIBUS is a registered trademark of the PI International© Copyright 2011-2021

SD01188C/07/EN/06.22

Table of contents
1

Note ............................................................................................................................................................ 4
About this manual .................................................................................................................................. 4
Abbreviations .......................................................................................................................................... 4
2
Installation and wiring ............................................................................................................................... 53
Commissioning ........................................................................................................................................... 5
3.1 Note ......................................................................................................................................................... 5
3.2 GSD file .................................................................................................................................................... 6
3.2.1 Using the GSD file ............................................................................................................................ 6
3.2.2 Ident number ................................................................................................................................... 7
3.3 PROFIBUS address .................................................................................................................................. 8
3.4 Miscellaneous ......................................................................................................................................... 9
3.4.1 Hardware write protection.............................................................................................................. 9
3.4.2 Locking local operation ................................................................................................................... 9
3.4.3 Reset................................................................................................................................................. 9
3.5 Local Operation: Menu ......................................................................................................................... 10
3.5.1 Configuration of the PROFIBUS output: device variables ........................................................... 11
3.5.2 AI - Analog input (device → PROFIBUS) ...................................................................................... 11
3.5.3 DI - digital input (device → PROFIBUS) ....................................................................................... 12
3.5.4 AO - Analog output (device ← PROFIBUS) .................................................................................. 12
3.5.4.1
List of data sinks .................................................................................................................... 13
3.5.5 DO - Digital output (device ← PROFIBUS) ................................................................................... 13
3.5.5.1
List of data sinks .................................................................................................................... 13
3.5.6 Status ............................................................................................................................................. 14
3.6 Web server ............................................................................................................................................ 17
3.6.1 Function description ...................................................................................................................... 17
3.6.2 Security ........................................................................................................................................... 17
3.7 Exporting Heartbeat Verification Report ............................................................................................ 20
4
Diagnostics ............................................................................................................................................... 21
4.1 LED displays .......................................................................................................................................... 21
4.2 Diagnostics parameters (DPV1) .......................................................................................................... 22
5
PROFIBUS telegrams................................................................................................................................ 23
5.1 Configuration telegram ........................................................................................................................ 23
5.2 Diagnosis response telegram (DPV0) ................................................................................................. 25
6
Plant asset management (PAM) ............................................................................................................ 28
6.1 How to acquire the PDM DD or DTM .................................................................................................. 28
7
Applications .............................................................................................................................................. 29
7.1 CA80xx: How to start Measurement, Calibration and Cleaning ....................................................... 29
7.1.1 Activate “Fieldbus”-mode using the device menu ....................................................................... 29
7.1.2 Activate “Fieldbus”-mode using PROFIBUS DP ........................................................................... 30
7.1.3 State machine ................................................................................................................................ 31
7.1.4 How-to execute actions ................................................................................................................ 32
7.1.4.1
How-to execute a Measurement .......................................................................................... 32
7.1.4.2
How-to run a Calibration ...................................................................................................... 32
7.1.4.3
How-to start a Cleaning ........................................................................................................ 32
7.1.4.4
How-to abort an action ......................................................................................................... 33
7.1.4.5
Error evaluation ..................................................................................................................... 33
7.1.4.6
Analyzer Manual Actions ...................................................................................................... 34
7.1.4.7
Analyzer manual actions state ............................................................................................. 35
8
Tables ........................................................................................................................................................ 36
8.1 Technical data ....................................................................................................................................... 36
8.1.1 PROFIBUS DP ................................................................................................................................. 36
8.1.2 PA Profile 3.02 .............................................................................................................................. 36
1.1
1.2

2

Endress+Hauser© Copyright Dec. 2021

SD01188C/07/EN/06.22
8.2 Data Types ............................................................................................................................................ 37
8.2.1 DS-37: Mode structure .................................................................................................................. 37
8.2.2 DS-42: Alarm Summary structure ................................................................................................ 37
8.2.3 DS-50: Simulation - Floating Point structure .............................................................................. 37
8.2.4 DS-60: Result structure ................................................................................................................. 37
8.2.5 DS-61: Measurement Range structure ........................................................................................ 38
8.2.6 DS-67: Batch structure .................................................................................................................. 38
8.2.7 DS-68: Feature structure .............................................................................................................. 38
8.2.8 DS-101: Value & Status (Floating Point structure) ..................................................................... 38
8.2.9 DS-102: Value & Status (Discrete structure) ............................................................................... 38
8.2.10 DATE_AND_TIME ......................................................................................................................... 39
8.2.11 DURATION ..................................................................................................................................... 39
8.3 Units ...................................................................................................................................................... 40
9Parameter tables ...................................................................................................................................... 43
9.1.1 Physical Block, Slot 0 ..................................................................................................................... 43
9.1.2 Funktionblocks ............................................................................................................................... 54
9.1.2.1
Analog Input (AI1-16), Slot 1-16 ........................................................................................ 54
9.1.2.2
Discrete Input (DI1-8), Slot 17-24....................................................................................... 55
9.1.2.3
Analog Output (AO1-4), Slot 25-28 .................................................................................... 56
9.1.2.4
Discrete Output (DO1-8), Slot 29-36 .................................................................................. 58
9.1.3 Transducerblocks ........................................................................................................................... 60
9.1.3.1
I/O, Slot 33 ............................................................................................................................ 60
9.1.3.2
Sensor 1-8, Slot 1-8 .............................................................................................................. 65
9.1.3.3
Sensor Heartbeat 1-8, Slot 25-32 ....................................................................................... 70
9.1.3.4
Conductivity 1-8, Slot 9-16 .................................................................................................. 71
9.1.3.5
Turbidity 1-8, Slot 17-24 ..................................................................................................... 71
9.1.3.6
ISE 1-8, Slot 25-32 ............................................................................................................... 72
9.1.3.7
Desinfection 1-8, Slot 17-24 ................................................................................................ 75
9.1.3.8
Oxygen 1-8, Slot 9-16 .......................................................................................................... 75
9.1.3.9
pH 1-8, Slot 9-16 .................................................................................................................. 76
9.1.3.10
Regulator 1-2, Slot 34-35 ................................................................................................ 76
9.1.3.11
Nitrate 1-8, Slot 9-16 ....................................................................................................... 77
9.1.3.12
SAC 1-8, Slot 17-25 .......................................................................................................... 77
9.1.3.13
Sludge Level 1-8, Slot 17-25 ........................................................................................... 78
9.1.3.14
Photometer 1-8, Slot 48-55 (only Liquiline CM44P) .................................................... 78
9.1.3.15
Sampler, Slot 7 (only Liquistation CSFxx) ....................................................................... 78
9.1.3.16
Analyzer, Slot 36 (only Liquiline CA80xx) ..................................................................... 82
9.1.3.17
Analyzer Program, Slot 36 (only Liquiline CA80xx) ...................................................... 90
9.1.3.18
Sample preparation 1-2, Slot 34-35 (only Liquiline CA80xx) ....................................... 92

Endress+Hauser

3SD01188C/07/EN/06.22

1 Note1.1 About this manualThis supplementary document must only be used in conjunction with a field device Liquiline CM44x
PROFIBUS DP, an analyzer Liquiline System CA80xx PROFIBUS DP or a sampler Liquistation CSFxx
PROFIBUS DP.
This supplementary document is an integral part of the Operating Instruction and extends it withadditional information for use with PROFIBUS DP.
Additional information is contained in the following Operating Instructions:Operating Instructions
Operating Instructions
Operating Instructions
Operating Instructions
Operating Instructions

BA00444C
BA01225C
BA00443C
BA01240C
BA01570C

This document is aimed at individuals who are integrating the device into a PROFIBUS DP network. It is
assumed that the reader has fundamental knowledge of PROFIBUS technology and the PA profile.
Additional information about PROFIBUS technology and the PA profile is available, for example, in thefollowing document:
PROFIBUS® DP/PA Guidelines for Planning and Commissioning: Field Communication
You can download a soft copy of these guidelines from our website free of charge.
Furthermore, various guidelines on the installation and commissioning of a PROFIBUS network areavailable from the PROFIBUS User Organization (PI) at www.profibus.com.

1.2 Abbreviations
PI
n.a.
NaN
ENP
I&M
AI
DI
AO
DO

4

PROFIBUS International (www.profibus.com)
Not applicableNot a Number (IEEE-754, 7Fh A0h 00h 00h)
Electronic name plate
Identification & Maintenance
Analog Input (PA Profile function block)
Discrete Input (PA Profile function block)
Analog Output (PA Profile function block)
Discrete Output (PA Profile function block)

Endress+Hauser© Copyright Dec. 2021

SD01188C/07/EN/06.22

2 Installation and wiring
Installation and wiring are described in detail in the operating instructions of each product.
In addition, please also follow the installation guide supplied by the PROFIBUS User Organization. An
electronic copy can be downloaded free of charge from the PROFIBUS website.
http://www.profibus.com/downloads/installation-guide/

3 Commissioning
3.1 Note
The device starts once the supply voltage is applied. This process can take up to 2 minutes depending on
the device configuration. PROFIBUS communication with the device is not possible during the start-up
process.
When the PROFIBUS interface is ready for operation, this is signaled by the (green) PWR LED on the 485
modules. This occurs, at the very latest, 10 to 30 seconds after the measuring screen has been displayed.
The 485 module provides the option of enabling bus termination via a 4-pin DIL slide switch. Here, thedownstream PROFIBUS devices are not separated from the PROFIBUS-DP segment. The 485-module must
be removed to activate the bus termination. If the 485 module is installed and supplied with voltage, thebus termination state is indicated by the T LED (yellow).
The user does not assign the process values to the function blocks via the channel parameters of thefunction blocks. The channel parameters have fixed values and are permanently linked to an IO Transducer
Block. This IO transducer contains a device variable for each function block. The process values that are
copied to these device variables are selected by the user via the device menu (onsite operation or Web
server). This selection is not possible using PDM DD or DTM.
The process values are transmitted with their base unit. The unit can be changed to a unit that iscompatible with the base unit via the PDM DD or via the DTM in the IO Transducer Block. It is not possible
to change the unit of the PROFIBUS device variables via the device menu.

Endress+Hauser

5SD01188C/07/EN/06.22

3.2 GSD file
The GSD file can be obtained from www.endress.com:

The following manufacturer-specific GSD files are available:
EH0155D.GSD
EH0155C.GSD
EH0155E.GSD

Liquiline CM44x
Liquistation CSFxx
Liquiline CA80xx

Multichannel transmitter
Water sampling station
Analyzer station

Alternatively, you can use the following PA profile GSD from www.profibus.com:
pa039760.gsd

Multi Variable (Phy RS-485)

Liquiline CM44x and Liquistation support these modules:
EMPTY_MODULE, Analog Input (AI), SP, SP_D, OUT_D

We recommend you use the manufacturer-specific GSD file as it is optimally adapted to the properties ofthe device.

3.2.1 Using the GSD file
The GSD file transmits the maximum number of modules during cyclic data exchange by default. You canremove not needed modules by replacing them with an “EMPTY_MODULE” in each case.
The arrangement and sequence of the modules may not be changed. The device checks the arrangementof the modules when establishing the connection. A change in the arrangement results in a configuration
error in the diagnostic response. (Diagnostic telegram: Cfg_Fault).

6

Endress+Hauser© Copyright Dec. 2021

SD01188C/07/EN/06.22

3.2.2 Ident number
The active ident number defines the GSD file used to operate the device.
The following ident numbers are supported. A GSD file is assigned to each ident number.
The supported ident number is defined by the IDENTNUMBER_SELECTOR parameter in the Physical Block
which can have the following values:
Identnumber_Selector Identnumber Selection= 128*
Automatic (factory setting)=09760
PA profile 3.02 (multi variable)
Manufacturer specific= 1 or = 129
155C(Liquistation CSFxx)

GSD file
Automatic
pa039760.gsd
EH01155C.gsd= 1 or = 128

155D

Manufacturer specific(Liquiline CM44x)

EH01155D.gsd= 1 or = 131

155E

Manufacturer specific(Liquiline CA80xx)

EH01155E.gsd

The Ident_Number_Selector parameter is set to “Automatic” by default: the device adapts to the used GSD
file if the file uses one of the listed ident numbers.
If you want to ensure that the device only works with a specific GSD file, you can change the
IDENTNUMBER_SELECTOR parameter to the ident number for this GSD file. This parameter is in the
Physical Block and can also be configured via the Device menu.

Endress+Hauser

7SD01188C/07/EN/06.22

3.3 PROFIBUS address
▪
▪
▪
▪
▪
▪

Each PROFIBUS device needs a unique address. Valid addresses are in the range between 0 and 126.
The devices are delivered with software addressing. Address 126 has a special meaning and should bechanged during commissioning.
Addresses 0 to 2 are normally used for PROFIBUS masters.
Hardware addressing has priority over software addressing.
Hardware addressing is enabled if a valid address is configured using the DIL switches.
A change to the DIL switches takes effect after 10 seconds.

The following ways to configure the PROFIBUS address are supported:
1. DIL switch on 485 modules
2. Device menu
3. By PROFIBUS (Set_Slave_Address)

Hardware addressing
Software addressing
Software addressing

Example: Setting the address via the Device menu:

8

Endress+Hauser© Copyright Dec. 2021

SD01188C/07/EN/06.22

3.4 Miscellaneous
This section describes selected parameters that can be of interest in the context of commissioning.

3.4.1 Hardware write protection
If the write protection switch on the 485 module is set to ON, PROFIBUS write access via acyclic DPV1
communication is not possible. Cyclic DPV0 communication is not affected by the hardware write
protection.

3.4.2 Locking local operation
Local operation of the device via PROFIBUS can be locked via the LOCAL_OP_ENA parameter in the
Physical Block. A key symbol on the device display indicates that local operation is actively locked. Device
locking is temporarily disabled if the device does not detect any PROFIBUS communication for at least 30
seconds.
0:1:

Off: Local operation is locked.
On: Local operation is permitted. This is the default setting.

3.4.3 Reset
Writing the FACTORY_RESET parameter in the Physical Block can trigger a device restart. The following
reset commands are supported:
1:
2506:
2712:

Reset to factory defaults and restart. The bus address is not changed.
Restart. The device settings are not changed.
The bus address is changed to the default value 126. The No_Add_Chg_Flag of
Set_Slave_Add service is cleared. The other device settings are not changed.

Endress+Hauser

9SD01188C/07/EN/06.22

3.5 Local Operation: Menu
Menu item

Parameter

AccessSelection

Diagnostics/System
information/PROFIBUS

Termination
Bus Address
Ident number
Baud rate
DPV0 state

Read
Read
Read
Read
Read

DPV0 fault

Read

DPV0 master addr
DPV0 WDT [ms]Enable

Read
Read
Write

Termination

Read

Bus Address

Write

Ident number

Write

On/off0 to 126
Active ident number see above.
Recognized PROFIBUS DP data transmission rate
Wait for param
The device is waiting for theparameterization telegram
Wait for config
The device is waiting for theconfiguration telegram
Data exchange
The device is exchanging datawith the PROFIBUS masterNo fault
Param fault
The parameterization telegram isfaulty.
Config fault
The configuration telegram isfaulty.
Param & config
The parameterization and
fault
configuration telegrams are
faulty.
0..255Address of the PROFIBUS master0..65535
Active watchdog time
Off
PROFIBUS protocol can bedisabled.
On
Off
Bus termination status that isindicated by the T LED.
On
0..126
Read only if the address is set via
hardware.
Automatic
Adapts to GSD file
PA profile
PA Profile operation mode using
3.02(9760)
the PA Profile GSD file.
Manufacturer
The manufacturer specific GSD
specific
file is used.

Setup/General
Settings/Extended
setup/PROFIBUS

Setup/Outputs/PROFIBUS
Setup/Outputs/PROFIBUS
assignment view

10

Description

See next section
Displays the active assignment between device
variables (function blocks) and measured values.

Endress+Hauser© Copyright Dec. 2021

SD01188C/07/EN/06.22

3.5.1 Configuration of the PROFIBUS output: device variables
The device platform is based on a modular multi-channel, plug & play sensor concept.
Therefore, there is no general relationship between the sensor measured value and a device variable. The
device variable acts as a kind of place holder for measured values or actuating values that can betransmitted via PROFIBUS communication. The following device variables are available:
Abbreviation
AI
DI
AO
DO

Name
Analog Input
Digital Input
Analog Output
Digital Output

Info
Device variable that is read by the device
Device variable that is read by the device
Device variable that is written to the device
Device variable that is written to the device

ExampleRead measured value
Read relay status
Setpoint
Start cleaning

Selection of the data source (process value) for the AI and DI function block:
Step
1
2
3

Menu
Menu: Setup/Outputs/PROFIBUS…/AIx or DIx/Source of data…/Aix or Dix/Measured value

ActionSelect the AI or DI Block
Select a sensor, for example
Select a measured value, for example

Selection of the data sink (process value) for the AO and DO function blocks:
The device variables are selected in the menu of the function that uses the actuating value. You can selectan AO or DO device variable as the data source for the individual function.
Note that the actuating value is transmitted along with a status via PROFIBUS. The device only accepts
the actuating value if its status has the value 128 (good), e.g. if DO1 is used as trigger for cleaning asensor set value of DO1 to 1 and Status of DO1 to 128.

3.5.2 AI - Analog input (device → PROFIBUS)
The cyclic value with data type DS-101 is provided to PROFIBUS as output from a PA-Profile AI function
block.
Path: Menu/Setup/Outputs/Profibus/AI 1 (Analog Input) … AI 16 (Analog Input)
Function
Source ofdata

Measuredvalue

Options
Options• None• Any data source
Factory setting• NoneOptions• None• Depends on data
sourceFactory setting• NoneInfo
The data sources presented for selection depend on yourdevice version. You can choose from all the sensors
connected to the inputs, controllers as well as
mathematic functions and current inputs.
The measured value that you can choose depends on theoption selected under "Source of data".

Endress+Hauser

11

SD01188C/07/EN/06.22

3.5.3 DI - digital input (device → PROFIBUS)
The cyclic value with data type DS-102 is provided to PROFIBUS as output from a PA-Profile DI function
block.
Path: Menu/Setup/Outputs/Profibus/DI 1 (Digital Input) … DI 8 (Digital Input)
Function
Function

Options
Options• Off• Source value• Diagnostics
Factory setting• Off

If Function = Source value:
Source of
Optionsdata• None• Limit switches• Alarm relay• Relay• Binary inputs
Factory setting• NoneIf Function = Diagnostics:
Operating
Optionsmode• as assigned• Namur M• Namur S• Namur C• Namur F
Factory setting• as assigned
Hold
Options
behavior• Freeze• NoneFactory setting• NoneInfo

The data sources presented for selection depend on yourdevice configuration. For more information see
operating manual.

For more information see operating manual.

For more information see operating manual.

3.5.4 AO - Analog output (device ← PROFIBUS)
The cyclic value from PROFIBUS with data type DS-101 is provided to an PA-Profile AO function block andsubsequently to a device variable AO.
The value mapped to a device variable AO must be configured in the menu of the component using thedevice variable as input. A device variable AO is used to transmit an analog value to the measuring device
instead of using a 4…20 mA current input of the measuring device.
A device variable AO correspond to a current input and has the same connection possibilities.

12

Endress+Hauser© Copyright Dec. 2021

SD01188C/07/EN/06.22

3.5.4.1 List of data sinks
CM44x
x
x

CM44P
x
x

CSFxx
x
x

CA80xx
x
x

x
x
x

x
x
x

x
x
x

x
x
x

Menu
Setup/Additional functions/Limit switches/…/Source of data
Setup/Additional functions/Controllers/…/Controlled
variable/Source of data
Setup/General settings/Logbooks/Data logbooks/Source of data
Display/User definable screens/…/Source of data
Setup/Inputs/Conductivity/Temperature source

3.5.5 DO - Digital output (device ← PROFIBUS)
The cyclic value from PROFIBUS with data type DS-102 is provided to an PA-Profile DO function block andsubsequently to a device variable AO.
The value mapped to a device variable DO must be configured in the menu of the component using thedevice variable as input. A device variable DO is used to transmit an analog value to the measuring device
instead of using a binary input of the measuring device.
A device variable DO correspond to a binary input and has the same connection possibilities.

3.5.5.1 List of data sinks
CM44x
x
x
x
x
x
x
x
x
x

CM44P
x
x
x
x
x
x
x
x
x

CSFxx
x
x
x
x
x
x
x
x
x

CA80xx
x
x
x
x
x
x
x
x
x

x

x
x
x

x

x

x
x
x
x
x
x
x
x
x
x
x

Menu
Setup/Additional functions/Controllers/…/Controller Enable
Setup/Additional functions/Cleaning/…/Start signal
Setup/General settings/Hold settings/External hold
Setup/General settings/Logbooks/Data logbooks/Source of data
Setup/Inputs/Sensor/Extended setup/External hold/Source
Display/User definable screens/…/Source of data
Setup/Additional functions/Diagnostic modules
Setup/Inputs/Oxygen/Extended setup/Input pressure
Setup/Additional functions/Mathematical functions/MF
X/Formula
Setup/Additional functions/Measuring range switch/MRS set X
Setup/Inputs/Photometer/Lamp control input
Setup/Inputs/Photometer/Extended Setup/Ext. dataset control
Sample-Program/Programsetup/Advanced/Startcondition
Sample-Program/Programsetup/Advanced/Startsignal
Sample-Program/Programsetup/Advanced/Stopcondition
Sample-Program/Programsetup/Advanced/Stopsignal
Sample-Program/Advanced/Subprogramsetup/Samplemode
Sample-Program/Advanced/Subprogramsetup/Samplesignal
Sample-Program/Advanced/Subprogramsetup/Bottle change
Sample-Program/Advanced/Subprogramsetup/Change signal
Sample-Program/Advanced/Subprogramsetup/Change signal
Sample-Program/Advanced/Subprg.setup/SubprogramActivation
Sample-Program/Advanced/Subprogramsetup/Activationsignal

Endress+Hauser

13

SD01188C/07/EN/06.22

3.5.6 Status
Each process value is linked to a status that provides information about the validity, and thereby theusability, of the process value. The status coding follows the definition of the PA profile 3.02 forCondensed Status.
Note:
Check the quality to determine whether the process value can be used. A status >= 128 indicates a usablevalue.
HEX DEC Quality

Sub status

LimitsDescription

00

Non-specificOK

This status is only used by proxies toindicate that a device is notcommunicating.
This status is set by the device if a process
value has not been configured or cannot
be made available for other reasons. No
diagnostic events are reported via the
Slave_Diag service.

