Burkert 8098 Operating Instructions Manual

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Page 1

Type 8098

FLOWave

SAW Flowmeter

Operating Instructions

Software version A.02.00.00 and higher

Page 2

We reserve the right to make technical changes without notice.

Operating Instructions 1809/03 _EU-EN 00567647 / Original EN

Page 3

Type 8098

General contents

General information ..........................................................................................................................................................................5

Description.................................................................................................................................................................................................11

technical Data ........................................................................................................................................................................................19

installation in the pipe ..................................................................................................................................................................33

electrical installation .................................................................................................................................................................45

DoinG the settinGs ..............................................................................................................................................................................67

menu DISPLAY .............................................................................................................................................................................................85

menu GENERAL SETTINGS .................................................................................................................................................................93

menu SAW SENSOR - PARAMETER ............................................................................................................................................131

menu SAW SENSOR - DIAGNOSTICS ........................................................................................................................................193

menu SAW SENSOR - MAINTENANCE .......................................................................................................................................199

menu OUTPUTS .......................................................................................................................................................................................219

menu INDUSTRIAL COMMUNICATION ......................................................................................................................................237

troubleshootinG, maintenance, transport, storaGe .............................................................................. 249

English

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Type 8098

General contents

English

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Type 8098

General information

1 ABOUT THESE OPERATING INSTRUCTIONS ....................................................................................................................6

1.1 Symbols used .........................................................................................................................................................................6

1.2 Definition of the word device ..........................................................................................................................................6

1.3 Definition of the word büS ................................................................................................................................................7

1.4 Validity of the Operating Instructions .........................................................................................................................7

2 INTENDED USE ....................................................................................................................................................................................7

3 BASIC SAFETY INFORMATION ....................................................................................................................................................8

4 GENERAL INFORMATION .............................................................................................................................................................10

4.1 Manufacturer's address and international contacts .........................................................................................10

4.2 Warranty conditions ...........................................................................................................................................................10

4.3 Information on the Internet ............................................................................................................................................10

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Type 8098

About these Operating Instructions

1 ABOUT THESE OPERATING INSTRUCTIONS

The Operating Instructions describe the entire life cycle of the device. Please keep the Operating Instructions in a safe place, accessible to all users and any new owners.

The Operating Instructions contain important safety information.

Failure to comply with these instructions can lead to hazardous situations. Pay attention in particular to the chapters 3 Basic safety information and 2 Intended use.

▶ Irrespective of the device version, the Operating Instructions must be read and understood.

1.1 Symbols used

DanGer

Warns against an imminent danger.

▶ Failure to observe this warning results in death or in serious injury.

WarninG

Warns against a potentially dangerous situation.

▶ Failure to observe this warning can result in serious injury or even death.

caution

Warns against a possible risk.

▶ Failure to observe this warning can result in substantial or minor injuries.

notice

Warns against material damage.

Indicates additional information, advice or important recommendations.

Refers to information contained in these Operating Instructions or in other documents.

▶ Indicates an instruction to be carried out to avoid a danger, a warning or a possible risk.

→ Indicates a procedure to be carried out.

A highlighted term is related to a menu or a menu item.

Indicates the result of a specific instruction.

1.2 Definition of the term device

The term "device" used in these Operating Instructions always refers to the Type 8098 flowmeter.

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Type 8098

About these Operating Instructions

1.3 Definition of the term büS

The term "büS" used in these Operating Instructions refers to the industrial communication, developed by Bürkert, based on the CANopen protocol.

→ For more information on büS, read the cabling guide available in English and German (Cabling_guide_for_

büS_networks.pdf) at www.buerkert.com search for "Guide for planning büS networks".

→ For more information on CANopen which is related to the device, refer to the Operating Instructions

"CANopen Network configuration" at www.buerkert.com.

1.4 Validity of the Operating Instructions

The Operating Instructions are valid for the devices from software version A02.00.00.

To read out the version number of the device software, do the following:

→ Go to the CONFIGURATION view.

→ General settings

→ Confirm to access the Parameter view.

→ Go to the MAINTENANCE view.

→ Device information

→ Software version

→ Go back to the parent menu.

2 INTENDED USE

Use of the device that does not comply with the instructions could present risks to people, nearby installations and the environment.

The Type 8098 flowmeter is intended to measure the flow rate of clean liquids, non emulsified (homogeneous liquids) and free of air bubbles and free of gas bubbles and free of solids, using the Surface Acoustic Wave (SAW) measurement principle.

▶ Use the device in compliance with the characteristics and the conditions of commissioning and use specified

in the contractual documents and in the Operating Instructions.

▶ Protect the device against electromagnetic interference, ultraviolet rays and, when installed outdoors, against

the effects of climatic conditions.

▶ Only operate a device in perfect working order.

▶ Properly transport, store, install and operate the device. ▶ Only use the device as intended.

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Type 8098

Basic safety information

3 BASIC SAFETY INFORMATION

This safety information does not take into account any contingencies or occurrences that may arise during installation, use and maintenance of the product.

The operating company is responsible for the respect of the local safety regulations, including staff safety.

Risk of injury due to electrical voltage.

▶ Before carrying out work on the system, disconnect the electrical power for all the conductors and isolate it.

▶ Observe all applicable accident protection and safety regulations for electrical equipment.

Risk of injury due to high pressure in the installation.

▶ Before any intervention in the installation, stop the circulation of fluid, cut off the pressure and drain the pipe.

▶ Before any intervention in the installation, make sure there is no pressure in the pipe.

▶ Observe the dependency between the fluid temperature and the fluid pressure for the fitting used.

If switched on for a prolonged time, risk of burns or fire due to hot device surfaces

▶ Do not touch with bare hands.

▶ Keep the device away from highly flammable substances and fluids.

Risk of burns due to high fluid temperatures.

▶ Do not touch with bare hands the parts of the device that are in contact with the fluid.

▶ Use safety gloves to handle the device.

▶ Before opening the pipe, stop the circulation of fluid and drain the pipe.

▶ Before opening the pipe, make sure the pipe is completely empty.

Risk of injury due to the nature of the fluid.

▶ Respect the prevailing regulations on accident prevention and safety relating to the use of dangerous fluids.

General dangerous situations

To avoid injury:

▶ Do not use the device in explosive atmospheres.

▶ Do not use the device in an environment incompatible with the materials it is made of.

▶ Do not use fluid that is incompatible with the materials the device is made of.

▶ Do not subject the device to mechanical loads.

▶ Do not make any modifications to the device.

▶ Prevent any unintentional power supply switch-on.

▶ Only qualified and skilled staff may carry out installation and maintenance work.

▶ Ensure a defined or controlled restarting of the process after a power supply interruption.

▶ Observe the general technical rules.

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Type 8098

Basic safety information

caution

Risk of injury due to a heavy device.

A heavy device can fall down during transport or during installation and cause injuries.

▶ Transport, install and dismantle a heavy device with the help of another person.

▶ Use appropriate tools.

notice

The device may be damaged by the measured fluid.

