SD01293C/07/EN/06.22
71459269

Supplementary documentation

Liquiline CM44x, Liquiline CM44Rx, Liquiline
CM44P, Liquiline System CA80xx, Liquistation
CSFxx
Data transmission via EtherNet/IP®

Valid for:Software version 1.11.00

Document: Liquiline CM44x data transmission via EtherNet/IP GuidelineFirst edition Dec 9, 2013
Current edition Dec 11, 2021

Author:Endress+Hauser
Gesellschaft für Mess- und Regeltechnik mbH+Co. KG
Dieselstr. 24
70839 Gerlingen
Germany

EtherNet/IP® is a registered trademark of the Open DeviceNet Vendor Association, Inc. (ODVA)© Endress+Hauser 2013-2019

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Table of contents
1

Note ............................................................................................................................................................ 4
Using the supplementary documentation............................................................................................. 4
Differences to previous versions ............................................................................................................ 42
Commissioning ........................................................................................................................................... 5
2.1 Network settings..................................................................................................................................... 5
2.1.1 Setup/General Settings/Extended setup/Ethernet ...................................................................... 5
2.1.2 Setup/General Settings/Extended setup/Ethernet/Settings ....................................................... 5
2.2 Integration into a control system .......................................................................................................... 6
2.2.1 EDS file ............................................................................................................................................. 6
2.3 Integration into a Rockwell Automation control system ..................................................................... 7
2.3.1 RSLinxClassic ................................................................................................................................... 7
2.3.2 RSLogix5000 ................................................................................................................................... 8
2.3.2.1
Adding a device to the project ................................................................................................ 83
Operation .................................................................................................................................................. 10
3.1 Local operation ..................................................................................................................................... 10
3.1.1 Displaying the communication status .......................................................................................... 10
3.1.2 Menu/Diagnostics/System information/Ethernet ...................................................................... 10
3.2 Configuration of the EtherNet/IP output: device variables ............................................................... 11
3.2.1 AI analog values (device → EtherNet/IP).................................................................................... 11
3.2.2 DI digital values (device → EtherNet/IP) .................................................................................... 13
3.2.3 Select analog data sinks for device variables AO ........................................................................ 14
3.2.3.1
Example: Value of controlled variable of PID controller from EtherNet/IP ...................... 14
3.2.3.2
List of data sinks .................................................................................................................... 14
3.2.4 Select digital data sinks for device variables DO ......................................................................... 14
3.2.4.1
Example: Hold over EtherNet/IP .......................................................................................... 14
3.2.4.2
Example: Enable or disable PID controller .......................................................................... 15
3.2.4.3
List of data sinks .................................................................................................................... 15
3.3 Web server ............................................................................................................................................ 16
3.3.1 Function description ...................................................................................................................... 16
3.3.2 Security ........................................................................................................................................... 16
3.3.3 Web server settings ....................................................................................................................... 17
3.3.4 Web server login ............................................................................................................................ 17
3.3.5 Exporting the logbooks ................................................................................................................. 18
3.3.5.1
Web server login.................................................................................................................... 18
3.3.5.2
Direct URLs of the logbooks.................................................................................................. 18
3.4 Exporting Heartbeat Verification Report ............................................................................................ 19
4
Diagnostics and troubleshooting ............................................................................................................ 20
4.1 General troubleshooting ...................................................................................................................... 20
4.2 Diagnostic information via light emitting diodes ............................................................................... 21
4.3 Diagnostic information via Web server ............................................................................................... 21
4.4 Diagnostic information via EtherNet/IP ............................................................................................. 22
4.4.1 Input assembly (cyclic data) ......................................................................................................... 22
4.4.2 Output assembly (cyclic data) ...................................................................................................... 23
4.4.3 Explicit messages (acyclic data) ................................................................................................... 23
5
Applications .............................................................................................................................................. 24
5.1 CA80xx: How to start Measurement, Calibration and Cleaning ....................................................... 24
5.1.1 Activate “Fieldbus”-mode using the device menu ....................................................................... 24
5.1.2 Activate “Fieldbus”-mode using EtherNet/IP .............................................................................. 25
5.1.3 State machine ................................................................................................................................ 26
5.1.4 How-to execute actions ................................................................................................................ 27
5.1.4.1
How-to execute a Measurement .......................................................................................... 27
5.1.4.2
How-to run a Calibration ...................................................................................................... 27
1.1
1.2

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5.1.4.3
How-to start a Cleaning ........................................................................................................ 27
5.1.4.4
How-to abort an action ......................................................................................................... 28
5.1.4.5
Error evaluation ..................................................................................................................... 28
5.1.5 EtherNet/IP Attributes .................................................................................................................. 29
5.1.5.1
Analyzer Manual Actions ...................................................................................................... 29
5.1.5.2
Analyzer manual actions state ............................................................................................. 30
5.2 Calibration history of Memosens sensors ........................................................................................... 31
6
Tables ........................................................................................................................................................ 32
6.1 Technical data ....................................................................................................................................... 32
6.1.1 Connections ................................................................................................................................... 33
6.2 Units ...................................................................................................................................................... 34
6.3 Data types ............................................................................................................................................. 39
6.3.1 DS01 – Analog process value ....................................................................................................... 39
6.3.2 DS02 – Discrete process value ...................................................................................................... 39
6.3.3 STRING (SHORT_STRING according EtherNet/IP specification) ............................................... 39
6.3.4 DATE............................................................................................................................................... 39
6.3.5 TIME_OF_DAY............................................................................................................................... 39
6.3.6 DURATION ..................................................................................................................................... 39
6.4 Status byte ............................................................................................................................................ 40
6.4.1 Measured value (device → scanner) ............................................................................................ 40
6.4.2 Actuating value (Scanner → Device) ........................................................................................... 40
6.5 Device-specific objects ......................................................................................................................... 41
6.5.1 Assembly object, class code = 04h, IO-Assemblies ..................................................................... 41
6.5.1.1
Input assembly, instance = 64h (100dec) ........................................................................... 41
6.5.1.2
Output assembly, instance = 65h (101dec) ........................................................................ 42
6.5.1.3
Configuration assembly, instance = 66h (102dec) ............................................................. 42
6.5.2 Assembly object, class code = 04h, Heartbeat (requires activation code) ................................ 43
6.5.2.1
Sizes of Heartbeat Assembly Instances for different Software-Versions .......................... 43
6.5.2.2
Sensor pH, instance = 111 (Sensor 1) to 118 (Sensor 8) .................................................. 43
6.5.2.3
Sensor Conductivity, instance = 119 (Sensor 1) to 126 (Sensor 8) .................................. 45
6.5.2.4
Sensor Disinfection, instance = 127 (Sensor 1) to 134 (Sensor 8) ................................... 46
6.5.2.5
Sensor Oxygen, instance = 135 (Sensor 1) to 142 (Sensor 8) .......................................... 48
6.5.2.6
Sensor SAC, instance = 143 (Sensor 1) to 150 (Sensor 8) ................................................ 51
6.5.2.7
Sensor CUS, instance = 151 (Sensor 1) to 158 (Sensor 8) ................................................ 53
6.5.2.8
Sensor ISE, instance = 159 (Sensor 1) to 166 (Sensor 8) .................................................. 54
6.5.2.9
Sensor Nitrate, instance = 167 (Sensor 1) to 174 (Sensor 8) ........................................... 56
6.5.2.10
Sensor Fluorescense, instance = 175 (Sensor 1) to 182 (Sensor 8) ............................. 59
6.5.3 Common object, class code = 0310h, instances = 1 ................................................................... 63
6.5.4 Sensor object, class code = 0311h, instances = 1 to 8 ............................................................... 79
6.5.5 Sampler object, class code = 0312h, instances = 1 .................................................................... 89
6.5.6 Analyzer object, class code = 0313h, instances = 1 .................................................................... 93
6.5.7 Sample preparation object, class code = 0314h, instances = 2 .............................................. 102

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1 Note1.1 Using the supplementary documentation
This supplementary document must only be used in conjunction with a Liquiline CM44x, Liquiline CA80xx
or Liquistation CSFxx with EtherNet/IP.
This supplementary document is an integral part of the Operating Instructions and provides information on
how to use the transmitter with EtherNet/IP.
Additional information is contained in the following Operating Instructions:Operating Instructions
BA00444C
BA01225C
BA00443C
BA01240C
BA01570C

Product
Liquiline CM44x
Liquiline CM44Rx
Liquistation CSFxx
Liquiline CA80xx
Liquiline CM44P

1.2 Differences to previous versions
From version

New behavior

Previous behavior

1.05.00

Factory setting:
DHCP = On, IP = 0.0.0.0

Factory setting:
DHCP = Off, IP = 192.168.1.212

1.05.00

HTTP authentication for the Web server
Factory setting: enabled

No login required for the Web server

1.06.08

Unit of AI device variables can be adjusted

AI values are transmitted with fixed unit

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2 Commissioning
2.1 Network settings
The network settings can be made via local operation or via the Web server. In addition, the network settings
can also be made via the Ethernet link and the TCP/IP interface object.

2.1.1 Setup/General Settings/Extended setup/Ethernet
Parameter

Options

Info

EnableOff
On (default)

The Ethernet interface is disabled
The Ethernet interface is enabled

2.1.2 Setup/General Settings/Extended setup/Ethernet/Settings
Parameter

Options

Info

Link settings

Auto negotiation
10MBps half duplex
10MBps full duplex
100MBps half duplex
100MBps full duplex"Automatic negotiation " is the factory setting.

DHCP

Off
On (default)"DHCP" is disabled in the factory setting for
devices with a software version earlier than
1.05.00.

IP address

xxx.xxx.xxx.xxx

Subnet maskxxx.xxx.xxx.xxx

Gatewayxxx.xxx.xxx.xxx

Please make sure you only enter valid addresses.

MAC address

xx:xx:xx:xx:xx:xx

The MAC address cannot be changed. The MAC
address is printed on the nameplate of the
Ethernet module.
If the device has been ordered with a preinstalled Ethernet module, you can take the MAC
address from the information printed on theinside of the display.

EtherNet/IP Port

44818

Fixed value

Note:
Any changes to the network settings are adopted once the settings are saved (SAVE) to ensure that the
network configuration is consistent at all times.

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2.2 Integration into a control system
2.2.1 EDS file
The electronic data sheet (EDS) file can be obtained from the following sources:
Internet

http://www.endress.com
or
http://www.products.endress.com/cm442
or
http://www.products.endress.com/csf34
http://www.products.endress.com/csf48
or
http://www.products.endress.com/ca80am

Upload from device (File Object)This function is not supported by all control systems.

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2.3 Integration into a Rockwell Automation control system
2.3.1 RSLinxClassic
Prerequisite:
You have installed an EtherNet/IP driver in RSLinx. The EtherNet/IP driver is installed via the menu
/Communications/ConfigureDriver.
Once the device appears in the Livelist, you can run the "Upload EDS file from device" function from thecontext menu.

Follow the steps of the EDS wizard and the EDS file is automatically uploaded from the device file object to
the Rockwell system environment and is then available in the RSLogix5000 device catalog.

Note: If an AOP is installed at the same time, it has priority over the EDS file. If you have installed an AOP,
the EDS file does not appear in the device catalog since the AOP takes over the function of the EDS file.
You can install the EDS file in RSLogix5000 offline at any time. To do so, run the "EDS Hardware Installation
Tool Wizard" in the "Tools from RSLogix5000" menu.

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2.3.2 RSLogix5000
2.3.2.1 Adding a device to the projectOpen the device catalog via the menu /File/New Component/New Module/

Select "Liquiline CM44x" and click "Create" to add it to the project.
In the screen that follows, enter a name for the device and the device's IP address. Check the connection
setting (default: User Data + Config (Exclusive Owner) and change it if necessary.

After downloading, the device appears in the project tree and you can go online with the device.

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3 Operation
3.1 Local operation
3.1.1 Displaying the communication status
The communication symbolin the status bar signals access via EtherNet/IP.
Communication

Display

EtherNet/IP

Web server

COM – LED

On (yellow)

On (yellow)

Communication symbol

On (yellow)

On (yellow)

3.1.2 Menu/Diagnostics/System information/Ethernet
Parameter

Options

Info

EnableOff
On (default)

The Ethernet interface is disabled.
The Ethernet interface is enabled.

WebserverOffOn (default)

The Web server is disabled.
The Web server is enabled.

IP-Address

xxx.xxx.xxx.xxx

Netmaskxxx.xxx.xxx.xxx

Gatewayxxx.xxx.xxx.xxx

MAC-Address

xx:xx:xx:xx:xx:xx

The MAC address cannot be changed. You canfind the MAC address printed on the nameplateof the Ethernet module.
If the device has been ordered with a preinstalled Ethernet module, you can take the MAC
address from the information printed on theinside of the display.

EtherNet/IP port

44818

Fixed value

Webserver TCP Port

80

Fixed value

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3.2 Configuration of the EtherNet/IP 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 be transmitted
via EtherNet/IP communication. The following device variables are available:
Abbreviation

Name

Info

ExampleAI

Analog Input

Device variable that is read from the device

Read measured value

DI

Digital Input

Device variable that is read from the device

Read relay status

AO

AnalogOutputDevice variable that is written to the device

External controlled
variable

DO

Digital Output

Device variable that is written to the device

Start cleaning

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

Menu

Action1

Menu: Setup/Outputs/EtherNetIP

Select the AI or DI Block2…/AIx or DIx/Source of data

Select a sensor, for example

3…/Aix or Dix/Measured value

Select a measured value

Selection of the data sink (actuating values) 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 EtherNet/IP. Therefore set the statusvalue to 128 (good).

3.2.1 AI analog values (device → EtherNet/IP)
Path: Menu/Setup/Outputs/EtherNetIP/AI 1 (Analog Input) to AI 16 (Analog Input)
Function

Options

Info

Source of data

Options• None• Any data source
Factory setting• NoneThe 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.

Options• None• Depends on thedata source
Factory setting• NoneThe measured value that you can choose depends on theoption selected under "Source of data".

Measured
value

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For more information and an overview about theavailable options see main operation manual.

For more information and an overview about theavailable options see main operation manual.

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Function

Options

Info

Unit

Options• Any compatible
unit

Unit text

Textual unit

Visible only for user defined units

Hold behavior

Options• Freeze last value• Status only

Behavior in device or sensor hold state• The last value is hold
• A hold does not affect the value

ExampleStep

Action1Enter menu
/Setup/Outputs/EtherNet/IP

2

3

ResultSelect an AI device variable, e.g. AI1

Select data source and measurement value
Select unit
Select hold behavior

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3.2.2 DI digital values (device → EtherNet/IP)
The value mapped to a device variable DI must be configured in the menu:
Menu: /Setup/Outputs/EtherNetIP/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• NoneEndress+Hauser

Info

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.

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3.2.3 Select analog data sinks for device variables 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.

3.2.3.1 Example: Value of controlled variable of PID controller from EtherNet/IP
Menu: /Setup/General Settings/Additional functions/Controller 1/Controlled variable

3.2.3.2 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

3.2.4 Select digital data sinks for device variables DO
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.

3.2.4.1 Example: Hold over EtherNet/IP
Menu: /Setup/General Settings/Hold Settings/External Hold
Multiple DO signals can be selected. If at least one of these signals is set (1), the hold function is active.

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3.2.4.2 Example: Enable or disable PID controller
Menu: /Setup/General Settings/Additional functions/Controller 1/

3.2.4.3 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

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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

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

3.3.2 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)Furthermore, the Web server can also be disabled via Configuration Assembly 102. This allows you to control
access for the Web server via EtherNet/IP.
A factory default reset resets the access data to the default login.

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3.3.3 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.

3.3.4 Web server login
The following access data are pre-programmed into the device when the device is delivered:User name:
Password:

admin
admin

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

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3.3.5 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

3.3.5.1 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.

3.3.5.2 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.

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

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4 Diagnostics and troubleshooting
4.1 General troubleshooting
ProblemPossible cause

Remedial action

The LEDs on the Ethernet
module are dark.

The supply voltage does not match the specifications
on the nameplate.

Apply the correct
supply voltage

The green PWR LED on
the Ethernet module isdark.

The PWR LED is lit green once the Ethernet card isfully initialized. If the PWR LED is constantly dark
while all the other LEDs are lit, there might be aninternal defect in the assembly.

Replace the
Ethernet module

No connection via
EtherNet/IP

Device plug connected incorrectly

Check pinassignment(especially in thecase of an M12connection)

No connection via
EtherNet/IP

The device cannot be reached via the network

Ping the device (inthe local network)

No connection via Web
serverWeb server is disabled

Enable the Web
serverNo or incomplete displayof the contents of the
Web server

JavaScript is not enabled

Enable JavaScript

Information not fully
displayed in the Webbrowser

The Web application could not read all the data via
the network.

Reload the Web
page(refresh)

Measured values via
EtherNet/IP have thestatus 0x04
(Bad:ConfigurationError)

No measured values have been assigned to thedevice variables (AI, DI).

Assign measured
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4.2 Diagnostic information via light emitting diodes
The following LEDs can be found on the module cover of the Ethernet module:
LED

Name

Color

Meaning

RJ45

LNK/ACTGreen

Off = Connection is not active
On = Connection is active
Flashing = Data transmission

RJ45

10/100

Yellow

Off = Transmission rate 10 MBps
On = Transmission rate 100 MBps

PWR

Power

Green

Supply voltage is applied and themodule is initialized

BF

Bus failure

Red

Bus failure

SF

System failure

Red

System failureThis LED is lit if at least one diagnostic
message with the status "F" (Failure) is
active.

COM

Communication

Yellow

Sending or receiving EtherNet/IP or web
server message

T

Termination

Yellow

Only RS485 interface:
Off = No termination
On = Termination is used

4.3 Diagnostic information via Web server
The device status is displayed in the header.

Figure 1 left: device status = ok, right: device status = failure (F)A complete list of all the active diagnostic messages is provided in the Diagnostics menu.
Previous diagnostic events can be displayed via the diagnostic logbook.

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4.4 Diagnostic information via EtherNet/IP
Diagnostic information is cyclically transmitted as part of an IO-connection. The IO-connection consists ofan Input assembly, which contains the data transmitted from the device to the plc, and optionally an output
assembly which contains data transmitted from the plc to the device.
The Input assembly starts with diagnostic information and is followed by the device variables AI1-16 andDI1-8, which contain the process values.