0

Bad

23

35

Bad

Passivated

OK

24

36

Bad

Maintenance Alarm

OK

25

37

Bad

LO_LIM

26

38

Bad

HI_LIM

27

39

Bad

CONSTANT

28

40

Bad

29

41

Bad

LO_LIM

2A

42

Bad

HI_LIM

2B

43

Bad

CONSTANT

3C

60

Bad

3D

61

Bad

LO_LIM

3E

62

Bad

HI_LIM

3F

63

Bad

CONSTANT

4B

75

Uncertain Substitute set

OK

A substitute value is configured and isused. This status is set by the fail-safe
logic of a function block.

4F

79

Uncertain Initial value

OK

Initial value if a measured value is notavailable.

68

104 Uncertain Maintenance demanded OK

69

105 Uncertain

LO_LIM

6A

106 Uncertain

HI_LIM

6B

107 Uncertain

CONSTANT73

115 Uncertain Simulated value, Start

OK

14

Process related

Function Check

The value cannot be used because of anerror.

OK
The value cannot be used because of anissue that can be attributed to theprocess.

OK
The value cannot be used because of userintervention (e.g. calibration).

The usability of the value depends on theapplication and must be assessed by theuser.
Signals the start of the simulation of theoutput value of a function block.
Endress+Hauser© Copyright Dec. 2021

SD01188C/07/EN/06.22

HEX DEC Quality

Sub status

LimitsDescription

74

116 Uncertain Simulated value, EndOK

75

117 Uncertain

LO_LIM76

118 Uncertain

77

119 Uncertain

Signals the end of the simulation of theoutput value of a function block. The
status remains active up to 10 seconds
HI_LIM
after the end of the simulation. The value
CONSTANT cannot be used while the status is active.

78

120 Uncertain Process related

OK

79

121 Uncertain

LO_LIM

7A

122 Uncertain

HI_LIM

7B

123 Uncertain

CONSTANT80

128 GoodOK

81

129 Good

LO_LIM82

130 Good

HI_LIM83

131 Good

CONSTANT84

132 Good85

133 Good

LO_LIM86

134 Good

HI_LIM

87

135 Good

CONSTANT88

136 Good89

137 Good

LO_LIM

8A

138 Good

HI_LIM

8B

139 Good

CONSTANT

8C

140 Good

8D

141 Good

LO_LIM

8E

142 Good

HI_LIM

8F

143 Good

CONSTANT

A0

160 GoodA1

161 Good

LO_LIMA2

162 Good

HI_LIMA3

163 Good

CONSTANT

A4

164 GoodA5

165 Good

LO_LIMA6

166 Good

HI_LIMA7

167 Good

CONSTANT

A8168 Good

Update event

Active advisory

Active critical

Initiate fail safe

Maintenance requiredOK

The process conditions are outside theoperating range of the device. The value
can have a limited quality or accuracy.

The value can be used. The function block
triggered an update event, i.e. aparameter of the block with a static
storage class has been changed.

OK
The value can be used, and the block has
an active alarm, e.g. if the OUT value ofan AI Block exceeds the HI_LIM.

OK
The value can be used, and the block has
an active alarm.

OK

OK

Maintenance demanded OK

Endress+Hauser

15

SD01188C/07/EN/06.22

HEX DEC Quality

Sub status

LimitsA9

169 Good

LO_LIMAA

170 Good

HI_LIMAB

171 Good

CONSTANTBC

188 GoodBD

189 Good

LO_LIMBE

190 Good

HI_LIM

BF

191 Good

CONSTANT

16

Function check

Description

OK
The value can be used. The device issetting this status when themeasurement value simulation is active.

Endress+Hauser© Copyright Dec. 2021

SD01188C/07/EN/06.22

3.6 Web server
3.6.1 Function description
You can remotely access local device operation via the integrated Web server.
All the languages of the local operation system are supported.

3.6.2 Security
Please note that communication via the HTTP protocol is not encrypted.
You can disable the Web server via the menu:
Setup/General settings/Extended setup/Webserver → Webserver (on/off)
A factory default reset resets the access data to the default login.

Endress+Hauser

17

SD01188C/07/EN/06.22

3.6.3 Web server settings

Parameter

Options

Info

Web server

On (default)
Off

When the Web server is disabled it is not possible toaccess the Web server via any interface (Ethernet,
CDI or DTM).

Web server TCP port

80

Fixed value

Web server login

On (default)
Off

User administration

WizardYou can change the user name and/or the user
password. You require the access data that are
currently valid to change the name/password.

3.6.4 Web server login
The following access data are pre-programmed into the device when the device is delivered:
Username:
Password:

admin
admin

Please note that communication via the HTTP protocol is not encrypted. The username and thepassword are transmitted as non-encrypted information.

18

Endress+Hauser© Copyright Dec. 2021

SD01188C/07/EN/06.22

3.6.5 Exporting the logbooks
The logbooks can be exported via the Web server and saved to a PC. Open a Web browser and enter one of
the following URLs to get to an overview page.
http://<IP address>/logbooks_csv.fhtml
http://<IP address>/logbooks_fdm.fhtml

This file format can be read with any text editor or can beimported into Microsoft Excel, for instance. Separator: ";"This data format can be imported into the Endress+Hauser
Field Data Manager Software.
http://www.endress.com/MS20

3.6.5.1 Web server login
Device software version 1.05.00 and higher supports login to the Web server using HTTP authentication.
The user must be logged in to view the logbook overview. The individual logbooks can be downloaded
directly without the need to log in beforehand.

3.6.5.2 Direct URLs of the logbooks
*.csv

*.dat

http://<IP address>/Calibration_logbook.csv

http://<IP address>/Calibration_logbook.dat

http://<IP address>/Diagnostic_logbook.csv

http://<IP address>/Diagnostic_logbook.dat

http://<IP address>/Configuration_logbook.csv

http://<IP address>/Configuration_logbook.dat

http://<IP address>/HW_version_logbook.csv

http://<IP address>/HW_version_logbook.dat

http://<IP address>/Version_logbook.csv

http://<IP address>/Version_logbook.dat

http://<IP address>/Data0_logbook.csv

http://<IP address>/Data0_logbook.dat

http://<IP address>/Data1_logbook.csv

http://<IP address>/Data1_logbook.dat

http://<IP address>/Data2_logbook.csv

http://<IP address>/Data2_logbook.dat

http://<IP address>/Data3_logbook.csv

http://<IP address>/Data3_logbook.dat

http://<IP address>/Data4_logbook.csv

http://<IP address>/Data4_logbook.dat

http://<IP address>/Data5_logbook.csv

http://<IP address>/Data5_logbook.dat

http://<IP address>/Data6_logbook.csv

http://<IP address>/Data6_logbook.dat

http://<IP address>/Data7_logbook.csv

http://<IP address>/Data7_logbook.dat

The *.dat format can be used for data import into the Endress+Hauser Field Data Manager Software.

Endress+Hauser

19SD01188C/07/EN/06.22

3.7 Exporting Heartbeat Verification Report
The last Heartbeat Verification Report can be downloaded from:http://<IP-Adresse>/heartbeat.fhtml

20

Endress+Hauser© Copyright Dec. 2021

SD01188C/07/EN/06.22

4 Diagnostics
Diagnostic information for the device is provided through various mechanisms:••••

LEDs of the 485-module
Diagnostic telegram (DPV0)
Parameter (DPV1)
Status byte of cyclically transmitted process values

4.1 LED displays
LED

Name

PWR

Power

BF

Bus failure

SF

System failureCOM

Communication

T

Termination

PWR

BF

SF

off

off

off

on

off

on

on

on

off

on

on

on

on

flashing

offonflashing

on

State

Description

off
green
off
red
red,
flashing
off

Not operational, during initialization
Operational, PROFIBUS communication is possible

redyellowoffyellow

No communication
Diagnostics telegram reports Prm_Fault or Cfg_Fault

Diagnostics telegram: EXT_DIAG = 1 is set. This bit is set if at
least 1 diagnostic with the status "F" (Failure) is active.
PROFIBUS request received (LED remains active for 1 second)
Bus termination is switched off.
Bus termination is switched on.

Description
No power supply or
initialization
NE107 status signal = F(Failure)
No communication
No communication
NE107 status signal = F(Failure)
Prm_Fault or Cfg_Fault
Prm_Fault or Cfg_Fault
NE107 status signal = F(Failure)

RemedyCheck the power supply, check the diagnostics list.
Check the diagnostics list.
Wrong address: Slave is not configured.
Wrong address: Slave is not configured.
Check the diagnostics list.
Check the configuration of the GSD file.
Check the configuration of the GSD file. Check the
diagnostics list.

Endress+Hauser

21

SD01188C/07/EN/06.22

4.2 Diagnostics parameters (DPV1)
The device displays the active diagnostic messages in a diagnostic list in the device menu. The diagnostic
messages are ordered by priority.
Example:The diagnostic with the highest priority for the device and for each of the sensor channels (up to eight) is
mapped to PROFIBUS parameters. In addition to the active diagnostic message with the highest priority,
the last withdrawn diagnostic message is also mapped to PROFIBUS parameters.
The device related diagnostic is assigned to the Physical Block. The sensor related diagnostics are assigned
to the sensor transducer X pertaining to the channel.
Parameter Mnemonic
DIAGNOSISDIAGNOSIS_EXTENSIONCURRENT_DIAG_SOURCETYPE
CURRENT_DIAG_MODUL
CURRENT_DIAG_PORTCURRENT_DIAG_NE107_STATUS
CURRENT_DIAG_CODE
CURRENT_DIAG_TIMESTAMPNUMBER_ADDITIONAL_DIAG
LAST_DIAG_SOURCETYPELAST_DIAG_MODUL
LAST_DIAG_PORTLAST_DIAG_NE107_STATUS
LAST_DIAG_CODE
LAST_DIAG_TIMESTAMP

Description
This parameter shows which sensors have active diagnose.
Diagnose which is not connected to a sensor sets the Bit “General”.
Byte
Bit
Message
Detailed information
0
0
Sensor Channel 0
Sensor-Transducer 001
Sensor Channel 1
Sensor-Transducer 1
02
Sensor Channel 2
Sensor-Transducer 2
03
Sensor Channel 3
Sensor-Transducer 3
0
4
Sensor Channel 4
Sensor-Transducer 4
05Sensor Channel 5
Sensor-Transducer 50
6Sensor Channel 6
Sensor-Transducer 6
0
7Sensor Channel 7
Sensor-Transducer 7
1
0
GeneralPhysical Block1
1..7
Reserved
2..5
Reserved
Source/Component which has diagnostics
Module slot which reports this diagnostic
Port-Number at the module which reports this diagnostic
Status signal according NAMUR NE107
Diagnostic code
Timestamp
Number of additional diagnostics events with lower priority
Past withdrawn diagnostic CURRENT_DIAG_TYPE
Past withdrawn diagnostic CURRENT_DIAG_MODUL
Past withdrawn diagnostic CURRENT_DIAG_PORT
Past withdrawn diagnostic CURRENT_DIAG_CLASS
Past withdrawn diagnostic CURRENT_DIAG_CODE
Past withdrawn diagnostic CURRENT_DIAG_OVERFLOW®: PROFIBUS is a registered trademark of the PI International© Copyright Dec. 2021

SD01188C/07/EN/06.22

5 PROFIBUS telegrams
5.1 Configuration telegram
Octet NameBit

1

0..2 Reserved
3
WD_On
Watchdog active
Freeze_Req Freeze active
4
Sync_Req
5
Sync active

Station_status

6
7

Name

Description

Unlock_Req Unlock (has higher priority than Lock)
Lock_Req
Lock

2

WD_Fact_1

TWatchdog = 10 ms * WD_Fact_1 * WD_Fact_2

3

WD_Fact_2

After TWatchdog without communication the measuring devices
detects a communication loss and leaves the data exchangewith PROFIBUS.

4

TSDR

5
6
7

Identnumber
IdentnumberGroup_Ident

8

DPV1_Status_1

Fixed at 0x00

9

DPV1_Status_2

Fixed at 0x00

10

DPV1_Status_3

Fixed at 0x00

Defines the time in TBit the slave has to wait until sending a
reply to any request from a DP master. The value must be
less than specified in the GSD for the selected baud rate.

0
1
2
3
4
5
6
7

High byte
Low byte
Group 1
Group 2
Group 3
Group 4
Group 5
Group 6
Group 7
Group 8CM44x = 15h, CSFxx = 15h
CM44x = 5Dh, CSFxx = 5Ch

11

Fixed at 0x05

12

Fixed at 0x41

13

Fixed at 0x00

14

Fixed at 0x00

15

Fixed at 0x01

16

Fixed at 0xE1…

Fixed at 0x00

240

Fixed at 0x00

Endress+Hauser

23

SD01188C/07/EN/06.22
Typically, the configuration telegram is configured by the tool (e.g. TIA-Portal). The information ofthis chapter is only needed in case the configuration telegram needs to be constructed
programmatically.
The configuration-telegram has this structure, when using the GSD file with a maximum configuration:

Slot
1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
16
17
18
19
20
21
22
23
24
25
26
27
28
29
30
31
32
33
34
35
36

24

GSD modules
AI: OUT (Analog Input)
AI: OUT (Analog Input)
AI: OUT (Analog Input)
AI: OUT (Analog Input)
AI: OUT (Analog Input)
AI: OUT (Analog Input)
AI: OUT (Analog Input)
AI: OUT (Analog Input)
AI: OUT (Analog Input)
AI: OUT (Analog Input)
AI: OUT (Analog Input)
AI: OUT (Analog Input)
AI: OUT (Analog Input)
AI: OUT (Analog Input)
AI: OUT (Analog Input)
AI: OUT (Analog Input)
DI: OUT_D (Digital Input)
DI: OUT_D (Digital Input)
DI: OUT_D (Digital Input)
DI: OUT_D (Digital Input)
DI: OUT_D (Digital Input)
DI: OUT_D (Digital Input)
DI: OUT_D (Digital Input)
DI: OUT_D (Digital Input)
AO: SP (Analog Output)
AO: SP (Analog Output)
AO: SP (Analog Output)
AO: SP (Analog Output)
DO: SP_D (Digital
Output)
DO: SP_D (Digital
Output)
DO: SP_D (Digital
Output)
DO: SP_D (Digital
Output)
DO: SP_D (Digital
Output)
DO: SP_D (Digital
Output)
DO: SP_D (Digital
Output)
DO: SP_D (Digital
Output)Cfg_Data
Index String
00x42,0x84,0x81,0x81,
40x42,0x84,0x81,0x81,
80x42,0x84,0x81,0x81,
12
0x42,0x84,0x81,0x81,
160x42,0x84,0x81,0x81,
20
0x42,0x84,0x81,0x81,
24
0x42,0x84,0x81,0x81,
28
0x42,0x84,0x81,0x81,
32
0x42,0x84,0x81,0x81,
36
0x42,0x84,0x81,0x81,
40
0x42,0x84,0x81,0x81,
44
0x42,0x84,0x81,0x81,
48
0x42,0x84,0x81,0x81,
52
0x42,0x84,0x81,0x81,
56
0x42,0x84,0x81,0x81,
60
0x42,0x84,0x81,0x81,
64
0x42,0x81,0x83,0x81,
68
0x42,0x81,0x83,0x81,
72
0x42,0x81,0x83,0x81,
76
0x42,0x81,0x83,0x81,
80
0x42,0x81,0x83,0x81,
84
0x42,0x81,0x83,0x81,
88
0x42,0x81,0x83,0x81,
92
0x42,0x81,0x83,0x81,
96
0x82,0x84,0x82,0x82,
100
0x82,0x84,0x82,0x82,
104
0x82,0x84,0x82,0x82,
108
0x82,0x84,0x82,0x82,
112
0x82,0x81,0x84,0x82,

Function Block
Menu/Setup/Outputs/PROFIBUS
AI01 (Analog Input)
AI02 (Analog Input)
AI03 (Analog Input)
AI04 (Analog Input)
AI05 (Analog Input)
AI06 (Analog Input)
AI07 (Analog Input)
AI08 (Analog Input)
AI09 (Analog Input)
AI10 (Analog Input)
AI11 (Analog Input)
AI12 (Analog Input)
AI13 (Analog Input)
AI14 (Analog Input)
AI15 (Analog Input)
AI16 (Analog Input)
DI01 (Digital Input)
DI02 (Digital Input)
DI03 (Digital Input)
DI04 (Digital Input)
DI05 (Digital Input)
DI06 (Digital Input)
DI07 (Digital Input)
DI08 (Digital Input)
AO01 (Analog Output)
AO02 (Analog Output)
AO03 (Analog Output)
AO04 (Analog Output)
DO01 (Digital Output)

116

0x82,0x81,0x84,0x82,

DO02 (Digital Output)

120

0x82,0x81,0x84,0x82,

DO03 (Digital Output)

124

0x82,0x81,0x84,0x82,

DO04 (Digital Output)

130

0x82,0x81,0x84,0x82,

DO05 (Digital Output)

134

0x82,0x81,0x84,0x82,

DO06 (Digital Output)

138

0x82,0x81,0x84,0x82,

DO07 (Digital Output)

142

0x82,0x81,0x84,0x82

DO08 (Digital Output)

Endress+Hauser© Copyright Dec. 2021

SD01188C/07/EN/06.22
You can reduce the volume of data transmitted cyclically via PROFIBUS by replacing individual modules by
a place holder module "EMPTY_MODULE". The place holder module has the string "0x00".
Note:
Retaining the maximum configuration has the advantage that you can connect additional measured values
to the AI Blocks at any time via the Device menu and transmit these values without having to change the
PROFIBUS configuration.

5.2 Diagnosis response telegram (DPV0)
A PROFIBUS slave reports a changed diagnose state in cyclic data exchange by sending a high priority datatelegram. This triggers a Diagnosis request telegram from the PROFIBUS master, which is return repliedwith the following telegram.
Octet Name

Bit

Name

Description

1

0

Station_Non_Existent

Station does not exist

1

Station_Not_Ready

Station_status_1

2

3

Not_Supported

The requested function is notsupported by the slave.

5

Invalid_Slave_Response

Invalid response from slave(is set by the master)

7

3

Station_status_2

Station_status_3

Ext_Diag

Extended diagnostics occurs in
the telegram= 1: Severity = Alarm (Failure /Maintenance Alarm);= 0: Severity = Ok or
Status/Warning

4

6

2

Cfg_Fault

Slave is not ready for dataexchange
Error in the configuration
telegram

Prm_Fault
Master_Lock

Error in parameterization
telegram
Slave is locked by another master0

Prm_Req

Slave must be parameterized
again

1

Stat_Diag

Static diagnostics

2--

Fixed at 1

3

WD_On

Watchdog on

4Freeze_Mode

Freeze command received

5

Sync_Mode

Sync command received

6--

Fixed at 0

7

Deactivated

Slave is disabled (is set by themaster)0..6 --

Fixed at 0

Endress+Hauser

25

SD01188C/07/EN/06.22

Octet Name

Bit

Name

7

Ext_Diag_Overflow

Description

4

Diag_Master_Add

Slave has more diagnostics
information than can becontained in the telegram.
Address of the master after
parameterization
Default is 255 (FFh)5

Ident_Number_High

Ident number high byte

6

Ident_Number_Low

Ident number low byte

7

Header_Octet

Fixed at 0x80

8Status_Type

Fixed at 0x80

9Slot_Number

Fixed at 0

10

SpecifierStatus_Type

11

Diagnosis [0]12Diagnosis [1]0..1

1 = Status is coming
2 = Status is going

2..7

Fixed at 0xFE
Fixed at 00..2 --

Fixed at 0

3

DIA_WARMSTARTThe device has been rebooted.

4

DIA_COLDSTARTThe device has been reset to its
factory settings.

5

DIA_MAINTENANCE
NE107: Maintenance Required

The device still measurescorrectly. Immediate measures
are not necessary. However,proper maintenance efforts
would prevent a possible
malfunction in the future.

6--

Fixed 0713

Diagnosis [2]
0

1
2

26

The ident number does notmatch the parameter
IDENT_NUMBER_VIOLATIONIDENT_NUMBER_SELECTOR in
the Physical Block.
The measured value of theaffected channel is no longer
reliable. The cause of the
DIA_MAINTENANCE_ALARM
problem is to be found in theNE107: Failure
measuring point. Any controller
connected should be set to
manual mode.
DIA_MAINTENANCE_DEMANDED Fixed at 0
DIA_FUNCTION_CHECK
NE107: Function Check

Maintenance work is being
performed on the device. Wait
until the work has been
completed.

Endress+Hauser© Copyright Dec. 2021

SD01188C/07/EN/06.22

Octet Name

Bit

3

14

Diagnosis [3]Name

Description

DIA_INV_PRO_COND
NE107: Out of Specification

The measuring point is being
operated outside specifications.
Operation is still possible.
However, you run the risk ofincreased wear, shorter operating
life or lower accuracy levels. The
cause of the problem is to befound outside the measuring
point.

