BA02240C/07/EN/01.22-00
71561681
2022-02-28

Products

Solutions

Valid as of version
02.02.00

Operating Instructions
Liquiline Control CDC90
Data transmission via PROFINET

ServicesLiquiline Control CDC90

Table of contents

Table of contents
1

About this document . . . . . . . . . . . . . . . . 4

1.1
1.2
1.3

Symbols . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 4
Documentation . . . . . . . . . . . . . . . . . . . . . . . . 4
List of abbreviations . . . . . . . . . . . . . . . . . . . . . 5

2

Basic safety instructions . . . . . . . . . . . . 6

2.1
2.2
2.3
2.4
2.5
2.6

Requirements for the personnel . . . . . . . . . . . . 6
Intended use . . . . . . . . . . . . . . . . . . . . . . . . . . 6
Workplace safety . . . . . . . . . . . . . . . . . . . . . . . 6
Operational safety . . . . . . . . . . . . . . . . . . . . . . 6
Product safety . . . . . . . . . . . . . . . . . . . . . . . . . 8
IT security . . . . . . . . . . . . . . . . . . . . . . . . . . . . 8

3Electrical connection . . . . . . . . . . . . . . . . 9

3.1

Connecting the communication interfaces . . . . . 9

4

System integration . . . . . . . . . . . . . . . . 11

4.1
4.2

Overview of system files . . . . . . . . . . . . . . . . . 11
Integrating PROFINET communication into
the system . . . . . . . . . . . . . . . . . . . . . . . . . . . 11

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3About this document

Liquiline Control CDC90

1

About this document

Structure of information

Meaning

LDANGERThis symbol alerts you to a dangerous situation.
Failure to avoid the dangerous situation will result in a fatal or serious
injury.

Causes (/consequences)If necessary, Consequences of
non-compliance (if applicable)‣ Corrective action

LWARNING
Causes (/consequences)If necessary, Consequences of
non-compliance (if applicable)‣ Corrective action

LCAUTION
Causes (/consequences)If necessary, Consequences of
non-compliance (if applicable)‣ Corrective action
NOTICE
Cause/situation
If necessary, Consequences of
non-compliance (if applicable)‣ Action/note

1.1

This symbol alerts you to a dangerous situation.
Failure to avoid the dangerous situation can result in a fatal or serious
injury.

This symbol alerts you to a dangerous situation.
Failure to avoid this situation can result in minor or more serious injuries.

This symbol alerts you to situations which may result in damage toproperty.

Symbols
Additional information, tips
Permitted or recommended
Not permitted or not recommended
Reference to device documentation
Reference to page
Reference to graphic



1.1.1

Result of a step

Symbols on the device
Reference to device documentation
Do not dispose of products bearing this marking as unsorted municipal waste. Instead, return themto the manufacturer for disposal under the applicable conditions.

1.2

Documentation

This supplementary documentation must be used only in conjunction with a Liquiline
Control CDC90 with PROFINET.
This supplementary documentation is an integral part of the Operating Instructions andprovides additional information on the use of the device with PROFINET.
More information can be found in the following Operating Instructions:Operating Instructions CDC90 BA01707C
This document is aimed at individuals who are incorporating the device into a PROFINET
network.
It is assumed that the reader has basic knowledge in this area.
In addition, various guides for the installation and commissioning of a PROFINET network
are available from the PROFIBUS User Organization (PI):4

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Liquiline Control CDC90

About this document

https://www.profibus.com/technology/profinet/

1.3

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List of abbreviations

PI

PROFIBUS and PROFINET International (www.profibus.com)

n/a

Not applicableNaN

Not a number (IEEE-754, 7Fh A0h 00h 00h)

ENP

Electronic name plate

I&M

Identification & MaintenanceAI

Analog Input (PA Profile function block)DI

Discrete Input (PA Profile function block)

AO

Analog Output (PA Profile function block)

DO

Discrete Output (PA Profile function block)

DCS

Distributed control system

5Basic safety instructions

Liquiline Control CDC90

2

Basic safety instructions

2.1

Requirements for the personnel• Installation, commissioning, operation and maintenance of the measuring system may
be carried out only by specially trained technical personnel.
• The technical personnel must be authorized by the plant operator to carry out the
specified activities.
• The electrical connection may be performed only by an electrical technician.
• The technical personnel must have read and understood these Operating Instructions
and must follow the instructions contained therein.
• Faults at the measuring point may only be rectified by authorized and specially trained
personnel.
Repairs not described in the Operating Instructions provided must be carried out only
directly at the manufacturer's site or by the service organization.