▶ Systematically check the chemical compatibility of the component materials of the device and the fluids likely

to come into contact with the materials (for example: alcohols, strong or concentrated acids, aldehydes, alkaline compounds, esters, aliphatic compounds, ketones, halogenated aromatics or hydrocarbons, oxidants and chlorinated agents).

notice

Elements/components sensitive to electrostatic discharges

▶ This device contains electronic components that are sensitive to electrostatic discharges. They may be dam-

aged if they are touched by an electrostatically charged person or object. In the worst case scenario, these components are instantly destroyed or disabled as soon as they are activated.

▶ To minimise or even avoid any damage caused by an electrostatic discharge, take all the precautions

described in standard EN 61340-5-1.

▶ Also make sure that you do not touch any of the live electrical components.

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Type 8098

General information

4 GENERAL INFORMATION

4.1 Manufacturer's address and international contacts

To contact the manufacturer of the device, use the following address:

Bürkert SAS

Rue du Giessen

BP 21

F-67220 TRIEMBACH-AU-VAL

You may also contact your local Bürkert sales office.

The addresses of our international sales offices are available on the internet at:

www.burkert.com

4.2 Warranty conditions

The condition governing the legal warranty is the conforming use of the device in observance of the operating conditions specified in the Operating Instructions.

4.3 Information on the Internet

You can find the operating instructions and the technical data sheets for Type 8098 at:

www.burkert.com

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Type 8098

Description

5 DESCRIPTION ....................................................................................................................................................................................12

5.1 Knowing the device ...........................................................................................................................................................12

5.1.1 Wi-Fi module .......................................................................................................................................13

5.1.2 Unlocking magnetic key ....................................................................................................................14

5.2 Understanding the rating plates .................................................................................................................................14

5.3 Marking with the MAC address ...................................................................................................................................16

5.4 Description of the device status LED .....................................................................................................................17

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Type 8098

Description

5 DESCRIPTION

5.1 Knowing the device

The Type 8098 flowmeter is made up of a Type SE98 transmitter and a Type S097 flow sensor.

The following pictures describe the main versions of the Type 8098 flowmeter:

• Fig. 1 describes a device with 2 M20x1,5 cable glands in stainless steel (or in nickel plated brass) and 1 5-pin M12 male connector.

• Fig. 2 describes the Ethernet version of the device, i.e. a device with 2 4-pin M12 female connectors and 1 5-pin M12 male connector.

Blind cover

Type SE98

transmitter

Type 8098 flowmeter

Type S097 flow

sensor

or display module (Type ME31)

Device status LED indicating the status of the device, and seal

Transmitter housing, including the electronic modules

Cable glands in nickel plated brass, with blind plugs

or cable glands in stainless steel, with blind plugs

Seal

5-pin M12 male connector, with screwed plug

Functional earth

Seal

Blind cover

Process connection

Pressure compensating element

1) The process connections can be either clamp connections or flange connections.

Sensor housing

Sensor measurement tube

Fig. 1: Description of the device with 2 M20x1,5 cable glands and 1 5-pin M12 male connector

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Type SE98

transmitter

Type 8098

Description

Blind cover

or display module (Type ME31)

Device status LED indicating the status of the device, and seal

Transmitter housing, including the electronic modules

Seal

Type 8098 flowmeter

Type S097 flow

sensor

1) The process connections can be either clamp connections or flange connections.

4-pin M12 female connectors with plugs

5-pin M12 male connector, with screwed plug

Functional earth

Blind cover

Pressure compensating element

Seal

Sensor housing

Process connection

Sensor measurement tube

Fig. 2: Description of an Ethernet version of the device, with 2 4-pin M12 female connectors and 1 5-pin M12 male

connector

5.1.1 Wi-Fi module

The device can be equipped with a Wi-Fi module in place of or in addition to the display module. The Wi-Fi module has the Type number ME31, too. The Wi-Fi module has the same functional scope as the display module.

The Wi-Fi module is intended for use in Europe, the USA, and Canada.

The module can be integrated into an existing WLAN infrastructure. The wireless range is approximately 10 m.

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Type 8098

911

Description

The module provides a web server which can be accessed if the following requirements are met:

• Windows 7/8.1/10: IE11, Edge, Google Chrome, from version 53.

• Android with Google: Chrome, from version 53.

• Apple: Safari, from iOS 9.3.5.

5.1.2 Unlocking magnetic key

The device is delivered with a magnetic key to unlock the display module or the blind cover. See Fig. 3.

Fig. 3: Unlocking magnetic key

The device operates on a 4-wire system and needs a 12...35 V DC power supply.

The device has three outputs:

• 1 analogue output,

• 1 digital output,

• 1 output, which can be configured as an analogue output or as a digital output.

5.2 Understanding the rating plates

8098 FLOWave Flowmeter Supply: 12-35 5W Max. IP65 / IP67 Temp. ambient: -10 to 70°C NEMA 4X Not evaluated by UL

88888888 SN 999999

F-67220 Triembach

W49MN

28-04

1. Supply voltage

CAN_H GND

5 CAN_L

CAN shield

Made in France

V+

8. Construction code

4 5 6

2. Type of the device

3. Power consumption

4. IP Protection class of the device

5. Ambient temperature range

6. Protection class of the device

7. Pin assignment of the 5-pin M12 male connector

Fig. 4: Rating plate of the Type 8098 flowmeter (example of a UL device)

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9. Serial number

10. Conformity marking

11. Article number

12. Warning: Before using the device, take into account the technical specifications given in the Operating Instructions.

13. Certification

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Type 8098

Description

28-04

8098 FLOWave Flowmeter IP65 / IP67 / NEMA 4X Temp. ambient: -10 to 55°C

88888888 SN 999999

CAN_H GND

5 CAN_L

F-67220 Triembach

W49MN

CAN shield

Made in France

V+

1. Protection class of the device

2. Type of the device

3. Ambient temperature range

7. Conformity marking

8. Article number

9. Warning: Before using the device, take into account the technical specifications given in the Operating

4. Pin assignment of the 5-pin M12 male connector

5. Construction code

Instructions.

10. Certification

6. Serial number

Fig. 5: Rating plate of the Type 8098 flowmeter (example of a non-UL Ethernet device)

SE98 FLOWave Transmitter Supply: 12-35V 5W max Housing: 304 / 1.4301 Slot 5: Indust. communication Slot 4: 1AO-1DO-1AO/DO ME31 - Display module ME31 - WIFI module

F-67220 Triembach

W49MN

Made in France

2 3

1. Type of the transmitter

2. Power supply and maximum power consumption

3. Housing material

4. Communication type and available outputs

5. Communication modules

6. Construction code

7. Conformity marking

Fig. 6: Rating plate of the Type SE98 transmitter (example of an Ethernet device with display module and Wi-Fi

module)

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Type 8098

Description

S097 FLOWave Flow sensor Pipe: 316L/1.4435 Housing: 304/1.4301 DIN 11866 C / Clamp D50.5 DIN 32676 B DN15 PN25bar Max. flow:10 m3/h Temp. medium : -20 to 110°C

F-67220 Triembach

W4ZMN

Made in France

2 3

4 5

1. Type of the flow sensor

2. Material of the pipe and material of the housing

3. Standard the pipe conforms to; type of process connection, external diameter of the clamp and standard the process connection conforms to; DN of the measurement tube

4. Pressure class of the device and maximum flow rate

5. Fluid temperature range

6. Construction code

7. Conformity marking

Fig. 7: Rating plate of the Type S097 flow sensor (example)

5.3 Marking with the MAC address

The marking with the MAC address can be seen by opening the front of the transmitter.