4..7 --

Fixed at 0

0..6 --

Fixed at 0

7

Fixed at 0

EXTENSION_AVAILABLE

Endress+Hauser

27

SD01188C/07/EN/06.22

6 Plant asset management (PAM)
The following device drivers are available to integrate the device into the process automation system.
PAM Tool

Technology

Simatic PDM®

EDD

Fieldcare®

FDT/DTMWeb server

Browser

Functionality
Configuration of the PA Profile function blocks
Display the available measured values
Display diagnostic and service-related functionalities
Upload/download of the contained parameters
Configuration of the PA Profile function blocks
Display the available measured values
Display diagnostic and service-related functionalities
Upload/download of the parameters in the DTM
Full configuration of the device, Export logbooks and Heartbeat Reports

Note:
Device operation is only possible to a limited extent via the DD or the DTM. Full access to the Device menu
is supported via the integrated Web server. You can connect to the Web server via the Ethernet interface ofthe 485-module or via the service interface of the device.
To access the Web server via the service interface you require the CDI (FXA291) DTM which is part of theService DTM Library. You can find more information about the Web server in the Web server guideline.
The function to upload or download the device parameterization is limited to the parameters contained in
the DD or DTM. On the device, complete device parameterization backup and restore is possible using an
SD card.

6.1 How to acquire the PDM DD or DTM
The PDM DD can be downloaded from our homepage via the following link:
https://www.endress.com/en/downloads

28

Endress+Hauser© Copyright Dec. 2021

SD01188C/07/EN/06.22

7 Applications
7.1 CA80xx: How to start Measurement, Calibration and CleaningThis chapter applies only to the Liquiline CA80xx analyzer.
The actions “Measurement”, “Calibration” and “Cleaning” can be controlled by PRFOIBUS DP while theanalyzer is in the operation mode “Fieldbus”.
The operation mode “Fieldbus” can be activated either by PROFIBUS DP or the device menu.
Automatic

Fieldbus

Manual7.1.1 Activate “Fieldbus”-mode using the device menu
Step

Action1

Press the soft key “MODE” to enter themenu in which the operation mode can beselected.

2

ResultActivate the “Fieldbus mode”.

The operation mode can be changed at any time using the device menu. The setting of the device menu
has priority over the setting by PROFIBUS DP. This is a safety measure to prevent the start of actions over
PROFIBUS DP while the analyzer is in operation mode “Manual” during maintenance work.
Important:
A change from “Manual” directly to “Fieldbus” is now allowed by PROFIBUS DP. PROFIBUS DP can onlychange the operation mode from “Automatic” to “Fieldbus”.

Endress+Hauser

29

SD01188C/07/EN/06.22

7.1.2 Activate “Fieldbus”-mode using PROFIBUS DP
The following diagram shows an example sequence without error handling. The application program
should at least consider the following additional cases:• The analyzer is not reachable by PROFIBUS DP communication, e.g. because it is switched off• A write access to a register fails and an exception code is returned in the PROFIBUS DP reply• A read access to a register fails and an exception code is returned in the PROFIBUS DP reply• The analyzer is switched temporarily to manual mode during maintenance

MODE_CHANGE_REQUEST: = 1

Exception code == 3
(ILLEGAL_DATA_VALUE)?

Write Parameter„Change operation mode to “Fieldbus”

Mode change is allowed?

Ok

X: = MODE_CHANGE_STATE== 2 (busy)== 3 (Mode Change not allowed)

Read ParameterX

X!= 1 (Waiting for Request)

Start Action

The following examples in Pseudocode show how a program can access the functionality over PROFIBUS
DP.
// Example program (Pseudocode)
Write ModeChangeRequest “Fieldbus”
IF Write access returns error
Abort procedure with error
DO
Read ModeChangeStatus
WHILE ModeChangeStatus is “Busy”
IF ModeChangeStatus is NOT “WaitingForRequest”
Abort procedure with error// now fieldbus mode is active

30

Endress+Hauser© Copyright Dec. 2021

SD01188C/07/EN/06.22

7.1.3 State machine
The following state diagram describes the operation mode and state transitions.
10
Fieldbus

97Modechange-A

8

Modechange-FB
The mode can be changed by
the device menu at any time,e.g. during maintenance work
the mode is typically changed
to “Manual”.

6

11
Automatic

2

4

5

3

Manual1
Important:
A change of the operation mode does not interrupt a pending action. A new action can only be started
after the pending action has finished or is aborted.
#
1
2

Current state
ManualManual3

Automatic

4

Automatic

5

Automatic

6

Automatic

7

Modechange-FB

89Feldbus
Feldbus10

Feldbus11

Modechange -A

Condition → Action→ MODE_CHANGE_STATE:=3, ACTION_REQUEST_STATE:=2
Mode Automatic →MODE_CHANGE_STATE:=1, ACTION_REQUEST_STATE:=2
Mode Manual →MODE_CHANGE_STATE:=3, ACTION_REQUEST_STATE:=2
MODE_CHANGE_REQUEST:=0 →MODE_CHANGE_STATUS:=1, ACTION_REQUEST_STATE:=2
MODE_CHANGE_REQUEST:=1and mode change is not possible →MODE_CHANGE_STATE:=3, ACTION_REQUEST_STATE:=2
MODE_CHANGE_REQUEST:=1and mode change is accepted →MODE_CHANGE_STATUS:=2, ACTION_REQUEST_STATE:=2
Mode change finished →ACTION_REQUEST_STATE:=1, ACTION_REQUEST_STATE:=0
See “Fieldbus status machine”
MODE_CHANGE_REQUEST:=2 →MODE_CHANGE_STATUS:=2
MODE_CHANGE_REQUEST:=3 →MODE_CHANGE_STATE:=1,
ACTION_REQUEST_STATE:=2,Time-controlled programs are restarted with the current time.
Mode changed finished →MODE_CHANGE_STATE:=1, ACTION_REQUEST_STATE:=2

Next state
ManualAutomatic
ManualAutomatic
Automatic

Modechange -FB

Fieldbus
Fieldbus
Modechange -A
Modechange -A

AutomaticEndress+Hauser

31SD01188C/07/EN/06.22

7.1.4 How-to execute actions
7.1.4.1 How-to execute a Measurement
The analyzer must be in the operation mode “Fieldbus” to start an action. The current operation mode canbe verified by pressing the soft-key labeled “MODE” at the device menu or by reading the PROFIBUS DP
register MANUAL_CHANGE_STATUS.
// execute a measurement
Write AnalyzerRequest “Measurement”
IF Write access returns error
Abort procedure with error
DO
Read FunctionExecutionStatus
WHILE FunctionExecutionStatus is “Busy” OR
FunctionExecutionStatus is “MeasurementInProgress”
IF FunctionExecutionStatus is NOT “MeasurementFinished”
Abort procedure with error// now measurement was successfully executed
If the user locally switches to manual or automatic the PROFIBUS DP write requests gets an error response.
An error is also, if a measurement shall be executed and another action is running (e.g. a calibration). As
the above pseudo code shows, this will be detected as an error.

7.1.4.2 How-to run a Calibration
The analyzer must be in the operation mode “Fieldbus” to start an action. The current operation mode canbe verified by pressing the soft-key labeled “MODE” at the device menu or by reading the PROFIBUS DP
register MANUAL_CHANGE_STATUS.
// execute a calibration
Write AnalyzerRequest “Calibration”
IF Write access returns error
Abort procedure with error
DO
Read FunctionExecutionStatus
WHILE FunctionExecutionStatus is “Busy” OR
FunctionExecutionStatus is “CalibrationInProgress”
IF FunctionExecutionStatus is NOT “CalibrationFinished”
Abort procedure with error// now calibration was successfully executed
If the user locally switches to manual or automatic the PROFIBUS DP write requests gets an error response.
An error is also, if a calibration shall be executed and another action is running. As the above pseudo codeshows, this will be detected as an error.

7.1.4.3 How-to start a Cleaning
The analyzer must be in the operation mode “Fieldbus” to start an action. The current operation mode canbe verified by pressing the soft-key labeled “MODE” at the device menu or by reading the PROFIBUS DP
register MANUAL_CHANGE_STATUS.
// execute a cleaning
Write AnalyzerRequest “Cleaning”
IF Write access returns error

32

Endress+Hauser© Copyright Dec. 2021

SD01188C/07/EN/06.22
Abort procedure with error
DO
Read FunctionExecutionStatus
WHILE FunctionExecutionStatus is “Busy” OR
FunctionExecutionStatus is “CleaningInProgress”
IF FunctionExecutionStatus is NOT “CleaningFinished”
Abort procedure with error// now cleaning was successfully executed
If the user locally switches to manual or automatic the PROFIBUS DP write requests gets an error response.
An error is also, if a cleaning shall be executed and another action is running. As the above pseudo codeshows, this will be detected as an error.

7.1.4.4 How-to abort an action// “Abort” can be executed at any time
Write CommonRequest “AbortOfCurrentActivity”
IF Write access returns error
Abort procedure with error
DO
Read FunctionExecutionStatus
WHILE FunctionExecutionStatus is “AbortOfCurrentActivityInProgress”
IF FunctionExecutionStatus is NOT “AbortOfCurrentActivityFinished”
Abort procedure with error

7.1.4.5 Error evaluation
The examples in the former chapters show how to detect an error. How to handle an error may dependent
from the cause of error.
Two errors can occur:
1. Write access fails and returns fieldbus specific error codes. In most cases the analyzer is in a state where
it cannot execute the desired function. This can be checked by reading the parameters “OperationMode”
and “FunctionExecutionStatus”.
2. The parameter “FunctionExecutionStatus” has not the expected value. Since the PLC has already readthe function execution status, it can rely on this value to check the cause of error, e.g.:a. Other function is running or even finished or failed. So, another user accessed the analyzer andstarted this function.
b. The desired function failed. In most times a failure is signaled by a diagnosis that can be read
via fieldbus specific mechanism, e.g. diagnosis parameters. Remark: The user shall be awarethat the diagnosis may not reflect the function error because other diagnosis events might be
triggered. All diagnosis events are logged.
Example for a simple error handling is to wait until device is available again:
DO
Write ModeChangeRequest “Fieldbus”
WHILE Write access returns error
DO
Read ModeChangeStatus
WHILE ModeChangeStatus is “Busy”
WHILE ModeChangeStatus is NOT “WaitingForRequest”
Endress+Hauser

33

SD01188C/07/EN/06.22
DO
Write ResetRequest “ResetOfStatus”
WHILE Write access returns error
Of course, such a simple error handling will generate some traffic on PROFIBUS DP.
This procedure is also recommended on startup of a PLC program. To limit traffic on fieldbus, it is enoughto read or write the fieldbus every 15 seconds or even less frequently.

7.1.4.6 Analyzer Manual Actions
The following parameters are available to switch into fieldbus mode, which enables the remote control
over PROFIBUS DP function, and to start an action and read back its progress.
Slot

Index

Attribute36

149

ModeChangeRequest

Data
Type
UINT8

AccessDescription

R/W

This parameter is used to control the active
operation mode and can be written with thefollowing values.

(MODE_CHANGE_REQUEST)

36

153

AbortActionRequest

UINT8

R/W

(COMMON_REQUEST)

0: None
1: Enter fieldbus mode.
The CA80xx changes from automatic mode tofieldbus mode.
2. Continue automatic mode:
The CA80xx changes from fieldbus mode toautomatic mode continuing with the timeschedule as it was calculated when entering
automatic mode, the first time.
3. Restart automatic mode:
The system changes from fieldbus mode toautomatic mode and restarts the timeschedule with the current time as starting
point.
The parameter is used to abort the current
activity and can be written with the following
values:0: None
1: Abort current action

36

155

ManualActionRequest(ANALYZER_REQUEST)

UINT8

R/W

This parameter is used to start an action andcan be written with the following values:
0: None
1: Start measurement
2: Start calibration
3: Start cleaning

34

Endress+Hauser© Copyright Dec. 2021

SD01188C/07/EN/06.22

7.1.4.7 Analyzer manual actions state
The parameters in the register block “Analyzer manual actions state” are used to read the status of thestatus machine.
Slot

Index

Attribute36

152

ModeChangeState

Data
Type
UINT8

AccessDescription

R

This parameter reads the status of themode change. Allowed values:(MODE_CHANGE_REQUEST_STATUS)

36

159

ActionRequestState(ACTIVITY_REQUEST_STATUS)

UINT8

R

1: Waiting for Request:
The analyzer is waiting for a request.
2: Busy:
Writing the parameter “Mode change
request” was accepted. Mode change is inprogress.
3: Mode Change not allowed:
The analyzer is in operation mode that thefieldbus is not allowed to change (likemanual mode).
This parameter reads the status ofprocessing the requested <function>(Measurement, Calibration or Cleaning).
Allowed values:
0: Ready to start action
No procedure is running. This state isentered, if the analyzer enters fieldbus
mode, while nothing is running that
disturbs the start of any function via
fieldbus.
1: Action request accepted
The request was accepted, but therequested function is not started yet.
2: Fieldbus not active
The analyzer is not in fieldbus mode andcannot accept action requests.
32: Current action abort in progress
33: Measurement started
34: Calibration started
35: Cleaning started
64: Current activity aborted
65: Measurement finished
66: Calibration finished
67: Cleaning finished
97: Measurement not successful
98: Calibration not successful
99: Cleaning not successful

Endress+Hauser

35

SD01188C/07/EN/06.22

8 Tables
8.1 Technical data
This section provides you with an overview of the PROFIBUS functionality of the product. Additional
information is available in the Technical Information TI00444C.

8.1.1 PROFIBUS DP
Signal encoding
Data transmission
rate
Galvanic isolation
Connector
Bus termination

EIA/TIA-485, PROFIBUS-DP-compliant as per IEC61158 / IEC61784
9.6 kBd / 19.2 kBd / 45.45 kBd / 93.75 kBd / 187.5 kBd / 500 kBd / 1.5 MBd /3 MBd / 6 MBd / 12 MBd
Yes
Spring terminal (max. 1.5 mm), plug jumpered internally (T-function),
optional M12Internal slide switch with LED display

8.1.2 PA Profile 3.02
Manufacturer
ID
Device type
(CM44x)
Device type
(CSFxx)PA profile
GSD
Outputvariables
Input variables
StatusSupportedfeatures

Special points
to note36

0x11
0x155D (manufacturer-specific)
0x9760 (profile for multivariable PA devices)
0x155C (manufacturer-specific)
0x9760 (profile for multivariable PA devices)
3.02
www.products.endress.com/profibus
Device Integration Manager (DIM)
16 AI blocks
8 DI blocks
4 AO blocks
8 DO blocks
Condensed status
1 MSCY0 connection (cyclic communication, master class 1 to slave)
1 MSAC1 connection (acylic communication, master class 1 to slave)
MSAC2 connections (acyclic communication, master class 2 to slave)
Device lock: The device can be locked via the hardware or software.
Addressing with DIL switches or via software
GSD, PDM DD, DTM
The data sources and data sinks for the function blocks are configured via the Device
menu. The channel parameters of the function blocks are set to fixed values. In
standard configurations, the base unit of the process value is the unit of the process
values.

Endress+Hauser© Copyright Dec. 2021

SD01188C/07/EN/06.22

8.2 Data Types
8.2.1 DS-37: Mode structureThis data structure consists of elements for actual, permitted and normal modes.
E
1

Element Name
ActualData Type
Unsigned8

Size
1

2

Permitted

Unsigned8

13

NormalUnsigned8

1

Description
The block output is calculated using the
input from the TB in case of an input FB
and using a set point value provided by ahost or an operator through an interface
device in case of an output FB. For PB and
TB this mode indicates that their block
functions can work.
Defines the modes which are allowed for an
instance of the block.
This is the mode which the block uses
during normal operation conditions.

8.2.2 DS-42: Alarm Summary structureThis data structure consists of data that summarize 16 alarms.
E
1
2
3
4

Element Name
Current
Unacknowledged
Unreported
Disabled

Data Type
OctetString
OctetString
OctetString
OctetString

Size
2
2
2
2

Description

8.2.3 DS-50: Simulation - Floating Point structureThis data structure consists of the Simulation parameters.
E
1

Element Name
Simulate_Status

Data Type
Unsigned8

Size
1

2

Simulate_Value

Float

4

3

Simulate_Enabled

Unsigned8

1

Description
Status written by an operator to simulate
the Transducer Block value status.
Value written by an operator to simulate
the Transducer Block value.
Switch to enable or disable simulation.
0: Disabled
1: Enabled

8.2.4 DS-60: Result structureE123

Element Name
PV
Measurement_Status
PV_Time

Data Type
Float
Unsigned8
BinaryDate

Size
4
1
7

Description
Process value
StatusNot used. Reads 0.

Endress+Hauser

37

SD01188C/07/EN/06.22

8.2.5 DS-61: Measurement Range structureThis data structure contains the structure of the measurement range.
E
1Element Name
Begin_of_Range

Data Type
Float

Size
4

2

End_of_Range

Float

4

Description
The engineering unit is the same as the unitof the measurement value.
The engineering unit is the same as the unitof the measurement value.

8.2.6 DS-67: Batch structureThis data structure contains the structure of the Batch parameter.
E
1

Element Name
Batch_ID

Data Type
Unsigned32

Size
4

2

Rup

Unsigned16

2

3Operation

Unsigned16

2

4

Phase

Unsigned16

2

Description
Identifies a certain batch to allow
assignment of equipment-related
information (e.g. faults, alarms ...) to thebatch.
No. of Recipe Unit Procedure or of Unit:
Identifies the active Control Recipe Unit
Procedure or the related Unit (e.g. reactor,
centrifuge, drier).
No. of Recipe Operation: Identifies theactive Control Recipe Operation.
No. of Recipe Phase: Identifies the active
Control Recipe Phase.

8.2.7 DS-68: Feature structureThis data structure consists of 2 elements describing the supported and currently enabled features.
E
1
2

Element Name
Supported
EnabledData Type
OctetString
OctetString

Size
4
4

Description
Fixed to 1: Condensed status
Fixed to 1: Condensed status

8.2.8 DS-101: Value & Status (Floating Point structure)
This data structure consists of the values and the state of the Floating-Point parameters. These
parameters can be inputs or outputs.
E
1
2

Element Name
Value
StatusData Type
Float
Unsigned8

Size
4
1

Description
floating point value (IEEE754)
Status, see chapter 3.5.6

8.2.9 DS-102: Value & Status (Discrete structure)
This data structure consists of the value and state of the discrete value parameters.
E
1
2

38

Element Name
Value
StatusData Type
Unsigned8
Unsigned8

Size
1
1

Description
Discrete value: 0 or 1
Status, see chapter3.5.6

Endress+Hauser© Copyright Dec. 2021

SD01188C/07/EN/06.22

8.2.10 DATE_AND_TIME
DATE_AND_TIME
Data length = 7 bytes (4 registers)
Byte
Bit
7
6
5
4
3
2
0
215 214 213 212 211 210
127 26 25 24 23 22
200
25 24 23 22
3S
00
24 23 22

1
29
21
21
21

0
28
20
20
20

4

22

21

20

24

23

22

21

20

5
6
7

0
0
27 26
Padding

0
25

0
24

23
23

22
22

21
21

20
20

DURATION
Data length = 7 bytes (4 registers)
Byte
Bit
7
6
5
4
3
2
0
231 230 229 228 227 2261
223 222 221 220 219 2182
215 214 213 212 211 210
327 26 25 24 23 224215 214 213 212 211 210
5
27 26 25 24 23 22

1
225
217
29
21
29
21

0
224
216
28
20
28
20

Description
0 … 59999 ms
0 … 59 min
Bits 0 to 4: 0 … 23 h
S=0: standard time, S=1: summertime
Bits 6 to 8: 1…7 day of week (1=Monday, 7=Sunday)
Bits 1 to 5: 1…31 day of month
Month (1…12)
Year (0…255) / 0 = 1900

8.2.11 DURATION

Description
Number of milliseconds (of one day)

Number of days

Endress+Hauser

39

SD01188C/07/EN/06.22

8.3 Units
Unit code
1000
1001
1002
1005
1010
1011
1012
1013
1015
1018
1019
1020
1021
1034
1038
1040
1043
1048
1054
1056
1057
1058
1059
1060
1061
1062
1063
1066
1067
1069
1072
1077
1083
1097
1103
1104
1105
1130
1136
1137
1138
1209
1211
1212
1213
1214
1221
1240
1243
1244
1281
1282
1283
1284
1285
1287
1289
1290
1291
1292
1293
1294

40

Symbol
K
°C
°F
°
m
km
cm
mm
nm
ft
inch
yd
mi
m³
l
ml
cf
gal
s
ms
µs
min
h
d
m/s
mm/s
m/h
in/s
ft/s
inch/mininch/h
Hz
1/min
kg/m³
kg/l
g/ml
g/l
Pa
hPa
bar
mbar
A
mA
µA
nA
pA
Ah
V
mV
µV
Ω
GΩ
MΩ
kΩ
mΩ
S
mS
µS
Ωm
GΩm
MΩm
kΩm

Name
KelvinCelsius
Fahrenheit
DegreeMeter
KiloMeter
CentiMeter
MilliMeter
NanoMeter
Feet
Inch
Yards
Miles
CubicMeter
Liter
MilliLiter
CubicFeet
Gallons
Seconds
MilliSeconds
MicroSeconds
Minutes
Hours
Days
MeterPerSecond
MilliMeterPerSecond
MeterPerHour
InchPerSecond
FeetPerSecond
InchPerMinute
InchPerHour
Hertz
OnePerMinute
KiloGramPerCubicMeter
KiloGramPerLiter
GramPerMilliLiter
GramPerLiter
PascalHectoPascal
Bar
MilliBar
AmpereMilliAmpere
MicroAmpere
NanoAmpere
PicoAmpere
AmpereHours
Volt
MilliVolt
MicroVolt
Ohm
GigaOhm
MegaOhm
KiloOhm
MilliOhm
Siemens
MilliSiemens
MicroSiemens
OhmMeter
GigaOhmMeter
MegaOhmMeter
KiloOhmMeter