2.2

Intended use

Liquiline Control CDC90 is a fully automatic measuring, cleaning and calibration system
for Memosens sensors. The system is fully equipped with power supply cables and a hosesystem.

2.2.1

Non-intended use

Use of the device for any purpose other than that described, poses a threat to the safety ofpeople and of the entire measuring system and is therefore not permitted.
The manufacturer is not liable for damage caused by improper or non-designated use.

2.3

Workplace safety

As the user, you are responsible for complying with the following safety conditions:• Installation guidelines• Local standards and regulations• Regulations for explosion protection
Electromagnetic compatibility• The product has been tested for electromagnetic compatibility in accordance with theapplicable international standards for industrial applications.
• The electromagnetic compatibility indicated applies only to a product that has beenconnected in accordance with these Operating Instructions.

2.4

Operational safety

Before commissioning the entire measuring point:
1.

Verify that all connections are correct.

2.

Ensure that electrical cables and hose connections are undamaged.

3.

Do not operate damaged products, and protect them against unintentional operation.

4.

Label damaged products as defective.

During operation:‣ If faults cannot be rectified:products must be taken out of service and protected against unintentional operation.
6

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Liquiline Control CDC90

Basic safety instructions

LCAUTION
Programs not switched off during maintenance activities.
Risk of injury due to medium or cleaning agent!
‣ Quit any programs that are active.
‣ Switch to the Service Mode before you remove sensors from the assembly.
‣ If you need to test the cleaning function while cleaning is in progress, wear protective
clothing, goggles and gloves or take other suitable measures to protect yourself.

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7Basic safety instructions

Liquiline Control CDC90

2.5

Product safety

2.5.1

State-of-the-art technology

The product is designed to meet state-of-the-art safety requirements, has been tested, andleft the factory in a condition in which it is safe to operate. The relevant regulations andinternational standards have been observed.

2.6

IT security

We only provide a warranty if the device is installed and used as described in the
Operating Instructions. The device is equipped with security mechanisms to protect itagainst any inadvertent changes to the device settings.
IT security measures in line with operators' security standards and designed to provide
additional protection for the device and device data transfer must be implemented by theoperators themselves.

8

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Liquiline Control CDC90

Electrical connection

3

Electrical connection

3.1

Connecting the communication interfaces

Installation and wiring is described in the Operating Instructions ofLiquiline Control CDC90.
The Anybus X gateway connects a Modbus TCP network to a PROFINET network, thereby
enabling the seamless flow of information between the CDC90 and a control system.
Only one gateway is required for a one-channel and two-channel system and is included
with the order. For the installation and wiring procedure, please refer to the Gateway
Installation Instructions provided with the Liquiline Control CDC90 upon delivery.
The gateway must be installed externally.
2

1

4

3

5
A0044818

1

Communication connection

1
2
3
4
5

Ethernet switch on the CDC90
Gateway
Process control system PCS
Ethernet cable, CDC90/gateway communication (3 m (9.8 ft) cable M12-RJ45 included in scope of supply)
Communication connection, gateway/process control system PCS

1.

To connect to the CDC90, connect the Ethernet cable (4) to the top of the gateway.

2.

Connect the end piece to the Ethernet switch (1).

3.

To connect to the PCS, connect the communication cable (5) to the bottom of thegateway.

4.

Connect the end piece to the PCS (3).

3.1.1

IP configuration between CDC90 and gateway

1.