4.4.1 Input assembly (cyclic data)
The following diagnostic information is transmitted at the beginning of the input assembly:
Input assembly 100

ValuesMeaningDiagnostic code

0 to 999

Diagnostic code

Status signal

0 = Ok1 = Failure
2 = Function Check
4 = Maintenance
8 = Out of Specification

No error
FailureFunction check
Maintenance required
Process condition is out of specification

Channel

0 = Device
1 = Sensor channel 1
2 = Sensor channel 2
3 = Sensor channel 3
4 = Sensor channel 4
5 = Sensor channel 5
6 = Sensor channel 6
7 = Sensor channel 7
8 = Sensor channel 8

Channel number

Each device variable consists of three elements:• Value• Status• Unit (optional)
The status byte provides information about the reliability and the usability (quality) of the value of theparticular device variable.
Status

QualitySub-status

Meaning

hex

dec

0x80

128

Good

Ok

The measured value is valid and can be used.

0x40

64

Uncertain

NonSpecific

The reliability of the measured value is limited. Checkthe diagnostic messages of the device.

0x0C

12

Bad

DeviceFailure

The measured value cannot be used.
Check the diagnostic messages of the device.

0x04

4

Bad

ConfigurationError

No data source has been selected. Check the device
configuration (Section 3.2)

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SD01293C/07/EN/06.22

4.4.2 Output assembly (cyclic data)
Like the device variables of the input assembly, each AO and DO device variable of the Output assembly
contains a status. The status is interpreted by the device as described in the following table.
hex

dec

Quality

Meaning>= 0x80>= 128Good

The actuating value is used

< 0x80>= 0x40

< 128
>= 64

Uncertain

The actuating value is not used.

< 0x40< 64

Bad

The actuating value is not used.

4.4.3 Explicit messages (acyclic data)
Using the GetAttributeSingle Service you can read out the following information for the device and for eachof the connected sensors via attributes from the application objects.
More information about the parameters is provided in the appendix to this document.
The attributes containing diagnosis information are in the common object (chapter 0), and in the sensor
object (chapter 0).

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SD01293C/07/EN/06.22

5 Applications
5.1 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 EtherNet/IP while the analyzer
is in the operation mode “Fieldbus”.
The operation mode “Fieldbus” can be activated either by EtherNet/IP or the device menu.
Automatic

Fieldbus

Manual5.1.1 Activate “Fieldbus”-mode using the device menu
Step

Action1

Press the soft key “MODE” to enter the menu
in which the operation mode can be selected.

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 EtherNet/IP. This is a safety measure to prevent the start of actions over
EtherNet/IP while the analyzer is in operation mode “Manual” during maintenance work.
Important:
A change from “Manual” directly to “Fieldbus” is now allowed by EtherNet/IP. EtherNet/IP can only change
the operation mode from “Automatic” to “Fieldbus”.

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SD01293C/07/EN/06.22

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

MODE_CHANGE_REQUEST:= 1

Exception code == 3
(ILLEGAL_DATA_VALUE)?

SetAttributeSingle„Change operation mode to “Fieldbus”

Mode change is allowed?

Ok

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

GetAttributeSingle

X

X!= 1 (Waiting for Request)

Start Action

The following examples in Pseudocode show how a program can access the functionality over EtherNet/IP.
// 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

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SD01293C/07/EN/06.22

5.1.3 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

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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

Automatic

26

SD01293C/07/EN/06.22

5.1.4 How-to execute actions
5.1.4.1 How-to execute a Measurement
The analyzer has to 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 EtherNet/IP
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 EtherNet/IP 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 theabove pseudo code shows, this will be detected as an error.

5.1.4.2 How-to run a Calibration
The analyzer has to 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 EtherNet/IP
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 EtherNet/IP write requests gets an error response.
An error is also, if a measurement shall be executed and another action is running. As the above pseudocode shows, this will be detected as an error.

5.1.4.3 How-to start a Cleaning
The analyzer has to 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 EtherNet/IP
register MANUAL_CHANGE_STATUS.
// execute a measurement
Write AnalyzerRequest “Measurement”
IF Write access returns error

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SD01293C/07/EN/06.22
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 EtherNet/IP write requests gets an error response.
An error is also, if a measurement shall be executed and another action is running. As the above pseudocode shows, this will be detected as an error.

5.1.4.4 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

5.1.4.5 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 bechecked by reading the parameters “OperationMode” and “FunctionExecutionStatus”.
2. The parameter “FunctionExecutionStatus” has not the expected value.
Since the PLC has already read the function execution status, it can rely on this value to check thecause 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
DO
Write ModeChangeRequest “Fieldbus”
WHILE Write access returns error
DO
Read ModeChangeStatus
WHILE ModeChangeStatus is “Busy”

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SD01293C/07/EN/06.22
WHILE ModeChangeStatus is NOT “WaitingForRequest”
DO
Write ResetRequest “ResetOfStatus”
WHILE Write access returns error
Of course, such a simple error handling will generate some traffic on EtherNet/IP.
This procedure is also recommended on startup of a PLC program. To limit traffic on fieldbus, it is sufficient
to read or write the fieldbus every 15 seconds or even less frequently.

5.1.5 EtherNet/IP Attributes
5.1.5.1 Analyzer Manual Actions
The following parameters are available to switch into fieldbus mode, which enables the remote control over
EtherNet/IP function, and to start an action and read back its progress.
ObjectClass-Id
Instance
Index
21

22

Analyzer
313hex1
Attribute
ModeChangeRequest

AbortActionRequest

Data Type
INT

INT

AccessR/W

R/W

Description
This parameter is used to control the active
operation mode and can be written with thefollowing values.
0: None
1: Enter fieldbus mode.
The CA80xx changes from automatic mode
to fieldbus 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

23

ManualActionRequest

INT

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

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SD01293C/07/EN/06.22

5.1.5.2 Analyzer manual actions state
The parameters in the register block “Analyzer manual actions state” are used to read the status of the status
machine.
ObjectClass-Id
Instance
Index
24

Analyzer
313hex1
Attribute
ModeChangeState

Data Type
INT

AccessR

Description
This parameter reads the status of the modechange. Allowed values:
0: Waiting for Request:
The analyzer is waiting for a request.
1: Busy:
Writing the parameter “Mode change request”
was accepted. Mode change is in progress.
2: Mode Change not allowed:
The analyzer is in operation mode that thefieldbus is not allowed to change (like manualmode).

25

ActionRequestState

INTRThis parameter reads the status of processing therequested <function> (Measurement, Calibration
or Cleaning). Allowed values:
0: Ready to start action
No procedure is running. This state is entered, if
the analyzer enters fieldbus mode, while nothingis running that disturbs the start of any function
via fieldbus.
1: Action request accepted
The request was accepted, but the requested
function is not started yet.
2: Fieldbus not active
The analyzer is not in fieldbus mode and cannot
accept action requests.
3: Other activity in progress
32: Current action abort in progress
33: Measurement started
34: Calibration started
35: Cleaning started
36: Reference sample inspection in progress
37: Calibration zero-point in progress
38: Calibration calibration factor in progress
64: Current activity aborted
65: Measurement finished
66: Calibration finished
67: Cleaning finished
68: Reference sampe inspection finished
69: Calibration zero point finished
70: Calibration calibration factor finished
96: Reference sample inspection failed
97: Measurement not successful
98: Calibration not successful
99: Cleaning not successful

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SD01293C/07/EN/06.22
101: Calibration zero point failed
102: Calibration calibration factor failed

5.2 Calibration history of Memosens sensors
Some Memosens sensors (e.g., CLS82E) can store up to 8 historic user calibrations in addition to its factoryand reference calibration data set. The active data set to read is selected by writing attribute
CalSelectDataSet. For sensors supporting multiple types of calibration, e.g., a pH/ORP-Sensor has separate
calibration memory for pH and ORP. You can select the calibration set with attribute CalSelectDataSetType.
The actual data is read from the assembly instances, see chapter 6.5.2.

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6 Tables
6.1 Technical data
Protocols

EtherNet/IP

ODVA certification

Yes

Communication type

Ethernet

Connection

1 RJ45, optional M12 (D-coded)

Device profile

Generic device (product type: 0x2B)

Manufacturer ID

0x049E

Device type ID

0x109CBaud rates

10/100 MBps

Polarity

Auto-MDI-X

Connections (max.)

CIP

12

I/O

6

Explicitmessage

6

Multicast

3 consumers

Minimum RPI

100 ms (default)

Maximum RPI

10000 ms

System integration

EtherNet/IP

EDS

Rockwell

Add-on-Profile Level 3
Faceplate for FactoryTalk SE

Web server
IO dataEndress+Hauser

Full operation (1 session)
Web server can be switched off
Input (T→O)

Device status and diagnostic message withhighest priority
Measured values:• 16 AI (analog input) + Status + Unit
• 8 DI (discrete input) + Status

Output (O→T)

Actuating values:• 4 AO (analog output) + Status + Unit
• 8 DO (discrete output) + Status32

SD01293C/07/EN/06.22

6.1.1 Connections
User Data + Config (Exclusive Owner)

Assembly instance

Size [byte]

O→T

101

64

T→O

100

168

Configuration

102

8

User Data + Config (Input Only)

Assembly instance

Size [byte]

O→T

199

0

T→O

100

168

Configuration

102

8

User Data (Exclusive Owner)

Assembly instance

Size [byte]

O→T

101

64

T→O

100

168

Configuration

103

0

User Data (Input Only)

Assembly instance

Size [byte]

O→T

199

0

T→O

100

168

Configuration

103

0

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SD01293C/07/EN/06.22

6.2 Units
Unit code
0xC00
0x1A030x1A02
0x1A000xC01
0x10020x1007
0x878
0x8E2
0x8E0
0x8E1
0xC02
0xC03
0x87C
0xC04
0xC05
0xC06
0xC07
0x1B020x1B010x1B00
0x1C050x1C040x1C030x1C020x1C00
0xC08
0xC09
0xC0A
0xC0B
0xC0C
0x1703
0xC0D
0xC0E
0x1F00
0x1F070x1F080x1F090xC0F0x22030x22020xC10Endress+Hauser

Symbol
1/K
nAs
µAs
As
ppb
ppm
%
%SAT
1/mm
1/cm
1/m
g/kg
ppmVol
%Vol
%/K
%/µV
%/mV
%/V
µS
mS
S
pA
nA
µA
mA
A
nA/(mg/l)
A/(kg/m³)
A/Pa
pA/hPa
A/hPa
°
FNU
NTU
Hz
1/min
1/h
1/d
KByte
mm
cm
dm

Name
LfTempCompensation
NanoAmpereSeconds
MicroAmpereSeconds
AmpereSeconds
ppb
ppm
Percent
PercentSaturation
PerMilliMeter
PerCentiMeter
PerMeter
GramPerKilogram
ppmVolPercentVol
PercentPerKelvin
PercentPerMicroVolt
PercentPerMilliVolt
PercentPerVolt
MicroSiemens
MilliSiemens
Siemens
PicoAmpere
NanoAmpere
MicroAmpere
MilliAmpere
AmpereNanoAmperePerMilligramPerLiter
AmperePerKilogramPerCubicMeter
AmperePerPascal
PicoAmperePerHektoPascal
AmperePerHektoPascal
DegreeFormazine_Nephelometric
Nephelometric_Turbidity
Hertz
OnePerMinute
OnePerHour
OnePerDay
Kilobytes
MilliMeter
CentiMeter
DeciMeter

Standard unit
1/K
As
As
As
%
%
%
%
1/m
1/m
1/m
g/kg
%Vol
%Vol
%/K
%/V
%/V
%/V
S
S
S
A
A
A
A
A
A/(kg/m³)
A/(kg/m³)
A/Pa
A/Pa
A/Pa
°
FNU
FNU
Hz
Hz
Hz
Hz
KByte
m
m
m
34

SD01293C/07/EN/06.22

Unit code
0x22000x2201
0x2F0E
0x2F110xC11
0x2F0F0xC12
0x2F07
0xC13
0xC14
0xC15
0xC16
0xC17
0xC18
0xC19
0x13090xC1A0x13080xC1B
0xC1C
0x28010x28000x28060x28070x2808
0xC1D
0x8DB
0x8DF
0x8D9
0x8DD
0x8E3
0x8DA
0x8DE
0x8E4
0x8D6
0x8D7
0xC1E
0xC1F
0xC20
0xC21
0xC22
0xC23
0xC24
0x2809Endress+Hauser

Symbol
m
km
g/ml
µg/l
mg/l
g/l
kg/l
kg/m³
ppb
ppm
pH
mm/s
mm/min
mm/h
mm/d
Pa
hPa
mbar
Pa/A
PSU
mΩ
Ω
kΩ
MΩ
GΩ
rH
µS/mm
nS/cm
µS/cm
mS/cm
S/cm
µS/m
mS/m
S/m
kS/m
MS/m
nΩm
µΩm
mΩm
Ωm
kΩm
MΩm
GΩm
Ωcm

Name
Meter
KiloMeter
GramPerMilliLiter
MicroGramPerLiter
MilliGramPerLiter
GramPerLiter
KiloGramPerLiter
KiloGramPerCubicMeter
ppb_density1
ppm_density1
PH
MilliMeterPerSecond
MilliMeterPerMinuteMilliMeterPerHour
MilliMeterPerDay
PascalHectoPascal
MilliBar
PascalPerAmpere
PSU
MilliOhm
Ohm
KiloOhm
MegaOhm
GigaOhmrH
MicroSiemensPerMilliMeter
NanoSiemensPerCentiMeter
MicroSiemensPerCentiMeter
MilliSiemensPerCentiMeter
SiemensPerCentiMeter
MicroSiemensPerMeter
MilliSiemensPerMeter
SiemensPerMeter
KiloSiemensPerMeter
MegaSiemensPerMeter
NanoOhmMeter
MicroOhmMeter
MilliOhmMeter
OhmMeter
KiloOhmMeter
MegaOhmMeter
GigaOhmMeter
OhmCentiMeter

Standard unit
m
m
kg/m³
kg/m³
kg/m³
kg/m³
kg/m³
kg/m³
kg/m³
kg/m³
pH
m/s
m/s
m/s
m/s
Pa
Pa
Pa
Pa/A
PSU
Ω
Ω
Ω
Ω
Ω
rH
S/m
S/m
S/m
S/m
S/m
S/m
S/m
S/m
S/m
S/m
Ωm
Ωm
Ωm
Ωm
Ωm
Ωm
Ωm
Ωm
35

SD01293C/07/EN/06.22

Unit code
0xC25
0xC26
0x12000x12020xC27
0xC28
0x11020x11010x11000x11030x11040x11050xC29
0xC2A
0x14060x14050x14130x826
0x1414
0x825
0x848
0x824
0x2D020x2D01
0x2D00
0xC2B
0xC2C
0xC2D
0xC2E
0x2E030x2E020x2E010x22070x22080x22090x220A0x2B07
0xC2F
0xC30
0xC31
0x12010xC320x14080x8CE
Endress+Hauser

Symbol
kΩcm
MΩcm
°C
K
°C
K
µs
ms
s
min
h
d
week(s)month(s)
l/s
m³/s
l/min
m³/min
l/h
m³/h
l/d
m³/d
µV
mV
V
mV/%
V/%
mV/pH
V/pH
ml
l
m³
inch
ft
yd
mi
in/s
inch/mininch/hinch/d
°F
°F
gps
cfs

Name
KiloOhmCentiMeter
MegaOhmCentiMeter
CelsiusKelvinDeltaCelsius
DeltaKelvinMicroSeconds
MilliSeconds
Seconds
Minutes
Hours
Days
Weeks
Month
LiterPerSecond
CubicMeterPerSecond
LiterPerMinute
CubicMeterPerMinute
LiterPerHour
CubicMeterPerHour
LiterPerDay
CubicMeterPerDay
MicroVolt
MilliVolt
Volt
MilliVoltPerPercent
VoltPerPercent
MilliVoltPerPH
VoltPerPH
MilliLiter
Liter
CubicMeter
Inch
Feet
Yards
Miles
InchPerSecond
InchPerMinute
InchPerHour
InchPerDay
Fahrenheit
DeltaFahrenheit
GallonPerSecond
CubicFeetPerSecond

Standard unit
Ωm
Ωm
°C
°C
°C
°C
s
s
s
s
s
s
s
month(s)
m³/s
m³/s
m³/s
m³/s
m³/s
m³/s
m³/s
m³/s
V
V
V
V/%
V/%
V/pH
V/pH
m³
m³
m³
m
m
m
m
m/s
m/s
m/s
m/s
°C
°C
m³/s
m³/s
36

SD01293C/07/EN/06.22

Unit code
0x84D
0x14090x14020x84C0x140A
0x8CD
0x84B
0x827
0x8CC
0x84A
0x2E080x2E060x16010xC33
0xC34
0x13070x22050x2B00
0x2B060xC350x1006
0xC36
0xC37
0xC38
0xC39
0xC3D
0xC3E
0xC3F
0xC40
0xC41
0xC42
0xC43
0xC44
0xC45
0xC46
0xC47
0xC48
0xC49
0xC4A
0xC4B
0xC4C
0xC4D
0xC4E
0xC4F
Endress+Hauser

Symbol
mgs
gpm
cfm
mgm
gph
cfh
mgh
gpd
cfd
mgd
gal
cf
mol/m³
mol/l
%TS
bar
nm
m/s
ft/s
MByte
Byte
GByte
pA/(mg/l)
kg/mol
g/mol
FTU
TE/F
ASBC
EBC
度
mg/l
AU
%T
OD
ml/min
eq
eq/m³
eq/l
eq/gal°C/s°C/min
FAU
Ah
m/h

Name
MegaGallonPerSecond
GallonPerMinute
CubicFeetPerMinute
MegaGallonPerMinute
GallonPerHour
CubicFeetPerHour
MegaGallonPerHour
GallonPerDay
CubicFeetPerDay
MegaGallonPerDay
Gallons
CubicFeet
MolPerCubicMeter
MolPerLiter
PerCentTS
Bar
NanoMeter
MeterPerSecond
FeetPerSecond
Megabytes
Bytes
Gigabytes
PicoAmperePerMilligramPerLiter
KiloGramPerMol
GramPerMol
Formazine_Turbidity_Unit
Turbidity_Formazine
American_Society_of_Brewing_Chemists
European_Brewing_Convention
DoughMilliGramPerLiterPercent
AbsorbanceUnit
PercentTransmission
OpticalDensity
MilliLiterPerMinuteEquivalent
EquivalentPerCubicMeter
EquivalentPerLiter
EquivalentPerGallon
CelsiusPerSecond
CelsiusPerMinuteFormazineAttenuationUnit
AmpereHours
MeterPerHour

Standard unit
m³/s
m³/s
m³/s
m³/s
m³/s
m³/s
m³/s
m³/s
m³/s
m³/s
m³
m³
mol/m³mol/m³
kg/m³
Pa
m
m/s
m/s
KByte
KByte
KByte
A/(kg/m³)
kg/molkg/mol
FNU
FNU
FNU
FNU
kg/m³
%
AU
%T
AU
m³/s
eq
eq/m³
eq/m³
eq/m³
°C/s
°C/s
FNU
As
m/s
37

SD01293C/07/EN/06.22

Unit code
0xC3A
0xC3B
0xC3C

Endress+Hauser

Symbol
1/Pa
1/hPa
1/MPa

Name
PerPascal
PerHectoPascal
PerMegaPascal

Standard unit
1/Pa
1/Pa
1/Pa

38

SD01293C/07/EN/06.22

6.3 Data types
6.3.1 DS01 – Analog process value
Byte

Size

Data type

Name

Info

0

4

REAL

Value

AIxx.Value

5

2

INT

StatusAIxx.Status

7

2

ENGUNIT

Unit

AIxx.Unit

6.3.2 DS02 – Discrete process value
Byte

Size

Data type

Name

Info

0

2

INT

Value

DIxx.Value

2

2

INT

StatusDIxx.Status

6.3.3 STRING (SHORT_STRING according EtherNet/IP specification)
Byte

Size

Data type

Name

Info

0

1

SINT

Length

N: Size of the string in number of characters

1…N

N

SINT

Text

Character string based on ISO-8859-1

6.3.4 DATE
Byte

Size

Data type

Name

Range

0…3

2

WORD

Days since 1972-01-01

0 to 65535

6.3.5 TIME_OF_DAY
Byte

Size

Data type

Name

Range

0…3

4

DWORD

Milliseconds since midnight

0 to 86399999

6.3.6 DURATION
The total duration consists of the partial duration in seconds and the partial duration in days.

Byte

Size

Data type

Name

0…3

4

UDINT

Seconds

Duration in seconds

4…5

2

UINT

Days

Duration in days

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SD01293C/07/EN/06.22

6.4 Status byte
6.4.1 Measured value (device → scanner)
Status

QualitySub-status

Meaning

hex

dec

0x80

128

Good

Ok

The measured value is valid and can be used.