Standard unit
°C
°C
°C
°
m
m
m
m
m
m
m
m
m
m³
m³
m³
m³
m³
s
s
s
s
s
s
m/s
m/s
m/s
m/s
m/s
m/s
m/s
Hz
Hz
kg/m³
kg/m³
kg/m³
kg/m³
Pa
Pa
Pa
Pa
A
A
A
A
A
As
V
V
V
Ω
Ω
Ω
Ω
Ω
S
S
S
Ωm
Ωm
Ωm
Ωm

Endress+Hauser© Copyright Dec. 2021

SD01188C/07/EN/06.22
Unit code
1295
1296
1297
1298
1299
1300
1301
1302
1303
1342
1347
1348
1349
1350
1351
1352
1353
1354
1356
1357
1358
1359
1362
1363
1364
1365
1366
1388
1389
1397
1399
1422
1423
1424
1451
1455
1459
1551
1552
1553
1554
1555
1556
1558
1559
1560
1562
1563
34000
34001
34002
34003
34004
34005
34006
34007
34008
34009
34010
34011
34012
34013
34014
34015
34016

Symbol
Ωcm
mΩm
µΩm
nΩm
S/m
MS/m
kS/m
mS/cm
µS/mm
%
m³/s
m³/min
m³/h
m³/d
l/s
l/min
l/h
l/d
cfs
cfm
cfh
cfd
gps
gpm
gph
gpd
mgd
kg/molg/mol
mol/m³
mol/l
pH
ppm
ppb
mgs
mgm
mgh
S/cm
µS/cm
mS/m
µS/m
MΩcm
kΩcm
mg/l
µg/l
%SAT
%Vol
ml/min
K
°C
°F
%/K
1/K
1/m
V/pH
%/V
V/%
Pa/A
A/Pa
month(s)A/(kg/m³)
FNU
rH
g/kg
PSU

Name
OhmCentiMeter
MilliOhmMeter
MicroOhmMeter
NanoOhmMeter
SiemensPerMeter
MegaSiemensPerMeter
KiloSiemensPerMeter
MilliSiemensPerCentiMeter
MicroSiemensPerMilliMeter
Percent
CubicMeterPerSecond
CubicMeterPerMinute
CubicMeterPerHour
CubicMeterPerDay
LiterPerSecond
LiterPerMinute
LiterPerHour
LiterPerDay
CubicFeetPerSecond
CubicFeetPerMinute
CubicFeetPerHour
CubicFeetPerDay
GallonPerSecond
GallonPerMinute
GallonPerHour
GallonPerDay
MegaGallonPerDay
KiloGramPerMol
GramPerMol
MolPerCubicMeter
MolPerLiter
PH
ppm
ppb
MegaGallonPerSecond
MegaGallonPerMinute
MegaGallonPerHour
SiemensPerCentiMeter
MicroSiemensPerCentiMeter
MilliSiemensPerMeter
MicroSiemensPerMeter
MegaOhmCentiMeter
KiloOhmCentiMeter
MilliGramPerLiter
MicroGramPerLiter
PercentSaturation
PercentVol
MilliLiterPerMinuteDeltaKelvin
DeltaCelsius
DeltaFahrenheit
PercentPerKelvin
LfTempCompensation
PerMeter
VoltPerPH
PercentPerVolt
VoltPerPercent
PascalPerAmpere
AmperePerPascal
Month
AmperePerKilogramPerCubicMeter
Formazine_NephelometricrH
GramPerKilogram
PSU

Standard unit
Ωm
Ωm
Ωm
Ωm
S/m
S/m
S/m
S/m
S/m
%
m³/s
m³/s
m³/s
m³/s
m³/s
m³/s
m³/s
m³/s
m³/s
m³/s
m³/s
m³/s
m³/s
m³/s
m³/s
m³/s
m³/s
kg/molkg/molmol/m³mol/m³
pH
%
%
m³/s
m³/s
m³/s
S/m
S/m
S/m
S/m
Ωm
Ωm
kg/m³
kg/m³
%
%Vol
m³/s
°C
°C
°C
%/K
1/K
1/m
V/pH
%/V
V/%
Pa/A
A/Pa
month(s)A/(kg/m³)
FNU
rH
g/kg
PSU

Endress+Hauser

41

SD01188C/07/EN/06.22
Unit code
34017
34018
34019
34020
34021
34022
34023
34024
34025
34026
34027
34028
34030
34031
34032
34033
34034
34035
34036
34037
34038
34039
34040
34041
34042
34043
34044
34045
34046
34047
34048
34049
34050
34051
34052
34053
34054
34055
34056
34057
34058
34059
34060
34061
34062
34063
34064
34065
34066
34067

42

SymbolKByte
åº¦nA/(mg/l)
pA/(mg/l)
EBC
ASBC
TE/F
FTU
mg/l
AU
%T
OD
eq
eq/m³
eq/l
eq/gal
ppm
ppb
1/Pa
°C/s
°C/min
FAU
As
mV/pH
NTU
1/cm
1/hPa
1/MPa
1/mm
pA/hPaµAs
week(s)inch/dmm/dmm/h
mm/min
mV/%
nAs
nS/cm
1/d
1/h
%/µV
%/mV
%TS
ppmVol
MByte
GByte
dm
Byte
A/hPa

Name
Kilobytes
Dough
NanoAmperePerMilligramPerLiter
PicoAmperePerMilligramPerLiter
European_Brewing_Convention
American_Society_of_Brewing_Chemists
Turbidity_Formazine
Formazine_Turbidity_Unit
MilliGramPerLiterPercent
AbsorbanceUnit
PercentTransmission
OpticalDensity
Equivalent
EquivalentPerCubicMeter
EquivalentPerLiter
EquivalentPerGallon
ppm_density1
ppb_density1
PerPascal
CelsiusPerSecond
CelsiusPerMinuteFormazineAttenuationUnit
AmpereSeconds
MilliVoltPerPH
Nephelometric_Turbidity
PerCentiMeter
PerHectoPascal
PerMegaPascal
PerMilliMeter
PicoAmperePerHektoPascal
MicroAmpereSeconds
Weeks
InchPerDay
MilliMeterPerDay
MilliMeterPerHour
MilliMeterPerMinuteMilliVoltPerPercent
NanoAmpereSeconds
NanoSiemensPerCentiMeter
OnePerDay
OnePerHour
PercentPerMicroVolt
PercentPerMilliVolt
PerCentTS
ppmVol
Megabytes
Gigabytes
DeciMeter
Bytes
AmperePerHektoPascal

Standard unit
KByte
kg/m³
A/(kg/m³)
A/(kg/m³)
FNU
FNU
FNU
FNU
%
AU
%T
AU
eq
eq/m³
eq/m³
eq/m³
kg/m³
kg/m³
1/Pa
°C/s
°C/s
FNU
As
V/pH
FNU
1/m
1/Pa
1/Pa
1/m
A/Pa
As
s
m/s
m/s
m/s
m/s
V/%
As
S/m
Hz
Hz
%/V
%/V
kg/m³
%Vol
KByte
KByte
m
KByte
A/Pa

Endress+Hauser© Copyright Dec. 2021

SD01188C/07/EN/06.22

9 Parameter tables
9.1.1 Physical Block, Slot 0
Index Parameter name

Access Data Type

Bytes Persistent Units Description

17

ST_REVR

UNSIGNED

2

X

The revision level of the static data associated with the block. The Static Revision
No. is changed by the device each time data is written to the static parameter.

18

TAG_DESCR/W

VISIBLESTRING

32

X

Device tag
The TAG of the device. A recommended use is as a unique label for a field device
in the plant.
Default: TX:DeviceTAGDefault

19

STRATEGYR/W

UNSIGNED

2

X

The strategy field can be used to help group blocks. These data are not checked orprocessed by the block.

20

ALERT_KEY

R/W

UNSIGNED

1

X

The alert parameter (0 - 255) has a user-assigned value which may be used insorting alarms or events generated by a block.

21

TARGET_MODE

R/W

UNSIGNED

1

X

Defines the target mode of the block.
Selection:
0: None
1: Remote output (ROUT)
2: Remote cascade (RCAS)
4: Cascade (CAS)8: AUTO
16: MAN
32: Local override (LO)64: Initialization manual (IMan)
128: Out of Service (O/S)

22

MODE_BLK

R

DS37

3

This parameter contains the current mode, the permitted and normal mode of theblock.

23

ALARM_SUM

R

DS42

8

This parameter contains the current states of the block alarms.

24

SOFTWARE_REVISIONRVISIBLESTRING

16

Software version of the device

25

HARDWARE_REVISIONRVISIBLESTRING

16

Hardware version of the device

26

DEVICE_MAN_IDR

UNSIGNED

2

Identification code of the manufacturer of the field device. Endress+Hauser hastthe manufacurer-id 17.

27

DEVICE_IDR

VISIBLESTRING

16

Manufacturer specific identification of the device.

®: PROFIBUS is a registered trademark of the PI International© Copyright Dec. 2021

SD01188C/07/EN/06.22

Index Parameter name

Access Data Type

Bytes Persistent Units Description

28

DEVICE_SER_NUM

R

VISIBLESTRING

16

Serial number
Serial number of the device

29

DIAGNOSISR

OCTETSTRING

4

Detailed status information about the field device's operating condition. Health ofdevice (not process). Coded bit-by-bit. More than one message possible at once.

30

DIAGNOSIS_EXTENSIONROCTETSTRING

6

Additional manufacturer-specific information of the device, coded bit-by-bit.
More than one message possible at once.

31

DIAGNOSIS_MASKROCTETSTRING

4

Definition of supported DIAGNOSIS information-bits. Diagnosis Mask: Definitionof supported Diagnosis information bits.
Selection:
0: not supported
1: supported

32

DIAGNOSIS_MASK_EXTENSIONROCTETSTRING

6

Definition of supported Diagnosis extension bits.

33

DEVICE_CERTIFICATIONR

VISIBLESTRING

32

Not supported

34

WRITE_LOCKINGRUNSIGNED2

Not supported

35

FACTORY_RESETR/W

UNSIGNED

2

Command for setting device for default value.
Selection:
0: No function
1: Factory reset
2506: Warm start
2712: Reset Address to '126'

36

DESCRIPTOR

R/W

VISIBLESTRING

32

X

Text that is associated with the Field Device. This text can be used by the user inany way. There is no specific recommended use.

37

DEVICE_MESSAGE

R/W

VISIBLESTRING

32

X

Text that is associated with the Field Device. This text can be used by the user inany way. There is no recommended use.

38

DEVICE_INSTAL_DATE

R/W

VISIBLESTRING

16

X

Date, on which the device was installed.

39

LOCAL_OP_ENA

R/W

UNSIGNED

1

40

IDENT_NUMBER_SELECTOR

R/WUNSIGNED

1

If communication fails for a time greater 30 sec, local operation will be enabled
automatically.
Selection:
0: Disabled
1: Enabled
Default: false
X

Ident number
Each PROFIBUS-DP device has an Ident_Number provided by the PNO. The user isable to chose one of both using this parameter.
Default: 0
Selection:

Endress+Hauser

44© Copyright Dec. 2021

SD01188C/07/EN/06.22

Index Parameter name

Access Data Type

Bytes Persistent Units Description
0: Automatic
1: PA-Profile 3.02 (9760)
2: Liquiline CM44x (155D)
3: Liquistation CSFxx (155C)
4: Liquiport CSPxx (155E)
5: Manufacturer specific
6: Liquiline System CA80

41

HW_WRITE_PROTECTIONRUNSIGNED

1

Indicates the position of a write blocking mechanism which can not be modified
by remote access (DIP-Switch Pos. 9).
0: Unprotected
1: Protected

42

FEATURE

R

DS68

8

Not used

43

COND_STATUS_DIAG

R/W

UNSIGNED

164

CURRENT_ERRORRUNSIGNED

2

This parameter contains the device specific three digit diagnostic code. When
more than one error is active the error with the highest priority is available in thisparameter.
Default: 0

69

LAST_ERRORRUNSIGNED

2

This parameter contains the error/warning code that disappeared last.
Default: 074

DEVICE_BUS_ADDRESSRUNSIGNED

1

75

PROFILE_REVISIONROCTETSTRING

32

Implemented PA Profile revision.

76

CLEAR_LAST_ERROR

R/W

UNSIGNED

1

Writing the parameter clears the last diagnostic code in CURRENT_ERROR
Default: 0
Selection:
0: No
1: Yes77

IDENT_NUMBERR

UNSIGNED

2

83

ORDER_CODER

VISIBLESTRING

32

Order code85

ENP_VERSIONR

VISIBLESTRING16

ENP version
Version of the ENP (electronic name plate).

X

X

X

Defines the general method how the whole device handles status and diagnostics.
Selection:
1: Condensed status and diagnosis information

Bus address
Default: 126
Range: 0.0 .. 126.0

Active PROFIBUS Identnumber in decimal notation.
Default: 0

Endress+Hauser

45

SD01188C/07/EN/06.22

Index Parameter name

Access Data Type

Bytes Persistent Units Description

86

EXTENTED_ORDER_CODER

VISIBLESTRING

60

87

DEVICE_DIAGNOSISROCTETSTRING

58

88

SERVICE_LOCKING

R/WUNSIGNED292

DPV0_MASTERR

UNSIGNED

1

X

Current order code ext.
Current extended ordercode of the device
Not usedX

Not used
Default: 255

93

DPV0_WATCHDOG_TIMEOUTRUNSIGNED

4
Default: 094

BUS_ADDRESS_SW_HWR

UNSIGNED

1
Default: true95

DPV0_FAULTR

UNSIGNED

1
Default: 0
Selection:
0: No fault
1: Param fault
2: Config fault
3: Param & config fault

96

BAUDRATER

UNSIGNED

1
Default: 0
Selection:
0: Not detected
1: 9.6 kBit/s
2: 19.2 kBit/s
3: 31.25 kBit/s
4: 45.45 kBit/s
5: 93.75 kBit/s
6: 187.5 kBit/s
7: 500 kBit/s
8: 1.5 MBit/s
9: 3 MBit/s
10: 6 MBit/s
11: 12 MBit/s

97

DPV0_STATER

UNSIGNED

1

State of PROFIBUS DP state machine
Default: 0
Selection:
0: Wait for param
1: Wait for config
2: Data exchange

Endress+Hauser

46© Copyright Dec. 2021

SD01188C/07/EN/06.22

Index Parameter name

Access Data Type

Bytes Persistent Units Description

98

EXECUTION_INTERVALRUNSIGNED

299

GLOBAL_STATUS

R

UNSIGNED

1

Overall status signal of the device and the connected sensors.
Selection:
0: Ok
1: F = Failure
2: C = Function check
4: M = Maintenance required
8: S = Out of specification

100

CURRENT_DIAG_SOURCETYPER

UNSIGNED8

1

Current sensor-diagnosis : component
Default: 0
Selection:
0: General
1: Temperature Input
2: Binary Input
3: Binary Output
4: Current Input
5: Current Output
6: Relay
7: Memosens Sensor
8: PID Controller
9: Cleaning
10: Limit switch
11: Mathematical functions
12: Binary Input Module
13: Binary Output Module
14: Sample point

101

CURRENT_DIAG_MODULR

UNSIGNED

1

Most important device-related diagnosis : connection ID
Default: 0
Selection:
0: Slot 1
1: Slot 1
2: Slot 2
3: Slot 3
4: Slot 4
5: Slot 5
6: Slot 6
7: Slot 7
8: Sampler
9: Software
10: Analyzer

XInternal use

Endress+Hauser

47

SD01188C/07/EN/06.22

Index Parameter name

Access Data Type

Bytes Persistent Units Description

102

CURRENT_DIAG_PORTRUNSIGNED

1

Most important device-related diagnosis : connection ID
Default: 0103

CURRENT_DIAG_NE107_STATUS

R

UNSIGNED

1

Most important device-related diagnosis : status according to NAMUR NE107
Default: 0105

CURRENT_DIAG_TIMESTAMPR

DATE_AND_TIME 7

Most important device-related diagnosis : time of diagnosis appearance
Default: 0106

NUMBER_ADDITIONAL_DIAGRUNSIGNED

1

Nummber of additional device-related diagnosis messages
Default: 0

107

LAST_DIAG_SOURCETYPER

UNSIGNED8

1

Past device-diagnosis : component
Default: 0
Selection:
0: General
1: Temperature input
2: Binary input
3: Binary output
4: Current input
5: Current output
6: Relay
7: Memosens sensor
8: Controller
9: Cleaning
10: Limit switch
11: Mathematic function
12: Binary input module
13: Binary output module
14: Sample point

108

LAST_DIAG_MODULR

UNSIGNED

1

Past device-diagnosis : name of module
Default: 0
Selection:
0: Slot 1
1: Slot 1
2: Slot 2
3: Slot 3
4: Slot 4
5: Slot 5
6: Slot 6
7: Slot 7
8: Sampler
9: Software
10: Analyzer

Endress+Hauser

48© Copyright Dec. 2021

SD01188C/07/EN/06.22

Index Parameter name

Access Data Type

Bytes Persistent Units Description

109

LAST_DIAG_PORTRUNSIGNED

1

Past device-diagnosis: port
Default: 0

110

LAST_DIAG_NE107_STATUS

R

UNSIGNED

1

Past device-diagnosis : status according to NAMUR NE107
Default: 0112

LAST_DIAG_TIMESTAMPR

DATE_AND_TIME 7

Past device-diagnosis : time of diagnosis apperance
Default: 0

132

DISPLAY_SER_NUM

R

VISIBLESTRING

16

Serial number of the device display

133

POWER_SUPPLY_SER_NUM

R

VISIBLESTRING

16

Serial number of integrated power supply

134

CPU_SER_NUM

R

VISIBLESTRING

16

Serial of sub-rack

135

BASE_MODUL_SER_NUM

R

VISIBLESTRING

16

Serial of base module

136

FMSY1_MODUL_SER_NUM

R

VISIBLESTRING

16

Serial number of 'FXAB1' module

137

EXTENSION_MODUL_1_SER_NUM

R

VISIBLESTRING

16

Serial number of extension module

138

EXTENSION_MODUL_2_SER_NUM

R

VISIBLESTRING

16

Serial number of extension module

139

EXTENSION_MODUL_3_SER_NUM

R

VISIBLESTRING

16

Serial number of extension module

140

EXTENSION_MODUL_4_SER_NUM

R

VISIBLESTRING

16

Serial number of extension module

141

EXTENSION_MODUL_5_SER_NUM

R

VISIBLESTRING

16

Serial number of extension module

142

EXTENSION_MODUL_6_SER_NUM

R

VISIBLESTRING

16

Serial number of extension module

143

EXTENSION_MODUL_7_SER_NUM

R

VISIBLESTRING

16

Serial number of extension module

144

EXTENSION_MODUL_8_SER_NUM

R

VISIBLESTRING

16

Serial number of extension module

145

SENSOR_1_SER_NUM

R

VISIBLESTRING

16

Serial number of the sensor

146

SENSOR_2_SER_NUM

R

VISIBLESTRING

16

Serial number of the sensor

147

SENSOR_3_SER_NUM

R

VISIBLESTRING

16

Serial number of the sensor

148

SENSOR_4_SER_NUM

R

VISIBLESTRING

16

Serial number of the sensor

149

SENSOR_5_SER_NUM

R

VISIBLESTRING

16

Serial number of the sensor

150

SENSOR_6_SER_NUM

R

VISIBLESTRING

16

Serial number of the sensor

151

SENSOR_7_SER_NUM

R

VISIBLESTRING

16

Serial number of the sensor

152

SENSOR_8_SER_NUM

R

VISIBLESTRING

16

Serial number of the sensor

153

SENSOR_1_SOFTWARE_REVISIONRVISIBLESTRING

16

Software version of connected sensor

154

SENSOR_2_SOFTWARE_REVISIONRVISIBLESTRING

16

Software version of connected sensor

Endress+Hauser

49

SD01188C/07/EN/06.22

Index Parameter name

Access Data Type

Bytes Persistent Units Description

155

SENSOR_3_SOFTWARE_REVISIONRVISIBLESTRING

16

Software version of connected sensor

156

SENSOR_4_SOFTWARE_REVISIONRVISIBLESTRING

16

Software version of connected sensor

157

SENSOR_5_SOFTWARE_REVISIONRVISIBLESTRING

16

Software version of connected sensor

158

SENSOR_6_SOFTWARE_REVISIONRVISIBLESTRING

16

Software version of connected sensor

159

SENSOR_7_SOFTWARE_REVISIONRVISIBLESTRING

16

Software version of connected sensor

160

SENSOR_8_SOFTWARE_REVISIONRVISIBLESTRING

16

Software version of connected sensor

171

UDL_FEATURERUNSIGNED

2Internal use

172

UDL_REVISIONRUNSIGNED

2Internal use

173

UDL_OP_CODE

R/W

UNSIGNED

2Internal use

174

UDL_STATUS

R

UNSIGNED

2Internal use
Default: 33111

175

UDL_VERI_DELAYR

UNSIGNED

2

XInternal use

176

UTC_ZONERUNSIGNED

1

XTime zone
Default: 14
Selection:
0: Baker Island
1: Midway Island, Samoa
2: Hawaii
3: Alaska
4: Los Angeles, Vancouver
5: Denver, Phoenix
6: Chicago, Mexico City
7: New York, Toronto
8: Caracas, La Paz
9: Newfoundland
10: Buenos Aires, Brasilia
11: Mid Atlantic
12: Kap Verde
13: London, Lisbon
14: --15: Berlin, Rome, Paris
16: Athens, Cairo, Kiew
17: Kuwait, Moscow
18: Abu Dhabi, Tiflis
19: Kabul
20: Islamabad, Karatsch
21: New Delhi
Endress+Hauser