Connect the Modbus TCP interface to the top of the gateway. →  1,  92.

Configure the Modbus TCP interface at the gateway with IP address 192.168.0.7.

1 234 567 8ONA0044817

2

IP address of Modbus TCP interface at gateway

3.1.2
1.

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IP configuration between gateway and process control system(PCS)Connect the PROFIBUS interface to the bottom of the gateway. →  1,  99Electrical connection

10

Liquiline Control CDC90

2.

When connecting the power supply, first make sure that all switches are in the upper(zero) position.

3.

Configure the IP address of the PROFINET interface with Anybus IPconfig.
https://cdn.hms-networks.com/docs/librariesprovider7/default-document-library/
manuals-design-guides/hms-scm-1202-141.pdf?sfvrsn=ba254fd7_14

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Liquiline Control CDC90

System integration

4

System integration

4.1

Overview of system files

Follow the Installation Guide provided by the PROFINET User Organization. You candownload the electronic version free of charge from the PNO website.
http://www.profibus.com/download/installation-guide/

4.2

Integrating PROFINET communication into thesystem4.2.1

GSDML file

The GSDML file is available from the following sources:
Deutsch:https://www.de.endress.com/de/messgeraete-fuer-die-prozesstechnik/
fluessigkeitsanalyse-produktuebersicht/pH-elektrode-automatische-reinigungkalibrierung-cdc90
English:https://www.endress.com/en/Field-instruments-overview/liquid-analysis-productoverview/pH-sensor-automatic-cleaning-calibration-cdc90‣ Upload the following GSDML file to the DCS system:"GSDML-V2.33-HMS-ANYBUS_X_GATEWAY_PROFINET_IRT2-20171116.xml"
The following manufacturer-specific GSDML files are available:
https://www.anybus.com/de/support/file-doc-downloads/x-gateway-specific/?
ordercode=AB7505
We recommend you use the manufacturer-specific GSDML file, as it is optimally adapted
to the properties of the gateway.

4.2.2

Selecting PROFINET

To specify which fieldbus communication method is used to send commands, go to:
1.

Select the PROFINET protocol.

2.

Press Accept to confirm.
The values cannot be read until this setting has been made.

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11System integration

Liquiline Control CDC90

A0041937

Only one fieldbus communication is used to send commands to the Liquiline Control
CDC90 or to read the values.
Once the protocol has been enabled, but the connection to the control station has not been
detected or established, an Out of Spec message 1003 is reported: communication to the
distributed control system is interrupted.

4.2.3

Diagnostics

Diagnostics information is provided in the Gateway Operating Instructions.

4.2.4

Parameter tables

Variables

R/W

Bytes

Size

Total bytes

System controlw

00 … 13

14

14 Outputs

System Information

R

00 … 13

14

Calibration reportR

14 … 63

50

Information aboutmeasuring point 1

R

64 … 111

48

Information aboutmeasuring point 2

R

112 … 159

48

IO feedbacks

R

160 … 239

80

Name of the deviceR

240 … 271

32

Device information

R

272 … 447176

448 Inputs

Output parameters
The output data modules are used as command parameters to start programs or change
the operating mode.

12

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Liquiline Control CDC90

System integration

The program IDs can be viewed in the "CDC90 program configuration tool" or found on thelocal display under the User Guidance / Programs menu.
System control
Parameter

Description

Data type

Bytes

OpMode-Control

2 = OpMode is automatic
3 = OpMode is remote

Unsigned160, 1ProgramSelection

Select the program via the program ID

Unsigned16

6, 7

ProgramControl

0 = No program started
1 = Start selected program
2 = Pause active program (currently not supported)
3 = Quit active program

Unsigned16

8, 9A0041775

3

Overview of the programs

4

Programming in the configuration tool

A0047731

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13System integration

Liquiline Control CDC90

Input parameters
System Information
Parameter

Description

Data type

Bytes

OpMode-State

0 = OpMode is setup
1 = OpMode is manual
2 = OpMode is automatic
3 = OpMode is remote

UINT

0, 1

Alarm-State

0 = CDC90 has no alarm
1 = CDC90 has an error alarm
2 = CDC90 has a function control alarm
3= CDC90 has a maintenance alarm
4= CDC90 has an out of specification alarm

UINT

2, 3

Alarm-Number

Number of last diagnostic message to appear

UINT

4, 5

ProgramSelection-State

Reflects the ProgramSelection, if valid.