→ To open the front of the transmitter, see chpt. 8.10, page 53.

DC-B0-58-FF-FF-FF

Fig. 8: Marking with the MAC address of the device (example)

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Type 8098

Description

5.4 Description of the device status LED

Ex works, the LED that indicates the state of the device changes its colour and state based on the NAMUR NE 107 recommendation.

If several states exist simultaneously, the state with the highest priority is displayed. The priority is determined by the severity of the deviation from standard operation (red LED = failure, error or malfunction = highest priority).

Device status LED Colour code

(for a PLC)

Colour

State

Red 5 Failure, error,

Orange 4 Function check Ongoing work on the device (for example,

Yellow 3 Out of

Blue 2 Maintenance

Green 1 Diagnostics active No event has been generated. Status changes are

White 0 Diagnostics

ON - Device is in oper-

Flashing rapidly

- Identification Serves as identification of a device in the

Description Meaning

Due to a malfunction of the device or its periphery,

malfunction

specification

required

the measured values can be incorrect.

checking the correct behaviour of the outputs by simulating measurement values); the output signal is temporarily invalid (e.g. frozen).

The ambient conditions or process conditions for the device are outside the permitted ranges.

Device internal diagnostics point to problems in the device or with the process properties.

The device continues to measure but a function is temporarily restricted.

→ Do the required maintenance operation.

shown in colour.

Messages are listed and possibly transmitted via any connected fieldbus.

Device is switched on.

inactive

ating state.

Status changes are not shown.

Messages are neither listed nor transmitted via any connected fieldbus.

Device is in standard operation.

büS network.

The device was selected using the Bürkert Communicator software.

Table 1: Device status LED - colours and states in accordance with NAMUR NE 107, edition 2006-06-12

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Type 8098

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Type 8098

Technical data

6 TECHNICAL DATA .............................................................................................................................................................................20

6.1 Operating conditions ........................................................................................................................................................20

6.2 Conformity to standards and directives .................................................................................................................20

6.3 Conformity to the Pressure Equipment Directive ..............................................................................................20

6.4 UL certification .....................................................................................................................................................................21

6.5 EHEDG certification ...........................................................................................................................................................21

6.6 Fluid data .................................................................................................................................................................................22

6.7 Measurement data .............................................................................................................................................................24

6.8 Electrical data .......................................................................................................................................................................25

6.9 Mechanical data ...................................................................................................................................................................26

6.10 Specifications of the Ethernet Industrial communication ............................................................................28

6.10.1 Modbus TCP protocol .......................................................................................................................28

6.10.2 PROFINET protocol ...........................................................................................................................28

6.10.3 EtherNet/IP protocol ..........................................................................................................................29

6.10.4 EtherCAT protocol .............................................................................................................................31

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6 TECHNICAL DATA

6.1 Operating conditions

Ambient temperature

• Device with 2 M20x1,5 cable

glands and 1 5-pin M12 connector

• Device with 2 4-pin M12 female

connectors and 1 5-pin M12 con-

nector (Ethernet version) Air humidity < 85%, non condensing Height above see level max. 2000 m Installation category Category I according to UL 61010-1 Degree of pollution Degree 2 according to EN 61010-1 Protection class according to

EN 60529

Protection class according to NEMA250

(not evaluated by UL)

• –10...+70 °C

• –10...+55 °C

IP65, IP67, if the device is wired and if the cable glands are tightened and the covers are screwed tight. Unused cable glands must be sealed with the stopper gaskets provided (mounted upon delivery of the device). An unused M12 connector must be protected by the screwed plug.

4X, if the device is wired and if the cable glands are tightened and the covers are screwed tight. Unused cable glands must be sealed with the stopper gaskets provided (mounted at the delivery of the device). An unused M12 connector must be protected by the screwed plug.

Type 8098

Technical data

6.2 Conformity to standards and directives

The applied standards, which verify conformity with the EU Directives, can be found on the EU Type Examination Certificate and/or the EU Declaration of Conformity (if applicable).

6.3 Conformity to the Pressure Equipment Directive

→ Make sure the device materials are compatible with the fluid.

→ Make sure the pipe DN is adapted for the device.

The device conforms to Article 4, Paragraph 1 of the Pressure Equipment Directive 2014/68/EU under the following conditions:

• Device used on a pipe (PS = maximum admissible pressure; DN = nominal diameter of the pipe)

Type of fluid Conditions

Fluid group 1, Article 4, Paragraph 1.c.i DN≤25

Fluid group 2,Article 4, Paragraph 1.c.i

Fluid group 1, Article 4, Paragraph 1.c.ii

DN≤32

or PSxDN≤1000 DN≤25

or PSxDN≤2000

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Type 8098

Measuring Equipment EXXXXXX

Technical data

Type of fluid Conditions

DN≤200

Fluid group 2, Article 4, Paragraph 1.c.ii

or PS≤10

or PSxDN≤5000

6.4 UL certification

The devices with variable key PU01 or PU02 are UL-certified devices and comply also with the following standards:

• UL 61010-1

• CAN/CSA-C22.2 n°61010-1

Identification on the device Certification Variable key

UL recognized PU01

UL listed PU02

6.5 EHEDG certification

• EL class I

• The following versions are EHEDG certified:

Process connections Diameters

• Clamp

connections according to ASME BPE

• 3/4'', 1'', 1 1/2'', 2''

(DIN 32676 series C)

• Clamp connections according to DIN 11864-3

• 3/4'', 1'', 1 1/2'', 2''

series C

• Flange connections according to DIN 11864-2

• 3/4'', 1'', 1 1/2'', 2''

series C

• Clamp

connections according to

DIN 32676 series B

• Clamp

connections according to

• DN15 (except variants with a clamp diameter of

34.0 mm) DN25, DN40, DN50

• DN15, DN25, DN40, DN50

DIN 32676 series A

• Clamp connections according to DIN 11864-3

• DN15, DN25, DN40, DN50

series A, DIN 11864-3 series B

• Clamp

connections according to SMS 3017 /

• DN25, DN40, DN50

ISO 2852 for pipes according to SMS 3008

• Flange connections according to DIN 11864-2

• DN15, DN25, DN40, DN50

series A, DIN 11864-2 series B

The EHEDG compliance is only valid if used in combination with EHEDG-compliant gaskets from Combifit

International B.V.

The manufacturer of the device does not supply any gaskets for the process connections.

→ To make sure you use EHEDG-compliant gaskets, refer to the "EHEDG Position Paper" available on the

EHEDG website.

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6.6 Fluid data

80 140

°C

0204060 100 120-20

-1

80 140

°C

0204060 100 120-20

-1

Ambient temperature

70 60

Type 8098

Technical data

Temperatures authorized for a limited duration

Fluid temperature

Fig. 8: Dependency between the fluid temperature and the ambient temperature, device with 2 M20x1,5 cable glands

and 1 5-pin M12 male connector

Ambient temperature

Temperatures authorized for a limited duration

Fluid temperature

Fig. 9: Dependency between the fluid temperature and the ambient temperature, device with 2 4-pin M12 female

connectors and 1 5-pin M12 male connector (Ethernet version)

Fluid temperature –20...+110 °C, with clamp process connections. Up to 140 °C for maximum

60 minutes for a sterilisation process.