50© Copyright Dec. 2021

SD01188C/07/EN/06.22

Index Parameter name

Access Data Type

Bytes Persistent Units Description
22: Kathmandu
23: Astana, Dhaka
24: Pyinmana, CoconutIsland
25: Bankok, Jakarta
26: Singapur, Peking
27: Seoul, Tokio
28: Adelaide, Darwin
29: Brisbane, Canberra
30: Magadan, Salomon Islands
31: Norfolk Island
32: Auckland, Wellington
33: Chatham Islands
34: Nuku Alofa
35: Christmas Island

177

DAYLIGHT_SAVING_ACTIVER

UNSIGNED8

1

X

178

BUS_ADDRESS_LOCKEDR

UNSIGNED8

1Internal use
Default: false179

BUS_TERMINATIONRUNSIGNED

1

State of bus termination
Default: 0
Selection:
0: Off
1: On

180

PROFIBUS_ENABLEDR

UNSIGNED

1

181

DEVICE_ID_NUM

R

UNSIGNED

1

X

Summertime
Selection:
0: Normal time
1: Summer time
Default: false

Fieldbus enable
Default: 1
Selection:
0: Off
1: On
Manufacturer specific identification of the device.
Default: 0
Selection:
0: Liquiline CM442
1: Liquiline CM448
2: Liquiport CSP44
3: Liquistation CSF48
4: Liquistation CSF22
5: Liquistation CSF33

Endress+Hauser

51

SD01188C/07/EN/06.22

Index Parameter name

Access Data Type

Bytes Persistent Units Description
6: Liquiline System CA80
7: Liquistation CSF34
8: Liquistation CSF39
9: Liquiline CM44P

182

INTERNAL_PARAMETER_1

R

OCTETSTRING

16

X

Internal use

183

ORDER_CODE_AS_DELIVEREDR

VISIBLESTRING

60

184

RTC_DATETIMER

DATE_AND_TIME 7

Date/Time

185

RTC_SETDATETIME

R/W

DATE_AND_TIME 7

Date/Time
Real-Time Clock
Default: 2009-01-01T12:00:00

186

REV_COUNTER_IM0

R

UNSIGNED

2

212

HEARTBEAT_DEVICE_STATUS

R

DS60

12

213

HEARTBEAT_DEVICE_STATUS_UNITRUNSIGNED

2

214

HEARTBEAT_DEVICE_STATUS_RANGE

R

DS61

8

215

HEARTBEAT_DEVICE_HEALTH_CONDITION

R

DS60

12

216

HEARTBEAT_DEVICE_HEALTH_CONDITION_UNITRUNSIGNED

2

217

HEARTBEAT_DEVICE_HEALTH_CONDITION_RANGE

R

DS61

8

218

MAINTENANCE_TIMER_VALUE

R

DS60

12

219

MAINTENANCE_TIMER_VALUE_UNITRUNSIGNED

2220

MAINTENANCE_TIMER_VALUE_RANGE

R

DS61

8

221

HEARTBEAT_INDEX_DEVICE

R

DS60

12

222

HEARTBEAT_INDEX_DEVICE_UNITRUNSIGNED

2

223

HEARTBEAT_INDEX_DEVICE_RANGE

R

DS61

8

224

KEY_PERF_INDICATOR_DEVICE_OPERATING_TIME_TOTAL R

DURATION

6225

KEY_PERF_INDICATOR_DEVICE_AVAILABILITYR

FLOAT32

4

226

KEY_PERF_INDICATOR_DEVICE_OPERATING_TIMER

DURATION

6

X

The operating time since reset

227

KEY_PERF_INDICATOR_DEVICE_TIME_IN_FAILURER

DURATION

6

X

Operating time with NAMUR F status signal

228

KEY_PERF_INDICATOR_DEVICE_NUMBER_OF_FAILURESR

UNSIGNED

2

X

Number of failure diagnostic messages
Default: 0229

KEY_PERF_INDICATOR_DEVICE_MTBFR

DURATION

6

Orig. order code ext.

X

Not supported%

Heartbeat status device%

Heartbeat health device%

Heartbeat maintenance timer device%

Heartbeat index device

X

The total operating time since commissioning%(Operating time - Time in failure) / Operating time * 100 %Default: 100.0

Mean time between failures
Endress+Hauser

52© Copyright Dec. 2021

SD01188C/07/EN/06.22

Index Parameter name

Access Data Type

Bytes Persistent Units Description

230

R

6

KEY_PERF_INDICATOR_DEVICE_MTTR

DURATION

Mean time to repair

Endress+Hauser

53

SD01188C/07/EN/06.22

9.1.2 Funktionblocks
9.1.2.1 Analog Input (AI1-16), Slot 1-16
Index Parameter name

Access Data Type

Bytes

Persistent Units

Description

17

ST_REVR

UNSIGNED

2

X

The revision level of the static data associated with the block. The Static Revision No. is changed by the device each time
data is written to the static parameter.

18

TAG_DESCR/W

VISIBLESTRING 32

X

Text; can be used in any way.

19

STRATEGYR/W

UNSIGNED

2

X

The strategy field can be used to help group blocks. These data are not checked or processed by the block.

20

ALERT_KEY

R/W

UNSIGNED

1

X

The alert parameter (0 - 255) has a user-assigned value which may be used in sorting alarms or events generated by ablock.

21

TARGET_MODE

R/W

UNSIGNED

1

X

Defines the target mode of the block.
Selection:
0: None
1: Remote output (ROUT)
2: Remote cascade (RCAS)
4: Cascade (CAS)8: AUTO
16: MAN
32: Local override (LO)64: Initialization manual (IMan)
128: Out of Service (O/S)

22

MODE_BLK

R

DS37

3

This parameter contains the current mode, the permitted and normal mode of the block.

23

ALARM_SUM

R

DS42

8

This parameter contains the current states of the block alarms.

24

BATCH

R/W

DS67

10

26

OUT

R

DS101

5

27

PV_SCALE

R/W

DS61

8

X

This parameter contains the time constant for the rise time of the output up to a value of 63.21% resulting from a jumpat the filter input. The engineering unit of this parameter is always seconds.

28

OUT_SCALE

R/W

DS36

11

X

Scale of the Process Variable. \n The Function Block parameter OUT_SCALE contains the values of the lower limit andupper limit effective range, the code number of the engineering unit of Process Variable and the number of digits on theright hand side of the decimal point.

29

LIN_TYPER/W

UNSIGNED

1

X

Selects the type of linearization. The selection LINEAR means no linearization.
Selection:
0: Linear

X

This parameter is intended to be used in Batch applications in line with IEC 61512 Part1.
The Function Block parameter OUT contains the current measurement value in a vendor specific or configuration
adjusted engineering unit and the belonging state in AUTO MODE. The Function Block parameter OUT contains the value
and status set by an operator in MAN MODE.

Endress+Hauser

54© Copyright Dec. 2021

SD01188C/07/EN/06.22

Index Parameter name

Access Data Type

Bytes

Persistent Units

Description

30

CHANNELR/W

UNSIGNED

2

X

The number of the hardware channel that is connected to this function block. It defines the associated transducer block.

32

PV_FTIME

R/W

FLOAT32

4

X

Time in seconds from detection of failure of the actual used set point to the action of the block if the condition still exists.

33

FSAFE_TYPE

R/W

UNSIGNED

1

X

Fail safe mode: Defines reaction of device if failure of the actual used setpoint is still detected after 'Fail safe time' or if
the status of the actual used setpoint is 'Initiate fail safe'.
Selection:
0: Default value is used as output value.
1: Storing last valid Output Value.
2: The calculated output value is incorrect.

34

FSAFE_VALUE

R/W

FLOAT32

4

X

Default value for the OUT parameter, if sensor or sensor electronic fault is detected. The unit of this parameter is thesame as the OUT one.

35

ALARM_HYS

R/W

FLOAT32

4

X

Hysteresis expressed in the engineering units of the output value scale. An alarm occurs when a value exceeds an upper
limit. The alarm's status remains true until the value drops below the limit minus the alarm hysteresis. The directions arereversed for low limit detection. The hysteresis is also used for the warnings.

37

HI_HI_LIM

R/W

FLOAT32

4

X

The setting for the upper alarm limit in engineering units.

39

HI_LIM

R/W

FLOAT32

4

X

The setting for the upper warning limit in engineering units.

41

LO_LIM

R/W

FLOAT32

4

X

The setting for the lower warning limit in engineering units.

43

LO_LO_LIM

R/W

FLOAT32

4

X

The setting for the lower alarm limit in engineering units.

50

SIMULATE

R/W

DS50

6

X

For commissioning and test purposes the input value from the Transducer Block in the Analog Input Function Block AI-FB
can be modified. That means that the Transducer and AI-FB will be disconnected.

51

OUT_UNIT_TEXT

R/W

OCTETSTRING 16

Not supported

9.1.2.2 Discrete Input (DI1-8), Slot 17-24
Index Parameter name

Access Data Type

Bytes

Persistent Units

Description

17

ST_REVR

UNSIGNED

2

X

The revision level of the static data associated with the block. The Static Revision No. is changed by the device each time
data is written to the static parameter.

18

TAG_DESCR/W

VISIBLESTRING 32

X

Text; can be used in any way.

19

STRATEGYR/W

UNSIGNED

2

X

The strategy field can be used to help group blocks. These data are not checked or processed by the block.

20

ALERT_KEY

R/W

UNSIGNED

1

X

The alert parameter (0 - 255) has a user-assigned value which may be used in sorting alarms or events generated by ablock.

21

TARGET_MODE

R/W

UNSIGNED

1

X

Defines the target mode of the block.
Selection:
0: NoneEndress+Hauser

55

SD01188C/07/EN/06.22

Index Parameter name

Access Data Type

Bytes

Persistent Units

Description
1: Remote output (ROUT)
2: Remote cascade (RCAS)
4: Cascade (CAS)8: AUTO
16: MAN
32: Local override (LO)64: Initialization manual (IMan)
128: Out of Service (O/S)

22

MODE_BLK

R

DS37

3

This parameter contains the current mode, the permitted and normal mode of the block.

23

ALARM_SUM

R

DS42

8

This parameter contains the current states of the block alarms.

24

BATCH

R/W

DS67

10

26

OUT_D

R

DS102

2

30

CHANNELR/W

UNSIGNED

2

X

Reference to the active Transducer Block which provides the measurement value to the Function Block.

31

INVERT

R/W

UNSIGNED

1

X

Indicates whether the input value of the PV_D should be logically inverted before it is stored in the OUT_D.
Selection:
0: Not inverted
1: Inverted

36

FSAFE_TYPE

R/W

UNSIGNED

1

X

Fail safe mode: Defines reaction of device if failure of the actual used setpoint is still detected after 'Fail safe time' or if
the status of the actual used setpoint is 'Initiate fail safe'.
Selection:
0: Default value is used as output value.
1: Storing last valid Output Value.
2: The calculated output value is incorrect.

37

FSAFE_VALUE_D

R/W

UNSIGNED

1

X

Default value for the OUT_D parameter, if a sensor or sensor electronic fault is detected. The unit of this parameter is thesame like the OUT_D one.

40

SIMULATE_D

R/W

DS51

3

X

For commissioning and test purposes the input value from the Transducer Block in the Discrete Input Function Block DIFB can be modified.

X

This parameter is intended to be used in Batch applications in line with IEC 61512 Part1.
OUT_D is the output of the Function Block. The value is specified by the operator in MODE Man.

9.1.2.3 Analog Output (AO1-4), Slot 25-28
Index Parameter name

Access Data Type

Bytes Persistent Units Description

17

ST_REVR

UNSIGNED

2

X

The revision level of the static data associated with the block. The Static Revision No. is changed by the device each time
data is written to the static parameter.

18

TAG_DESCR/W

VISIBLESTRING 32

X

Text; can be used in any way.

19

STRATEGYR/W

UNSIGNEDX

The strategy field can be used to help group blocks. These data are not checked or processed by the block.

2

Endress+Hauser

56© Copyright Dec. 2021

SD01188C/07/EN/06.22

Index Parameter name

Access Data Type

Bytes Persistent Units Description

20

ALERT_KEY

R/W

UNSIGNED

1

X

The alert parameter (0 - 255) has a user-assigned value which may be used in sorting alarms or events generated by ablock.

21

TARGET_MODE

R/W

UNSIGNED

1

X

Defines the target mode of the block.
Selection:
0: None
1: Remote output (ROUT)
2: Remote cascade (RCAS)
4: Cascade (CAS)8: AUTO
16: MAN
32: Local override (LO)64: Initialization manual (IMan)
128: Out of Service (O/S)

22

MODE_BLK

R

DS37

3

This parameter contains the current mode, the permitted and normal mode of the block.

23

ALARM_SUM

R

DS42

8

Not used

24

BATCH

R/W

DS67

10

25

SP

R/W

DS101

5

27

PV_SCALE

R/W

DS36

11

28

READBACK

R

DS101

5

Not used30

RCAS_IN

R

DS101

5

Not used37

IN_CHANNELR/W

UNSIGNED

2

X

Reference to the active Transducer Block and its parameter.

38

OUT_CHANNELR/W

UNSIGNED

2

X

Reference to the active Transducer Block and its parameter which consumes the output value of this function block.

39

FSAFE_TIME

R/W

FLOAT32

4

X

Time in seconds from detection of failure of the actual used set point to the action of the block if the condition still exists.

40

FSAFE_TYPE

R/W

UNSIGNED

1

X

Defines reaction of device if communication fault is still detected after fail safe time.
Selection:
0: Fail Safe Value is used as control regulator input
1: Storing last valid setpoint.
2: Actuator goes to fail-safe position

41

FSAFE_VALUE

R/W

FLOAT32

4

X

Default Value for the setpoint input if communication fault is detected.

43

RCAS_OUT

R

DS101

5

Not supported

47

POS_D

R

DS102

2

Not used

48

SETP_DEVIATIONR

FLOAT32

4

Not supported

49

CHECK_BACKR

OCTETSTRING 3

XThis parameter is intended to be used in Batch applications in line with IEC 61512 Part1.
Setpoint

X

Conversion of the PV in engineering units to PV in percent as the input value of the Function Block. It consists of the highand low scale values, engineering unit code, and number of digits to the right of the decimal point.

Not used

Endress+Hauser

57

SD01188C/07/EN/06.22

Index Parameter name

Access Data Type

Bytes Persistent Units Description

50

CHECK_BACK_MASK R

OCTETSTRING 3

Not used

51

SIMULATE

R/W

DS50

6

X

Simulation Value: For commissioning and maintenance reasons, it is possible to simulate the Readback by defining the value
and the status. That means that the Transducer Block and the Function Block will be disconnected.

52

INCREASE_CLOSE

R/W

UNSIGNED

1

X

Not used

53

OUT

R/W

DS101

5

54

OUT_SCALE

R/W

DS36

11

This parameter is the process variable of the analog output block in engineering units in AUTO and RCas mode and is thevalue specified by the operator/engineer in Man and LO mode.
X

Conversion of the OUT of the Function Block in percent to OUT in engineering units as the output value of the Function
Block. The high and low scale values, engineering unit code, and the number of digits to the right of the decimal point

9.1.2.4 Discrete Output (DO1-8), Slot 29-36
Index Parameter name

Access Data Type

Bytes Persistent Units Description

17

ST_REVR

UNSIGNED

2

X

The revision level of the static data associated with the block. The Static Revision No. is changed by the device each time
data is written to the static parameter.

18

TAG_DESCR/W

VISIBLESTRING 32

X

Text; can be used in any way.

19

STRATEGYR/W

UNSIGNED

2

X

The strategy field can be used to help group blocks. These data are not checked or processed by the block.

20

ALERT_KEY

R/W

UNSIGNED

1

X

The alert parameter (0 - 255) has a user-assigned value which may be used in sorting alarms or events generated by ablock.

21

TARGET_MODE

R/W

UNSIGNED

1

X

Defines the target mode of the block.
Selection:
0: None
1: Remote output (ROUT)
2: Remote cascade (RCAS)
4: Cascade (CAS)8: AUTO
16: MAN
32: Local override (LO)64: Initialization manual (IMan)
128: Out of Service (O/S)

22

MODE_BLK

R

DS37

3

This parameter contains the current mode, the permitted and normal mode of the block.

23

ALARM_SUM

R

DS42

8

Not used

24

BATCH

R/W

DS67

10

25

SP_D

R/W

DS102

2

Set point of Function Block used in MODE AUTO.

26

OUT_D

R/W

DS102

2

This parameter is the process variable of the discrete output block in AUTO.

X

This parameter is intended to be used in Batch applications in line with IEC 61512 Part1.

Endress+Hauser

58© Copyright Dec. 2021

SD01188C/07/EN/06.22

Index Parameter name

Access Data Type

Bytes Persistent Units Description

28

READBACK_D

R

DS102

2

30

RCAS_IN_D

R

DS102

2

33

IN_CHANNELR/W

UNSIGNED

2

X

Reference to the active Transducer Block and its parameter which consumes the output value of this function block.

34

INVERT

R/W

UNSIGNED

1

X

Indicates whether the setpoint should be inverted before it is stored.

35

FSAFE_TIME

R/W

FLOAT32

4

Time in seconds from detection of failure of the actual used set point to the action of the block if the condition still exists.

36

FSAFE_TYPE

R/W

UNSIGNED

1

Fail safe mode: Defines reaction of device if failure of the actual used setpoint is still detected after 'Fail safe time' or if thestatus of the actual used setpoint is 'Initiate fail safe'.
Selection:
0: Default value is used as output value.
1: Storing last valid Output Value.
2: The calculated output value is incorrect.

37

FSAFE_VAL_D

R/W

UNSIGNED

1

38

RCAS_OUT_D

R

DS102

2

40

SIMULATE_D

R/W

DS51

3

49

CHECK_BACKR

OCTETSTRING 3

Not used

50

CHECK_BACK_MASK R

OCTETSTRING 3

Not used51

OUT_CHANNELUNSIGNED

R/W

2

Not usedNot usedX

Default value for the OUT parameter, if sensor or sensor electronic fault is detected. The unit of this parameter is the sameas the OUT one.
Not used

X

X

For commissioning and maintenance reasons, it is possible to simulate the READBACK by defining the value and the status.

Reference to the active Transducer Block and its parameter which provides the postioning value for the final control
element.

Endress+Hauser

59SD01188C/07/EN/06.22

9.1.3 Transducerblocks
9.1.3.1 I/O, Slot 33
Index Parameter name

Access Data Type

Bytes Persistent Units Description

78

OUT_01

R

DS60

12

79

OUT_01_UNITRUNSIGNED

2

X

Engineering unit of process value OUT.

80

OUT_01_RANGE

R

DS61

8

X

Range of process value OUT.

81

OUT_01_DESCRR

VISIBLESTRING 60

Description of the data source for the value.

82

OUT_02

R

DS60

12

Measurement value of sensor or other analog value. This parameter is connected to the Analog Input Function Block (AI) withthe same number.

83

OUT_02_UNITRUNSIGNED

2

X

Engineering unit of process value OUT.

84

OUT_02_RANGE

R

DS61

8

X

Range of process value OUT.

85

OUT_02_DESCRR

VISIBLESTRING 60

Description of the data source for the value.

86

OUT_03

R

DS60

12

Measurement value of sensor or other analog value. This parameter is connected to the Analog Input Function Block (AI) withthe same number.

87

OUT_03_UNITRUNSIGNED

2

X

Engineering unit of process value OUT.

88

OUT_03_RANGE

R

DS61

8

X

Range of process value OUT.

89

OUT_03_DESCRR

VISIBLESTRING 60

Description of the data source for the value.

90

OUT_04

R

DS60

12

Measurement value of sensor or other analog value. This parameter is connected to the Analog Input Function Block (AI) withthe same number.

91

OUT_04_UNITRUNSIGNED

2

X

Engineering unit of process value OUT.

92

OUT_04_RANGE

R

DS61

8

X

Range of process value OUT.

93

OUT_04_DESCRR

VISIBLESTRING 60

Description of the data source for the value.

94

OUT_05

R

DS60

12

Measurement value of sensor or other analog value. This parameter is connected to the Analog Input Function Block (AI) withthe same number.

95

OUT_05_UNITRUNSIGNED

2

X

Engineering unit of process value OUT.

96

OUT_05_RANGE

R

DS61

8

X

Range of process value OUT.

97

OUT_05_DESCRR

VISIBLESTRING 60

Description of the data source for the value.

98

OUT_06

R

DS60

Measurement value of sensor or other analog value. This parameter is connected to the Analog Input Function Block (AI) withthe same number.

12

Measurement value of sensor or other analog value. This parameter is connected to the Analog Input Function Block (AI) withthe same number.

Endress+Hauser

60© Copyright Dec. 2021

SD01188C/07/EN/06.22

Index Parameter name

Access Data Type

Bytes Persistent Units Description99

OUT_06_UNITRUNSIGNED

2

X

Engineering unit of process value OUT.

100

OUT_06_RANGE

R

DS61

8

X

Range of process value OUT.

101

OUT_06_DESCRR

VISIBLESTRING 60

Description of the data source for the value.

102

OUT_07

R

DS60

12

Measurement value of sensor or other analog value. This parameter is connected to the Analog Input Function Block (AI) withthe same number.

103

OUT_07_UNITRUNSIGNED

2

X

Engineering unit of process value OUT.

104

OUT_07_RANGE

R

DS61

8

X

Range of process value OUT.