UINT

6, 7

ProgramControl-State

0 = No program running
1 = Selected program running
2 = Active program paused (currently not supported)
3 = Active program stopped
4 = Selected program canceled
5 = Selected program quit

UINT

8, 9

Current Step

Active program stepUINT

10, 11

Program-Result

0 = No result
1 = Selected program completed successfully
2 = Selected program not completed successfully

UINT

12, 13

Calibration results
Calibration results for measuring point 1 and for measuring point 2:
SensorCalibration result
measured value 1

Calibration result
measured value 2

Calibration
result measured
value 3

Calibration
result measured
value 4

Calibration
result measured
value 5

pH glass

Current raw value
mV

Current measured
value
pH

Temperature
°C

Slope
mV/pH

Zero point pH

pH ISFET Current raw value
mV

Current measured
value
pH

Temperature
°C

Slope
mV/pH

Zero point pH

ORP

Current measured
value
pH(Raw value+Offset)

Temperature°C

Offset valuemV

No data

Current measured
value
pH

Temperature
°C

Slope
mV/pH

Zero point pH

Current measured
value pH
(Raw value+Offset)

Temperature°C

Offset valuemV

No data

Current raw valuemV

pH calibration
Current raw valuemV
pH/ORP

ORP calibration
Current raw value
mV

14

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Liquiline Control CDC90

System integration

Parameter

Description

CalibrationResult1-Value

Bytes

REAL

14, 15, 16, 17

CalibrationResult1-Unit

0 = No unit
7=%
23 = nA
25 = mA
53 = pH59 = hPa
65 = kΩ66 = MΩ89 = °C
90 = K
110 = mV
114 = mV/pH
127 = °F

UINT

18, 19CalibrationResult1-Valid

0 = OK
1 = Busy
2 = Local calibration active
3 = Sensor not configured
4 = Sensor not supported
5 = Invalid entry
6 = Calibration error

UINT20, 21

CalibrationResult1-Type

0 = No calibration type defined
1 = Raw value
2 = Measured value
3 = Temperature
4 = Offset
5 = Medium 1
6 = Measured value 1
7 = Medium 2
8 = Measured value 2
9 = Slope
10 = Zero point
11 = Delta slope
12 = Delta zero point

UINT

22, 23

REAL

24, 25, 26, 27

CalibrationResult2-Value

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Data type

CalibrationResult2-Unit

0 = No unit
7=%
23 = nA
25 = mA
53 = pH59 = hPa
65 = kΩ66 = MΩ89 = °C
90 = K
110 = mV
114 = mV/pH
127 = °F

UINT

28, 29CalibrationResult2-Valid

0 = OK
1 = Busy
2 = Local calibration active
3 = Sensor not configured
4 = Sensor not supported
5 = Invalid entry
6 = Calibration error

UINT30, 3115

System integration

Liquiline Control CDC90

Parameter

Description

Data type

Bytes

CalibrationResult2-Type

0 = No calibration type defined
1 = Raw value
2 = Measured value
3 = Temperature
4 = Offset
5 = Medium 1
6 = Measured value 1
7 = Medium 2
8 = Measured value 2
9 = Slope
10 = Zero point
11 = Delta slope
12 = Delta zero point

UINT

32, 33REAL

34, 35, 36, 37

CalibrationResult3-Value
CalibrationResult3-Unit

0 = No unit
7=%
23 = nA
25 = mA
53 = pH59 = hPa
65 = kΩ66 = MΩ89 = °C
90 = K
110 = mV
114 = mV/pH
127 = °F