0x40

64

Uncertain

NonSpecific

The reliability of the measured value is limited. Check the
diagnostic messages of the device.

0x0C

12

Bad

DeviceFailure

The measured value cannot be used.
Check the diagnostic messages of the device.

0x04

4

Bad

ConfigurationError

No data source has been selected. Check the device
configuration (Section 3.2).

6.4.2 Actuating value (Scanner → Device)
hex

dec

EnglishGermanMeaning>= 0x80>= 128Good

Gut

The actuating value is used.

< 0x80>= 0x40

< 128
>= 64

Uncertain

Unsicher

The actuating value is not used.

< 0x40< 64

BadSchlecht

The actuating value is not used.

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SD01293C/07/EN/06.22

6.5 Device-specific objects
6.5.1 Assembly object, class code = 04h, IO-Assemblies
6.5.1.1 Input assembly, instance = 64h (100dec)
Byte

Size

Type

Name

Info

0

4

DWORD

Status

0 = Connection o.k.

4

2

INT

DiagnoseCode

0 to 999: diagnostics code

6

1

SINT

StatusSignal

Status signal according to Namur NE107
See Section 4.4.1

7

1

SINT

ChannelChannel assignment of diagnostics
0 = device, 1 to 8 = sensor 1 to 8

8

8

DS01

AI01

16

8

DS01

AI02

24

8

DS01

AI03

32

8

DS01

AI04

40

8

DS01

AI05

48

8

DS01

AI06

56

8

DS01

AI07

64

8

DS01

AI08

72

8

DS01

AI09

80

8

DS01

AI10

88

8

DS01

AI11

96

8

DS01

AI12

104

8

DS01

AI13

112

8

DS01

AI14

120

8

DS01

AI15

128

8

DS01

AI16

136

4

DS02

DI01

140

4

DS02

DI02

144

4

DS02

DI03

148

4

DS02

DI04

152

4

DS02

DI05

156

4

DS02

DI06

160

4

DS02

DI07

164

4

DS02

DI08

Endress+Hauser

See Section 3.2.1

See Section 3.2.2

41

SD01293C/07/EN/06.22

6.5.1.2 Output assembly, instance = 65h (101dec)
Byte

Size

Type

Name

Info

0

8

DS01

AO01

See Section 0

8

8

DS01

AO02

16

8

DS01

AO03

24

8

DS01

AO04

32

4

DS02

DO01

36

4

DS02

DO02

40

4

DS02

DO03

44

4

DS02

DO04

48

4

DS02

DO05

52

4

DS02

DO06

56

4

DS02

DO07

60

4

DS02

DO08

See Section 0

6.5.1.3 Configuration assembly, instance = 66h (102dec)
Byte

Size

Type

Name

Info

0

4

DWORD

ConfigHeaderValue

Constant value = 0x00000000

4

1

SINT

Reserved

5

1

SINT

WebserverEnable

6

1

SINT

Reserved

7

1

SINT

Reserved

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1: On (factory setting)42

SD01293C/07/EN/06.22

6.5.2 Assembly object, class code = 04h, Heartbeat (requires activation code)
Without activation code these registers read back with the value 0.
All data within the Heartbeat assemblies is read-only.
The Heartbeat Monitoring assemblies are mapped to deliver additional status information about the sensor
in addition to the parameters available in the standard sensor objects. For each sensor channel and sensor
type a register block is defined, which can be read with one GetSingleAttribute request to attribute 3 of thechoosen instance of the assembly object.
Attributes holding a timestamp have the CIP data type LINT and are encoded as data structure:
Byte
0
1
2
3
4
5
6
7

Description
Millisecond (0...59999), low byte
Millisecond (0...59999), high byte
Minute (0...59)
Hour (0...59)
Day of month (1...31)
Month (1...12)
Year (0...255) / 0 = 1900
Not used

6.5.2.1 Sizes of Heartbeat Assembly Instances for different Software-Versions
Future software version may increase the size of the Heartbeat instance up to a maximum of 400 bytes.
Device Software Version
1.06.00+ 1.06.04+ 1.06.06+
Instance

Sensor111…118 pH

V1.06.08+

V1.10.00+

V1.11.00+

V1.12.00+

Size of assembly instance in bytes
108

108

124

124

132

132

132

119…126 Conductivity 104

104

104

104

104

128

128

127…134 Disinfection 106

164

164

164

164

164

164

135…142 Oxygen

128

128

164

210

210

210

210

143…150 SAC

72

72

76

76

76

76

76

151…158 CUS

63

67

67

67

67

67

67

159…166 ISE

156

156

156

156

156

156

156

167…174 Nitrate

68

68

68

72

72

72

72

175…182 Fluoresence

Not availabe

168

6.5.2.2 Sensor pH, instance = 111 (Sensor 1) to 118 (Sensor 8)
Index Offset Attribute

Data type

Unit

Description

10

CurrentDiagTimesta
mpDateLINT

NoneCurrent sensor-diagnosis : time of diagnosis appearance

2

8

ManufacturingDate

LINT

None

Manufacturing date of the sensor

3

16

InitialOperationDate

LINT

None

Initial-operation date of sensor

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43SD01293C/07/EN/06.22

Index Offset Attribute

Data type

Unit

Description

4

24

DateOfLastCalibratio
n

LINT

None

Date of the last successful calibration of the sensor

5

28

Slope

REAL

V/pH

Slope

6

32

DeltaSlope

REAL

V/pH

Difference of slope between current and last calibration

7

36

ZeroPoint

REAL

pH

Zero point

840

DeltaZeroPoint

REAL

pH

Difference of zero point between current and last calibration

9

44

GlassImpedance

REAL

MOhm Glas impedance

1048

ReferenceImpedance REAL

kOhm

Reference impedance

11

52

TemperatureOffset

REAL

K

Temperature offset

12

56

ISFETLeakCurrent

REAL

Ampere Leakage current

1360

ExtremeSpecificMin

REAL

None

Min. measured value

1464

ExtremeTempMin

REAL

°C

Min. measured temperature value

15

68

ExtremeSpecificMax

REAL

None

Max. measured value

16

72

ExtremeTempMax

REAL

°C

Max. measured temperature value

17

76

OpTimeTotal

REAL

s

Operating hours of connected sensor

18

80

OperationAbove80C

REAL

s

Operating time >80°C

1984

OperationAbove100
C

REAL

s

Operating time >100°C

20

88

OperationBelowNeg
300mV

REAL

s

Operating time <-300mV (pH)21

92

OperationAbovePos3 REAL
00mVs

Operating time >300mV (pH)22

94

OpTimeSterilisations

INT

None

Number of sterilisation cycles

23

96

OpTimeCipCycles

INT

None

Number of clean in place cycles

24

98

CurrentDiagCode

INT

None

Current sensor-diagnosis : diagnosis code

25

99

CurrentDiagNE107St SINT
atus

None

Current sensor-diagnosis : status according to NAMUR NE107

26

100

ActiveSensorType

None

Selected sensor type. The selected type has to match with the connected
sensor type.

SINT

Selection:
0: None (default)
1: Oxygen (amp.)
2: Oxygen (opt. fixed cable)
3: pH Glass
4: pH/ORP
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
18: pH/ORP
19: Cond c 4-pol
20: Oxygen (opt. Memosens coupling)
21: TU
22: Inline photometer
23: TU/AU

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SD01293C/07/EN/06.22

Index Offset Attribute

Data type

Unit

Description
24: Disinfection
25: Spectrometer
28: Fluorescence

27

104

TemperatureSlope

REAL

None

Temperature slope (2-point temp. calibration)

28

108

CalibBuffer1

REAL

None

The pH value of buffer 1

29

112

CalibBuffer2

REAL

None

The pH value of buffer 2

30

116

CalibBuffer3

REAL

None

The pH value of buffer 3

6.5.2.3 Sensor Conductivity, instance = 119 (Sensor 1) to 126 (Sensor 8)
Index Offset Attribute

Data
type

Unit Description

10

CurrentDiagTimestampDate

LINT

None Current sensor-diagnosis : time of diagnosis apperance

2

8

ManufacturingDate

LINT

None Manufacturing date of the sensor

3

16

InitialOperationDate

LINT

None Initial-operation date of sensor

4

24

DateOfLastCalibration

LINT

None Date of the last successful slope calibration of the sensor

528

CellConstant

REAL

1/m Cell constant

6

32

DeltaCellConstant

REAL

1/m Difference of cell constant between current and last calibration

7

36

TemperatureOffset

REAL

K

8

40

ExtremeSpecificMin

REAL

S/m Min. measured value

944

ExtremeTempMin

REAL

°C

10

48

ExtremeSpecificMax

REAL

S/m Max. measured value

1152

ExtremeTempMax

REAL

°C

Max. measured temperature value

1256

OpTimeTotal

REAL

s

Operating hours of connected sensor

13

60

OpTimeBelow5C

REAL

s

Operating time <5°C

1464

OpTimeAbove80C

REAL

s

Operating time >80°C

15

68

OpTimeAbove100C

REAL

s

Operating time >100°C(Cond 4pol, Cond Entity 2pol,
Cond Entity 4pol)

16

72

OpTimeAbove120C

REAL

s

Operating time >120°C(Cond, Cond 4pol, Cond Entity 2pol,
Cond Entity 4pol)

17

76

OpTimeAbove125C

REAL

s

Operating time >125°C(Cond i.)

1880

OpTimeAbove140C

REAL

s

Operating time >140°C(Cond, Cond 4pol, Cond Entity 4pol)

19

84

OpTimeAbove150C

REAL

s

Operating time >150°C(Condi, Cond Entity 2pol)

20

88

OpTimeAbove80CBelow100nSpercm REALs

Operating time <100nS (cond.)

21

90

OpTimeSterilisations

INT

None Number of sterilisation cycles

22

92

OpTimeCipCycles

INT

None Number of clean in place cycles

23

94

CurrentDiagCode

INT

None Current sensor-diagnosis : diagnosis code2495

CurrentDiagNE107Status

SINT

None Current sensor-diagnosis : status according to NAMUR NE107

25

96

ActiveSensorType

Temperature offset

Min. measured temperature value

None Selected sensor type. The selected type has to match with theconnected sensor type.
Selection:
0: None (default)
1: Oxygen (amp.)
2: Oxygen (opt. fixed cable)
3: pH Glass

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SD01293C/07/EN/06.22

Index Offset Attribute

Data
type

Unit Description
4: pH/ORP
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
18: pH/ORP
19: Cond c 4-pol
20: Oxygen (opt. Memosens coupling)
21: TU
22: Inline photometer
23: TU/AU
24: Disinfection
25: Spectrometer
28: Fluorescence26

100 TemperatureSlope

REAL

None Temperature slope (2-point temp. calibration)

27

104 CapOpTimeAboveT1

REAL

s

Operating time above temperature T1

28

108 CapOpTimeAboveT2

REAL

s

Operating time above temperature T2

29

112 CapOpTimeAboveT3

REAL

s

Operating time above temperature T3

30

116 CapOpTimeAboveT4

REAL

s

Operating time above temperature T4

31

117 OpTimeThresholdAboveT1

SINT

°C

Threshold in [°C] for operating counter Tenperature1

32

118 OpTimeThresholdAboveT2

SINT

°C

Threshold in [°C] for operating counter Tenperature2

33

119 OpTimeThresholdAboveT3

SINT

°C

Threshold in [°C] for operating counter Tenperature3

34

120 OpTimeThresholdAboveT4

SINT

°C

Threshold in [°!C] for operating counter Tenperature4

6.5.2.4 Sensor Disinfection, instance = 127 (Sensor 1) to 134 (Sensor 8)
Index Offset Attribute

Data
type

Unit

Description

10

CurrentDiagTimestampDate

LINT

None

Current sensor-diagnosis : time of diagnosis apperance

2

8

ManufacturingDate

LINT

None

Manufacturing date of the sensor

3

16

InitialOperationDate

LINT

None

Initial-operation date of sensor

4

24

DateOfLastSlopeCalibration

LINT

None

Date of the last successful slope calibration of the sensor

532

DateOfLastZeroPointCalibration LINT

None

Date of the last successful zero-point calibration of the sensor

6

36

Slope

REAL

A/(kg/m³) Slope

7

40

DeltaSlope

REAL

A/(kg/m³) Difference of slope between current and last calibration

8

44

ZeroPoint

REAL

A

Zero point

948

DeltaZeroPoint

REAL

A

Difference of zero point between current and last calibration

1052

TemperatureOffset

REAL

K

Temperature offset

11

56

ChargeCounter

REAL

As

Charge (electrical)

1260

ExtremeSpecificMin

REAL

None

Min. measured value

1364

ExtremeTempMin

REAL

°C

Min. measured temperature value

14

68

ExtremeSpecificMax

REAL

None

Max. measured value

15

72

ExtremeTempMax

REAL

°C

Max. measured temperature value

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SD01293C/07/EN/06.22

Index Offset Attribute

Data
type

Unit

Description

16

76

OpTimeTotal

REAL

s

Operating hours of connected sensor

1780

OpTimeAbove15C

REAL

s

Operating time > 15°C

1884

OpTimeAbove30C

REAL

s

Operating time > 30°C

19

88

OpTimeAboveMinus20nA

REAL

s

Operating time > -20 nA

2092

OpTimeAboveMinus100nA

REAL

s

Operating time > -100 nA

21

94

NumberOfCapCalibrations

INT

None

Number of sensor-cap calibrations

22

96

CurrentDiagCode

INT

None

Current sensor-diagnosis : diagnosis code

23

97

CurrentDiagNE107Status

SINT

None

Current sensor-diagnosis : status according to NAMUR NE107

24

98

ActiveSensorType

SINT

None

Selected sensor type. The selected type has to match with theconnected sensor type.
Selection:
0: None (default)
1: Oxygen (amp.)
2: Oxygen (opt. fixed cable)
3: pH Glass
4: pH/ORP
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
18: pH/ORP
19: Cond c 4-pol
20: Oxygen (opt. Memosens coupling)
21: TU
22: Inline photometer
23: TU/AU
24: Disinfection
25: Spectrometer
28: Fluorescence25

100 NumOfCalibrations

INT

None

Number of calibrations

26

102 NumOfSIP

INT

None

Number of sterilisations

27

104 NumOfCIP

INT

None

Number of clean in place cycles

28

106 NumOfAutoclavings

INT

None

Number of autoclavings

29

108 NumOfSIPCap

INT

None

Number of sterilisation cycles for cap

30

110 NumOfCIPCap

INT

None

Number of clean in place cycles for cap

31

112 NumOfAutoclavingsCap

INT

None

Number of autoclavings for cap

32

116 ElectrolyteCapacity

REAL

As

Electrolyte capacity

33

120 OpTimeAboveT3

REAL

s

Operating hours above a temperature of T3

34

124 CapOpTimeTotal

REAL

s

Cap operating hours of connected sensor

35

128 CapOpTimeAboveT1

REAL

s

Cap operating hours above a temperature of T1

36

132 CapOpTimeAboveT2

REAL

s

Cap operating hours above a temperature of T2

37

136 CapOpTimeAboveT3

REAL

s

Cap operating hours above a temperature of T3

38

140 CapOpTimeAboveC1

REAL

s

Cap operating hours raw value above T4

39

144 CapOpTimeAboveC2

REAL

s

Cap operating hours raw value above T5

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SD01293C/07/EN/06.22

Index Offset Attribute

Data
type

Unit

Description

40

145 SensorElement

SINT

None

Sensor element

41

146 OpTimeThresholdAboveT1

SINT

°C

Temperature threshold T1 for operating hours counter42

147 OpTimeThresholdAboveT2

SINT

°C

Temperature threshold T2 for operating hours counter

43

148 OpTimeThresholdAboveT3

SINT

°C

Temperature threshold T3 for operating hours counter44

152 OpTimeThresholdAboveC1

REAL

°C

Threshold in [A] for operating counter Current 1

45

156 OpTimeThresholdAboveC2

REAL

°C

Threshold in [A] for operating counter Current 2

6.5.2.5 Sensor Oxygen, instance = 135 (Sensor 1) to 142 (Sensor 8)
Index Offset Attribute

Data
type

Unit Description

10

CurrentDiagTimestampDate

LINT

None Current sensor-diagnosis : time of diagnosis
apperance

2

8

ManufacturingDate

LINT

None Manufacturing date of the sensor

3

16

InitialOperationDate

LINT

None Initial-operation date of sensor

4

24

DateOfLastSlopeCalibration

LINT

None Date of the last successful calibration of the sensor

532

DateOfLastZeroPointCalibration

LINT

None Date of the last successful zero point calibration of
the sensor

6

36

Slope

REAL

%

7

40

DeltaSlope

REAL

A/Pa Difference of slope between current and lastcalibration

8

44

ZeroPoint

REAL

A

Zero point

948

DeltaZeroPoint

REAL

A

Difference of zero point between current and lastcalibration

1052

TemperatureOffset

REAL

K

Temperature offset

11

56

ChargeCounter

REAL

As

Charge (electrical)