105

OUT_07_DESCRR

VISIBLESTRING 60

Description of the data source for the value.

106

OUT_08

R

DS60

12

Measurement value of sensor or other analog value. This parameter is connected to the Analog Input Function Block (AI) withthe same number.

107

OUT_08_UNITRUNSIGNED

2

X

Engineering unit of process value OUT.

108

OUT_08_RANGE

R

DS61

8

X

Range of process value OUT.

109

OUT_08_DESCRR

VISIBLESTRING 60

Description of the data source for the value.

110

OUT_09

R

DS60

12

Measurement value of sensor or other analog value. This parameter is connected to the Analog Input Function Block (AI) withthe same number.

111

OUT_09_UNITRUNSIGNED

2

X

Engineering unit of process value OUT.

112

OUT_09_RANGE

R

DS61

8

X

Range of process value OUT.

113

OUT_09_DESCRR

VISIBLESTRING 60

Description of the data source for the value.

114

OUT_10

R

DS60

12

Measurement value of sensor or other analog value. This parameter is connected to the Analog Input Function Block (AI) withthe same number.

115

OUT_10_UNITRUNSIGNED

2

X

Engineering unit of process value OUT.

116

OUT_10_RANGE

R

DS61

8

X

Range of process value OUT.

117

OUT_10_DESCRR

VISIBLESTRING 60

Description of the data source for the value.

118

OUT_11

R

DS60

12

Measurement value of sensor or other analog value. This parameter is connected to the Analog Input Function Block (AI) withthe same number.

119

OUT_11_UNITRUNSIGNED

2

X

Engineering unit of process value OUT.

120

OUT_11_RANGE

R

DS61

8

X

Range of process value OUT.

121

OUT_11_DESCRR

VISIBLESTRING 60

Description of the data source for the value.

122

OUT_12

R

DS60

Measurement value of sensor or other analog value. This parameter is connected to the Analog Input Function Block (AI) withthe same number.

12

Endress+Hauser

61

SD01188C/07/EN/06.22

Index Parameter name

Access Data Type

Bytes Persistent Units Description

123

OUT_12_UNITRUNSIGNED

2

X

Engineering unit of process value OUT.

124

OUT_12_RANGE

R

DS61

8

X

Range of process value OUT.

125

OUT_12_DESCRR

VISIBLESTRING 60

Description of the data source for the value.

126

OUT_13

R

DS60

12

Measurement value of sensor or other analog value. This parameter is connected to the Analog Input Function Block (AI) withthe same number.

127

OUT_13_UNITRUNSIGNED

2

X

Engineering unit of process value OUT.

128

OUT_13_RANGE

R

DS61

8

X

Range of process value OUT.

129

OUT_13_DESCRR

VISIBLESTRING 60

Description of the data source for the value.

130

OUT_14

R

DS60

12

Measurement value of sensor or other analog value. This parameter is connected to the Analog Input Function Block (AI) withthe same number.

131

OUT_14_UNITRUNSIGNED

2

X

Engineering unit of process value OUT.

132

OUT_14_RANGE

R

DS61

8

X

Range of process value OUT.

133

OUT_14_DESCRR

VISIBLESTRING 60

Description of the data source for the value.

134

OUT_15

R

DS60

12

Measurement value of sensor or other analog value. This parameter is connected to the Analog Input Function Block (AI) withthe same number.

135

OUT_15_UNITRUNSIGNED

2

X

Engineering unit of process value OUT.

136

OUT_15_RANGE

R

DS61

8

X

Range of process value OUT.

137

OUT_15_DESCRR

VISIBLESTRING 60

Description of the data source for the value.

138

OUT_16

R

DS60

12

Measurement value of sensor or other analog value. This parameter is connected to the Analog Input Function Block (AI) withthe same number.

139

OUT_16_UNITRUNSIGNED

2

X

Engineering unit of process value OUT.

140

OUT_16_RANGE

R

DS61

8

X

Range of process value OUT.

141

OUT_16_DESCRR

VISIBLESTRING 60

Description of the data source for the value.

142

OUT_D_01

R

DS102

Discrete process value, e.g. state of relay output. This parameter is connected to the Digital Input Function Block (DI) with thesame number.

143

OUT_D_01_DESCR R

VISIBLESTRING 60

Description of the data source for the value.

144

OUT_D_02

DS102

Discrete process value, e.g. state of relay output. This parameter is connected to the Digital Input Function Block (DI) with thesame number.

145

OUT_D_02_DESCR R

VISIBLESTRING 60

Description of the data source for the value.

146

OUT_D_03

DS102

Discrete process value, e.g. state of relay output. This parameter is connected to the Digital Input Function Block (DI) with thesame number.

R

R

2

2

2

Endress+Hauser

62© Copyright Dec. 2021

SD01188C/07/EN/06.22

Index Parameter name

Access Data Type

Bytes Persistent Units Description

147

OUT_D_03_DESCR R

VISIBLESTRING 60

Description of the data source for the value.

148

OUT_D_04

DS102

Discrete process value, e.g. state of relay output. This parameter is connected to the Digital Input Function Block (DI) with thesame number.

149

OUT_D_04_DESCR R

VISIBLESTRING 60

Description of the data source for the value.

150

OUT_D_05

DS102

Discrete process value, e.g. state of relay output. This parameter is connected to the Digital Input Function Block (DI) with thesame number.

151

OUT_D_05_DESCR R

VISIBLESTRING 60

Description of the data source for the value.

152

OUT_D_06

DS102

Discrete process value, e.g. state of relay output. This parameter is connected to the Digital Input Function Block (DI) with thesame number.

153

OUT_D_06_DESCR R

VISIBLESTRING 60

Description of the data source for the value.

154

OUT_D_07

DS102

Discrete process value, e.g. state of relay output. This parameter is connected to the Digital Input Function Block (DI) with thesame number.

155

OUT_D_07_DESCR R

VISIBLESTRING 60

Description of the data source for the value.

156

OUT_D_08

DS102

Discrete process value, e.g. state of relay output. This parameter is connected to the Digital Input Function Block (DI) with thesame number.

157

OUT_D_08_DESCR R

VISIBLESTRING 60

Description of the data source for the value.

158

SP_01

R/W

DS101

5

Analog setpoint. This parameter is connected to an Analog Output Function Block (AO) with the same number.

159

SP_01_UNITRUNSIGNED

2

X

Engineering unit of the setpoint SP.

160

SP_01_RANGE

R

DS61

8

X

Range (min, max) of the setpoint SP.

161

SP_01_DESCR

R/W

VISIBLESTRING 32

X

User defined description of the data sink for the value.

162

SP_02

R/W

DS101

5

163

SP_02_UNITRUNSIGNED

2

X

Engineering unit of the setpoint SP.

164

SP_02_RANGE

R

DS61

8

X

Range (min, max) of the setpoint SP.

165

SP_02_DESCR

R/W

VISIBLESTRING 32

X

User defined description of the data sink for the value.

166

SP_03

R/W

DS101

5

167

SP_03_UNITRUNSIGNED

2

X

Engineering unit of the setpoint SP.

168

SP_03_RANGE

R

DS61

8

X

Range (min, max) of the setpoint SP.

169

SP_03_DESCR

R/W

VISIBLESTRING 32

X

User defined description of the data sink for the value.

170

SP_04

R/W

DS101

5

171

SP_04_UNITRUNSIGNED

2

R

R

R

R

R

2

2

2

2

2

Analog setpoint. This parameter is connected to an Analog Output Function Block (AO) with the same number.

Analog setpoint. This parameter is connected to an Analog Output Function Block (AO) with the same number.

Analog setpoint. This parameter is connected to an Analog Output Function Block (AO) with the same number.
X

Engineering unit of the setpoint SP.

Endress+Hauser

63SD01188C/07/EN/06.22

Index Parameter name

Access Data Type

Bytes Persistent Units Description

172

SP_04_RANGE

R

DS61

8

X

Range (min, max) of the setpoint SP.

173

SP_04_DESCR

R/W

VISIBLESTRING 32

X

User defined description of the data sink for the value.

174

SP_D_01

R/W

DS102

175

SP_D_01_DESCR

R/W

VISIBLESTRING 32

176

SP_D_02

R/W

DS102

177

SP_D_02_DESCR

R/W

VISIBLESTRING 32

178

SP_D_03

R/W

DS102

179

SP_D_03_DESCR

R/W

VISIBLESTRING 32

180

SP_D_04

R/W

DS102

181

SP_D_04_DESCR

R/W

VISIBLESTRING 32

182

SP_D_05

R/W

DS102

183

SP_D_05_DESCR

R/W

VISIBLESTRING 32

184

SP_D_06

R/W

DS102

185

SP_D_06_DESCR

R/W

VISIBLESTRING 32

186

SP_D_07

R/W

DS102

187

SP_D_07_DESCR

R/W

VISIBLESTRING 32

188

SP_D_08

R/W

DS102

189

SP_D_08_DESCR

R/W

VISIBLESTRING 32

2

Discrete setpoint. Values >=1 are interpreted as 1. This parameter is connected to a Discrete Output Function Block (DO) withthe same number.
X

2

User defined description of the data sink for the value.
Discrete setpoint. Values >=1 are interpreted as 1. This parameter is connected to a Discrete Output Function Block (DO) withthe same number.

X

2

User defined description of the data sink for the value.
Discrete setpoint. Values >=1 are interpreted as 1. This parameter is connected to a Discrete Output Function Block (DO) withthe same number.

X

2

User defined description of the data sink for the value.
Discrete setpoint. Values >=1 are interpreted as 1. This parameter is connected to a Discrete Output Function Block (DO) withthe same number.

X

2

User defined description of the data sink for the value.
Discrete setpoint. Values >=1 are interpreted as 1. This parameter is connected to a Discrete Output Function Block (DO) withthe same number.

X

2

User defined description of the data sink for the value.
Discrete setpoint. Values >=1 are interpreted as 1. This parameter is connected to a Discrete Output Function Block (DO) withthe same number.

X

2

User defined description of the data sink for the value.
Discrete setpoint. Values >=1 are interpreted as 1. This parameter is connected to a Discrete Output Function Block (DO) withthe same number.

X

2

User defined description of the data sink for the value.
Discrete setpoint. Values >=1 are interpreted as 1. This parameter is connected to a Discrete Output Function Block (DO) withthe same number.

X

User defined description of the data sink for the value.

Endress+Hauser

64© Copyright Dec. 2021

SD01188C/07/EN/06.22

9.1.3.2 Sensor 1-8, Slot 1-8
Index Parameter name

Access Data Type

Bytes Persistent Units Description

78

SENSOR_ENABLE

R

UNSIGNED

1

X

Port activation state
Activation of sensor channel
Default: 0
Selection:
0: On
1: Off79

ACTIVE_SENSOR_TYPE

R/W

UNSIGNED

1

X

Sensor type
Selected sensor type. The selected type has to match with the connected sensor type.
Default: 0
Selection:
0: --1: Oxygen (amp.)
2: Oxygen (opt.)
3: pH Glass
5: pH ISFET
6: Cond c
7: Cond i
8: ORP
9: TU/TS
10: Nitrate
11: ISE
12: SAC
13: Ultrasonic interface
14: Chlorine (CCS142D)
18: pH/ORP
19: Cond c 4-pol
20: Oxygen (opt.)
21: TU
22: Inline photometer
23: TU/AU
24: Disinfection
25: Spectrometer

80

CONNECTED_SENSOR_TYPE

R

UNSIGNED

1

X

Sensor type
Connected sensor type
Default: 0
Selection:
0: --1: Oxygen (amp.)
2: Oxygen (opt.)

Endress+Hauser

65SD01188C/07/EN/06.22

Index Parameter name

Access Data Type

Bytes Persistent Units Description
3: pH Glass
5: pH ISFET
6: Cond c
7: Cond i
8: ORP
9: TU/TS
10: Nitrate
11: ISE
12: SAC
13: Ultrasonic interface
14: Chlorine (CCS142D)
18: pH/ORP
19: Cond c 4-pol
20: Oxygen (opt.)
21: TU
22: Inline photometer
23: TU/AU
24: Disinfection
25: Spectrometer

81

SENSOR_TAG

R

VISIBLESTRING

32

Tag
Sensor description/TAG

82

SENSOR_SERIALR

VISIBLESTRING

16

Serial number
Serial number of the sensor

83

SENSOR_HW_VERSIONR

VISIBLESTRING

16

Hardware version
Hardware version of connected sensor

84

SENSOR_SW_VERSIONR

VISIBLESTRING

16

Software version
Software version of connected sensor

85

CURRENT_DIAG_SOURCETYPER

UNSIGNED8

1
Default: 0
Selection:
0: General
1: Temperature Input
2: Binary Input
3: Binary Output
4: Current Input
5: Current Output
6: Relay
7: Memosens Sensor
8: PID Controller
9: Cleaning

Endress+Hauser

66© Copyright Dec. 2021

SD01188C/07/EN/06.22

Index Parameter name

Access Data Type

Bytes Persistent Units Description
10: Limit switch
11: Binary formula result
12: Binary Input Module
13: Binary Output Module
14: Sample point86

CURRENT_DIAG_MODULR

UNSIGNED

1
Default: 0
Selection:
0: Slot 1
1: Slot 1
2: Slot 2
3: Slot 3
4: Slot 4
5: Slot 5
6: Slot 6
7: Slot 7
8: Sampler
9: Software
10: Analyzer

87

CURRENT_DIAG_PORTRUNSIGNED

1
Default: 088

CURRENT_DIAG_NE107_STATUS

R

UNSIGNED

1
Default: 089

CURRENT_DIAG_CODER

UNSIGNED

290

CURRENT_DIAG_TIMESTAMPR

DATE_AND_TIME 7

Current sensor-diagnosis : diagnosis code
Default: 0
Default: 0

91

NUMBER_ADDITIONAL_DIAGRUNSIGNED

1

92

LAST_DIAG_SOURCETYPER

UNSIGNED8

1

Default: 0
Default: 0
Selection:
0: General
1: Temperature Input
2: Binary Input
3: Binary Output
4: Current Input
5: Current Output
6: Relay

Endress+Hauser

67SD01188C/07/EN/06.22

Index Parameter name

Access Data Type

Bytes Persistent Units Description
7: Memosens Sensor
8: PID Controller
9: Cleaning
10: Limit switch
11: Binary formula result
12: Binary Input Module
13: Binary Output Module
14: Sample preparation

93

LAST_DIAG_MODULR

UNSIGNED

1
Default: 0
Selection:
0: Slot 1
1: Slot 1
2: Slot 2
3: Slot 3
4: Slot 4
5: Slot 5
6: Slot 6
7: Slot 7
8: Sampler
9: Software
10: Analyzer

94

LAST_DIAG_PORTRUNSIGNED

1
Default: 0

95

LAST_DIAG_NE107_STATUS

R

UNSIGNED

1
Default: 0

96

LAST_DIAG_CODER

UNSIGNED

2

97

LAST_DIAG_TIMESTAMPR

DATE_AND_TIME 7

Past sensor-diagnosis: diagnosis code
Default: 0
Default: 098

OP_TIME_TOTALR

FLOAT324shOperating hours of connected sensor
Default: 0.099

OP_TIME_ABOVE_SPEC_TEMPR

FLOAT324shOperating hours above maximal operating temperature
Default: 0.0100

OP_TIME_BELOW_SPEC_TEMPR

FLOAT324shOperating hours below minimal operating temperature
Default: 0.0

101

OP_TIME_LAMP_LIFER

FLOAT32

4

Operating hours of lamp, uint seconds [s]Default: 0.0

Endress+Hauser

68© Copyright Dec. 2021

SD01188C/07/EN/06.22

Index Parameter name

Access Data Type

Bytes Persistent Units Description

102

OP_TIME_STERILISATIONSRUNSIGNED

2

Number of sterilisation cycles
Default: 0103

OP_TIME_CIP_CYCLESRUNSIGNED

2

Number of clean in place cycles
Default: 0

104

OP_TIME_CAP_CALIBRATIONSRUNSIGNED

2

Number of sensor-cap calibrations
Default: 0105

OP_TIME_CAP_CALIB_TIMERR

FLOAT32

4

106

OP_TIME_CAP_STERILISATIONSRUNSIGNED

1

Number of sensor-cap sterilisations
Default: 0107

OP_TIME_CAP_FILTER_CHANGED R

FLOAT32

4

Number of filter changes
Default: 0.0108

CAL_COUNT_0

R

UNSIGNED

2

Number of calibrations
Default: 0109

CAL_COUNT_1

R

UNSIGNED

2

Number of calibrations, 2nd parameter of multiparameter sensor
Default: 0110

CAL_COUNT_2

R

UNSIGNED

2

Number of calibrations, 3rd parameter of multiparameter sensor
Default: 0111

CAL_COUNT_3

R

UNSIGNED

2

Number of calibrations, 4th parameter of multiparameter sensor
Default: 0112

CAL_DATETIME_0

R

DATE_AND_TIME 7

Time stamp of last calibration

113

CAL_DATETIME_1

R

DATE_AND_TIME 7

Time stamp of last calibration, 2nd parameter of multiparameter sensor

114

CAL_DATETIME_2

R

DATE_AND_TIME 7

Time stamp of last calibration, 3rd parameter of multiparameter sensor

115

CAL_DATETIME_3

R

DATE_AND_TIME 7

Time stamp of last calibration, 4th parameter of multiparameter sensor

116

CAL_COUNT_ZERORUNSIGNED

Number of zero point calibrations
Default: 0117

CAL_DATETIME_ZEROR

DATE_AND_TIME 7

Time stamp of last zero point calibration

118

CAL_COUNT_TEMPRUNSIGNED

Number of temperature calibrations
Default: 0

119

CAL_DATETIME_TEMPR

DATE_AND_TIME 7

2

2

s
h

Calibration timer of sensor cap
Default: 0.0

Time stamp of last temperature calibration

Endress+Hauser

69

SD01188C/07/EN/06.22

9.1.3.3 Sensor Heartbeat 1-8, Slot 25-32
Index Parameter name

Access Data Type

Bytes Persistent

Units Description

158

HEARTBEAT_SENSOR_STATUS_CHx

R

DS60

12

%

Heartbeat status sensor

159

HEARTBEAT_SENSOR_STATUS_CHx_UNITRUNSIGNED

2

160

HEARTBEAT_SENSOR_STATUS_CHx_RANGE

R

DS61

8

161

HEARTBEAT_SENSOR_HEALTH_CONDITION_CHx

R

DS60

12

%

Heartbeat health sensor

162

HEARTBEAT_SENSOR_HEALTH_CONDITION_CHx_UNITRUNSIGNED

2

163

HEARTBEAT_SENSOR_HEALTH_CONDITION_CHx_RANGE

R

DS61

8

164

MAINTENANCE_TIMER_VALUE_CHx

R

DS60

12

%

Heartbeat maintenance timer sensor

165

MAINTENANCE_TIMER_VALUE_CHx_UNITRUNSIGNED

2

166

MAINTENANCE_TIMER_VALUE_CHx_RANGE

R

DS61

8

167

HEARTBEAT_INDEX_SENSOR_CHx

R

DS60

12

%

Heartbeat index sensor

168

HEARTBEAT_INDEX_SENSOR_CHx_UNITRUNSIGNED

2

169

HEARTBEAT_INDEX_SENSOR_CHx_RANGE

R

DS61

8

170

KEY_PERF_INDICATOR_SENSOR_AVAILABILITY_CHx

R

FLOAT32

4%(Operating time - Time in failure) / Operating time * 100 %Default: 100.0

171

KEY_PERF_INDICATOR_SENSOR_OPERATING_TIME_CHx

R

DURATION

6

X

The total operating time since commissioning

172

KEY_PERF_INDICATOR_SENSOR_TIME_IN_FAILURE_CHx

R

DURATION

6

X

Operating time with NAMUR F status signal

173

KEY_PERF_INDICATOR_SENSOR_NUMBER_OF_FAILURES_CHx

R

UNSIGNED

2

X

Number of failure diagnostic messages
Default: 0174

KEY_PERF_INDICATOR_SENSOR_MTBF_CHx

R

DURATION

6

Mean time between failures

175

KEY_PERF_INDICATOR_SENSOR_MTTR_CHx

R

DURATION

6

Mean time to repair

176

KEY_PERF_INDICATOR_SENSOR_TIME_IN_CALIBRATION_CHx

R

DURATION

6

X

Operating time with calibration status

177

KEY_PERF_INDICATOR_SENSOR_NUMBER_OF_CALIBRATIONS_CHx

R

UNSIGNED

2

X

Number of calibrations and/or adjust-ments
Default: 0

178

KEY_PERF_INDICATOR_SENSOR_MTBC_CHx

R

DURATION

6

Mean time between calibrations

Endress+Hauser

70© Copyright Dec. 2021

SD01188C/07/EN/06.22

9.1.3.4 Conductivity 1-8, Slot 9-16
Index Parameter name

Access Data Type

Bytes Persistent

128

COND_MEAS_PARAM

R/W

UNSIGNED

1

144

COND_CELL_CONSTANTR

FLOAT32

4

Units

X

Description
Operating mode
Default: 0
Selection:
0: Conductivity
1: Concentration
2: Resistance
3: TDS
Cell constantDefault: 0.0

9.1.3.5 Turbidity 1-8, Slot 17-24
Index Parameter name

Access Data Type

Bytes

173

R/W

1

TURBIDITY_SWITCHDATASETUNSIGNED

Persistent

Units

Description
Application
Dataset switch for turbidity
Default: 0
Selection:
0: Formazine
1: Kaolin
2: SiO2
3: TiO2
4: Excess sludge
5: Digested sludge
6: Activated sludge
7: Dataset1
8: Dataset2
9: Dataset3
10: Dataset4
11: Dataset5
12: undefined
13: Thin sludge
14: PSL
15: Diatomite
16: Dataset6
17: Absorbance
18: ThinSludge
19: EBC