UINT

38, 39CalibrationResult3-Valid

0 = OK
1 = Busy
2 = Local calibration active
3 = Sensor not configured
4 = Sensor not supported
5 = Invalid entry
6 = Calibration error

UINT40, 41

CalibrationResult3-Type

0 = No calibration type defined
1 = Raw value
2 = Measured value
3 = Temperature
4 = Offset
5 = Medium 1
6 = Measured value 1
7 = Medium 2
8 = Measured value 2
9 = Slope
10 = Zero point
11 = Delta slope
12 = Delta zero point

UINT

42, 43REAL

44, 45, 46, 47

UINT

48, 49CalibrationResult4-Value
CalibrationResult4-Unit

16

0 = No unit
7=%
23 = nA
25 = mA
53 = pH59 = hPa
65 = kΩ66 = MΩ89 = °C
90 = K
110 = mV
114 = mV/pH
127 = °F

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Liquiline Control CDC90

System integration

Parameter

Description

Data type

Bytes

CalibrationResult4-Valid

0 = OK
1 = Busy
2 = Local calibration active
3 = Sensor not configured
4 = Sensor not supported
5 = Invalid entry
6 = Calibration error

UINT50, 51

CalibrationResult4-Type

0 = No calibration type defined
1 = Raw value
2 = Measured value
3 = Temperature
4 = Offset
5 = Medium 1
6 = Measured value 1
7 = Medium 2
8 = Measured value 2
9 = Slope
10 = Zero point
11 = Delta slope
12 = Delta zero point

UINT

52, 53REAL

54, 55, 56, 57

CalibrationResult5-Value

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CalibrationResult5-Unit

0 = No unit
7=%
23 = nA
25 = mA
53 = pH59 = hPa
65 = kΩ66 = MΩ89 = °C
90 = K
110 = mV
114 = mV/pH
127 = °F

UINT

58, 59CalibrationResult5-Valid

0 = OK
1 = Busy
2 = Local calibration active
3 = Sensor not configured
4 = Sensor not supported
5 = Invalid entry
6 = Calibration error

UINT60, 61

CalibrationResult5-Type

0 = No calibration type defined
1 = Raw value
2 = Measured value
3 = Temperature
4 = Offset
5 = Medium 1
6 = Measured value 1
7 = Medium 2
8 = Measured value 2
9 = Slope
10 = Zero point
11 = Delta slope
12 = Delta zero point

UINT

62, 6317

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Liquiline Control CDC90

Measured value units of the sensors
Information about measuring point 1 and measuring point 2
SensorMeasured value 1

Measured value
2

Measured value 3 Measured value 4 Measured
value 5

pH glass

Current measured
value
pH

Raw value mV

Glass impedanceMΩ

Temperature
°C

----

pH ISFET Current measured
value
pH

Raw value mV

Leak currentnA

Temperature
°C

----

ORP

ORP
mV

ORP %

----

Temperature°C

pH/ORP

Current measured
value
pH

ORP
mV

Raw valuemV

Temperature°C---Reference
impedancekΩ

Information about measuring point 1
Parameter

Description

Data type

Bytes

Channel1-Activation

0 = Active
1 = Not active(only read in at restart)

UINT64, 65Channel1-Position

0 = Assembly in service position
1 = Assembly in measure position

UINT

66, 67Channel1-Hold

0 = Not active
1 = Active

UINT

68, 69Channel1-ConnectedSensorType

0 = None3 = pH glass
5 = pH ISFET
8 = ORP18 = pH/ORP

UINT

70, 71REAL

72, 73, 74, 75

Channel1-Value1
Channel1-Value1-Unit

0 = No unit
7=%
23 = nA
25 = mA
53 = pH59 = hPa
65 = kΩ66 = MΩ89 = °C
90 = K
110 = mV
114 = mV/pH
127 = °F