1260

ExtremeTempMin

REAL

°C

Min. measured temperature value

1364

ExtremeTempMax

REAL

°C

Max. measured temperature value

14

68

OpTimeTotal

REAL

s

Operating hours of connected sensor

15

72

OpTimeBelow5C

REAL

s

Operating time <5°C (COS61D, COS81D)

16

76

OpTimeAbove5C_Below5C

REAL

s

Operating time >25°C (COS61D), >40°C (COS21D),>5°C(COS51D), >T1 (COS81D)

17

80

OpTimeAbove25C_30C

REAL

s

Operating time >40°C (COS21D), >80°C (COS51D),>30°C (COS51D), >T2 (COS81D)

18

84

OpTimeAbove40C

REAL

s

Operating time >40°C (COS21D), >80°C (COS51D),>30°C (COS51D), >T2 (COS81D)

19

88

OpTimeAbove80C

REAL

s

Operating time >T3 (COS81D), >15nA (COS21D), >30nA (COS51D)

20

92

OpTimeAbove120C_40C

REAL

s

Operating time >T3 (COS81D), >15nA (COS21D), >30nA (COS51D)

21

96

OpTimeAbove15nA_30nA

REAL

s

Operating time >50nA (COS21D), > 160nA(COS51D), <5°C

22

100 OpTimeAbove50nA_160nA

REAL

s

Operating time >50nA (COS21D), > 160nA(COS51D), <5°C

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48

SD01293C/07/EN/06.22

Index Offset Attribute

Data
type

Unit Description

23

104 OpTimeBelow25us

REAL

s

Operating time <25µs (COS61D)24

108 OpTimeAbove40us

REAL

s

Operating time >40µs (COS61D)25

110 OpTimeSterilisations

INT

None Number of sterilisation cycles

26

112 OpTimeCipCycles

INT

None Number of clean in place cycles

27

114 NumberOfCalibrations

INT

None Number of calibrations

28

116 NumberOfCapCalibrations

INT

None Number of sensor-cap calibrations

29

118 CurrentDiagCode

INT

None Current sensor-diagnosis : diagnosis code30

119 CurrentDiagNE107Status

SINT

None Current sensor-diagnosis : status according to
NAMUR NE107

31

120 ActiveSensorType

SINT

None Selected sensor type. The selected type has to matchwith the connected sensor type.
Selection:
0: None (default)
1: Oxygen (amp.)
2: Oxygen (opt. fixed cable)
3: pH Glass
4: pH/ORP
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
18: pH/ORP
19: Cond c 4-pol
20: Oxygen (opt. Memosens coupling)
21: TU
22: Inline photometer
23: TU/AU
24: Disinfection
25: Spectrometer
28: Fluorescence32

124 DO_PAOKsv

REAL

1/Pa Normalized Ksv of point-at-oxygen calibration

33

128 DO_ZeroKsv

REAL

1/Pa Normalized Ksv of zero-point calibration

34

132 DO_PAOTau

REAL

s

Normalized τ0 of point-at-oxygen calibration

35

136 DO_ZeroTau

REAL

s

Normalized τ0 of zero-point calibration

36

140 DO_PAOQuality

REAL

%

Calibration quality index of point-at-oxygen
calibration

37

144 DO_ZeroQuality

REAL

%

Calibration quality index of zero-point calibration

38

148 DO_SlopeAbs

REAL

A/Pa Slope

39

152 DO_DeltaSlopeAbs

REAL

A/Pa Difference of slope between current and lastcalibration

40

156 DO_FermenterScalingFactor

REAL

None Fermenter scaling factor

41

157 DO_OpTime_ThresholdT1

SINT

None Temperature threshold T1 for operating hours
counter42

158 DO_OpTime_ThresholdT2

SINT

None Temperature threshold T2 for operating hours
counterEndress+Hauser

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Index Offset Attribute

Data
type

Unit Description

43

159 DO_OpTime_ThresholdT3

SINT

None Temperature threshold T3 for operating hours
counter44

160 DO_OpTime_ThresholdT4

SINT

None Temperature threshold T4 for operating hours
counter45

164 DO_OpTime_CAP_Total

REAL

s

Cap Operating hours of connected sensor

46

168 DO_OpTime_CAP_Above_Temperature1

REAL

s

Cap Operating hours above a temperature of T1

47

172 DO_OpTime_CAP_Above_Temperature2

REAL

s

Cap Operating hours above a temperature of T2

48

176 DO_OpTime_CAP_Above_Temperature3

REAL

s

Cap Operating hours above a temperature of T3

49

180 DO_OpTime_CAP_Below_Temperature4

REAL

s

Cap Operating hours below a temperature of T450

182 DO_Num_Autoclavings

INT

None Number of autoclavings

51

184 DO_Num_Of_CAP_CIP

INTNone Number of clean in place cycles for cap

52

186 DO_Num_Of_CAP_Autoclavings

INT

None Number of autoclavings for cap

53

187 DO_Num_Of_CAP_SIP

SINTNone Number of sterilisation cycles for cap

54

188 DO_FermenterScalingActive

BOOL

None Fermenter scaling active

55

196 DO_Date_Last_Successful_Fermenter_Scaling LINT

None Date and time of the last successful fermenter scaling56

198 DO_Num_Of_PAO_Calibrations

INT

None Number of point-at-oxygen calibrations

57

200 DO_Num_Of_Zero_Calibrations

INT

None Number of zero-point calibrations

58

201 DO_Mode_PAO_Calibration

SINT

None Mode point-at-oxygen calibration
Selection:
0: --1: Numeric input
2: 1-point calibration
3: 2-point calibration
4: Multipoint Calibration
5: Table
6: Sample calibration
7: Zero point
8: Slope air
9: Slope H2O
10: Slope variable
11: Zeropoint reference
12: Slope reference
13: Offset
14: Slope
15: with temp. comp
16: without temp. comp17: Standard addition
18: Numeric input slope
19: Numeric input zero point
20: Numeric input 2-point
21: Factory calib.
22: Slope test gas
23: Value acquisition
24: 3-point calibration
25: Ext. Reference
26: Int. Reference
27: in water
28: in air

59

202 DO_Mode_Zero_Calibration

SINT

None Mode zero-point calibration
Selection:
0: --1: Numeric input
2: 1-point calibration

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Index Offset Attribute

Data
type

Unit Description
3: 2-point calibration
4: Multipoint Calibration
5: Table
6: Sample calibration
7: Zero point
8: Slope air
9: Slope H2O
10: Slope variable
11: Zeropoint reference
12: Slope reference
13: Offset
14: Slope
15: with temp. comp
16: without temp. comp17: Standard addition
18: Numeric input slope
19: Numeric input zero point
20: Numeric input 2-point
21: Factory calib.
22: Slope test gas
23: Value acquisition
24: 3-point calibration
25: Ext. Reference
26: Int. Reference
27: in water
28: in air

6.5.2.6 Sensor SAC, instance = 143 (Sensor 1) to 150 (Sensor 8)
Index Offset Attribute

Data
type

Unit Description

10

CurrentDiagTimestampDate

LINT

None Current sensor-diagnosis : time of diagnosis apperance

2

8

ManufacturingDate

LINT

None Manufacturing date of the sensor

3

16

InitialOperationDate

LINT

None Initial-operation date of sensor

4

24

DateOfLastCalibration

LINT

None Date of the last successful calibration of the sensor

528

CalMainValueOffset

REAL

None Calibration offset

632

RawValueMeasChannel

REAL

1/m Raw value

736

ExtendedSAC

REAL

1/m no description

840

ExtremeTempMin

REAL

°C

Min. measured temperature value

944

ExtremeTempMax

REAL

°C

Max. measured temperature value

10

48

OpTimeTotal

REAL

s

Operating hours of connected sensor

11

52

LastFilterChange

REAL

s

Operating time of filter

1256FlashCounter

DINT

None Flash lamp counter

13

58

NumberOfCalibrations

INT

None Number of calibrations

14

60

CurrentDiagCode

INT

None Current sensor-diagnosis : diagnosis code

15

61

UsedModelOrDataSet

SINT

None Dataset switch for SAK
Selection:
0: Factory calib. (default)
1: Dataset1
2: Dataset2
3: Dataset3
4: Dataset4

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Index Offset Attribute

Data
type

Unit Description
5: Dataset5
6: Dataset6
7: undefined

16

62

CalMainValueMode

SINT

None Calibration method
Selection:
0: --1: Numeric input
2: 1-point calibration
3: 2-point calibration
4: Multipoint Calibration
5: Table
6: Sample calibration
7: Zero point
8: Slope air
9: Slope H2O
10: Slope variable
11: Zeropoint reference
12: Slope reference
13: Offset
14: Slope
15: with temp. comp
16: without temp. comp17: Standard addition
18: Numeric input slope
19: Numeric input zero point
20: Numeric input 2-point
21: Factory calib.
22: Slope test gas
23: Value acquisition
24: 3-point calibration
25: Ext. Reference
26: Int. Reference
27: in water
28: in air

17

63

CurrentDiagNE107Status

SINT

None Current sensor-diagnosis : status according to NAMUR NE107

18

64

ActiveSensorType

SINT

None Selected sensor type. The selected type has to match with theconnected sensor type.
Selection:
0: None (default)
1: Oxygen (amp.)
2: Oxygen (opt. fixed cable)
3: pH Glass
4: pH/ORP
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
18: pH/ORP
19: Cond c 4-pol
20: Oxygen (opt. Memosens coupling)
21: TU
22: Inline photometer
23: TU/AU
24: Disinfection
25: Spectrometer
28: FluorescenceEndress+Hauser

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SD01293C/07/EN/06.22

Index Offset Attribute
19

68

Data
type

CH2_SAK_CalMainValueFactor REAL

Unit Description
None Calibration factor

6.5.2.7 Sensor CUS, instance = 151 (Sensor 1) to 158 (Sensor 8)
Index Offset Attribute

Data
type

Unit Description

10

CurrentDiagTimestampDate

LINT

None Current sensor-diagnosis : time of diagnosis apperance

2

8

ManufacturingDate

LINT

None Manufacturing date of the sensor

3

16

InitialOperationDate

LINT

None Initial-operation date of sensor

4

24

DateOfLastCalibration

LINT

None Date of the last successful calibration of the sensor

528

CalMainValueOffset

REAL

None Calibration offset

632

ExtremeTempMin

REAL

°C

Min. measured temperature value

736

ExtremeTempMax

REAL

°C

Max. measured temperature value

8

40

OpTimeTotal

REAL

s

Operating hours of connected sensor

944

OperationAboveSpecTemp

REAL

s

Operating hours of connected sensor

1048

OperationBelowSpecTemp

REAL

s

Operating hours of connected sensor

11

50

NumberOfCalibrations

INT

None Number of calibrations

12

52

CurrentDiagCode

INT

None Current sensor-diagnosis : diagnosis code

13

53

UsedModelOrDataSet

SINT

None Dataset switch for turbidity
Selection:
0: Formazine (default)
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
13: Thin sludge
14: PSL
15: Diatomite
16: Dataset6

1454

CurrentDiagNE107Status

SINT

None Current sensor-diagnosis : status according to NAMUR NE107

15

55

ActiveSensorType

SINT

None Selected sensor type. The selected type has to match with theconnected sensor type.
Selection:
0: None (default)
1: Oxygen (amp.)
2: Oxygen (opt. fixed cable)
3: pH Glass
4: pH/ORP
5: pH ISFET
6: Cond c
7: Cond i
8: ORP
9: TU/TS
10: Nitrate

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Index Offset Attribute

Data
type

Unit Description
11: ISE
12: SAC
13: Ultrasonic interface
14: Chlorine
18: pH/ORP
19: Cond c 4-pol
20: Oxygen (opt. Memosens coupling)
21: TU
22: Inline photometer
23: TU/AU
24: Disinfection
25: Spectrometer
28: Fluorescence

1659

CH1_CUS_CalMainValueFactor REAL

None Calibration factor

6.5.2.8 Sensor ISE, instance = 159 (Sensor 1) to 166 (Sensor 8)
Index

OffsetAttribute

Data type Unit

Description

10

CurrentDiagTimestampDate

LINT

None Current sensor-diagnosis : time of diagnosis apperance

2

8

ManufacturingDate

LINT

None Manufacturing date of the sensor

3

16

InitialOperationDate

LINT

None Initial-operation date of sensor

4

24

DateOfLastCalibrationRsensor

LINT

None Date of the last successful calibration of the sensor reference
slot

5

32

DateOfLastCalibrationCh1sensor LINT

None Date of the last successful calibration of the sensor slot 1

6

40

DateOfLastCalibrationCh2sensor LINT

None Date of the last successful calibration of the sensor slot 2

748

DateOfLastCalibrationCh3sensor LINT

None Date of the last successful calibration of the sensor slot 3

852

ExtremeSpecificMin

REAL

None Min. measured value

956

ExtremeTempMin

REAL

°C

10

60

ExtremeSpecificMax

REAL

None Max. measured value

1164

ExtremeTempMax

REAL

°C

Max. measured temperature value

1268

SlopeRsensor

REAL

%

Slope reference slot

13

72

DeltaSlopeRsensor

REAL

%

Difference of slope between current and last calibrationreference slot

14

76

ZeroPointRsensor

REAL

None Zero-point reference slot

1580

DeltaZeroPointRsensor

REAL

None Delta zero-point reference slot

16

84

SlopeCh1sensor

REAL

%

Slope slot 1

1788DeltaSlopeCh1sensor

REAL

%

Difference of slope between current and last calibration slot
1

18

92

ZeroPointCh1sensor

REAL

None Zero-point slot 1

1996

DeltaZeroPointCh1sensor

REAL

None Delta zero-point slot 1

20

100

SlopeCh2sensor

REAL

%

Slope slot 2

21

104

DeltaSlopeCh2sensor

REAL

%

Difference of slope between current and last calibration slot
2

22

108

ZeroPointCh2sensor

REAL

None Zero-point slot 2

23

112

DeltaZeroPointCh2sensor

REAL

None Delta zero-point slot 2

24

116

SlopeCh3sensor

REAL

%

Endress+Hauser

Min. measured temperature value

Slope slot 3

54

SD01293C/07/EN/06.22

Index

OffsetAttribute

Data type Unit

Description

25

120

DeltaSlopeCh3sensor

REAL

%

Difference of slope between current and last calibration slot
3

26

124

ZeroPointCh3sensor

REAL

None Zero-point slot 3

27

128

DeltaZeroPointCh3sensor

REAL

None Delta zero-point slot 3

28

132

OpTimeTotal

REAL

s

29

134

NumberOfCalibrationsRsensor

INT

None Number of calibrations reference slot

30

136

NumberOfCalibrationsCh1sensor INT

None Number of calibrations slot 1

31

138

NumberOfCalibrationsCh2sensor INT

None Number of calibrations slot 2

32

140

NumberOfCalibrationsCh3sensor INT

None Number of calibrations slot 3

33

142

CurrentDiagCode

INT

None Current sensor-diagnosis : diagnosis code

34

143

ElectrodeTypeRsensor

SINT

None Electrode type reference slot (measured parameter)

Operating hours of connected sensor

Selection:
0: disabled (default)
5: pH
35

144

ElectrodeTypeCh1sensor

SINT

None Electrode type slot 1 (measured parameter)
Selection:
0: disabled (default)
1: Nitrate
2: Ammonium
3: Potassium
4: Chloride
5: pH
6: ORP
7: User defined

36

145

ElectrodeTypeCh2sensor

SINT

None Electrode type slot 2 (measured parameter)
Selection:
0: disabled (default)
1: Nitrate
2: Ammonium
3: Potassium
4: Chloride
5: pH
6: ORP
7: User defined

37

146

ElectrodeTypeCh3sensor

SINT

None Electrode type slot 3 (measured parameter)
Selection:
0: disabled (default)
1: Nitrate
2: Ammonium
3: Potassium
4: Chloride
5: pH
6: ORP
7: User defined

38

147

CurrentDiagNE107Status

SINT

None Current sensor-diagnosis : status according to NAMUR
NE107

39

148

ActiveSensorType

SINT

None Selected sensor type. The selected type has to match withthe connected sensor type.
Selection:
0: None (default)
1: Oxygen (amp.)
2: Oxygen (opt. fixed cable)
3: pH Glass

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55

SD01293C/07/EN/06.22

Index

OffsetAttribute

Data type Unit

Description
4: pH/ORP
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
18: pH/ORP
19: Cond c 4-pol
20: Oxygen (opt. Memosens coupling)
21: TU
22: Inline photometer
23: TU/AU
24: Disinfection
25: Spectrometer
28: Fluorescence

6.5.2.9 Sensor Nitrate, instance = 167 (Sensor 1) to 174 (Sensor 8)
Index Offset Attribute

Data
type

Unit

Description

10

CurrentDiagTimestampDate LINT

None Current sensor-diagnosis : time of diagnosis apperance

2

8

ManufacturingDate

LINT

None Manufacturing date of the sensor

3

16

InitialOperationDate

LINT

None Initial-operation date of sensor

4

24

DateOfLastCalibration

LINT

None Date of the last successful calibration of the sensor

528

CalMainValueOffset

REAL

None Calibration offset

632

RawValueMeasChannel

REAL

kg/m³ Raw measurement value

736

ExtremeTempMin

REAL

°C

Min. measured temperature value

840

ExtremeTempMax

REAL

°C

Max. measured temperature value

944

OpTimeTotal

REAL

s

Operating hours of connected sensor

1048

LastFilterChange

REAL

s

Operating time of filter

1152FlashCounter

DINT

None Flash lamp counter

1254

NumberOfCalibrations

INT

None Number of calibrations

13

56

CurrentDiagCode

INT

None Current sensor-diagnosis : diagnosis code

14

57

UsedModelOrDataSet

SINT

None Dataset switch for nitrate
Selection:
0: Factory calib. (default)
1: Dataset1
2: Dataset2
3: Dataset3
4: Dataset4
5: Dataset5
6: Dataset6
7: undefined