Endress+Hauser

71

SD01188C/07/EN/06.22

Index Parameter name

Access Data Type

Bytes

Persistent

Units

Description
20: Milk
21: Apha
22: EBCColor
23: OEM Dataset 1
24: OEM Dataset 2
25: OEM Dataset 3
26: OEM Dataset 4
27: OEM Dataset 5
28: OEM Dataset 6
29: Product loss
30: Sludge
31: Auto sludge
32: Dataset7
33: Dataset8
34: Sludge, general

174

TURBIDITY_CAL_FACTORRFLOAT32

4

FactorCalibration factor
Default: 0.0

175

TURBIDITY_CAL_OFFSETRFLOAT32

4

Calibration offset
Default: 0.0

9.1.3.6 ISE 1-8, Slot 25-32
Index

Parameter name

AccessData Type

Size

Persistent79

ISE_MEAS_MODE_ELECTRODE_1

R/W

UNSIGNED8

1

X

Units

Description
Measured variable slot 2
Default: 0
Selection:
0: unused
1: NH4-N
2: NH4
3: NO3-N
4: NO3
9: K
10: Cl11: pH
12: mV
13: %0V80

ISE_MEAS_MODE_ELECTRODE_2

R/W

UNSIGNED8

1

X

Measured variable slot 3
Default: 0

Endress+Hauser

72© Copyright Dec. 2021

SD01188C/07/EN/06.22

Index

Parameter name

AccessData Type

Size

Persistent

Units

Description
Selection:
0: unused
1: NH4-N
2: NH4
3: NO3-N
4: NO3
9: K
10: Cl11: pH
12: mV
13: %0V81

ISE_MEAS_MODE_ELECTRODE_3

R/W

UNSIGNED8

1

X

Measured variable slot 4
Default: 0
Selection:
0: unused
1: NH4-N
2: NH4
3: NO3-N
4: NO3
9: K
10: Cl11: pH
12: mV
13: %0V

121

ISE_SLOPE_0

R

FLOAT

4

Slope reference slot
Default: 0.0

122

ISE_SLOPE_1

R

FLOAT

4

Slope slot 1
Default: 0.0123

ISE_SLOPE_2

R

FLOAT

4

Slope slot 2
Default: 0.0124

ISE_SLOPE_3

R

FLOAT

4

Slope slot 3
Default: 0.0

125

ISE_ZEROPOINT_0

R

FLOAT

4

Zero point reference slot
Default: 0.0126

ISE_ZEROPOINT_1

R

FLOAT

4

Zero point slot 1
Default: 0.0127

ISE_ZEROPOINT_2

R

FLOAT

4

Zero point slot 2
Default: 0.0

Endress+Hauser

73

SD01188C/07/EN/06.22

Index

Parameter name

AccessData Type

Size

Persistent

Units

Description

128

ISE_ZEROPOINT_3

R

FLOAT

4

129

ISE_MEAS_TYPE_ELECTRODE_0

R

UNSIGNED8

1

XElectrode slot 1
Electrode type reference slot (measured parameter)
Default: 0
Selection:
0: disabled
5: pH

130

ISE_MEAS_TYPE_ELECTRODE_1

R

UNSIGNED8

1

XElectrode slot 2
Electrode type slot 1 (measured parameter)
Default: 0
Selection:
0: disabled
1: Nitrate
2: Ammonium
3: Potassium
4: Chloride
5: pH
6: ORP
7: %0V131

ISE_MEAS_TYPE_ELECTRODE_2

R

UNSIGNED8

1

XElectrode slot 3
Electrode type slot 2 (measured parameter)
Default: 0
Selection:
0: disabled
1: Nitrate
2: Ammonium
3: Potassium
4: Chloride
5: pH
6: ORP
7: %0V132

ISE_MEAS_TYPE_ELECTRODE_3

R

UNSIGNED8

1

XElectrode slot 4
Electrode type slot 3 (measured parameter)
Default: 0
Selection:
0: disabled
1: Nitrate
2: Ammonium
3: Potassium
4: Chloride

Zero point slot 3
Default: 0.0

Endress+Hauser74© Copyright Dec. 2021

SD01188C/07/EN/06.22

Index

Parameter name

AccessData Type

Size

Persistent

Units

Description
5: pH
6: ORP
7: %0V

9.1.3.7 Desinfection 1-8, Slot 17-24
Index

Parameter name

AccessData Type

Size

Persistent Units

Description

138

DESINFECTION_SLOPE

R

FLOAT

4

A/(kg/m³)
pA/(mg/l)
nA/(mg/l)

Slope
Default: -0.0000001

139

DESINFECTION_ZERO_POINT

R

FLOAT

4

A
nA

Zero point
Default: -0.000000002

9.1.3.8 Oxygen 1-8, Slot 9-16
Index

Parameter name

AccessData Type

Size

Persistent

Units

Description

180

OXYGEN_SLOPE

R

FLOAT

4

X

%

Current slope
Default: 100.0

181

OXYGEN_ZERO_POINT

R

FLOAT

4

X

A
nA

Current zero point
Default: 0.0

182

OXYGEN_INFO_PAO_KSV

R

FLOAT

4

Ksv (point at oxygen)
Default: 0.0

183

OXYGEN_INFO_ZERO_KSV

R

FLOAT

4

Ksv (zero point)
Default: 0.0

184

OXYGEN_INFO_PAO_TAU

R

FLOAT

4

Tau (point at oxygen)
Default: 0.0

185

OXYGEN_INFO_ZERO_TAU

R

FLOAT

4

Tau (zero point)
Default: 0.0

186

OXYGEN_INFO_PAO_QUALITY

R

FLOAT

4

Calibration quality (point at oxygen)
Default: 0.0

187

OXYGEN_INFO_ZERO_QUALITY

R

FLOAT

4

Calibration quality (zero point)
Default: 0.0

188

OXYGEN_INFO_SLOPE_ABS

R

FLOAT

4

Slope absolute
Default: 0.0

Endress+Hauser

75SD01188C/07/EN/06.22

Index

Parameter name

AccessData Type

Size

189

OXYGEN_INFO_FERMENTER_SCALING_FACTOR

R

FLOAT

4

Persistent

Units

Description
Fermenter scaling factor
Default: 0.0

9.1.3.9 pH 1-8, Slot 9-16
Index

Parameter name

AccessData Type

Size

102

SLOPE

R

FLOAT

103

ZERO_POINT

R

9.1.3.10

Persistent

Units

Description

4

V/pH
mV/pH

Slope
Default: 0.05916

FLOAT

4

pH

Zero point
Default: 7.0

Units

Description

Regulator 1-2, Slot 34-35

Index

Parameter name

AccessData Type

Size

Persistent

78

CONTROL_MODERUNSIGNED8

1

X

Controller type
Default: 1
Selection:
0: PID 1-sided
1: PID 2-sided

88

SETPOINT

R/W

FLOAT

4

X

Setpoint
Controller : set value for controller 0
Default: 0.0

89

P_PART

R/W

FLOAT

4

X

Xp
Controller : proportional band (Xp) for controller 1
Default: 10.0
Minimum: 0.0

90

I_PART

R/W

FLOAT

4

X

s

Tn
Controller : reset time (Tn) for controller 1
Default: 0.0
Range: 0.0 .. 9999.0

91

D_PART

R/W

FLOAT

4

X

s

Tv
Controller: rate time (Tv) for controller 1
Default: 0.0
Range: 0.0 .. 9999.0

Endress+Hauser

76© Copyright Dec. 2021

SD01188C/07/EN/06.22

9.1.3.11

Nitrate 1-8, Slot 9-16

Index
105

Parameter name
SAC_SWITCHDATASET

AccessR/W

Data TypeUNSIGNED8

Size
1

106
107
108
109

SAC_UVT10_DAMPEDSAC_UVT10_DAMPED_UNIT
SAC_UBT10_DAMPED_RANGE
SAC_CAL_FACTOR

R
R/W
R
R

DS60
UNSIGNED16
DS61
FLOAT

12
2
8
4

110

SAC_CAL_OFFSET

R

FLOAT

4

Index Parameter

AccessData Type

Size

35

R/W

UNSIGNED8

9.1.3.12

Persistent

Units

Description
Application
Default: 0
Selection:
0: Factory calib.
1: Dataset1
2: Dataset2
3: Dataset3
4: Dataset4
5: Dataset5
6: Dataset6
7: undefined%X
FactorCalibration factor
Default: 0.0
Calibration offset
Default: 0.0

SAC 1-8, Slot 17-25

SAC_SWITCHDATASET

Persistent Units

Description

X

Application
Default: 0
Selection:
0: Factory calib.
1: Dataset1
2: Dataset2
3: Dataset3
4: Dataset4
5: Dataset5
6: Dataset6
7: undefinedEndress+Hauser

77

SD01188C/07/EN/06.22

9.1.3.13
Index
198

Sludge Level 1-8, Slot 17-25

Parameter name
UIS_TURBIDITY_MEAS

9.1.3.14

AccessR/W

Data TypeUNSIGNED8

Size
1

Units

Description
Turbidity measurement
Default: 1
Selection:
0: Off
1: On

Persistent

Units

Description
DatasetDefault: 0
Selection:
0: Dataset 1
1: Dataset 2
2: Dataset 3
3: Dataset 4
4: Dataset 5
DatasetDefault: 0
Selection:
0: Dataset 1
1: Dataset 2
2: Dataset 3
3: Dataset 4
4: Dataset 5

Persistent

Units

Description
Program name:
Program name
Program nameName of current active program
Default: TX:Program
Program status
Program state
Default: 0
Selection:
0: Inactive

Photometer 1-8, Slot 48-55 (only Liquiline CM44P)

Index
93

Parameter name
PEM_MEAS_DATASET_MC

AccessR/W

Data TypeUNSIGNED8

Size
1

94

PEM_MEAS_DATASET_RCRUNSIGNED81

9.1.3.15

Persistent
X

Sampler, Slot 7 (only Liquistation CSFxx)

Index
158

Parameter nameRUNNING_PROGRAM_NAME

AccessR

Data TypeVISIBLESTRING

Size
16

159

PROGRAM_NAMER

VISIBLESTRING

16

160

PROGRAM_STATER

UNSIGNED8

1

Endress+Hauser78© Copyright Dec. 2021

SD01188C/07/EN/06.22
Index

Parameter name

AccessData Type

Size

Persistent161

PROGRAM_BOTTLE_POSITIONRUNSIGNED8

1

X

162

BOTTLE_CONFIGURATIONR/W

UNSIGNED8

1

X

163

PROGRAM_SAMPLING_MODERUNSIGNED81

164

DATETIME_NEXT_SAMPLINGR

DATE_AND_TIME

7165

FLOW_NEXT_SAMPLING

R

FLOAT

4

Units

Description
1: Active
2: Pause
3: Waiting for pause
Current bottle position
Default: 0
Range: 0.0 .. 25.0
Current bottle configuration
Bottle assignement
Default: 0
Selection:
0: 1x - PE Direct distribution
1: 2x - PE Direct distribution
2: 4x - PE Direct distribution
3: 4x - Glass Direct distribution
4: 12x - PE Direct distribution
5: 12x - PE/Glass Plate distribution
6: 24x - PE Direct distribution
7: 24x - PE/Glass Plate distribution
8: 6x+1x - PE/Glass Plate distribution
9: 6x+2x - PE+PE Plate distribution
10: 6x+2x - PE+Glass Plate distribution
11: 12x+1x - PE/Glass Plate distribution
12: 12x+2x - PE+PE Plate distribution
13: 12x+2x - PE+Glass Plate distribution
14: 12x+6x - PE Direct distribution
15: 12x+6x - PE/Glass Plate distribution
16: 4x - Glass Schott GLS80 Direct distribution
Mode of sampling
Default: 0
Selection:
0: Time paced CTCV
1: Flow paced VTCV
2: Time/flow paced CTVV
3: Single sample
4: Sampling table
5: External signal
6: Manual
7: %0V
Default: 2000-01-01T00:00:00
Range: 946684800.0 .. 4102444799.0
Date and time of next sampling
Default: 0.0

Endress+Hauser

79

SD01188C/07/EN/06.22
Index
166

Parameter name
SAMPLING_STATE

AccessR

Data TypeUNSIGNED8

Size
1

167

MAN_SAMPLING_COMMAND

R/W

UNSIGNED81

168

MAN_SAMPLING_VOLUME_PERIST

R/W

FLOAT

4

169

MAN_SAMPLING_BOTTLE_POS

R/W

UNSIGNED8

1

Persistent

Units

X

m³
ml

Description
Action message
Sampling progress
Default: 0
Selection:
0: Waiting
1: Reference run
2: Dist. arm positioned
3: Purge process
4: Suction process
5: Medium detected
6: Dose process
7: sampling Ok
8: sampling nOk
9: Sampling delay
10: Sampling
11: Pre rinsing
12: Post rinsing
13: Launch bottle
14: Sample bottling
15: Emptying bottle
16: Rinsing bottle
17: Draining bottle
Manual sampling command
Default: 0
Selection:
0: --1: Start
2: Stop
Sample volume
Default: 0.0001
Minimum: 2e-05
Free bottles
Default: 0
Selection:
0: Front
1: Bottle 1
2: Bottle 2
3: Bottle 3
4: Bottle 4
5: Bottle 5
6: Bottle 6
7: Bottle 7
8: Bottle 8
9: Bottle 9
Endress+Hauser

80© Copyright Dec. 2021

SD01188C/07/EN/06.22
Index

Parameter name

AccessData Type

Size

Persistent

Units

170

SAMPLING_VOLUME_VACUUM

R/W

FLOAT

4

X

m³
ml

171

BOTTLE_VOLUME_LEFT

R/W

FLOAT

4

X

m³
ml

172

BOTTLE_VOLUME_RIGHT

R/W

FLOAT

4

X

m³
ml

173

CURRENT_BOTTLE_FILL_LEVEL

R

FLOAT

4

174

SAMPLING_TECHNIQUER

UNSIGNED81175

MANUAL_SAMPLING_PARK_POS

R/W

UNSIGNED8

1

m³
ml

X

Description
10: Bottle 10
11: Bottle 11
12: Bottle 12
13: Bottle 13
14: Bottle 14
15: Bottle 15
16: Bottle 16
17: Bottle 17
18: Bottle 18
19: Bottle 19
20: Bottle 20
21: Bottle 21
22: Bottle 22
23: Bottle 23
24: Bottle 24
25: Back
Dosing volume
Dosing volume of vacuum- or inline-sampler
Default: 0.0002
Bottle volume left
Bottle volume
Default: 0.03
Range: 0.0001 .. 0.1
Bottle volume right
Bottle volume of the right bottle box
Default: 0
Range: 0.0 .. 0.1
Sampling mode
Default: 0.0
Minimum: 0.0
Sampling device
Sampling mode
Default: 0
Selection:
0: Peristaltic
1: Vacuum
2: Inline
Distribution parking
Distribution arm park position
Default: 1
Selection:
0: --1: Back

Endress+Hauser

81

SD01188C/07/EN/06.22
Index
176

Parameter name
LAST_SAMPLING_START_TIME

AccessR

Data Type
DATE_AND_TIME

Size
7

Persistent177

CAL_COUNT_DISTLEVERR

UNSIGNED32

4

X

178

CAL_DATETIME_DISTLEVERR

DATE_AND_TIME

7

X

179

CAL_COUNT_PERISTVOLUMER

UNSIGNED32

4

X

180

CAL_DATETIME_PERISTVOLUMER

DATE_AND_TIME

7

X

181

CAL_METHOD_PERISTVOLUMER

UNSIGNED8

1

X

Units

Description
Start time of last sampling
Default: 1970-01-01T00:00:00
Number of distribution lever calibrations
Default: 0
Time stamp of last distribution lever calibration
Default: 1970-01-01T00:00:00
Number of peristaltic sampling volume calibrations
Default: 0
Default: 1970-01-01T00:00:00
Default: 0
Selection:
0: --1: 1-point calibration
2: 2-point calibration

9.1.3.16

Analyzer, Slot 36 (only Liquiline CA80xx)

Index
116
117
118

Parameter name
ACTUATORMODULE_INFO_HW_VERSIONACTUATORMODULE_INFO_SW_VERSIONPHOTOMETER_INFO_HW_VERSION

AccessR
R
R

Data TypeVISIBLESTRINGVISIBLESTRINGVISIBLESTRING

Size
16
16
16

119

PHOTOMETER_INFO_SW_VERSIONR

VISIBLESTRING

16

120

MODE

R

UNSIGNED81

121

CURRENT_ACTIVITYR

UNSIGNED8

1

Persistent

Units

X

Description
Hardware version of the device
Software version of the device
Hardware version
Hardware version of photometer
Software version
Software version of photometer
Mode
Operation mode
Default: 0
Selection:
0: Manual
1: Automatic
2: Fieldbus
Current activity
Default: 0
Selection:
0: --1: Measurement %0V
2: Calibration
3: Cleaning
4: --5: --Endress+Hauser82© Copyright Dec. 2021

SD01188C/07/EN/06.22
Index

Parameter name

AccessData Type

Size

122

CURRENT_ACTIVITY_REMAINING_TIMER

DURATION

6

Persistent

Units

Description
6: Emptying SC
7: --8: --9: Empty hoses
10: Initializing
11: Cleaning up
12: Cleaning sample preparation
13: Dispenser replacem.
14: Dispenser replacem.
15: Testing liquidmanager actuator
16: Bottle insertion
17: Bottle removal
18: Open valves
19: Close valves
20: Rinse reagents
21: Rinse with water
22: Commissioning
23: Empty reactor
24: Empty dosing unit
25: Empty dilution module
26: Rinse analyzer
27: Reactor heating test
28: Reactor pressure test
29: Custom
30: Rinsing
31: Rinsing
32: Rinsing
33: Rinsing
34: Preparing
35: Service function 1
36: Service function 2
37: Service function 3
38: Service function 4
39: Service function 5
40: Dispenser test
41: Dispenser test
42: Grab sample meas.
43: Reference sample inspection
44: Reference sample inspection
45: Photometer calibration
46: Photometer test
47: Factory Calibration
Remaining time of current activity

Endress+Hauser

83SD01188C/07/EN/06.22
Index
123

Parameter name
PHOTOMETER_TEMPERATURE

AccessR

Data Type
FLOAT

Size
4

Persistent

Units
°C
°F
K
s
h

124

OPHOURS_PHOTOMETER

R

FLOAT

4

125

OPHOURS_FILTER_MAT

R

FLOAT

4

X

s
d

126

OPHOURS_PELTIER

R

FLOAT

4

X

s
d

127

POWER_FAIL_REACTION

R/W

UNSIGNED8

1

X

128

SAMPLE_COLLECTOR_SENSORRUNSIGNED81129ACTIVE_SAMPLINGPOINTRUNSIGNED81130MEASURED_VALUE_UNIT

R/W

UNSIGNED81131

MEASURED_VALUE_ACTIVE_INX

R/W

UNSIGNED8

1

X

Description
Temperature
Temperature of photometer cuvette
Default: 25
Operating time photometer
Default: 0.0
Minimum: 0.0
Operating time filter matsOperating time of filter mat
Default: 0.0
Minimum: 0.0
Operating time cooling module
Operating time of peltier element
Default: 0.0
Minimum: 0.0
After power failure
Powerfail reaction
Default: 0
Selection:
0: Last mode
1: Manual mode
Type of sample preparation
Default: 0
Selection:
0: None1: Conductive
2: Capacitive
3: Flow rate
Active channel
Default: 0
Selection:
0: SP1
1: SP2
2: SP3
3: SP4
4: SP5
5: SP6
6: --Unit
User selectable measurand unit
Index of selected measurement value in measurement
value list

Endress+Hauser84© Copyright Dec. 2021

SD01188C/07/EN/06.22
Index
132

Parameter name
MEASURED_VALUE_LIST_SIZE

AccessR

Data TypeUNSIGNED8

Size
1Persistent

133
134
135
136
137
138
139
140
141

MEASURED_VALUE_LIST_01
MEASURED_VALUE_LIST_02
MEASURED_VALUE_LIST_03
MEASURED_VALUE_LIST_04
MEASURED_VALUE_LIST_05
MEASURED_VALUE_LIST_06
MEASURED_VALUE_LIST_07
MEASURED_VALUE_LIST_08
MEASUREMENT_DILUTION_FACTOR

R
R
R
R
R
R
R
R
R/W

VISIBLESTRINGVISIBLESTRINGVISIBLESTRINGVISIBLESTRINGVISIBLESTRINGVISIBLESTRINGVISIBLESTRINGVISIBLESTRING
FLOAT

16
16
16
16
16
16
16
16
4

X

142

MEASUREMENT_OFFSET

R

FLOAT

4

X

143

CALIBRATION_RETRIESR/WUNSIGNED8

1

X

144

CALIBRATION_FACTOR

R

FLOAT

4

145

CALIBRATION_CONCENTRATION

R/W

FLOAT

4

X

146

CALIBRATION_FACTOR_DELTA

R/W

FLOAT

4

X

147

CALIBRATION_FACTOR_MAX

R/W

FLOAT

4

X

Units

kg/m³
g/l
mg/l
µg/l
ppm
ppb

kg/m³
g/l
mg/l
µg/l
ppm
ppb
%

Description
Amount of available/selectable measurands
Default: 0
Maximum: 8.0
Descriptor of available/selectable measurand
Descriptor of available/selectable measurand
Descriptor of available/selectable measurand
Descriptor of available/selectable measurand
Descriptor of available/selectable measurand
Descriptor of available/selectable measurand
Descriptor of available/selectable measurand
Descriptor of available/selectable measurand
External dilution factor
External dilution factor
Default: 1.0
Range: 0.5 .. 100.0
OffsetConcentration offset for concentration value calculation
Default: 0.0