UINT76, 77Channel1-Value1-Valid

0 = Good
1 = Uncertain
2 = Bad
3 = Not assigned

UINT78, 79REAL

80, 81, 82, 83

Channel1-Value2

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Liquiline Control CDC90

System integration

Parameter

Description

Data type

Bytes

Channel1-Value2-Unit

0 = No unit
7=%
23 = nA
25 = mA
53 = pH59 = hPa
65 = kΩ66 = MΩ89 = °C
90 = K
110 = mV
114 = mV/pH
127 = °F

UINT

84, 85Channel1-Value2-Valid

0 = Good
1 = Uncertain
2 = Bad
3 = Not assigned

UINT86, 87

REAL

88, 89, 90, 91

Channel1-Value3
Channel1-Value3-Unit

0 = No unit
7=%
23 = nA
25 = mA
53 = pH59 = hPa
65 = kΩ66 = MΩ89 = °C
90 = K
110 = mV
114 = mV/pH
127 = °F

UINT

92, 93Channel1-Value3-Valid

0 = Good
1 = Uncertain
2 = Bad
3 = Not assigned

UINT

94, 95REAL

96, 97, 98, 99

Channel1-Value4
Channel1-Value4-Unit

0 = No unit
7=%
23 = nA
25 = mA
53 = pH59 = hPa
65 = kΩ66 = MΩ89 = °C
90 = K
110 = mV
114 = mV/pH
127 = °F

UINT100, 101

Channel1-Value4-Valid

0 = Good
1 = Uncertain
2 = Bad
3 = Not assigned

UINT

102, 103

REAL

104, 105, 106, 107

Channel1-Value5

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19System integration

Liquiline Control CDC90

Parameter

Description

Data type

Bytes

Channel1-Value5-Unit

0 = No unit
7=%
23 = nA
25 = mA
53 = pH59 = hPa
65 = kΩ66 = MΩ89 = °C
90 = K
110 = mV
114 = mV/pH
127 = °F

UINT108, 109

Channel1-Value5-Valid

0 = Good
1 = Uncertain
2 = Bad
3 = Not assigned

UINT

110, 111

Information about measuring point 2
Parameter

Description

Data type

Bytes

Channel2-Activation

0 = Active
1 = Not active(only read in at restart)

UINT

112, 113

Channel2-Position

0 = Assembly in service position
1 = Assembly in measure position

UINT

114, 115

Channel2-Hold

0 = Not active
1 = Active

UINT

116, 117

Channel2-ConnectedSensorType

0 = None3 = pH glass
5 = pH ISFET
8 = ORP18 = pH/ORP

UINT

118, 119

REAL

120, 121, 122, 123

Channel2-Value1
Channel2-Value1-Unit

0 = No unit
7=%
23 = nA
25 = mA
53 = pH59 = hPa
65 = kΩ66 = MΩ89 = °C
90 = K
110 = mV
114 = mV/pH
127 = °F

UINT

124, 125

Channel2-Value1-Valid

0 = Good
1 = Uncertain
2 = Bad
3 = Not assigned

UINT

126, 127

REAL

128, 129, 130, 131

Channel2-Value2

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Liquiline Control CDC90

System integration

Parameter

Description

Data type

Bytes

Channel2-Value2-Unit

0 = No unit
7=%
23 = nA
25 = mA
53 = pH59 = hPa
65 = kΩ66 = MΩ89 = °C
90 = K
110 = mV
114 = mV/pH
127 = °F

UINT132, 133

Channel2-Value2-Valid

0 = Good
1 = Uncertain
2 = Bad
3 = Not assigned

UINT

134, 135

REAL

136, 137, 138, 139

Channel2-Value3
Channel2-Value3-Unit

0 = No unit
7=%
23 = nA
25 = mA
53 = pH59 = hPa
65 = kΩ66 = MΩ89 = °C
90 = K
110 = mV
114 = mV/pH
127 = °F

UINT140, 141

Channel2-Value3-Valid

0 = Good
1 = Uncertain
2 = Bad
3 = Not assigned

UINT

142, 143

REAL

144, 145, 146, 147

Channel2-Value4
Channel2-Value4-Unit

0 = No unit
7=%
23 = nA
25 = mA
53 = pH59 = hPa
65 = kΩ66 = MΩ89 = °C
90 = K
110 = mV
114 = mV/pH
127 = °F