15

58

CalMainValueMode

SINT

None Calibration method
Selection:
0: --1: Numeric input
2: 1-point calibration

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56

SD01293C/07/EN/06.22

Index Offset Attribute

Data
type

Unit

Description
3: 2-point calibration
4: Multipoint Calibration
5: Table
6: Sample calibration
7: Zero point
8: Slope air
9: Slope H2O
10: Slope variable
11: Zeropoint reference
12: Slope reference
13: Offset
14: Slope
15: with temp. comp
16: without temp. comp17: Standard addition
18: Numeric input slope
19: Numeric input zero point
20: Numeric input 2-point
21: Factory calib.
22: Slope test gas
23: Value acquisition
24: 3-point calibration
25: Ext. Reference
26: Int. Reference
27: in water
28: in air

16

59

CurrentDiagNE107Status

SINT

None Current sensor-diagnosis : status according to NAMUR NE107

1760

ActiveSensorType

SINT

None Selected sensor type. The selected type has to match with theconnected sensor type.
Selection:
0: None (default)
1: Oxygen (amp.)
2: Oxygen (opt. fixed cable)
3: pH Glass
4: pH/ORP
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
18: pH/ORP
19: Cond c 4-pol
20: Oxygen (opt. Memosens coupling)
21: TU
22: Inline photometer
23: TU/AU
24: Disinfection
25: Spectrometer
28: Fluorescence18

64

CalMainValueFactor

Endress+Hauser

REAL

None Calibration factor

57

SD01293C/07/EN/06.22

Index Offset Attribute

Data
type

Unit

Description

10

CurrentDiagTimestampDate LINT

None Current sensor-diagnosis : time of diagnosis apperance

2

8

ManufacturingDate

LINT

None Manufacturing date of the sensor

3

16

InitialOperationDate

LINT

None Initial-operation date of sensor

4

24

DateOfLastCalibration

LINT

None Date of the last successful calibration of the sensor

528

CalMainValueOffset

REAL

None Calibration offset

632

RawValueMeasChannel

REAL

kg/m³ Raw measurement value

736

ExtremeTempMin

REAL

°C

Min. measured temperature value

840

ExtremeTempMax

REAL

°C

Max. measured temperature value

944

OpTimeTotal

REAL

s

Operating hours of connected sensor

1048

LastFilterChange

REAL

s

Operating time of filter

1152FlashCounter

DINT

None Flash lamp counter

1254

NumberOfCalibrations

INT

None Number of calibrations

13

56

CurrentDiagCode

INT

None Current sensor-diagnosis : diagnosis code

14

57

UsedModelOrDataSet

SINT

None Dataset switch for nitrate
Selection:
0: Factory calib. (default)
1: Dataset1
2: Dataset2
3: Dataset3
4: Dataset4
5: Dataset5
6: Dataset6
7: undefined

15

58

CalMainValueMode

SINT

None Calibration method
Selection:
0: --1: Numeric input
2: 1-point calibration
3: 2-point calibration
4: Multipoint Calibration
5: Table
6: Sample calibration
7: Zero point
8: Slope air
9: Slope H2O
10: Slope variable
11: Zeropoint reference
12: Slope reference
13: Offset
14: Slope
15: with temp. comp
16: without temp. comp17: Standard addition
18: Numeric input slope
19: Numeric input zero point
20: Numeric input 2-point
21: Factory calib.
22: Slope test gas
23: Value acquisition
24: 3-point calibration
25: Ext. Reference
26: Int. Reference
27: in water
28: in air

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58SD01293C/07/EN/06.22

Index Offset Attribute

Data
type

Unit

Description

16

59

CurrentDiagNE107Status

SINT

None Current sensor-diagnosis : status according to NAMUR NE107

1760

ActiveSensorType

SINT

None Selected sensor type. The selected type has to match with theconnected sensor type.
Selection:
0: None (default)
1: Oxygen (amp.)
2: Oxygen (opt. fixed cable)
3: pH Glass
4: pH/ORP
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
18: pH/ORP
19: Cond c 4-pol
20: Oxygen (opt. Memosens coupling)
21: TU
22: Inline photometer
23: TU/AU
24: Disinfection
25: Spectrometer
28: Fluorescence18

64

CalMainValueFactor

6.5.2.10

REAL

None Calibration factor

Sensor Fluorescense, instance = 175 (Sensor 1) to 182 (Sensor 8)

Supported with software version 1.12.00 and newer
Index Offset

Attribute

Data type Unit

Description

10

CurrentDiagTimestampDate

LINT*

None

Current sensor-diagnosis : time of diagnosis
apperance

2

8

ManufacturingDate

LINT*

None

Manufacturing date of the sensor

3

16

InitialOperationDate

LINT*

None

Initial-operation date of sensor

4

24

DateOfLastCalibration

LINT*

None

Date of the last successful calibration of thesensor

5

32

CalValidity

LINT*

Last Cal/Adj Date + Alarm Limit

640

AdjDataTime

LINT*

Date of the last successful calibration of thesensor

7

44

CalMainValueOffset

REAL

Calibration offset

848

ExtremeTempMin

REAL

Min. measured temperature value

952

ExtremeTempMax

REAL

Max. measured temperature value

10

56

OpTimeTotal

REAL

Operating hours of connected sensor

11

60

OpTimeAboveTempMax

REAL

Operating hours of connected sensor

1264

OpTimeBelowTempMin

REAL

Operating hours of connected sensor

13

68

CalMainValueFactor

REAL

Calibration factor

14

72

OpTimeLightsourceDegradation

REAL

Endress+Hauser%

Lightsource degradation

59

SD01293C/07/EN/06.22

Index Offset

Attribute

Data type Unit

Description

15

76

CalAdjustmentDeviation

REAL

%

Adjustment deviation

16

80

CalObvAirMeasTemperature

REAL

°C

Sensor air Temperature

17

84

CalObvSolidStandardMeasTemperature

REAL

°C

Sensor solid Temperature

18

88

CalObvAirMeasRawValue

REAL

Air measurement

19

92

CalObvAirMeasThreshold

REAL

Air measurement acceptance threshold (constantvalue)

20

96

CalObvSolidStandardRefVal

REAL

Nominal value of the solid state standard

21

100

CalObvSolidStandardMeasRawVal

REAL

Solid state standard measurement raw value

22

104

CalObvSolidStandardMeasProcessedVal

REAL

Solid state standard measurement

23

108

CalObvSolidStandardMeasLowerThreshold REAL

Min. acceptance thresholds for the solid state
standard measurement

24

112

CalObvSolidStandardMeasUpperThreshold REAL

Max. acceptance thresholds for the solid state
standard measurement

25

116

AdjObvAirMeasTemperature

REAL

Sensor air Temperature

26

120

AdjObvSolidStandardMeasTemperature

REAL

Sensor solid Temperature

27

124

AdjObvAirMeasRawValue

REAL

Air measurement

28

128

AdjObvAirMeasThreshold

REAL

Air measurement acceptance threshold (constantvalue)

29

132

AdjObvSolidStandardRefVal

REAL

Nominal value of the solid state standard

30

136

AdjObvSolidStandardMeasRawVal

REAL

Solid state standard measurement raw value

31

140

AdjObvSolidStandardMeasProcessedVal

REAL

Solid state standard measurement

32

144

AdjObvSolidStandardMeasLowerThreshold REAL

Min. acceptance thresholds for the solid state
standard measurement

33

148

AdjObvSolidStandardMeasUpperThreshold REAL

Max. acceptance thresholds for the solid state
standard measurement

34

150

NumberOfCalibrations

INT

Number of calibrations

35

152

CurrentDiagCode

INT

Current sensor-diagnosis : diagnosis code

36

153

CurrentDiagNE107Status

SINT

Current sensor-diagnosis : status according to
NAMUR NE107

37

154

ActiveSensorType

SINT

Selected sensor type. The selected type has tomatch with the connected sensor type.
Selection:
0: None (default)
1: Oxygen (amp.)
2: Oxygen (opt. fixed cable)
3: pH Glass
4: pH/ORP
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
18: pH/ORP
19: Cond c 4-pol
20: Oxygen (opt. Memosens coupling)

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60SD01293C/07/EN/06.22

Index Offset

Attribute

Data type Unit

Description
21: TU
22: Inline photometer
23: TU/AU
24: Disinfection
25: Spectrometer
28: Fluorescence

38

155

CalObvDataValidSINT

Calibration data validity

39

156

CalMethod

SINT

Calibration method
Selection:
0: --1: Numeric input
2: 1-point calibration
3: 2-point calibration
4: Multipoint calibration
5: Table
6: Sample calibration
7: Zero point
8: Air 100%% rh
9: H2O air-saturated
10: Air variable
11: Zero point sample
12: Slope sample
13: Offset
14: Slope
15: with temp. comp
16: without temp. comp17: Standard addition
18: Numeric input
19: Numeric input zero point
20: Numeric input
21: Factory calib.
22: Test gas calibration
23: Value acquisition
24: 3-point calibration
25: Ext. reference
26: Int. reference
27: in water
28: in air
29: Solid state reference

40

157

CalObvAdjustmentType

SINT

Type of last calibration
Selection:
0: Factory
1: Done
2: Unchanged
3: Failed

41

158

CalObvMepcStateSINTMEPC state as result of last calibration
Selection:
0: Not OK
1: OK
2: n/a42

159

AdjObvDataValid

SINT

Adjustment data validity

43

160

AdjMethod

SINT

Calibration method
Selection:
0: --1: Numeric input
2: 1-point calibration
3: 2-point calibration
4: Multipoint calibration
5: TableEndress+Hauser

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SD01293C/07/EN/06.22

Index Offset

Attribute

Data type Unit

Description
6: Sample calibration
7: Zero point
8: Air 100%% rh
9: H2O air-saturated
10: Air variable
11: Zero point sample
12: Slope sample
13: Offset
14: Slope
15: with temp. comp
16: without temp. comp17: Standard addition
18: Numeric input
19: Numeric input zero point
20: Numeric input
21: Factory calib.
22: Test gas calibration
23: Value acquisition
24: 3-point calibration
25: Ext. reference
26: Int. reference
27: in water
28: in air
29: Solid state reference

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6.5.3 Common object, class code = 0310h, instances = 1
Index Attribute

R/W Datentyp

Info

1

W

Device description / TAG

DeviceTag

STRING

Range: 0 ... 32
Default: ""2

TemperatureUnit

W

SINT

Temperature unit
Default: 0
Selection:
0: degC
1: degF
2: K

3WebserverEnable

W

SINT

Webserver activation
Default: 1
Selection:
0: Off
1: On

4FactoryReset

W

SINT

Device reset
Default: 0

5Regulator0Setpoint

W

REAL

Controller : set value for controller 0
Default: 0.0

6Regulator0PPart

W

REAL

Controller : proportional band (Xp) for controller 0
Minimum: 0.0
Default: 10.0

7Regulator0IPart

W

REAL

Controller : reset time (Tn) for controller 0
Range: 0.0 ... 9999.0
Default: 0.0

8Regulator0DPart

W

REAL

Controller : rate time (Tv) for controller 0
Range: 0.0 ... 9999.0
Default: 0.0

9Regulator1Setpoint

W

REAL

Controller : set value for controller 1
Default: 0.0

10Regulator1PPart

W

REAL

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

11Regulator1IPart

W

REAL

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

12Regulator1DPart

W

REAL

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

13DeviceCurrentDiagModul

R

SINT

Most important device-related diagnosis : name ofmodule. The base module uses both Slot 0 and Slot 1.
Default: 0
Selection:
0: Slot 0

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Index Attribute

R/W DatentypInfo
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

14

DeviceCurrentDiagPort

R

SINT

Most important device-related diagnosis : connection
ID
Default: 0

15

DeviceCurrentDiagNE107Status

R

SINT

Most important device-related diagnosis : statusaccording to NAMUR NE107
Default: 0

16

DeviceCurrentDiagCodeR

INT

Most important device-related diagnosis : diagnosis
code
Default: 0

17

DeviceCurrentDiagTimestampDate

R

DATE

Most important device-related diagnosis : time ofdiagnosis appearance
Default: 0

18

DeviceCurrentDiagTimestampTime

R

TIME_OF_DAY Most important device-related diagnosis : time ofdiagnosis appearance
Default: 0

19

DeviceNumberAdditionalDiag

R

SINT

Nummber of additional device-related diagnosis
messages
Default: 0

20

DeviceLastDiagModul

R

SINT

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

21

DeviceLastDiagPort

R

SINT

Past device-diagnosis : port
Default: 0

22

DeviceLastDiagNE107Status

R

SINT

Past device-diagnosis : status according to NAMUR
NE107
Default: 0

23

DeviceLastDiagCodeR

INT

Past device-diagnosis : diagnosis code
Default: 0

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64SD01293C/07/EN/06.22

Index Attribute

R/W Datentyp

Info

24

R

Past device-diagnosis : time of diagnosis apperance

DeviceLastDiagTimestampDate

DATE

Default: 025

DeviceLastDiagTimestampTime

R

TIME_OF_DAY Past device-diagnosis : time of diagnosis apperance
Default: 026

DeviceLastDiagSource

R

SINT

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 preparation27

DeviceIDR

SINT

Device ID
Default: 0
Selection:
0: Liquiline CM442
1: Liquiline CM448
2: reserved
3: Liquistation CSF48
4: reserved
5: reserved
6: Liquiline System CA80
7: Liquistation CSF34
8: reserved
9: Liquiline CM44P

28

Ordercode

R

STRING

Ordercode of the device
Range: 0 ... 64
Default: ""29

OrdercodeExt

R

STRING

Extended ordercode of the device
Range: 0 ... 64
Default: ""30

OrderCodeExtCurrent

R

STRING

Current extended ordercode of the device
Range: 0 ... 64
Default: ""31

SwVersion

R

STRING

Software version of the device
Range: 0 ... 16
Default: ""32

BootloaderVersion

R

STRING

Software version of the bootloader
Range: 0 ... 16
Default: ""33

Serialnumber

Endress+Hauser

R

STRING

Serial number of the device65SD01293C/07/EN/06.22

Index Attribute

R/W Datentyp

Info
Range: 0 ... 32
Default: ""34

DisplaySerialNumber

R

STRING

Serial number of the device display
Range: 0 ... 32
Default: ""35

BackplaneSerialNumber

R

STRING

Serial of sub-rackRange: 0 ... 32
Default: ""36

PowersupplySerialNumber

R

STRING

Serial number of integrated power supply
Range: 0 ... 32
Default: ""37

BasemodulSerialNumber

R

STRING

Serial of base module
Range: 0 ... 32
Default: ""38

ExtModul1SerialNumber

R

STRING

Serial number of extension module
Range: 0 ... 32
Default: ""39

ExtModul2SerialNumber

R

STRING

Serial number of extension module
Range: 0 ... 32
Default: ""40

ExtModul3SerialNumber

R

STRING

Serial number of extension module
Range: 0 ... 32
Default: ""41

ExtModul4SerialNumber

R

STRING

Serial number of extension module
Range: 0 ... 32
Default: ""42

ExtModul5SerialNumber

R

STRING

Serial number of extension module
Range: 0 ... 32
Default: ""43

ExtModul6SerialNumber

R

STRING

Serial number of extension module
Range: 0 ... 32
Default: ""44

ExtModul7SerialNumber

R

STRING

Serial number of extension module
Range: 0 ... 32
Default: ""45

ExtModul8SerialNumber

R

STRING

Serial number of extension module
Range: 0 ... 32
Default: ""46

AI1ValueR

REAL

Analog process value from device to control system :value
Default: 0

47

AI1Status

R

INT

Analog process value from device to control system :stateDefault: 0

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SD01293C/07/EN/06.22

Index Attribute

R/W Datentyp

Info
Selection:
128: Good:Ok
64: Uncertain:NonSpecific
12: Bad:DeviceFailure
4: Bad:ConfigurationError
0: Bad:NotConnected

48

AI1UnitR

ENGUNIT

Analog process value from device to control system :unit
Default: 0x1000
Selection:→ Chapter: units

49

AI2ValueR

REAL

Analog process value from device to control system :value
Default: 0

50

AI2Status

R

INT

Analog process value from device to control system :stateDefault: 0
Selection:
128: Good:Ok
64: Uncertain:NonSpecific
12: Bad:DeviceFailure
4: Bad:ConfigurationError
0: Bad:NotConnected

51

AI2UnitR

ENGUNIT

Analog process value from device to control system :unit
Default: 0x1000
Selection:→ Chapter: units

52

AI3ValueR

REAL

Analog process value from device to control system :value
Default: 0

53

AI3Status

R

INT

Analog process value from device to control system :stateDefault: 0
Selection:
128: Good:Ok
64: Uncertain:NonSpecific
12: Bad:DeviceFailure
4: Bad:ConfigurationError
0: Bad:NotConnected

54

AI3UnitR

ENGUNIT

Analog process value from device to control system :unit
Default: 0x1000
Selection:→ Chapter: units

55

AI4ValueR

REAL

Analog process value from device to control system :value
Default: 056

AI4Status

R

INT

Analog process value from device to control system :stateDefault: 0
Selection:

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67SD01293C/07/EN/06.22

Index Attribute

R/W DatentypInfo128: Good:Ok
64: Uncertain:NonSpecific
12: Bad:DeviceFailure
4: Bad:ConfigurationError
0: Bad:NotConnected

57

AI4UnitR

ENGUNIT

Analog process value from device to control system :unit
Default: 0x1000
Selection:→ Chapter: units

58

AI5ValueR

REAL

Analog process value from device to control system :value
Default: 059

AI5Status

R

INT

Analog process value from device to control system :stateDefault: 0
Selection:
128: Good:Ok
64: Uncertain:NonSpecific
12: Bad:DeviceFailure
4: Bad:ConfigurationError
0: Bad:NotConnected

60

AI5UnitR

ENGUNIT

Analog process value from device to control system :unit
Default: 0x1000
Selection:→ Chapter: units

61

AI6ValueR

REAL

Analog process value from device to control system :value
Default: 062

AI6Status

R

INT

Analog process value from device to control system :stateDefault: 0
Selection:
128: Good:Ok
64: Uncertain:NonSpecific
12: Bad:DeviceFailure
4: Bad:ConfigurationError
0: Bad:NotConnected

63

AI6UnitR

ENGUNIT

Analog process value from device to control system :unit
Default: 0x1000
Selection:→ Chapter: units

64

AI7ValueR

REAL

Analog process value from device to control system :value
Default: 0

65

AI7Status

R

INT

Analog process value from device to control system :stateDefault: 0
Selection:
128: Good:Ok

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68SD01293C/07/EN/06.22

Index Attribute

R/W DatentypInfo
64: Uncertain:NonSpecific
12: Bad:DeviceFailure
4: Bad:ConfigurationError
0: Bad:NotConnected