Calibration trials
Number of retries in case of failed calibration
Default: 2
Range: 1.0 .. 3.0
Calibration factor
Calibration factor of the photometer
Default: 1.00
Range: 0.1 .. 100.0
Concentration
Concentration of the calibration standard
Default: 0.0

Deviation cal. factor
Max. allowed deviation of calibration factor for calibration
Default: 10
Limit cal. factor max.
Max. allowed calibration factor
Default: 2.0

Endress+Hauser

85

SD01188C/07/EN/06.22
Index
148

Parameter name
CALIBRATION_FACTOR_MIN

AccessR/W

Data Type
FLOAT

Size
4

149

MODE_CHANGE_REQUESTR/WUNSIGNED81

150

MODE_CHANGE_REQUEST_REV_HIDDENRUNSIGNED81

151

MODE_CHANGE_PROCESSED_REV_HIDDENRUNSIGNED81

152

MODE_CHANGE_REQUEST_STATUS

R

UNSIGNED81

153

COMMON_REQUESTR/WUNSIGNED8

1

154

COMMON_REQUEST_REV_HIDDENRUNSIGNED81

155

ANALYZER_REQUESTR/WUNSIGNED81

156

ANALYZER_REQUEST_REV_HIDDENRUNSIGNED81

157

ACTIVITY_PROCESSED_REV_HIDDENRUNSIGNED81158

ACTIVITY_STATE_HIDDENRUNSIGNED8

1

Persistent
X

Units

Description
Limit cal. factor min.
Min. allowed calibration factor
Default: 0.5
Mode change request
Default: 0
Selection:
0: None
1: Enter fieldbus mode
2: Continue automatic mode
3: Restart automatic mode
Default: 0
Default: 0
Status of the manual request to change the operating
mode
0 = Ready to change the operating mode
1 = Device busy
2 = Change of operating mode not allowed
Abort current activity
0: Idle1: Abort current activity
Default: 0
Selection:
0: None
1: Abort current action
Internal use
Default: 0
Manual activity request
Default: 0
Selection:
0: None
1: Start measurement
2: Start calibration
3: Start cleaning
4: Start Reference Sample Inspection
Internal use
Default: 0
Internal use
Default: 0
Internal use
Default: 0
Selection:
Endress+Hauser

86© Copyright Dec. 2021

SD01188C/07/EN/06.22
Index

Parameter name

AccessData Type

Size

Persistent159

ACTIVITY_REQUEST_STATUS

R

UNSIGNED81

160

RESET_REQUESTR/WUNSIGNED8

1

161
162
163
164

PHOTOMETER_RAW_VALUEPHOTOMETER_RAW_VALUE_UNIT
PHOTOMETER_RAW_VALUE_RANGESAMPLEPREPARATIONS_INSTALLATIONTYPE

R
R
R
R

DS60
UNSIGNED16
DS61
UNSIGNED8

12
2
8
1

X

165

MEASPARAM_ACTIVE_TEXTRVISIBLESTRING

32

X

166

MEASRANGE_ACTIVE_TEXTRVISIBLESTRING

32

X

167

AUTOMEAS_RANGE_CHANGERUNSIGNED8

1

X

Units

Description
0: -- unnamed -1: -- unnamed -2: -- unnamed -3: -- unnamed -4: -- unnamed -Status of the manual request to start an activity
0: Ready to start an activity
1: Activity is being executed
2: Fieldbus mode not active
32: Current activity is canceled
33: Measurement started
34: Calibration started
35: Cleaning started
64: Current activity was canceled
65: Measurement finished
66: Calibration finished
67: Cleaning finished
97: Measurement failed
98: Calibration failed
98: Cleaning failed
Abort current activity
0: Idle1: Abort current activity
Raw value of photometer

Installation type
SP InstallationType
Default: 0
Selection:
0: Others
1: Pressurized pipe sampling
2: Inlet pipe sampling
Measuring parameter
Measuring parameter
Measuring range
Measuring range
Range switch
Automatic range switch
Default: 0
Selection:
0: Manual
1: AutomaticEndress+Hauser

87

SD01188C/07/EN/06.22
Index
168

Parameter name
CALIBRATION_ZEROPOINT_DELTA

AccessR/W

Data Type
FLOAT

Size
4

PersistentX

169

CALIBRATION_ZEROPOINT_MAX

R/W

FLOAT

4

X

170

CALIBRATION_ZEROPOINT_MIN

R/W

FLOAT

4

X

171

CAL_COUNTERRUNSIGNED32

4

X

172

CAL_DATETIMER

DATE_AND_TIME

7

X

173

CAL_METHODRUNSIGNED8

1

X

174

TURBID_SAMPLE_MODERUNSIGNED8

1

X

175

SP_FOR_FIELDBUS_ACTIVITIESR/WUNSIGNED8

1

X

Units
kg/m³
g/l
mg/l
µg/l
ppm
ppb
kg/m³
g/l
mg/l
µg/l
ppm
ppb
kg/m³
g/l
mg/l
µg/l
ppm
ppb

Description
Deviation zero point
Max. allowed deviation of zero point for calibration
Default: 0.0

Limit zero-point min.
Min. allowed calibration zero point
Default: 0.0

Limit zero-point max.
Max. allowed calibration zero point
Default: 0.0

Number of calibrations
Default: 0
Time stamp of last calibration
Default: 1970-01-01T00:00:00
Calibration method of last calibration
Default: 0
Selection:
0: --1: Zero point
2: Cal. factor
3: 2-point calibration
4: Application calibration
5: Numeric input zero point
6: Numeric input cal. factor
7: Numeric input appl. cal.
Turbid sample mode
Turbid sample mode
Default: 1
Selection:
0: Off
1: On
2: Automatic
ChannelSampling point for fieldbus activities
Default: 0

Endress+Hauser

88© Copyright Dec. 2021

SD01188C/07/EN/06.22
Index

Parameter name

AccessData Type

Size

176

SP0_OUT

R

DS60

12

177
178
179

SP0_OUT_UNIT
SP0_OUT_RANGE
SP1_OUTR
R
R

UNSIGNED16
DS61
DS60

2
8
12

180
181
182

SP1_OUT_UNIT
SP1_OUT_RANGE
SP2_OUTR
R
R

UNSIGNED16
DS61
DS60

2
8
12

183
184
185

SP2_OUT_UNIT
SP2_OUT_RANGE
SP3_OUTR
R
R

UNSIGNED16
DS61
DS60

2
8
12

186
187
188

SP3_OUT_UNIT
SP3_OUT_RANGE
SP4_OUTR
R
R

UNSIGNED16
DS61
DS60

2
8
12

Persistent

Units

kg/m³
g/l
mg/l
µg/l
ppm
ppb

Description
Selection:
0: Sequence of measurements
1: SP1
2: SP2
3: SP3
4: SP4
5: SP5
6: SP6
SP1: Measured value

kg/m³
g/l
mg/l
µg/l
ppm
ppb

SP2: Measured value

kg/m³
g/l
mg/l
µg/l
ppm
ppb

SP3: Measured value

kg/m³
g/l
mg/l
µg/l
ppm
ppb

SP4: Measured value

kg/m³
g/l
mg/l

SP5: Measured value

Endress+Hauser

89

SD01188C/07/EN/06.22
Index

Parameter name

AccessData Type

Size

189
190
191

SP4_OUT_UNIT
SP4_OUT_RANGE
SP5_OUTR
R
R

UNSIGNED16
DS61
DS60

2
8
12

192
193
194

SP5_OUT_UNIT
SP5_OUT_RANGE
SP0_TIME_OF_SAMPLE

RR
RUNSIGNED16DS61
DATE_AND_TIME

2
8
7

195

SP1_TIME_OF_SAMPLER

DATE_AND_TIME

7

196

SP2_TIME_OF_SAMPLER

DATE_AND_TIME

7

197

SP3_TIME_OF_SAMPLER

DATE_AND_TIME

7

198

SP4_TIME_OF_SAMPLER

DATE_AND_TIME

7

199

SP5_TIME_OF_SAMPLER

DATE_AND_TIME

7

9.1.3.17

Persistent

Units
µg/l
ppm
ppb

Description

kg/m³
g/l
mg/l
µg/l
ppm
ppb

SP6: Measured value

Time of take sample
Default: 1970-01-01T00:00:00
Time of take sample
Default: 1970-01-01T00:00:00
Time of take sample
Default: 1970-01-01T00:00:00
Time of take sample
Default: 1970-01-01T00:00:00
Time of take sample
Default: 1970-01-01T00:00:00
Time of take sample
Default: 1970-01-01T00:00:00

Analyzer Program, Slot 36 (only Liquiline CA80xx)

Index
78

Parameter name
MEASUREMENT_TRIGGER

AccessR/W

Data TypeUNSIGNED8

Size
1Persistent
X

79

MEASUREMENT_STARTDATE

R/W

DATE_AND_TIME

3

X

80

MEASUREMENT_STARTTIME

R/W

DATE_AND_TIME

6

X

Units

Description
Start condition
Start condition for measurment
Default: 0
Selection:
0: Immediate
1: Date/time
2: Continuous
Date
Start of first measurement: date
Default: 1970-01-01T00:00:00
Time
Start of first measurement: time

Endress+Hauser

90© Copyright Dec. 2021

SD01188C/07/EN/06.22

81

MEASUREMENT_INTERVALR/W

DURATION

6

X

82

CALIBRATION_TRIGGER

R/W

UNSIGNED8

1

X

83

CALIBRATION_STARTDATE

R/W

DATE_AND_TIME

3

X

84

CALIBRATION_STARTTIME

R/W

DATE_AND_TIME

6

X

85

CALIBRATION_INTERVALR/W

DURATION

6X

86

CLEAN_ANALYZER_TRIGGER

R/W

UNSIGNED8

1

X

87

CLEAN_ANALYZER_STARTDATE

R/W

DATE_AND_TIME

3

X

88

CLEAN_ANALYZER_STARTTIME

R/W

DATE_AND_TIME

6

X

89

CLEAN_ANALYZER_INTERVALR/W

DURATION

6

X

Default: 1970-01-01T00:00:00
Maximum: 86399.0
Measuring intervalInterval for measurement
Default: 1970-01-01T00:30:00
Time 1. calibration
Start condition for calibration
Default: 2
Selection:
0: Immediate
1: Date/time
2: Disabled
DateStart of first calibration: date
Default: 1970-01-01T00:00:00
Time
Start of first calibration: time
Default: 1970-01-01T00:00:00
Maximum: 86399.0
Calibration intervalInterval for calibration
Default: 1970-01-03T00:00:00
Time 1. cleaning
Start condition for cleaning
Default: 2
Selection:
0: Immediate
1: Date/time
2: Disabled
DateStart of first cleaning: date
Default: 1970-01-01T00:00:00
Time
Start of first cleaning: time
Default: 1970-01-01T00:00:00
Maximum: 86399.0
Cleaning intervalInterval for cleaning
Default: 1970-01-03T00:00:00

Endress+Hauser

91

SD01188C/07/EN/06.22

9.1.3.18

Sample preparation 1-2, Slot 34-35 (only Liquiline CA80xx)

Index
128

Parameter name
SP_INFO_TYPE

AccessR

Data TypeVISIBLESTRING

Size
16

129

SP_INFO_HW_VERSIONR

VISIBLESTRING

16

130

SP_INFO_SW_VERSIONR

VISIBLESTRING

16

131

SP_INFO_SERIALR

VISIBLESTRING

16

132

SP_INFO_ORDER_CODER

VISIBLESTRING

32

133

SP_INFO_ORDER_CODE_EXTENDEDR

VISIBLESTRING

32

134

CONTROL_MODERUNSIGNED81

135

CURRENT_STATER

UNSIGNED8

1

Persistent

Units

X

Description
SP typeType of sample preparation
Hardware version
Hardware version of sample preparation
Software version
Software version of sample preparation
Serial number
Serial number of sample preparation
Order code
Ordercode of sample preparation
Orig. order code ext.
Extended ordercode of sample preparation
SP control mode
Operating mode
Default: 1
Selection:
0: Local control
1: Remote control
Current state of sample preparation
Default: 0
Selection:
0: Inactive
1: Sampling
2: Cleaning
3: Flush with air
4: Flush with cleaner
5: Flush filter
6: Flush with air
7: Flush with cleaner
8: Flush with air
9: Flush with cleaner
10: Cleaning up
11: Cleaning up
12: Cleaning up
13: Cleaning up
14: Flush with air
15: Flush with cleaner
16: Flush with air
17: Flush with cleaner
18: Flush filter
19: Sampling
Endress+Hauser

92© Copyright Dec. 2021

SD01188C/07/EN/06.22
Index

Parameter name

AccessData Type

Size

Persistent136

MEMOSENS_CONTROL_MODERUNSIGNED8

1

X

137

OPHOURS_FILTERR

DURATION

6138

OPHOURS_HOSE

R

DURATION

6139

OPHOURS_MEMBRANE_PUMPR

DURATION

6140

HOUSING_HEATING_AVAILABLER

UNSIGNED8

1

141

FILTER_TUBE_HEATING_AVAILABLER

UNSIGNED81

142

ANALYZER_TUBE_HEATING_AVAILABLER

UNSIGNED81

143

AMBIENT_TEMPERATURE_SENSOR_AVAILABLER

UNSIGNED8

1

Units

Description
20: Pump backward
21: Cleaning up
22: Flush filter
Memosens control mode
Operating mode
Default: 0
Selection:
0: Independent
1: Controlled
Operating time filter
Operating hours of sample preparation filter
Default: 1970-01-01T00:00:00
Minimum: 0.0
Operating time pump tubing
Operating hours of sample preparation hoseDefault: 1970-01-01T00:00:00
Minimum: 0.0
Operating time membrane pump
Operating hours of sample preparation membrane pumpDefault: 1970-01-01T00:00:00
Minimum: 0.0
SP housing heating available
Cabinet heating
Default: 1
Selection:
0: Available
1: Not available
SP filter tube heating available
Hose heating filter
Default: 1
Selection:
0: Available
1: Not available
SP analyzer tube heating available
Hose heating analyzer
Default: 1
Selection:
0: Available
1: Not available
SP ambient temperature sensor available
Ambient temperature sensor
Default: 1
Selection:

Endress+Hauser

93

SD01188C/07/EN/06.22
Index

Parameter name

AccessData Type

Size

Persistent

Units

144
145

MEASUREMENT_ITERATIONSCLEANING_TRIGGER

R/W
R/W

UNSIGNED8UNSIGNED8

1
1

X

146

CLEANING_STARTDATE

R/W

DATE_AND_TIME

3

X

147

CLEANING_STARTTIME

R/W

DATE_AND_TIME

6

X

148

CLEANING_INTERVALR/W

DURATION

6

X

149

CLEANING_DURATION

R/W

DURATION

6

X

150

MAXIMUM_TRANSPORT_TIME

R/W

DURATION

6151

HOUSING_HEATING_TRIGGER_TEMPERATURE

R/W

FLOAT

4

X

°C
°F
K

152

HOUSING_HEATING_TRIGGER_TEMPERATURE_INLET_SP

R/W

FLOAT

4

X

°C
°F
K

153

TUBE_HEATING_TRIGGER_TEMPERATURE

R/W

FLOAT

4

X

°C
°F
K

Description
0: Available
1: Not available
Start condition
Start condition of first sample preparation cleaning
Default: 0
Selection:
0: Immediate
1: Date/time
2: Disabled
Date
Date of first sample preparation cleanig
Default: 1970-01-01T00:00:00
Time
Time of first sample preparation cleanig
Default: 1970-01-01T00:00:00
Maximum: 86399.0
Cleaning intervalInterval for sample preparation cleaning
Default: 1970-01-02T00:00:00
Range: 3600.0 .. 7776000.0
Residence time
Duration of sample preparation cleaning
Default: 1970-01-01T00:01:00
Range: 30.0 .. 1200.0
Max. transport timeMax. transport time of sample preparation
Default: 1970-01-01T00:15:00
Range: 10.0 .. 3600.0
Start temperature
Switch on temperature for outlet sample preparation
cabinet heating
Default: 5.0
Range: 4.0 .. 10.0
Start temperature
Switch on temperature for inlet sample preparation
cabinet heating
Default: 10.0
Range: 4.0 .. 30.0
Start temperature
Switch on temperature for sample preparation hoseheatingEndress+Hauser

94© Copyright Dec. 2021

SD01188C/07/EN/06.22
Index

Parameter name

AccessData Type

Size

Persistent154

TIMEOUT_SAMPLING

R/W

DURATION

6

X

155

TIMEOUT_SAMPLING_PPS

R/W

DURATION

6

X

156

FILTER_CHANGE_WARN_LEVEL

R/W

DURATION

6

X

157

FILTER_CHANGE_ACTIVATIONR/W

UNSIGNED8

1

X

158

HOSE_CHANGE_WARN_LEVEL

R/W

DURATION

6

X

159

HOSE_CHANGE_ACTIVATIONR/W

UNSIGNED8

1

X

160

HOUSING_TEMPERATURE

R

DS60

12

161
162
163

HOUSING_TEMPERATURE_UNIT
HOUSING_TEMPERATURE_RANGEAMBIENT_TEMPERATURE

RR
R

UNSIGNED16
DS61
DS60

2
8
12

164
165
166
167
168

AMBIENT_TEMPERATURE_UNIT
AMBIENT_TEMPERATURE_RANGEOUT_ANALYZER
OUT_ANALYZER_UNIT
OUT_ANALYZER_RANGE

R
R
R
R
R

UNSIGNED16
DS61
DS60
UNSIGNED16
DS61

2
8
12
2
8

Units

°C
°F
K

°C
°F
K

Description
Default: 5.0
Range: 4.0 .. 10.0
Sampling timeout
Timeout no sample
Default: 1970-01-01T00:05:00
Range: 180.0 .. 1800.0
Sampling timeout
Timeout no sample (pressurized pipe)
Default: 1970-01-01T00:01:00
Range: 10.0 .. 1800.0
Warning limit
Warn level for sample prepartion filter change
Default: 1970-03-02T00:00:00
Range: 86400.0 .. 8553600.0
Function
Limit change filter
Default: 0
Selection:
0: Off
1: On
Warning limit
Warn level for sample prepartion hose change
Default: 1970-03-02T00:00:00
Range: 86400.0 .. 8553600.0
Function
Limit change hoseDefault: 1
Selection:
0: Off
1: On
Cabinet temperature

Ambient temperature

Endress+Hauser

95

SD01188C/07/EN/06.22
Index
169

Parameter name
ACTIVITY_REQUEST

AccessR/W

Data TypeUNSIGNED8

Size
1Persistent

Units

Description
Default: 0
Selection:
0: -- unnamed --170

ACTIVITY_REQUEST_REV_HIDDENRUNSIGNED81171

CLEANING_DISCARD_TIME

R/W

DURATION

6

X

172

SAMPLEPREPARATION_TYPE

R

UNSIGNED8

1

X

173

PRESSURIZED_AIR_AVAILABLER

UNSIGNED81

174

FILTER_AIRCLEANING_DURATION

R/W

DURATION

6

X

175

FILTER_AIRCLEANING_INTERVALR/W

DURATION

6

X

176

FILTER_AIRCLEANING_MODE

R/W

UNSIGNED8

1

X

177

PPS_CLEANING_VALVE_INSTALLEDR

UNSIGNED8

1

X

sDefault: 0
Cleaning discard time
Cleaning discard time
Default: 1970-01-01T00:01:30
Range: 30.0 .. 180.0
Type of sample preparation
Default: 0
Selection:
0: 3rd party
1: Inlet2: Aeration/Outlet
3: Unknown
SP pressurized air available
Pressurized air available
Default: 0
Selection:
0: Available
1: Not available
Filter air cleaning duration
Filter air cleaning duration
Default: 30.0
Range: 1.0 .. 60.0
Filter air cleaning interval
Filter air cleaning interval
Default: 1970-01-01T02:00:00
Range: 1800.0 .. 14400.0
Filter air cleaning mode
Filter air cleaning mode
Default: 0
Selection:
0: On
1: OffCleaning valve
Cleaning valve
Default: 0
Selection:
0: Not available
1: Available

Endress+Hauser

96© Copyright Dec. 2021

SD01188C/07/EN/06.22
Index
178

Parameter name
PPS_CLEANING_DURATION

AccessR/W

Data TypeDURATION

Size
6

Persistent
X

Units
s

179

PPS_CLEANING_DISCARD_TIME

R/W

DURATION

6

X

s

180

PPS_CLEANING_INTERVALR/W

DURATION

6

X

181

PPS_CLEANING_TRIGGER

R/W

UNSIGNED8

1

X

182

PPS_CLEANING_DETERGENT_RESIDENCE_TIME

R/W

DURATION

6

X

Description
Pressurized pipe cleaning duration
Pressurized pipe cleaning duration
Default: 10.0
Range: 10.0 .. 30.0
Pressurized pipe cleaning discard time
Pressurized pipe cleaning discard time
Default: 180.0
Range: 0.0 .. 1800.0
Cleaning intervalInterval for pressurized pipe cleaning
Default: 1970-01-01T00:30:00
Range: 600.0 .. 7200.0
Start condition
Start condition of first pressurized pipe cleaning
Default: 0
Selection:
0: On
1: Date/time
2: OffCleaner residence time
Cleaner residence time
Default: 1970-01-01T00:01:00
Range: 30.0 .. 1200.0

Endress+Hauser

97

SD01188C/07/EN/06.22

www.addresses.endress.com®: PROFIBUS is a registered trademark of the PI International© Copyright Dec. 2021