UINT

148, 149

Channel2-Value4-Valid

0 = Good
1 = Uncertain
2 = Bad
3 = Not assigned

UINT

150, 151

REAL

152, 153, 154, 155

Channel2-Value5

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21

System integration

Liquiline Control CDC90

Parameter

Description

Data type

Bytes

Channel2-Value5-Unit

0 = No unit
7=%
23 = nA
25 = mA
53 = pH59 = hPa
65 = kΩ66 = MΩ89 = °C
90 = K
110 = mV
114 = mV/pH
127 = °F

UINT

156, 157

Channel2-Value5-Valid

0 = Good
1 = Uncertain
2 = Bad
3 = Not assigned

UINT

158, 159

IO feedbacks
Parameter

Description

Data type

Bytes

Canister1

0 = Empty
1 = Full, not empty

UINT

160, 161

PressureSwitch

0 = Not active
1 = Active

UINT

162, 163

Canister3

0 = Empty
1 = Full, not empty

UINT

164, 165

Canister2

0 = Empty
1 = Fill, not empty

UINT

166, 167

Assembly1
Measure0 = Off
1 = OnUINT

168, 169

Assembly1
Service

0 = Off
1 = OnUINT170, 171

WaterValve

0 = Off
1 = OnUINT172, 173

AirValve

0 = Off
1 = OnUINT174,175

Pump1

0 = Off
1 = OnUINT

176,177

Pump2

178, 179

Pump3
CustomValve1

22180, 181
0 = Off
1 = OnUINT

182, 183

ChannelSwitch1 0 = Off
1 = OnUINT

184, 185

ChannelSwitch2 0 = Off
1 = OnUINT186, 187

Assembly2
Measure0 = Off
1 = OnUINT

188, 189

Assembly2
Service

0 = Off
1 = OnUINT190, 191

CustomValve20 = Off
1 = OnUINT

192, 193

CustomValve30 = Off
1 = OnUINT

194, 195

Endress+Hauser

Liquiline Control CDC90

System integration

Parameter

Description

Data type

Bytes

CustomValve4

0 = Off
1 = OnUINT

196, 197

CustomValve50 = Off
1 = OnUINT

198, 199

CustomDo1

0 = Off
1 = OnUINT200, 201

CustomDo2

202, 203

CustomDo3

204, 205

CustomDo4

206, 207

CustomDo5

208, 209

CustomDo6

210, 211

CustomDo7

212, 213

CustomDo8

214, 215

CustomDo9216, 217

CustomDo10

218, 219

CustomDo11
CustomDo12

CustomDI1
CustomDI2

Operating mode:
Setting, if DO11 = 0 and DO12 = 0
Manual, if DO11 = 0 and DO12 = 1
Automatic, if DO11 = 1 and DO12 = 0
Remote access, if DO11 = 1 and DO12 = 1
0 = Off
1 = On220, 221
222, 223

UINT

224, 225
226, 227

CustomDI3

228, 229

CustomDI4

230, 231

CustomDI5

232, 233

CustomDI6

234, 235

CustomDI7

236, 237

CustomDI8

238, 239

Name of the device
Parameter

Description

Data type

Bytes

Device-Tag

TAG

STRING(32)240 to 271

Device information

Endress+Hauser

Parameter

Description

Data type

Bytes

FirmwareFirmware version

STRING(8)272 to 279

ShortOrdercode

Short order code

STRING(16)280 to 295

SerialNumber

Serial number

STRING(16)296 to 311

ManufactoringDate

Date of manufacture

DATETIME

312 to 319

OrginalOrdercodeExt

Extended (original) manufacturing order code

STRING(64)320 to 383

CurrentOrdercodeExt

Extended order code from last upgrade

STRING(64)384 to 447

23*71561681*
71561681

www.addresses.endress.com