66

AI7UnitR

ENGUNIT

Analog process value from device to control system :unit
Default: 0x1000
Selection:→ Chapter: units

67

AI8ValueR

REAL

Analog process value from device to control system :value
Default: 0

68

AI8Status

R

INT

Analog process value from device to control system :stateDefault: 0
Selection:
128: Good:Ok
64: Uncertain:NonSpecific
12: Bad:DeviceFailure
4: Bad:ConfigurationError
0: Bad:NotConnected

69

AI8UnitR

ENGUNIT

Analog process value from device to control system :unit
Default: 0x1000
Selection:→ Chapter: units

70

AI9ValueR

REAL

Analog process value from device to control system :value
Default: 071

AI9Status

R

INT

Analog process value from device to control system :stateDefault: 0
Selection:
128: Good:Ok
64: Uncertain:NonSpecific
12: Bad:DeviceFailure
4: Bad:ConfigurationError
0: Bad:NotConnected

72

AI9UnitR

ENGUNIT

Analog process value from device to control system :unit
Default: 0x1000
Selection:→ Chapter: units

73

AI10ValueR

REAL

Analog process value from device to control system :value
Default: 074

AI10Status

R

INT

Analog process value from device to control system :stateDefault: 0
Selection:
128: Good:Ok
64: Uncertain:NonSpecificEndress+Hauser

69

SD01293C/07/EN/06.22

Index Attribute

R/W DatentypInfo
12: Bad:DeviceFailure
4: Bad:ConfigurationError
0: Bad:NotConnected75

AI10UnitR

ENGUNIT

Analog process value from device to control system :unit
Default: 0x1000
Selection:→ Chapter: units

76

AI11ValueR

REAL

Analog process value from device to control system :value
Default: 077

AI11Status

R

INT

Analog process value from device to control system :stateDefault: 0
Selection:
128: Good:Ok
64: Uncertain:NonSpecific
12: Bad:DeviceFailure
4: Bad:ConfigurationError
0: Bad:NotConnected

78

AI11UnitR

ENGUNIT

Analog process value from device to control system :unit
Default: 0x1000
Selection:→ Chapter: units

79

AI12ValueR

REAL

Analog process value from device to control system :value
Default: 080

AI12Status

R

INT

Analog process value from device to control system :stateDefault: 0
Selection:
128: Good:Ok
64: Uncertain:NonSpecific
12: Bad:DeviceFailure
4: Bad:ConfigurationError
0: Bad:NotConnected81

AI12UnitR

ENGUNIT

Analog process value from device to control system :unit
Default: 0x1000
Selection:→ Chapter: units

82

AI13ValueR

REAL

Analog process value from device to control system :value
Default: 0

83

AI13Status

R

INT

Analog process value from device to control system :stateDefault: 0
Selection:
128: Good:Ok
64: Uncertain:NonSpecific
12: Bad:DeviceFailure

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70

SD01293C/07/EN/06.22

Index Attribute

R/W Datentyp

Info
4: Bad:ConfigurationError
0: Bad:NotConnected

84

AI13UnitR

ENGUNIT

Analog process value from device to control system :unit
Default: 0x1000
Selection:→ Chapter: units

85

AI14ValueR

REAL

Analog process value from device to control system :value
Default: 0

86

AI14Status

R

INT

Analog process value from device to control system :stateDefault: 0
Selection:
128: Good:Ok
64: Uncertain:NonSpecific
12: Bad:DeviceFailure
4: Bad:ConfigurationError
0: Bad:NotConnected

87

AI14UnitR

ENGUNIT

Analog process value from device to control system :unit
Default: 0x1000
Selection:→ Chapter: units

88

AI15ValueR

REAL

Analog process value from device to control system :value
Default: 0

89

AI15Status

R

INT

Analog process value from device to control system :stateDefault: 0
Selection:
128: Good:Ok
64: Uncertain:NonSpecific
12: Bad:DeviceFailure
4: Bad:ConfigurationError
0: Bad:NotConnected

90

AI15UnitR

ENGUNIT

Analog process value from device to control system :unit
Default: 0x1000
Selection:→ Chapter: units

91

AI16ValueR

REAL

Analog process value from device to control system :value
Default: 0

92

AI16Status

R

INT

Analog process value from device to control system :stateDefault: 0
Selection:
128: Good:Ok
64: Uncertain:NonSpecific
12: Bad:DeviceFailure

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71

SD01293C/07/EN/06.22

Index Attribute

R/W Datentyp

Info
4: Bad:ConfigurationError
0: Bad:NotConnected

93

AI16UnitR

ENGUNIT

Analog process value from device to control system :unit
Default: 0x1000
Selection:→ Chapter: units

94

DI1ValueR

INT

Discrete process value from device to control system :value
Default: 0

95

DI1Status

R

INT

Discrete process value from device to control system :stateDefault: 0
Selection:
128: Good:Ok
64: Uncertain:NonSpecific
12: Bad:DeviceFailure
4: Bad:ConfigurationError
0: Bad:NotConnected

96

DI2ValueR

INT

Discrete process value from device to control system :value
Default: 097

DI2Status

R

INT

Discrete process value from device to control system :stateDefault: 0
Selection:
128: Good:Ok
64: Uncertain:NonSpecific
12: Bad:DeviceFailure
4: Bad:ConfigurationError
0: Bad:NotConnected98

DI3ValueR

INT

Discrete process value from device to control system :value
Default: 099

DI3Status

R

INT

Discrete process value from device to control system :stateDefault: 0
Selection:
128: Good:Ok
64: Uncertain:NonSpecific
12: Bad:DeviceFailure
4: Bad:ConfigurationError
0: Bad:NotConnected100

DI4ValueR

INT

Discrete process value from device to control system :value
Default: 0

101

DI4Status

R

INT

Discrete process value from device to control system :stateDefault: 0
Selection:
128: Good:Ok
64: Uncertain:NonSpecificEndress+Hauser

72

SD01293C/07/EN/06.22

Index Attribute

R/W DatentypInfo
12: Bad:DeviceFailure
4: Bad:ConfigurationError
0: Bad:NotConnected

102

DI5ValueR

INT

Discrete process value from device to control system :value
Default: 0103

DI5Status

R

INT

Discrete process value from device to control system :stateDefault: 0
Selection:
128: Good:Ok
64: Uncertain:NonSpecific
12: Bad:DeviceFailure
4: Bad:ConfigurationError
0: Bad:NotConnected

104

DI6ValueR

INT

Discrete process value from device to control system :value
Default: 0105

DI6Status

R

INT

Discrete process value from device to control system :stateDefault: 0
Selection:
128: Good:Ok
64: Uncertain:NonSpecific
12: Bad:DeviceFailure
4: Bad:ConfigurationError
0: Bad:NotConnected

106

DI7ValueR

INT

Discrete process value from device to control system :value
Default: 0

107

DI7Status

R

INT

Discrete process value from device to control system :stateDefault: 0
Selection:
128: Good:Ok
64: Uncertain:NonSpecific
12: Bad:DeviceFailure
4: Bad:ConfigurationError
0: Bad:NotConnected

108

DI8ValueR

INT

Discrete process value from device to control system :value
Default: 0109

DI8Status

R

INT

Discrete process value from device to control system :stateDefault: 0
Selection:
128: Good:Ok
64: Uncertain:NonSpecific
12: Bad:DeviceFailure
4: Bad:ConfigurationError
0: Bad:NotConnected

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SD01293C/07/EN/06.22

Index Attribute

R/W Datentyp

Info

110

R

Current output : process value

CurrentOut1PvValue

REAL

Default: 0111

CurrentOut1PvStatusR

INT

Current output : state of process value
Default: 0
Selection:
128: Good:Ok
64: Uncertain:NonSpecific
12: Bad:DeviceFailure
4: Bad:ConfigurationError
0: Bad:NotConnected112

CurrentOut1PvUnit

R

ENGUNIT

Current output : unit of process value
Default: 0x1000
Selection:→ Chapter: units

113

CurrentOut2PvValue

R

REAL

Current output : process value
Default: 0114

CurrentOut2PvStatusR

INT

Current output : state of process value
Default: 0
Selection:
128: Good:Ok
64: Uncertain:NonSpecific
12: Bad:DeviceFailure
4: Bad:ConfigurationError
0: Bad:NotConnected

115

CurrentOut2PvUnit

R

ENGUNIT

Current output : unit of process value
Default: 0x1000
Selection:→Chapter: units

116

CurrentOut3PvValue

R

REAL

Current output : process value
Default: 0

117

CurrentOut3PvStatusR

INT

Current output : state of process value
Default: 0
Selection:
128: Good:Ok
64: Uncertain:NonSpecific
12: Bad:DeviceFailure
4: Bad:ConfigurationError
0: Bad:NotConnected

118

CurrentOut3PvUnit

R

ENGUNIT

Current output : unit of process value
Default: 0x1000
Selection:→Chapter: units

119

CurrentOut4PvValue

R

REAL

Current output : process value
Default: 0120

CurrentOut4PvStatusR

INT

Current output : state of process value
Default: 0
Selection:
128: Good:Ok
64: Uncertain:NonSpecificEndress+Hauser

74

SD01293C/07/EN/06.22

Index Attribute

R/W DatentypInfo
12: Bad:DeviceFailure
4: Bad:ConfigurationError
0: Bad:NotConnected

121

CurrentOut4PvUnit

R

ENGUNIT

Current output : unit of process value
Default: 0x1000
Selection:→Chapter: units

122

CurrentOut5PvValue

R

REAL

Current output : process value
Default: 0

123

CurrentOut5PvStatusR

INT

Current output : state of process value
Default: 0
Selection:
128: Good:Ok
64: Uncertain:NonSpecific
12: Bad:DeviceFailure
4: Bad:ConfigurationError
0: Bad:NotConnected

124

CurrentOut5PvUnit

R

ENGUNIT

Current output : unit of process value
Default: 0x1000
Selection:→Chapter: units

125

CurrentOut6PvValue

R

REAL

Current output : process value
Default: 0

126

CurrentOut6PvStatusR

INT

Current output : state of process value
Default: 0
Selection:
128: Good:Ok
64: Uncertain:NonSpecific
12: Bad:DeviceFailure
4: Bad:ConfigurationError
0: Bad:NotConnected127

CurrentOut6PvUnit

R

ENGUNIT

Current output : unit of process value
Default: 0x1000
Selection:→Chapter: units

128

CurrentOut7PvValue

R

REAL

Current output : process value
Default: 0

129

CurrentOut7PvStatusR

INT

Current output : state of process value
Default: 0
Selection:
128: Good:Ok
64: Uncertain:NonSpecific
12: Bad:DeviceFailure
4: Bad:ConfigurationError
0: Bad:NotConnected

130

CurrentOut7PvUnit

R

ENGUNIT

Current output : unit of process value
Default: 0x1000
Selection:→Chapter: units

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75SD01293C/07/EN/06.22

Index Attribute

R/W Datentyp

Info

131

R

Current output : process value

CurrentOut8PvValue

REAL

Default: 0
132

CurrentOut8PvStatusR

INT

Current output : state of process value
Default: 0
Selection:
128: Good:Ok
64: Uncertain:NonSpecific
12: Bad:DeviceFailure
4: Bad:ConfigurationError
0: Bad:NotConnected

133

CurrentOut8PvUnit

R

ENGUNIT

Current output : unit of process value
Default: 0x1000
Selection:→Chapter: units

134

CurrentOut1mAValue

R

REAL

Current output : current
Default: 0.0135

CurrentOut2mAValue

R

REAL

Current output : current
Default: 0.0136

CurrentOut3mAValue

R

REAL

Current output : current
Default: 0.0137

CurrentOut4mAValue

R

REAL

Current output : current
Default: 0.0138

CurrentOut5mAValue

R

REAL

Current output : current
Default: 0.0

139

CurrentOut6mAValue

R

REAL

Current output : current
Default: 0.0140

CurrentOut7mAValue

R

REAL

Current output : current
Default: 0.0141

CurrentOut8mAValue

R

REAL

Current output : current
Default: 0.0142

DiagnoseCodeR

INT

Most important device-diagnosis : diagnosis code
Default: 0

143

ChannelR

SINT

Most important device-diagnosis : channel ID(0=device)
Default: 0

144

StatusSignal

R

SINT

Most important device-diagnosis : status according to
NAMUR NE107
Default: 0145

RtcDateTime

W

LINT

Real-Time Clock
Default: 0

146

CleaningActionState1

Endress+Hauser

R

SINT

Current state of the cleaning program.

76

SD01293C/07/EN/06.22

Index Attribute

R/W Datentyp

Info
Default: 0
Selection:
0: Off
1: Waiting
2: Waiting
3: Pre-rinse
4: Cleaning
5: Postrinsing
6: Failsafe
7: Manual mode
8: Waiting for execution

147

CleaningActionState2

R

SINT

Current state of the cleaning program.
Default: 0
Selection:
0: Off
1: Waiting
2: Waiting
3: Pre-rinse
4: Cleaning
5: Postrinsing
6: Failsafe
7: Manual mode
8: Waiting for execution

148

CleaningActionState3

R

SINT

Current state of the cleaning program.
Default: 0
Selection:
0: Off
1: Waiting
2: Waiting
3: Pre-rinse
4: Cleaning
5: Postrinsing
6: Failsafe
7: Manual mode
8: Waiting for execution

149

CleaningActionState4

R

SINT

Current state of the cleaning program.
Default: 0
Selection:
0: Off
1: Waiting
2: Waiting
3: Pre-rinse
4: Cleaning
5: Postrinsing
6: Failsafe
7: Manual mode
8: Waiting for execution

150

ControlPanelLock

W

BOOL

No description

151

HeartbeatDeviceStatus

W

REAL

Heartbeat status device
Default: 0.0

152HeartbeatDeviceHealthCondition

W

REAL

Heartbeat health device
Range: 0.0 ... 100.0
Default: 0.0

153

MaintenanceTimerValue

W

REAL

Heartbeat maintenance timer device
Default: 0.0

154HeartbeatIndexDevice

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R

REAL

Heartbeat index device77SD01293C/07/EN/06.22

Index Attribute

R/W Datentyp

Info
Default: 0.0

155

KeyPerfIndicatorDeviceOperatingTimeTotal R

DURATION

The total operating time since commissioning
Default: 1972-01-01-00:00:00.000

156

KeyPerfIndicatorDeviceAvailability

R

REAL

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

157

KeyPerfIndicatorDeviceOperatingTime

R

LINT

The operating time since reset
Default: 0

158

KeyPerfIndicatorDeviceTimeInFailure

R

DURATION

Operating time with NAMUR F status signal
Default: 1972-01-01-00:00:00.000

159

KeyPerfIndicatorDeviceNumberOfFailures

R

INT

Number of failure diagnostic messages
Default: 0160

KeyPerfIndicatorDeviceMTBF

R

LINT

Mean time between failures
Default: 0161

KeyPerfIndicatorDeviceMTTR

R

DURATION

Mean time to repair
Default: 1972-01-01-00:00:00.000

162

Regulator2Setpoint

W

REAL

Controller : set value for controller 2
Default: 0.0

163

Regulator2PPart

W

REAL

Controller: proportional band (Xp) for controller 2
Minimum: 0.0
Default: 10.0

164

Regulator2IPart

W

REAL

Controller: reset time (Tn) for controller 2
Range: 0.0 ... 9999.0
Default: 0.0

165

Regulator2DPart

W

REAL

Controller: rate time (Tv) for controller 2
Range: 0.0 ... 9999.0
Default: 0.0

166

Regulator3Setpoint

W

REAL

Controller : set value for controller 3
Default: 0.0

167

Regulator3PPart

W

REAL

Controller: proportional band (Xp) for controller 3
Minimum: 0.0
Default: 10.0

168

Regulator3IPart

W

REAL

Controller: reset time (Tn) for controller 3
Range: 0.0 ... 9999.0
Default: 0.0

169

Regulator3DPart

W

REAL

Controller: rate time (Tv) for controller 3
Range: 0.0 ... 9999.0
Default: 0.0

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6.5.4 Sensor object, class code = 0311h, instances = 1 to 8
Index Attribute

R/W Datentyp

Info

1

R

Activation of sensor channel

SensorEnable

SINT

Default: 0
Selection:
0: On
1: Off2

ActiveSensorType

R

SINT

Selected sensor type. The selected type has tomatch with the connected sensor type.
Default: 0
Selection:
0: None1: Oxygen (amp.)
2: Oxygen (opt. fixed cable)
3: pH Glass
4: pH/ORP
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
15: E_SensorFSPH1
16: E_SensorFSLC1
17: E_SensorFSLI1
18: pH/ORP
19: Cond c 4-pol
20: Oxygen (opt. Memosens coupling)
21: TU
22: Inline photometer3

ConnectedSensorType

R

SINT

Connected sensor type
Default: 0
Selection:
0: None1: Oxygen (amp.)
2: Oxygen (opt. fixed cable)
3: pH Glass
4: pH/ORP
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
15: E_SensorFSPH1
16: E_SensorFSLC1
17: E_SensorFSLI1
18: pH/ORP
19: Cond c 4-pol
20: Oxygen (opt. Memosens coupling)
21: TU
22: Inline photometer

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Index Attribute

R/W Datentyp

Info

4

R

Sensor description/TAG

SensorTag

STRING

Range: 0 ... 32
Default: ""5

SensorSerial

R

STRING

Serial number of the sensor
Range: 0 ... 16
Default: ""6

SensorHwVersion

R

STRING

Hardware version of connected sensor
Range: 0 ... 16
Default: ""7

SensorSwVersion

R

STRING

Software version of connected sensor
Range: 0 ... 16
Default: ""8

SensorManufacturer

R

STRING

Manufacturer of the sensor
Range: 0 ... 32
Default: ""9

SensorOrdercode

R

STRING

Ordercode of the sensor
Range: 0 ... 32
Default: ""10

SensorManufacturingDate

R

DATE

Manufacturing date of the sensor
Default: 0

11

SensorInitialOperationDate

R

DATE

Initial-operation date of sensor
Default: 0

12

SensorExtremeSpecificMin

R

REAL

Min. measured value
Default: 0.0

13

SensorExtremeTempMin

R

REAL

Min. measured temperature value
Default: 0.0

14

SensorExtremeSpecificMax

R

REAL

Max. measured value
Default: 0.0

15

SensorExtremeTempMax

R

REAL

Max. measured temperature value
Default: 0.0

16

SensorCurrentDiagSourcetype

R

SINT

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: Mathematic Function
12: Binary Input Module