Maximum temperature gradient: 10 °C/s [measured by the sensor integrated in the device]

The maximum fluid temperature can be restricted by the ambient operating temperature. Depending on the version of your device, see Fig. 8 or Fig. 9

Type of fluids Non-dangerous liquids according to Article 4, Paragraph 1 of Directive 2014/68/EU

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Type 8098

Technical data

Size of the process

connection

Type of process connection

clamp

DN15, DN25

flange

DN25 clamp

clamp

3/4'', 1'', 1 1/2''

flange DIN 11864-2 series C PN25

clamp

DN40

Standards the process connections

conform to

• DIN 11864-3 series A

• DIN 11864-3 series B

• DIN 32676 series A

• DIN 32676 series B

• DIN 11864-2 series A

• DIN 11864-2 series B SMS 3017 / ISO 2852 for pipes

according to SMS 3008

• ASME BPE (DIN 32676 series C)

• DIN 11864-3 series C

• DIN 11864-3 series B

• DIN 32676 series B

• DIN 11864-3 series A

• DIN 32676 series A

• SMS 3017 / ISO 2852 for pipes according to SMS 3008

PN25

PN16

PN25

DIN 11864-2 series B PN16

flange

DIN 11864-2 series A PN25

• DIN 11864-3 series A

• DIN 11864-3 series B

DN50

clamp

• DIN 32676 series A

• DIN 32676 series B

PN16

• SMS 3017 / ISO 2852 for pipes according to SMS 3008

• DIN 11864-2 series A

flange

PN16

• DIN 11864-2 series B

• ASME BPE (DIN 32676 series C)

2''

clamp

• DIN 11864-3 series C

PN16

flange DIN 11864-2 series C PN16

Table 2: Fluid pressure, depending on the pipe diameter, the type of process connections and the process connection

standard

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6.7 Measurement data

Flow rate measurement

Type 8098

Technical data

• Measurement range • 0...7 m

1) 2)

• Measurement deviation

for a flow rate

• ±0.4% of the measured value

/h to 0...90 m3/h, depending on the DN of the sensor

between 10% of the full scale and the full scale

• Measurement deviation

for a flow rate

• < ±0.08% of the full scale

1) 2)

between 1% of the full scale and 10% of the full scale

• Repeatability

for a flow rate between 10% of

• ±0.2% of the measured value

the full scale and the full scale

• Repeatability

for a flow rate between 1% of

• ±0.04% of the full scale

the full scale and 10% of the full scale

• Refresh time

• Adjustable, see chpt. 14.11 Setting the refresh time.

Temperature measurement

• Measurement range • –20...+140 °C

• Measurement deviation

for temperatures up

• ±1 °C

to 100 °C

• Measurement deviation

for temperatures

• ±1.5%

between 100 °C and 140 °C

• Refresh time • 1 s

Density factor measurement (optional feature)

• Measurement range • 0,8...1,3

• Resolution • 0,00001

• Repeatability • ±0.5% of the measured value

• Refresh time

• Adjustable, see chpt. 14.11 Setting the refresh time.

Acoustic transmission factor measurement (optional feature)

• 10...120%

• Measurement range

• Resolution • 0,01%

• Repeatability • ±2% of the measured value

• Refresh time

1) "Measurement bias" as defined in standard JCGM 200:2012.

2) Determined under the following reference conditions: fluid = water, free of gas bubbles and solids; water and ambient

temperatures = 23 °C, refresh time of 190 ms, applying the minimum inlet (40xDN) and minimum outlet (1xDN) straight pipe lengths, appropriate pipe dimensions.

• Adjustable, see chpt. 14.11 Setting the refresh time.

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Type 8098

Technical data

6.8 Electrical data

Ambient temperature °C

-20 0 20 40 60 80 100 120 140 160

-10

-20

Voltage not allowed Temperature authorized for a limited duration

Supply voltage V DC

Fluid temperature °C

Fig. 10: Minimum supply voltage depending on the ambient temperature and the fluid temperature, device with 2

M20x1,5 cable glands and 1 5-pin M12 male connector

Voltage not allowed

Ambient temperature °C

-20 0 20 40 60 80 100 120 140 160

-10

-20

Temperature authorized for a limited duration

Supply voltage V DC

Fluid temperature °C

Fig. 11: Minimum supply voltage depending on the ambient temperature and the fluid temperature, device with 2 4-pin

M12 female connectors and 1 5-pin M12 male connector (Ethernet version)

Operating voltage • 12...35 V DC; the minimum voltage to be supplied

depends on the fluid temperature and on the ambient operating temperature: depending on the version of your device, see Fig. 10 or Fig. 11

• Current consumption: max. 2 A

• Filtered and regulated

• Tolerance: ±10%

• SELV circuit, at a non-dangerous energy level

Energy source (not supplied) Limited energy source according to paragraph 9.4 of

standard EN 61010-1

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Power consumption (without the consumption of the outputs)

Type 8098

Technical data

• Device with 2 M20x1,5 cable glands and 1

• ≤ 5 W

5-pin M12 connector

• Device with 2 4-pin M12 female connectors

• ≤ 8 W

and 1 5-pin M12 connector (Ethernet version)

Polarity reversal Protected

Analogue output 1, also output 3 if configured as

• 4...20 mA current; 3.6 mA or 22 mA to indicate an error

an analogue output

• Uncertainty: ±0.04 mA

• Resolution: 0.8 µA

• Open loop detection through diagnostics software function

• Any connection mode, in sink or source mode

• Galvanically isolated, passive

• Protected against polarity reversal

• Maximum loop impedance 1300W at 35 V DC, 1000W at 30 V DC, 700W at 24 V DC, 450W at 18 V DC

Digital output 2, also output 3 if configured as a

• Transistor

digital output

• Any connection mode, in NPN or PNP mode

• Pulse (by default), can be changed by the user

• 0...2000 Hz

• 5...35 V DC, max. 700 mA

• Galvanically isolated, passive

• Overload information through diagnostics software function

• Protected against overloads

• Protected against polarity reversals

6.9 Mechanical data

Dimensions and weight of the device: refer to the technical data sheet regarding Type 8098 available at

www.buerkert.com

Table 3: Materials in contact with ambient air

Component Material

Transmitter housing

Cable glands / Blind plugs (depending on the version of your device)

, sensor housing Stainless steel 304 / 1.4301, outer surface finish Ra < 1.6 µm

Stainless steel / PA6

Nickel plated brass / Black polyoxymethylene (POM)

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Type 8098

Technical data

Component Material

5-pin M12 male connector / Screwed plug (depending on the version of the device)

Stainless steel / Stainless steel

Nickel plated brass / Nickel plated brass

4-pin M12 female connector / Blind plug Stainless steel / Stainless steel

Pressure compensating element Stainless steel

External M4 screw for earth connection Stainless steel A4

Display Float glass, stainless steel 304 / 1.4301

Seals VMQ silicone

Rating plate Polyester

The housing may have slight machining marks due to the manufacturing process. These marks do not affect the

operation of the device and are not a manufacturing defect.