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Index Attribute

R/W DatentypInfo
13: Binary Output Module
14: Sample preparation

17

SensorCurrentDiagModule

R

SINT

Current sensor-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

18

SensorCurrentDiagPort

R

SINT

Current sensor-diagnosis : port
Default: 0

19

SensorCurrentDiagNE107Status

R

SINT

Current sensor-diagnosis : status according to
NAMUR NE107
Default: 0

20

SensorCurrentDiagCodeR

INT

Current sensor-diagnosis : diagnosis code
Default: 0

21

SensorCurrentDiagTimestampDate

R

DATE

Current sensor-diagnosis : time of diagnosis
apperance
Default: 0

22

SensorCurrentDiagTimestampTime

R

TIME_OF_DAY

Current sensor-diagnosis : time of diagnosis
apperance
Default: 0

23

SensorNumberAdditionalDiag

R

SINT

Number of additional active sensor diagnosis
Default: 0

24

SensorLastDiagSourcetype

R

SINT

Past 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: Mathematic Function
12: Binary Input Module
13: Binary Output Module
14: Sample preparation

25

SensorLastDiagModule

R

SINT

Past sensor-diagnosis : name of module
Default: 0
Selection:

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Index Attribute

R/W DatentypInfo
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

26

SensorLastDiagPort

R

SINT

Past sensor-diagnosis : port
Default: 0

27

SensorLastDiagNE107Status

R

SINT

Past sensor-diagnosis : status according to
NAMUR NE107
Default: 0

28

SensorLastDiagCodeR

INT

Past sensor-diagnosis : diagnosis code
Default: 0

29

SensorLastDiagTimestampDate

R

DATE

Past sensor-diagnosis : time of diagnosis
apperance
Default: 030

SensorLastDiagTimestampTime

R

TIME_OF_DAY

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

31

OpTimeTotal

R

REAL

Operating hours of connected sensor
Default: 0.0

32

OpTimeAboveSpecTemp

R

REAL

Operating hours above maximal operating
temperature
Default: 0.0

33

OpTimeBelowSpecTemp

R

REAL

Operating hours below minimal operating
temperature
Default: 0.034

OpTimeLampLife

R

REAL

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

35

OpTimeSterilisations

R

DINT

Number of sterilisation cycles
Default: 0

36

OpTimeCipCycles

R

DINT

Number of clean in place cycles
Default: 0

37

OpTimeCapCalibrations

R

DINT

Number of sensor-cap calibrations
Default: 0

38

OpTimeCapCalibTimer

R

REAL

Calibration timer of sensor cap
Default: 0.0

39

OpTimeCapSterilisations

R

SINT

Number of sensor-cap sterilisations
Default: 0

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Index Attribute

R/W Datentyp

Info

40

R

Number of filter changes

OpTimeCapFilterChanged

REAL

Default: 0.0
41

SACDataSetSwitch

W

SINT

Dataset switch for SAK
Default: 0
Selection:
0: Factory calib.
1: Dataset1
2: Dataset2
3: Dataset3
4: Dataset4
5: Dataset5
6: Dataset6
7: undefined

42

NitrateDataSetSwitch

W

SINT

Dataset switch for nitrate
Default: 0
Selection:
0: Factory calib.
1: Dataset1
2: Dataset2
3: Dataset3
4: Dataset4
5: Dataset5
6: Dataset6
7: undefined

43

TurbidityDataSetSwitch

W

SINT

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

44

CalCount0

R

INT

Number of calibrations
Default: 045

CalCount1

R

INT

Number of calibrations
Default: 0

46

CalCount2

R

INT

Number of calibrations
Default: 0

47

CalCount3

R

INT

Number of calibrations
Default: 0

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Index Attribute

R/W Datentyp

48

R

CalDateTime0Info

DATE_AND_TIME Time stamp of last calibration
Default: 1972-01-01-00:00:00

49

CalDateTime1R

DATE_AND_TIME Time stamp of last calibration
Default: 1972-01-01-00:00:00

50

CalDateTime2R

DATE_AND_TIME Time stamp of last calibration
Default: 1972-01-01-00:00:00

51

CalDateTime3R

DATE_AND_TIME Time stamp of last calibration
Default: 1972-01-01-00:00:00

52

CalMethod0

R

SINT

Calibration method of last calibration
Default: 0
Selection:
0: None
1: Numeric input
2: 1-point calibration
3: 2-point calibration
4: Multipoint Calibration
5: Table
6: reserved
7: Zero point
8: Slope air
9: Slope H2O
10: Slope variable
11: Zeropoint reference
12: Slope reference
13: Offset
14: Slope
15: with temp. comp
16: without temp. comp17: Standard addition
18: Numeric input slope
19: Numeric input zero point
20: Numeric input 2-point
21: Factory calib.
22: Slope test gas
23: Value acquisition

53

CalMethod1

R

SINT

Calibration method of last calibration
Default: 0
Selection:
0: None
1: Numeric input
2: 1-point calibration
3: 2-point calibration
4: Multipoint Calibration
5: Table
6: reserved
7: Zero point
8: Slope air
9: Slope H2O
10: Slope variable
11: Zeropoint reference
12: Slope reference
13: Offset
14: Slope
15: with temp. comp
16: without temp. comp17: Standard addition
18: Numeric input slope
19: Numeric input zero point

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Index Attribute

R/W DatentypInfo
20: Numeric input 2-point
21: Factory calib.
22: Slope test gas
23: Value acquisition

54

CalMethod2

R

SINT

Calibration method of last calibration
Default: 0
Selection:
0: None
1: Numeric input
2: 1-point calibration
3: 2-point calibration
4: Multipoint Calibration
5: Table
6: reserved
7: Zero point
8: Slope air
9: Slope H2O
10: Slope variable
11: Zeropoint reference
12: Slope reference
13: Offset
14: Slope
15: with temp. comp
16: without temp. comp17: Standard addition
18: Numeric input slope
19: Numeric input zero point
20: Numeric input 2-point
21: Factory calib.
22: Slope test gas
23: Value acquisition

55

CalMethod3

R

SINT

Calibration method of last calibration
Default: 0
Selection:
0: None
1: Numeric input
2: 1-point calibration
3: 2-point calibration
4: Multipoint Calibration
5: Table
6: reserved
7: Zero point
8: Slope air
9: Slope H2O
10: Slope variable
11: Zeropoint reference
12: Slope reference
13: Offset
14: Slope
15: with temp. comp
16: without temp. comp17: Standard addition
18: Numeric input slope
19: Numeric input zero point
20: Numeric input 2-point
21: Factory calib.
22: Slope test gas
23: Value acquisition

56

CalCountZero

R

INT

Number of zero point calibrations
Default: 0

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Index Attribute

R/W Datentyp

57

R

CalDateTimeZero

Info

DATE_AND_TIME Time stamp of last zero point calibration
Default: 1972-01-01-00:00:00

58

CalMethodZero

R

SINT

Calibration method of last zero point calibration
Default: 0
Selection:
0: None
1: Numeric input
2: 1-point calibration
3: 2-point calibration
4: Multipoint Calibration
5: Table
6: reserved
7: Zero point
8: Slope air
9: Slope H2O
10: Slope variable
11: Zeropoint reference
12: Slope reference
13: Offset
14: Slope
15: with temp. comp
16: without temp. comp17: Standard addition
18: Numeric input slope
19: Numeric input zero point
20: Numeric input 2-point
21: Factory calib.
22: Slope test gas
23: Value acquisition

59

CalCountTemp

R

INT

Number of temperature calibrations
Default: 060

CalDateTimeTemp

R

DATE_AND_TIME Time stamp of last temperature calibration
Default: 1972-01-01-00:00:00

61

CalMethodTemp

R

SINT

Calibration method of last temperature calibration
Default: 0
Selection:
0: None
1: Numeric input
2: 1-point calibration
3: 2-point calibration
4: Multipoint Calibration
5: Table
6: reserved
7: Zero point
8: Slope air
9: Slope H2O
10: Slope variable
11: Zeropoint reference
12: Slope reference
13: Offset
14: Slope
15: with temp. comp
16: without temp. comp17: Standard addition
18: Numeric input slope
19: Numeric input zero point
20: Numeric input 2-point
21: Factory calib.

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Index Attribute

R/W DatentypInfo
22: Slope test gas
23: Value acquisition

62

InlinePhotometerDataSetSwitch_MC

W

SINT

Dataset switch for Inline Photometer
Default: 0
Selection:
0: Dataset 1
1: Dataset 2
2: Dataset 3
3: Dataset 4
4: Dataset 5

63

InlinePhotometerDataSetSwitch_RC

W

SINT

Dataset switch for Inline Photometer
Default: 0
Selection:
0: Dataset 1
1: Dataset 2
2: Dataset 3
3: Dataset 4
4: Dataset 5

64

HeartbeatSensorStatus

W

REAL

Heartbeat status sensor
Default: 0.065HeartbeatSensorHealthCondition

W

REAL

Heartbeat health sensor
Default: 0.066

MaintenanceTimerValue

W

REAL

Heartbeat maintenance timer sensor
Default: 0.0

67HeartbeatIndexSensor

R

REAL

Heartbeat index sensor
Default: 0.0

68

KeyPerfIndicatorSensorAvailability

R

REAL

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

69

KeyPerfIndicatorSensorOperatingTime

R

DURATION

The total operating time since commissioning
Default: 1972-01-01-00:00:00.000

70

KeyPerfIndicatorSensorTimeInFailure

R

DURATION

Operating time with NAMUR F status signal
Default: 1972-01-01-00:00:00.000

71

KeyPerfIndicatorSensorNumberOfFailures

R

INT

Number of failure diagnostic messages
Default: 072

KeyPerfIndicatorSensorMTBFR

DURATION

Mean time between failures
Default: 1972-01-01-00:00:00.000

73

KeyPerfIndicatorSensorMTTR

R

DURATION

Mean time to repair
Default: 1972-01-01-00:00:00.000

74

KeyPerfIndicatorSensorTimeInCalibrationR

DURATION

Operating time with calibration status
Default: 1972-01-01-00:00:00.000

75

KeyPerfIndicatorSensorNumberOfCalibrations R

INT

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

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Index Attribute

R/W Datentyp

Info

76

R

Mean time between calibrations

KeyPerfIndicatorSensorMTBC

DURATION

Default: 1972-01-01-00:00:00.000
77

pHCalibTempComp

W

SINT

Select temperature compensation: ATC, MTC ornone (if MTC, enter temperature) for calibration.
Default: 1
Selection:
0: Off
1: Automatic
2: Manual

78

pHMeasTempComp

W

SINT

Select temperature compensation: ATC, MTC ornone (if MTC, enter temperature) during
measurement operation.
Default: 1
Selection:
0: Off
1: Automatic
2: Manual

79

CondCalibTempComp

W

SINT

As an alternative to the compensated conductivity(Yes) you can also determine the cell constant bycalibrating the uncompensated conductivity (No).
This setting affects only calibration.
Default: 1
Selection:
0: No
1: Yes80

CondMeasTempComp

W

SINT

As an alternative to the compensated conductivity(Yes) you can also determine the cell constant bycalibrating the uncompensated conductivity (No).
This setting affects only calibration.
Default: 1
Selection:
0: --1: Linear
2: NaCl (IEC 746-3)
3: Water ISO7888 (25°C)
4: UPW NaCl
5: UPW HCl
6: %0V
7: %0V
8: %0V
9: %0V
10: Water ISO7888 (20°C)

81

CondCellconstant

W

REAL

Cell constantRange: 0.25 ... 9999.0
Default: 1.0

82

CondInstallfactor

W

REAL

Cell constantRange: 0.1 ... 5.0
Default: 1.0

83

CondMeasTempRef

W

REAL

Temperatur reference
Range: -5.0 ... 100.0
Default: 25.0

84

CondMeasAlpha

W

REAL

Alpha value [%/K]
Range: 0.0 ... 20.0

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Index Attribute

R/W Datentyp

Info
Default: 2.1

85

CalSelectDataSet

W

SINT

Selecta specific data set
Selection:
0: Current
1: CurrentCal
2: Calib1
3: Calib2
4: Calib3
5: Calib4
6: Calib5
7: Calib6
8: Calib7
9: Calib8
10: Factory
11: Reference
Default: 086

CalSelectDataSetType

W

SINT

Select the type of calibration sets that shall be
loadedDefault: 0
Selection:
0: Settype1
1: Settype2
2: SettypeAll
Default: 087

CondCalibAlpha

W

REAL

Alpha value [%/K]
Range: 0.0 ... 20.0
Default: 2.1

88

CondCalibTempRef

W

REAL

Temperatur reference
Range: -5.0 ... 100.0
Default: 25.0

89

CalObvDeviceSerial

R

STRING

Serial of the Transmitter
Range: 0 ... 32
Default: ""90

CalObvSolidStandardSerial

R

STRING

Serial number of the solid state standard
Range: 0 ... 32
Default: ""91

AdjObvDeviceSerial

R

STRING

Serial of the Transmitter
Range: 0 ... 32
Default: ""92

AdjObvSolidStandardSerial

R

STRING

Serial number of the solid state standard
Range: 0 ... 32
Default: ""6.5.5 Sampler object, class code = 0312h, instances = 1
Index Attribute

R/W Datentyp

Info

1

R

Program name

RunningProgramName

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Index Attribute

R/W Datentyp

Info
Range: 0 ... 16
Default: ""2

ProgramBottlePosition

R

INT

Current bottle position
Default: 0

3

ProgramSamplingModeR

INT

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

4

DatetimeNextSamplingDate R

DATE

Date and time of next sampling
Default: 0

5DatetimeNextSamplingTime R

TIME_OF_DAY

Date and time of next sampling
Default: 0

6

FlowNextSampling

R

REAL

Dosing volume of last sample taking
Default: 0.0

7

ProgramName

R

STRING

Name of current active program
Range: 0 ... 16
Default: ""8

ProgramState

R

SINT

Program state
Default: 0
Selection:
0: Inactive
1: Active
2: Pause
3: Waiting for pause

9

BottleConfiguration

R

INT

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

10

BottleVolumeLeft

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REAL

Bottle volume90

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Index Attribute

R/W Datentyp

Info
Range: 0.0001 ... 0.1
Default: 0.03

11

BottleVolumeRight

R

REAL

Bottle volume of the right bottle box
Range: 0.0 ... 0.1
Default: 0

12

CurrentBottleFillLevel

R

REAL

Liquid level of selected bottle
Minimum: 0.0
Default: 0.0

13

SamplingTechnique

R

SINT

Sampling mode
Default: 0
Selection:
0: Peristaltic
1: Vacuum
2: Inline

14

SamplingVolumeVacuum

R

REAL

Dosing volume of vacuum- or inline-sampler
Default: 0.0002

15

SamplingState

R

SINT

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

16

ManSamplingVolumePerist

W

REAL

Sample volume of manual sampling with peristaltic pump
Minimum: 0.00002
Default: 0.0001

17

ManSamplingBottlePos

W

SINT

Manual sampling bottle position
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
10: Bottle 10
11: Bottle 11

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Index Attribute

R/W DatentypInfo
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
26: Reference run

18

ManSamplingCommand

W

SINT

Manual sampling command
Default: 0
Selection:
0: None
1: Start
2: Stop

19

ManSamplingParkPos

W

SINT

Distribution arm park position
Default: 1
Selection:
0: None1: Back

20

LastSamplingStartTime

R

DATE_AND_TIME Start time of last sampling
Default: 1970-01-01-00:00:00

21

CalCountDistLever

R

DINT

Number of distribution lever calibrations
Default: 0

22

CalDateTimeDistLeverR

DATE_AND_TIME Time stamp of last distribution lever calibration
Default: 1970-01-01-00:00:00

23

CalCountPeristVolume

R

DINT

Number of peristaltic sampling volume calibrations
Default: 0

24

CalDateTimePersitVolume

R

DATE_AND_TIME Time stamp of last peristaltic sampling volume calibration
Default: 1970-01-01-00:00:00

25

CalMethodPeristVolume

R

SINT

Calibration method of last peristaltic sampling volume calibration
Default: 0
Selection:
0: None
1: 1-Point
2: 2-Point

26

CalCountTemp2

R

DINT

Number of calibrations of temperature sensor 2
Default: 027

CalDateTimeTemp2

R

DATE_AND_TIME Time stamp of last calibration of temperature sensor 2
Default: 1970-01-01-00:00:00

28

CalCountTemp3

R

DINT

Number of calibrations of temperature sensor 3
Default: 0

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Index Attribute

R/W Datentyp

29

R

CalDateTimeTemp3

Info

DATE_AND_TIME Time stamp of last calibration of temperature sensor 3
Default: 1970-01-01-00:00:00

6.5.6 Analyzer object, class code = 0313h, instances = 1
Index Attribute

R/W Datentyp

Info

1

W

Index of selected measurement value in measurement value
list

MeasValueIndex

SINT

Default: 0
2

MeasValueUnit

W

SINT

User selectable measurand unit
Default: 1
Selection:
0: g/l1: mg/l
2: ug/l3: ppm-dens
4: ppb-dens

3PowerfailReaction

W

SINT

Powerfail reaction
Default: 0
Selection:
0: Last mode
1: Manual mode4

CalibrationRetries

W

SINT

Number of retries in case of failed calibration
Range: 1 ... 3
Default: 2

5

CalibrationFactor

W

REAL

Calibration factor of the photometer
Range: 0.1 ... 100.0
Default: 1.00

6

CalibrationFactorDelta

W

REAL

Max. allowed deviation of calibration factor for calibration
Range: 1.0 ... 100.0
Default: 10

7

CalibrationFactorMin

W

REAL

Min. allowed calibration factor
Minimum: 0.1
Default: 0.5

8

CalibrationFactorMax

W

REAL

Max. allowed calibration factor
Default: 2.0

9CalibrationConcentration

W

REAL

Concentration of the calibration standard
Default: 0.0

10

MeasurementOffset

W

REAL

Concentration offset for concentration value calculation
Default: 0.0

11

MeasurementDilutionFactor

W

REAL

Dilution factor for concentration value calculation
Range: 0.5 ... 100.0
Default: 1.0

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Index Attribute

R/W Datentyp

Info

12

R

Hardware version of the device

HwVersionActuator

STRING

Range: 0 ... 16
Default: ""13

SwVersionActuatorR

STRING

Software version of the device
Range: 0 ... 16
Default: ""