Table 4: Materials in contact with the fluid

Component Material

• Sensor measurement tube Stainless steel 316L / DIN 1.4435 BN2

• Pipe connections

Table 5: Available surface finish

Component Surface finish according to ISO 4288

Ra < 0.8 µm

Measurement tube (inner surface)

or Ra < 0.4 µm

• Measurement tube (outer surface) Ra < 1,6 µm (excluding welding seams)

• Housing

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Type 8098

Technical data

6.10 Specifications of the Ethernet Industrial communication

Table 6: Specifications of the industrial communication module

Network speed 10/100 mbps Auto negotiation Yes Auto MDI/MDI-X Yes Switch function Yes Network diagnostics Yes, via error telegram

MAC-ID

Device name Ethernet (factory setting) FLOWave (name can be changed)

6.10.1 Modbus TCP protocol

Individual identification number, stored in the module and on the outside of the device (see rating plate)

TCP port 502

Protocol Internet protocol, version 4 (IPv4)

Network topology • Tree

• Star

• Line (open daisy chain)

IP configuration • Static IP address

• Not supported:

- BOOTP (Bootstrap Protocol)

- DHCP (Dynamic Host Configuration Protocol)

Transmission speed 10 and 100 MBit/s

Data transport layer EtherNet II, IEEE 802.3

Modbus function codes 1, 2, 3, 4, 15, 16, 23

Read/write register Maximum 125 read registers and 123 write registers per telegram

Message mode Server

Input (Target to Originator)

• All diagnostics and errors information has the highest priority and can be read by a PLC (refer to the concerned protocol file available at www.burkert.com).

• PDO: value, status, unit

• Device and modules: status

• Functions: value, status

PDO = Process Data Object, Target = Server, Originator = Client.

6.10.2 PROFINET protocol

Product type Compact field IO device

PROFINET IO specification V2.3

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Type 8098

Technical data

Network topology • Tree

• Star

• Ring (closed daisy chain)

• Line (open daisy chain)

Network management • LLDP (Link Layer Discovery Protocol)

• SNMP V1 (Simple Network Management Protocol)

• MIB-II (Management Information Base)

• Physical device

Additional supported features • DCP (Discovery and Configuration Protocol)

• VLAN- and priority tagging

• Shared device

• RTC (Real Time Cyclic) protocol: Class 1

• Not supported:

- IRT (In Real Time)

Transmission speed 100 MBit/s full duplex

Data transport layer EtherNet II, IEEE 802.3

Maximum supported conformance class CC-B

Media Redundancy (for ring topology) MRP client is supported

Minimum cycle time 10 ms

Input cyclic data (device to IO-controller or device to IO-supervisor)

• All diagnostics and errors information has the highest priority and can be read by a PLC (refer to the concerned protocol file available at www.burkert.

com).

• PDO: value, status, unit

• Device and modules: status

• Functions: value, status

Application Relations (AR) The device can simultaneously process up to

2 IO-ARs, 1 Supervisor AR and 1 Supervisor DA AR.

GSDml file

Available at / Download from: www.burkert.com

PDO = Process Data Object

6.10.3 EtherNet/IP protocol

Protocol Internet protocol, version 4 (IPv4) Network topology • Tree

• Star

• DLR (Device Level Ring) for closed daisy chain

• Linear for open daisy chain

IP configuration • Static IP address

• BOOTP (Bootstrap Protocol)

• DHCP (Dynamic Host Configuration Protocol)

CIP reset services (Common Industrial Protocol)

Transmission speed 10 and 100 MBit/s

Reset service (type 0 or type 1) of the Identity object

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Type 8098

Technical data

Duplex modes Half duplex, full duplex, auto-negotiation Data transport layer EtherNet II, IEEE 802.3 MDI modes

MDI, MDI-X, auto-MDI-X

(Medium Dependant Interface) Predefined standard objects • Identity (0x01)

• Message Router (0x02)

• Assembly (0x04)

• Connection Manager (0x06)

• DLR (0x47)

• QoS (0x48)

• TCP/IP Interface (0xF5)

• EtherNet Link (0xF6)

Additional supported features • ACD (Address Conflict Detection

• Integrated switch

RPI (Requested Packet Interval) • minimum: 100 ms

• maximum: 9999 ms

Input (Consumer to Producer or Adapter to Scanner)

• All diagnostics and errors information has the highest priority and can be read by a PLC (refer to the concerned protocol file available at www.burkert.com).

• PDO: value, status, unit

• Device and modules: status

• Functions: value, status

EDS file

Available at / Download from: www.burkert.com

PDO = Process Data Object, Consumer = Server, Producer = Client, Adapter = Server, Scanner = Client.

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Type 8098

Technical data

6.10.4 EtherCAT protocol

Industrial Ethernet interface X1, X2 • X1: EtherCAT IN

• X2: EtherCAT OUT

Maximum number of cyclic input and output data 512 bytes in total

Maximum number of

1024 bytes

cyclic input data

Maximum number of

1024 bytes

cyclic output data

Acyclic communication (CoE) • SDO

• SDO master-slave

• SDO slave-slave (depends on master capacity)

Type Complex slave

Fieldbus Memory Management Units (FMMUs) 8

Sync Managers 4

Transmission speed 100 Mbit/s

Data transport network Ethernet II, IEEE 802.3

EtherCAT® is a registered trademark and patented technology, licensed by Beckhoff Automation GmbH, Germany

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Type 8098

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Type 8098

Installation in the pipe

7 INSTALLATION IN THE PIPE .......................................................................................................................................................34

7.1 Safety instructions .............................................................................................................................................................34

7.2 Preparing the device before installation into the pipe ...................................................................................35

7.2.1 Changing the position of the transmitter on the sensor ............................................................35

7.2.2 Switching positions of the blind cover and the display module ..............................................39

7.3 Recommendations for the installation into the pipe .......................................................................................41

7.4 Installing the device into the pipe ..............................................................................................................................44

7.4.1 Before installing the device into the pipe ......................................................................................44

7.4.2 Installing a device with clamp connections .................................................................................. 44

7.4.3 Installing a device with flange connections ..................................................................................44

English

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Type 8098

Installation in the pipe

7 INSTALLATION IN THE PIPE

7.1 Safety instructions

DanGer

Risk of injury due to electrical voltage.

▶ Before carrying out work on the system, disconnect the electrical power for all the conductors and isolate it.

▶ Observe all applicable accident protection and safety regulations for electrical equipment.

Risk of injury due to high pressure in the installation.

▶ Before any intervention in the installation, stop the circulation of fluid, cut off the pressure and drain the pipe.

▶ Before any intervention in the installation, make sure there is no pressure in the pipe.

▶ Observe the dependency between the fluid temperature and the fluid pressure for the fitting used.

If switched on for a prolonged time, risk of burns or fire due to hot device surfaces

▶ Do not touch with bare hands.

▶ Keep the device away from highly flammable substances and fluids.