14

Mode

R

INT

Operation mode
Default: 0
Selection:
0: Manual
1: Automatic
2: Fieldbus

15

ActivityR

INT

Current activity
Default: 0
Selection:
0: None
1: Measurement
2: Calibration
3: Cleaning
6: Emptying
9: Empty hoses
10: Initializing
11: Cleaning up
12: Cleaning sample preparation
13: Dispenser replacement to top
14: Dispenser replacement to bottom
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: Preparing

16

ActivityTime

R

DINT

Remaining time of current activity
Default: 0

17

OpTimeFiltermat

R

DINT

Operating time of filter mat
Minimum: 0
Default: 0

18

OpTimePeltier

R

DINT

Operating time of peltier element
Minimum: 0
Default: 0

19

SampleCollectorType

R

SINT

Type of sample preparation
Default: 0

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Index Attribute

R/W Datentyp

Info
Selection:
0: None1: Conductive
2: Capacitive

20

SamplepreparationAvailability

R

SINT

Availability of sample preparation
Default: 0
Selection:
0: SP1
1: SP2
2: SP1 + SP2

21

ModeChangeRequest

W

INT

Mode change request
Default: 0
Selection:
0: None
1: Enter fieldbus mode
2: Continue automatic mode
3: Restart automatic mode

22

AbortActionRequest

W

INT

Abort current activity
Default: 0
Selection:
0: None
1: Abort current action

23

ManualActionRequestW

INT

Manual activity request
Default: 0
Selection:
0: None
1: Start measurement
2: Start calibration
3: Start cleaning

24

ModeChangeStateR

INTState of mode change request interface (0=ready)Default: 0

25

ActionRequestStateR

INTManual action request state. 0 = ready.
Default: 026

DataMeasListsize

R

INT

Amount of available/selectable measurands
Maximum: 8
Default: 027

DataMeasList1R

STRING

Descriptor of available/selectable measurandRange: 0 ... 16
Default: ""28

DataMeasList2

R

STRING

Descriptor of available/selectable measurandRange: 0 ... 16
Default: ""29

DataMeasList3

R

STRING

Descriptor of available/selectable measurandRange: 0 ... 16
Default: ""30

DataMeasList4

R

STRING

Descriptor of available/selectable measurandRange: 0 ... 16
Default: ""Endress+Hauser

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Index Attribute

R/W Datentyp

Info

31

R

Descriptor of available/selectable measurand

DataMeasList5

STRING

Range: 0 ... 16
Default: ""32

DataMeasList6

R

STRING

Descriptor of available/selectable measurandRange: 0 ... 16
Default: ""33

DataMeasList7

R

STRING

Descriptor of available/selectable measurandRange: 0 ... 16
Default: ""34

DataMeasList8

R

STRING

Descriptor of available/selectable measurandRange: 0 ... 16
Default: ""35

PhotometerHwVersion

R

STRING

Hardware version of photometer
Range: 0 ... 16
Default: ""36

PhotometerSwVersion

R

STRING

Software version of photometer
Range: 0 ... 16
Default: ""37

PhotometerOpTime

R

DINT

Operating hours of photometer
Minimum: 0
Default: 038

PhotometerTemperature

R

REAL

Temperature of photometer cuvette
Default: 25

39

PhotometerRawMeasValue

R

REAL

Raw value of photometer
Default: 0.040

ProgramMeasTrigger

W

INT

Start condition for measurment
Default: 0
Selection:
0: Immediate
1: Date/time
2: Continuous

41

ProgramMeasStartDate

W

DATE

Start of first measurement : date
Default: 042

ProgramMeasStartTime

W

TIME_OF_DAY

Start of first measurement : time
Default: 0

43

ProgramMeasInterval

W

DINT

Interval for measurement
Default: 0

44

ProgramCalTrigger

W

INT

Start condition for calibration
Default: 2
Selection:
0: Immediate
1: Date/time
2: Disabled

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Index Attribute

R/W Datentyp

Info

45

W

Start of first calibration : date

ProgramCalStartDate

DATE

Default: 0
46

ProgramCalStartTime

W

TIME_OF_DAY

Start of first calibration : time
Default: 0

47

ProgramCalInterval

W

DINT

Interval for calibration
Default: 0

48

ProgramCleanTrigger

W

INT

Start condition for cleaning
Default: 2
Selection:
0: Immediate
1: Date/time
2: Disabled

49

ProgramCleanStartDate

W

DATE

Start of first cleaning : date
Default: 050

ProgramCleanStartTime

W

TIME_OF_DAY

Start of first cleaning : time
Default: 051

ProgramCleanInterval

W

DINT

Interval for cleaning
Default: 052

SamplePreparationInstallationType R

SINTSP InstallationType
Default: 0
Selection:
0: Others
1: Pressurized pipe sampling

53

CalibrationCount

R

DINT

Number of calibrations
Default: 054

CalibrationDateTime

R

DATE_AND_TIME Time stamp of last calibration
Default: 1970-01-01-00:00:00

55

CalibrationMethod

R

SINT

Calibration method of last calibration
Default: 0
Selection:
0: None
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.

56

SPforFieldbusActivities

W

SINT

Sampling point for fieldbus activities
Default: 0
Selection:
0: Sequence of measurements
1: SP1
2: SP2
3: SP3
4: SP4
5: SP5
6: SP6Endress+Hauser

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Index Attribute

R/W Datentyp

Info

57

W

Current extended ordercode of the device

OrdercodeExtCurrent

STRING

Range: 0 ... 64
Default: ""58

CalibrationZeroPointDelta

W

REAL

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

59

CalibrationZeroPointMin

W

REAL

Min. allowed calibration zero point
Default: 0.060

CalibrationZeroPointMax

W

REAL

Max. allowed calibration zero point
Default: 0.061

MultipleCalibrationsCount

W

SINT

Calibration: Number determinations
Default: 1

62

MultipleMeasurementsCount

W

SINT

Number measurements
Default: 1

63

TurbidSampleMode

R

SINT

Turbid sample mode
Default: 1
Selection:
0: Off
1: On
2: Automatic

64

MeasParamActiveText

R

STRING

Measuring parameter
Range: 0 ... 32
Default: ""65

ApplicationCalActive

R

SINT

Application calibration active
Default: 066

BlankValue

R

REAL

Blank value
Default: 0.0

67

CalibrationConcentration

R

REAL

Concentration of the calibration standard
Default: 0.0

68

CalibrationFactor

R

REAL

Calibration factor of the photometer
Range: 0.1 ... 100.0
Default: 1.00

69

CalibrationFactorDate

R

DATE_AND_TIME Date of last calibration factor determination
Default: 1972-01-01-00:00:00.00070CalibrationFactorDateUTC0R

DATE_AND_TIME Date of last calibration factor determination
Default: 1972-01-01-00:00:00.000

71

CalibrationOffset

R

REAL

OffsetDefault: 0.072

DigestionTemperature

R

REAL

Digestion temperature
Default: 0.0

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Index Attribute

R/W Datentyp

Info

73

R

Digestion time

DigestionTime

DINT

Default: 074

MeasRangeActiceText

R

STRING

Measuring range
Range: 0 ... 32
Default: ""75

DilutionFactorExternal

R

REAL

External dilution factor
Range: 0.5 ... 100.0
Default: 1.0

76

DilutionFactorInternal

R

SINT

Internal dilution factor
Default: 1

77

MultipleCalibrationsCount

R

SINT

Calibration: Number determinations
Default: 1

78

MultipleMeasurementsCount

R

SINT

Number measurements
Default: 1

79

RawValueOTS

R

REAL

Raw value
Default: 0.080

RawValueStateOTS

R

SINT

Raw value state
Default: 0.0

81

RawSampleValue

R

REAL

Sample value
Default: 0.0

82

RawSlope

R

REAL

Slope
Default: 0.001

83

DataMeasRangeActiveText

R

STRING

Measuring range
Range: 0 ... 32
Default: ""84

ZeropointCal

R

REAL

Zero point
Default: 0.085

ZeropointCalDate

R

DATE_AND_TIME Date of last zero point calibration
Default: 1972-01-01-00:00:00.000

86

ZeropointCalDateUTC0R

DATE_AND_TIME Date of last zero point calibration
Default: 1972-01-01-00:00:00.000

87

DataAutoMeasRangeChange

R

SINT

Automatic range switch
Default: 0
Selection:
0: Manual
1: Automatic

88

SP1MeasValue

R

REAL

SP1: Measured value
Default: 0.0

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Index Attribute

R/W Datentyp

Info

89

R

SP1: Measured value state

SP1MeasState

SINT

Default: 0.0
90

SP1MeasDate

R

DATE

SP1: Date of last measured value
Default: 0

91

SP1MeasTime

R

TIME_OF_DAY

SP1: Time of last measured value
Default: 0

92

SP1MeasDateAndTimeUTC0R

DATE_AND_TIME SP1: Time of last measured value
Default: 1972-01-01-00:00:00.000

93

SP1TimeOfSample

R

DATE_AND_TIME no description
Default: 1970-01-01-00:00:00.000

94

SP1TimeOfSampleUTC0R

DATE_AND_TIME SP1: Time of last measured value
Default: 1972-01-01-00:00:00.000

95

SP2MeasValue

R

REAL

SP2: Measured value
Default: 0.0

96

SP2MeasState

R

SINT

SP2: Measured value state
Default: 0.0

97

SP2MeasDate

R

DATE

SP2: Date of last measured value
Default: 0

98

SP2MeasTime

R

TIME_OF_DAY

SP2: Time of last measured value
Default: 099

SP2MeasDateAndTimeUTC0R

DATE_AND_TIME SP2: Time of last measured value
Default: 1972-01-01-00:00:00.000

100

SP2TimeOfSample

R

DATE_AND_TIME no description
Default: 1970-01-01-00:00:00.000

101

SP2TimeOfSampleUTC0R

DATE_AND_TIME SP1: Time of last measured value
Default: 1972-01-01-00:00:00.000

102

SP3MeasValue

R

REAL

SP3: Measured value
Default: 0.0

103

SP3MeasState

R

SINT

SP3: Measured value state
Default: 0.0

104

SP3MeasDate

R

DATE

SP3: Date of last measured value
Default: 0

105

SP3MeasTime

R

TIME_OF_DAY

SP3: Time of last measured value
Default: 0

106

SP3MeasDateAndTimeUTC0R

DATE_AND_TIME SP3: Time of last measured value
Default: 1972-01-01-00:00:00.000

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Index Attribute

R/W Datentyp

107

R

SP3TimeOfSample

Info

DATE_AND_TIME no description
Default: 1970-01-01-00:00:00.000

108

SP3TimeOfSampleUTC0R

DATE_AND_TIME SP1: Time of last measured value
Default: 1972-01-01-00:00:00.000

109

SP4MeasValue

R

REAL

SP4: Measured value
Default: 0.0

110

SP4MeasState

R

SINT

SP4: Measured value state
Default: 0.0

111

SP4MeasDate

R

DATE

SP4: Date of last measured value
Default: 0

112

SP4MeasTime

R

TIME_OF_DAY

SP4: Time of last measured value
Default: 0

113

SP4MeasDateAndTimeUTC0R

DATE_AND_TIME SP4: Time of last measured value
Default: 1972-01-01-00:00:00.000

114

SP4TimeOfSample

R

DATE_AND_TIME no description
Default: 1970-01-01-00:00:00.000

115

SP4TimeOfSampleUTC0R

DATE_AND_TIME SP1: Time of last measured value
Default: 1972-01-01-00:00:00.000

116

SP5MeasValue

R

REAL

SP5: Measured value
Default: 0.0

117

SP5MeasState

R

SINT

SP5: Measured value state
Default: 0.0

118

SP5MeasDate

R

DATE

SP5: Date of last measured value
Default: 0

119

SP5MeasTime

R

TIME_OF_DAY

SP5: Time of last measured value
Default: 0120

SP5TimeOfSample

R

DATE_AND_TIME no description
Default: 1970-01-01-00:00:00.000

121

SP5MeasDateAndTimeUTC0R

DATE_AND_TIME SP5: Time of last measured value
Default: 1972-01-01-00:00:00.000

122

SP5TimeOfSampleUTC0R

DATE_AND_TIME SP1: Time of last measured value
Default: 1972-01-01-00:00:00.000

123

SP6MeasValue

R

REAL

SP6: Measured value
Default: 0.0

124

SP6MeasState

R

SINT

SP6: Measured value state
Default: 0.0

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Index Attribute

R/W Datentyp

Info

125

R

SP6: Date of last measured value

SP6MeasDate

DATE

Default: 0
126

SP6MeasTime

R

TIME_OF_DAY

SP6: Time of last measured value
Default: 0

127

SP6MeasDateAndTimeUTC0R

DATE_AND_TIME SP6: Time of last measured value
Default: 1972-01-01-00:00:00.000

128

SP6TimeOfSample

R

DATE_AND_TIME no description
Default: 1970-01-01-00:00:00.000

129

SP6TimeOfSampleUTC0R

DATE_AND_TIME SP1: Time of last measured value
Default: 1972-01-01-00:00:00.000

6.5.7 Sample preparation object, class code = 0314h, instances = 2
Index Attribute

R/W Datentyp

Info

1

R

Ordercode of sample preparation

Ordercode

STRING

Range: 0 ... 32
Default: ""2

OrdercodeExt

R

STRING

Extended ordercode of sample preparation
Range: 0 ... 32
Default: ""3

SerialR

STRING

Serial number of sample preparation
Range: 0 ... 16
Default: ""4

HWversion

R

STRING

Hardware version of sample preparation
Range: 0 ... 16
Default: ""5

SWversion

R

STRING

Software version of sample preparation
Range: 0 ... 16
Default: ""

6

Type

R

STRING

Type of sample preparation
Range: 0 ... 16
Default: ""7

ControlModeR

INT

Operating mode
Default: 1
Selection:
0: Local control
1: Remote control

8

State

R

INT

Current state of sample preparation
Default: 0
Selection:
0: Inactive
1: Sampling
2: Cleaning

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Index Attribute

R/W DatentypInfo
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
20: Pump backward
21: Cleaning up

9

OpTimeFilter

R

DINT

Operating hours of sample preparation filter
Default: 0

10

OpTimeHose

R

DINT

Operating hours of sample preparation hoseDefault: 0

11

OpTimeMembranepump

R

DINT

Operating hours of sample preparation membrane pumpDefault: 0

12

AmbientTemperature

R

REAL

Ambient temperature
Default: 0.0

13

HousingTemperature

R

REAL

Cabinet temperature
Default: 0.0

14

CleaningTrigger

W

INT

Start condition of first sample preparation cleaning
Default: 0
Selection:
0: Immediate
1: Date/time
2: Disabled

15

CleaningStartDate

W

DATE

Date of first sample preparation cleanig
Default: 0

16

CleaningStartTime

W

TIME_OF_DAY Time of first sample preparation cleanig
Default: 0

17

CleaningInterval

W

DINT

Interval for sample preparation cleaning
Default: 0

18

CleaningDuration

W

DINT

Duration of sample preparation cleaning
Default: 0

19TransportTimeMax

W

DINT

Max. transport time of sample preparation
Default: 0

20

HeatingTempSetpointTube

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REAL

Switch on temperature for sample preparation hose heating103

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Index Attribute

R/W Datentyp

Info
Range: 4.0 ... 10.0
Default: 5.0

21

HeatingTempSetpointHousing

W

REAL

Switch on temperature for outlet sample preparation cabinet
heating
Range: 4.0 ... 10.0
Default: 5.0

22

HeatingTempSetpointHousingInlet

W

REAL

Switch on temperature for inlet sample preparation cabinet
heating
Range: 4.0 ... 30.0
Default: 10.023FilterchangeWarnlevel

W

DINT

Warn level for sample prepartion filter change
Default: 0

24

HosechangeWarnlevel

W

DINT

Warn level for sample prepartion hose change
Default: 0

25

MeasurementInterations

W

INT

Number of consecutive measurements for one channel
Range: 0 ... 99
Default: 1

26

SamplePreparationType

R

SINT

Type of sample preparation
Default: 0
Selection:
0: 3rd party
1: Inlet2: Aeration/Outlet
3: Unknown

26

SamplePreparationType

R

SINT

Type of sample preparation
Default: 0
Selection:
0: 3rd party
1: Inlet2: Aeration/Outlet
3: Unknown

27

AmbientTemperatureSensorAvailable R

SINT

Ambient temperature sensor
Default: 1
Selection:
0: Available
1: Not available

28

AnalyzerTubeHeatingAvailable

R

SINT

Hose heating analyzer
Default: 1
Selection:
0: Available
1: Not available

29

FilterTubeHeatingAvailable

R

SINT

Hose heating filter
Default: 1
Selection:
0: Available
1: Not available

30

HousingHeatingAvailable

R

SINT

Cabinet heating
Default: 1
Selection:

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Index Attribute

R/W DatentypInfo
0: Available
1: Not available

31

OperatingMode

R

SINT

Operating mode
Default: 0
Selection:
0: Independent
1: Controlled

32

PPSCleaningValveInstalled

R

SINT

Cleaning valve
Default: 0
Selection:
0: Not available
1: Available

33

PressurizedAirAvailable

R

SINT

Pressurized air available
Default: 0
Selection:
0: Available
1: Not available

34

CleaningDetergentResidenceTime

W

DINT

Cleaner residence time
Default: 0

35

CleaningDiscardTimePPS

W

DINT

Pressurized pipe cleaning discard time
Range: 0.0 ... 1800.0
Default: 180.0

36

CleaningDiscardTime

W

DINT

Cleaning discard time
Default: 037

CleaningDurationPPS

W

DINT

Pressurized pipe cleaning duration
Range: 10.0 ... 30.0
Default: 10.0

38

CleaningIntervalPPS

W

DINT

Interval for pressurized pipe cleaning
Default: 0

39

CleaningTriggerPPS

W

SINT

Start condition of first pressurized pipe cleaning
Default: 0
Selection:
0: On
1: Date/time
2: Off40

FilterAirCleaningDuration

W

DINT

Filter air cleaning duration
Range: 10.0 ... 60.0
Default: 30.041FilterAirCleaningInterval

W

DINT

Filter air cleaning interval
Default: 042FilterAirCleaningMode

W

DINT

Filter air cleaning mode
Default: 0
Selection:
0: On
1: OffEndress+Hauser

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Index Attribute

R/W Datentyp

Info

43

W

Limit change filter

FilterChangeActivation

DINT

Default: 0
Selection:
0: Off
1: On
44

HoseChangeActivation

W

DINT

Limit change hoseDefault: 1
Selection:
0: Off
1: On

45

TimeoutSamplingPPS

W

DINT

Timeout no sample (pressurized pipe)
Default: 0

46

TimeoutSampling

W

DINT

Timeout no sample
Default: 0

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www.addresses.endress.com

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