Risk of burns due to high fluid temperatures.

▶ Do not touch with bare hands the parts of the device that are in contact with the fluid.

▶ Use safety gloves to handle the device.

▶ Before opening the pipe, stop the circulation of fluid and drain the pipe.

▶ Before opening the pipe, make sure the pipe is completely empty.

Risk of injury due to the nature of the fluid.

▶ Respect the prevailing regulations on accident prevention and safety relating to the use of dangerous fluids.

WarninG

Risk of injury due to non-conforming installation.

▶ The electrical and fluid installations must only be carried out by qualified and authorized personnel with the

appropriate tools.

WarninG

Risk of injury due to unintentional switch-on of the power supply or uncontrolled restart of the installation.

▶ Take appropriate measures to avoid unintentional activation of the installation.

▶ Guarantee a set or controlled process restart after carrying out any device intervention.

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Type 8098

Installation in the pipe

WarninG

Risk of injury if the fluid pressure/temperature dependency is not respected.

▶ Observe the fluid temperature-pressure dependency. Refer to chpt. 6.6 Fluid data. ▶ Observe Pressure Equipment Directive 2014/68/EU.

caution

Risk of injury due to a heavy device.

A heavy device can fall down during transport or during installation and cause injuries.

▶ Transport, install and dismantle a heavy device with the help of another person.

▶ Use appropriate tools.

notice

The device will be damaged if you use a tool to turn the blind cover or the display module.

▶ Do not use a tool to turn the blind cover or the display module.

7.2 Preparing the device before installation into the pipe

The device is delivered as described in chpt. 5.1.

Before installing the device into the pipe, you may:

• change the position of the transmitter on the sensor. Refer to chpt. 7.2.1.

• switch positions of the display module and the blind cover. Refer to chpt. 7.2.2.

7.2.1 Changing the position of the transmitter on the sensor

These instructions are valid for all the versions of the device.

The Type SE98 transmitter can have four positions on the Type S097 flow sensor. See Fig. 12.

Fig. 12: Possible positions of the transmitter SE98

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Type 8098

Installation in the pipe

→ To change the position of the transmitter as it is described in chpt. 5.1, do the following:

For safety reasons and to comply with standard UL 61010-1, the blind cover and the display module are locked.

→ Prepare the unlocking magnetic key, which is

delivered with the device, to change the position of the transmitter.

The blind cover or the display module is

locked

1. Put the magnetic key on the to the display module. You should hear a soft click indicating that the display module is unlocked. Do not use a tool to turn the display module.

2. While the magnetic key is on the mark, turn the display module by hand only from the locked position to the unlocked position. If you cannot turn the display module by hand, contact Bürkert.

3. Carefully lift the display module because a cable connects the display module to the transmitter.

4. Push the tab of the cable connector to disconnect the display module from the transmitter.

mark related

The blind cover or the display module is

unlocked

5. Remove the display module and put it on a clean surface to protect the seal from dirt.

Push the tab to

unlock the cable

connector

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Type 8098

Installation in the pipe

6. Use a size 3 hexagonal key to loosen the screw that is marked with the arrow and that locks the transmitter to the flow sensor.

7. Hold the flow sensor with one hand and, with the other hand, turn the transmitter by about 20 degrees counterclockwise.

8. Lift the transmitter carefully because a cable connects the transmitter to the flow sensor.

9. If the seal is damaged, replace it. Apply a layer of lithium soap grease to the new seal before you put it in place.

10. If the seal is not located in the groove, put it back in the groove.

Seal in the groove:

correct

Seal not in the groove:

NOT correct

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Page 38

11. Turn the transmitter to the desired position.

Type 8098

Installation in the pipe

12.

Fold the cable in a Z-shape and make

sure the cable stays inside the transmitter.

13. Turn the transmitter by about 20 degrees counterclockwise.

14. Screw the transmitter clockwise on the flow sensor until the blind cover is perfectly parallel or perpendicular to the axis of the pipe.

15. Fasten the screw with a size 3 hexagonal key to a tightening torque of 1.3 ±0.5 N·m (0.96 ±0.37 ft·lbf)

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Type 8098

Installation in the pipe

16. Connect the display module to the transmitter.

17. Put the mark of the cover on the unlocked marking of the housing and screw the cover clockwise on the transmitter until the mark is on the locked position. You should hear a click.

7.2.2 Switching positions of the blind cover and the display module

caution

Risk of injury due to a heavy device.

A heavy device can fall down during transport or during installation and cause injuries.

▶ Transport, install and dismantle a heavy device with the help of another person.

▶ Use appropriate tools.

These instructions are valid for all the versions of the device.

Upon delivery, a display module is screwed on the top and a blind cover is screwed on the housing side.

→ To switch positions of the display module and the blind cover, do the following:

For safety reasons and to comply with standard UL 61010-1, the blind cover and the display module are locked.

→ Prepare the unlocking magnetic key, which is

delivered with the device.

The blind cover or the display module is locked

1. Put the magnetic key on the to the display module. You should hear a soft click indicating that the display module is unlocked. Do not use a tool to turn the display module.

mark related

2. While the magnetic key is on the mark, turn the display module by hand only from the locked position to the unlocked position. If you cannot turn the display module by hand, contact Bürkert.

The display module is unlocked

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Page 40

3. Carefully lift the display module because a cable connects the display module to the transmitter.

4. Push the tab of the cable connector to disconnect the display module from the transmitter.

5. Remove the display module and put it on a clean surface to protect the seal from dirt.

Type 8098

Installation in the pipe

Push the tab to

unlock the cable

connector

6. Put the magnetic key on the mark related to the blind cover. You should hear a click indicating that the blind cover is unlocked. Do not use a tool to turn the blind cover.

7. Turn the blind cover by hand only to the unlocked position and remove it. If you cannot turn the blind cover by hand, contact Bürkert.

8. Put the cable of the display module through the front opening.

9. Connect the cable to the connector, as shown in the figure.

10. Put the mark of the display module on the unlocked marking of the housing and screw the cover clockwise on the transmitter until the mark is on the locked position.

Connect the cable here

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Type 8098

1 x DN

Installation in the pipe

11. Put the mark of the blind cover on the unlocked

marking of the top of the transmitter housing.

12. Screw the blind cover clockwise on the transmitter

until the mark is on the locked position. You should hear a click.

The blind cover is locked.

7.3 Recommendations for the installation into the pipe

→ Protect this device against electromagnetic interference, ultraviolet rays and, when installed outdoors, the

effects of climatic conditions.

→ Make sure the DN of the measurement tube is suited to the flow velocity: refer to the data sheet of the device,

available at www.burkert.com.

→ Choose a location with enough free space to put the magnetic key on the symbol at the rear side of the device.

→ Install the device upstream a valve or any equipment that changes the pipe diameter or the pipe direction. If

the recommendation cannot be complied with, install the device in the pipe in such a way that the straight downstream distances are satisfied depending on the design of the pipes, refer to standard ISO 9104:1991 and Fig. 13. If these recommendations cannot be complied with, contact Bürkert.

Flow direction

2 x 90° elbow

Control valve

40 x DN

1 x DN

joint

50 x DN

1 x DN

60 x DN

2 x 90°

elbow joint, 3

1 x DN

40 x DN

90° elbow joint or

T-piece

dimensional

Fig. 13: Upstream and downstream straight distances for special pipe designs

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Type 8098

Installation in the pipe

→ To allow proper self-draining and to respect the 3A and EHEDG requirements, install the device into a pipe

with a minimum angle against the horizontal. See Table 7.

Table 7: Minimum angle against the horizontal for proper self-draining

Type of process connection Standards the process connections conform to

Angle against the

horizontal

• DIN 32676 series A

clamp

• DIN 11864-3 series A minimum 5°

• SMS 3017 / ISO 2852 for pipes according to

SMS 3008

flange DIN 11864-2 series A minimum 5°

• ASME BPE (DIN 32676 series C)

• DIN 32676 series A

clamp

minimum 3°

• DIN 11864-3 series B

• DIN 11864-3 series C

• DIN 11864-2 series B

flange

minimum 3°

• DIN 11864-2 series C

→ If the pipe is fitted with a thermal insulation, do not thermally insulate the measurement tube of the device to

make sure that the temperature in the device is less than 70°. Refer to Fig. 14 and, for the minimum supply voltage, to chpt. 8.4.

Pipe insulation

Fig. 14: Thermal insulation of the pipe

No pipe insulation

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Type 8098

Installation in the pipe

→ To make sure the internal temperature of the transmitter with cable glands does not exceed the authorized

maximum value, install the device as recommended in Fig. 15.

→ To make sure the internal temperature of the transmitter does not exceed the authorized maximum value, install

an Ethernet version of the device as recommended in Fig. 16.

Recommended

Not recommended

Recommended

1) These orientations are valid for all the positions of the Type SE98 transmitter on the Type S097 flow sensor. Refer to

Fig. 12: Possible positions of the transmitter SE98 page 35

Fig. 15: Orientation of a device with cable glands to avoid effects of high liquid temperatures

Recommended

Not recommended

Not recommended Recommended Recommended

1) These orientations are valid for all the positions of the Type SE98 transmitter on the Type S097 flow sensor. Refer to

Fig. 12: Possible positions of the transmitter SE98 page 35

Fig. 16: Orientation of an Ethernet version of the device to permit the heat dissipation

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Type 8098

Installation in the pipe

7.4 Installing the device into the pipe

caution

Risk of injury due to a heavy device.

A heavy device can fall down during transport or during installation and cause injuries.

▶ Transport, install and dismantle a heavy device with the help of another person.

▶ Use appropriate tools.

7.4.1 Before installing the device into the pipe

• Prepare the device as described in chpt. 7.2.

• Follow the recommendations given in chpt. 7.3.

7.4.2 Installing a device with clamp connections

The manufacturer of the device does not supply any gaskets for the process connections.

→ If the installation must be EHEDG-compliant and the device is fitted with clamp connections according to

ASME BPE (DIN 32676 series C), DIN 32676 series A, DIN 32676 series B or SMS 3017 / ISO 2852 for pipes according to SMS 3008, use EHEDG-compliant gaskets from Combifit International B.V.

→ To make sure you use EHEDG-compliant gaskets, refer to the "EHEDG Position Paper" available on the

EHEDG website.

→ The clamp connections according to DIN 11864-3 series A, B and C are hygienic connections. You can use

any gaskets that are adapted to the process.

→ Make sure the gaskets on the clamp connections are in good condition.

→ Place gaskets adapted to the process (temperature, fluid type) in the grooves of the clamp connections.

→ Attach the clamp connections to the pipe with clamp collars.

7.4.3 Installing a device with flange connections

The flange connections according to DIN 11864-2 series A, B and C are hygienic connections. You can use

→

any gaskets that are adapted to the process.

→ Make sure the gaskets on the flange connections are in good condition.

→ Place gaskets adapted to the process (temperature, fluid type) in the grooves of the flange connections.

→ Use bolts with dimensions as given in the relevant flange standard and adapted to the process.

→ Tighten the bolts to a torque as given in the relevant flange standard to fix the fitting to the pipe.

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Type 8098

Electrical installation

8 ELECTRICAL INSTALLATION ......................................................................................................................................................46

8.1 Safety instructions .............................................................................................................................................................46

8.2 Specifications of the cable for the 5-pin M12 male connector ..................................................................48

8.3 Assembling and wiring the 5-pin M12 female connector (A-coding) .....................................................48

8.4 Connecting the device to a power supply .............................................................................................................49

8.5 Connecting the device to a büS / CANopen network .....................................................................................50

8.6 Activating the device internal termination resistor (only büS network) ................................................ 51

8.7 Specifications of the cables for the M20x1,5 cable glands (only device with cable glands) ....51

8.8 Specifications of the conductors for the 12 push-in terminal strip ........................................................52

8.9 Terminal assignment of the 12 push-in terminal strip ....................................................................................52

8.10 Opening the front of the transmitter ........................................................................................................................53

8.11 Wiring the device through the M20x1,5 cable glands in stainless steel (only device with cable

glands) ......................................................................................................................................................................................55

8.12 Wiring the device through the M20x1,5 cable glands in nickel plated brass (only device with

cable glands) .........................................................................................................................................................................57

8.13 Connecting the functional earth (device with 2 M20x1,5 cable glands) ...............................................59

8.14 Connecting the device to a 12...35 V DC power supply through the M20x1,5 cable glands

(only device with cable glands) ...................................................................................................................................60

8.15 Wiring output 1 (analogue) and output 3 configured as an analogue output (only device with

cable glands) .........................................................................................................................................................................61

8.16 Wiring output 2 (digital) and output 3 configured as a digital output (only device with cable

glands) ......................................................................................................................................................................................62

8.17 Knowing the status of the Ethernet network (only device with 2 4-pin M12 female connectors

- Ethernet version) .............................................................................................................................................................63

8.18 Specifications of the cables and conductors for the 4-pin M12 female connectors .....................64

8.19 Connecting the device to an Ethernet network (only device with 2 4-pin M12 female con-

nectors - Ethernet version) ............................................................................................................................................64

8.20 Connecting the functional earth (device with 2 4-pin M12 female connectors - Ethernet

version) .....................................................................................................................................................................................65

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Type 8098

Electrical installation

8 ELECTRICAL INSTALLATION

8.1 Safety instructions

DanGer

Risk of injury due to electrical voltage.

▶ Before carrying out work on the system, disconnect the electrical power for all the conductors and isolate it.

▶ Observe all applicable accident protection and safety regulations for electrical equipment.

Risk of injury due to high pressure in the installation.

▶ Before any intervention in the installation, stop the circulation of fluid, cut off the pressure and drain the pipe.

▶ Before any intervention in the installation, make sure there is no pressure in the pipe.

▶ Observe the dependency between the fluid temperature and the fluid pressure for the fitting used.

If switched on for a prolonged time, risk of burns or fire due to hot device surfaces

▶ Do not touch with bare hands.

▶ Keep the device away from highly flammable substances and fluids.

Risk of burns due to high fluid temperatures.

▶ Do not touch with bare hands the parts of the device that are in contact with the fluid.

▶ Use safety gloves to handle the device.

▶ Before opening the pipe, stop the circulation of fluid and drain the pipe.

▶ Before opening the pipe, make sure the pipe is completely empty.

Risk of injury due to the nature of the fluid.

▶ Respect the prevailing regulations on accident prevention and safety relating to the use of dangerous fluids.

WarninG

Risk of injury due to non-conforming installation.

▶ The electrical and fluid installations must only be carried out by qualified and authorized personnel with the

appropriate tools.

▶ Fit a circuit breaker or a switch to the electrical installation of the building in which the device is installed.

▶ Install the circuit breaker or the switch in an easily accessible place.

▶ Identify the circuit breaker or the switch as the disconnecting component for the electrical power supply to

the device.

▶ Install overload devices that are appropriate for electrical installation.

▶ Observe standard NF C 15-100 / IEC 60364.

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Type 8098

▶ Screw the plug to the 5-pin M12 male connector to a torque of 2 N·m.

▶ Make sure the unused M20x1,5 cable glands are sealed with the supplied plugs.

Electrical installation

WarninG

Risk of injury due to unintentional switch on of the power supply or uncontrolled restart of the installation.

▶ Take appropriate measures to avoid unintentional activation of the installation.

▶ Guarantee a set or controlled process restart after carrying out any device intervention.

caution

Risk of injury due to a heavy device.

A heavy device can fall down during transport or during installation and cause injuries.

▶ Transport, install and dismantle a heavy device with the help of another person.

▶ Use appropriate tools.

notice

The device will be damaged if you use a tool to turn the blind cover or the display module.

▶ Do not use a tool to turn the blind cover or the display module.

notice

If you try to remove the nut from a stainless steel M20x1,5 cable gland, the device is no longer tight.

▶ Do not remove the nut of a stainless steel M20x1,5 cable gland. The nut of a stainless steel M20x1,5 cable

gland cannot be removed.

▶ Turn the nut until the stop. If you turn beyond the stop, the cable gland unscrews from the device and the

device is no longer tight.

notice

If the screwed plug of a 5-pin M12 male connector is removed, the device is not tight.

▶ If the 5-pin M12 male connector is not used, do not remove the screwed plug.

notice

The device with M20x1,5 cable glands is not tight if a cable gland is not used

• Use a high quality electrical power supply, filtered and regulated.

• Do not install the cables near high voltage or high frequency cables; if this cannot be avoided, observe a

minimum distance of 30 cm.

On a device with M20x1,5 cable glands, put only one cable in each cable gland.

To do the electrical installation of a device with 2 4-pin M12 female connectors (Ethernet version) that is connected to an Ethernet network, observe standard ISO / IEC 61918.

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Page 48

Type 8098

11,5

Electrical installation

8.2 Specifications of the cable for the 5-pin M12 male connector

Use a 5-pin M12 female connector (not supplied) to connect the 5-pin M12 male connector, for example the M12 female connector with article number 917116.

If you use the M12 female connector with article number 917116, observe the specifications for the cable and conductors, given in Table 8.

Table 8: Specifications of the cable and conductors for the M12 female connector with article number 917116

Specification Recommended value

• Electromagnetic protection (EMC)

• Shielded

• Cross section of the conductors

• Diameter of the cable

• Maximum operating temperature

• max. 0.75 mm

• 3...6.5 mm

• min. 80 °C

8.3 Assembling and wiring the 5-pin M12 female connector (A-coding)

To assemble and wire the 5-pin M12 female connector with article number 917116, do the following:

1 2

5,5

→ Completely loosen the nut [1].

→ Remove the rear part of the connector [2].

→ Put the cable through the nut and the rear part of

the connector.

→ Strip 20 mm of the cable.

→ Cut the central conductor so that its length is

11.5 mm.

→ Expose 5.5 mm of the other conductors.

→ Insert each conductor into the appropriate pin.

Refer to chpt. 8.5.

→ Pull the cable and tighten the connector nut.

Fig. 17: M12 multipin connector with article number 917116 (not provided)

→ Plug the 5-pin M12 female connector on the 5-pin M12 male connector of the device.

→ Tighten the M12 female connector with your hand.

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Type 8098

Electrical installation

8.4 Connecting the device to a power supply

The device is wired in the factory to be easily energized through the 5-pin M12 male connector.

→ Connect the device with 2 4-pin M12 female connectors (Ethernet version) to a 12...35 V DC power supply

through the 5-pin M12 male connector; Refer to chpt. 8.5.

A device with 2 4-pin M12 female connectors (Ethernet version) must be energized through the 5-pin M12 male connector.

→ Connect the device with M20x1,5 cable glands to a 12...35 V DC power supply:

• either through the 5-pin M12 male connector, refer to chpt. 8.5.

• or through the M20x1,5 cable glands and the terminal strip located in the transmitter housing. Refer to

chpt. 8.14 for the wiring procedure.

The minimum voltage to be supplied depends on the version of the device, on the fluid temperature and on the ambient operating temperature: see Fig. 18 and Fig. 19.

Voltage not allowed

Ambient temperature °C

-20 0 20 40 60 80 100 120 140 160

-10

-20

Temperature authorized for a limited duration

Supply voltage V DC

Fluid temperature °C

Fig. 18: Minimum supply voltage depending on the ambient temperature and the fluid temperature, device with 2

M20x1,5 cable glands and 1 5-pin M12 male connector

Voltage not allowed

Ambient temperature °C

-20 0 20 40 60 80 100 120 140 160

-10

-20

Temperature authorized for a limited duration

Supply voltage V DC

Fluid temperature °C

Fig. 19: Minimum supply voltage depending on the ambient temperature and the fluid temperature, device with 2 4-pin

M12 female connectors and 1 5-pin M12 male connector (Ethernet version)

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Electrical installation

8.5 Connecting the device to a büS / CANopen network

The 5-pin M12 male connector (A-coding) is used to connect the device:

• To a 12...35 V DC power supply and/or

• To the büS / CANopen network.

Risk of damage to the device if an M12 connector is unused.

• Put a protection cap on all the unused M12 connectors.

Malfunction of the internal and external communication if the 5-pin M12 male connector is not used.

• Make sure pins 4 and 5 are not in contact with each other and not in contact with the other pins.

→ If the device is connected to büS and at one end of büS, either install a 120 W termination resistor in the line

or activate the device internal termination resistor: see chpt. 8.6.

If a device with 2 4-pin M12 female connectors (Ethernet version) is connected to an Ethernet network, you must connect it to a büS / CANopen network for the configuration of the device with the software Bürkert Communicator.

• Pin 1: CAN shield

Fig. 20: Pin assignment of the 5-pin M12 male connector

• Pin 2: 12...35 V DC

• Pin 3: GND

• Pin 4: CAN_H

• Pin 5: CAN_L

Cable and conductors connected inside the device to the 5-pin M12 male connector

Fig. 21: Wiring ex works of the 12 push-in terminal strip to the 5-pin M12 male connector

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Type 8098

Electrical installation

8.6 Activating the device internal termination resistor (only büS network)

The device has an internal termination resistor that can be activated if the device is installed at one end of büS.

If you activate the device internal termination resistor, do not install a termination resistor at the same end of büS.

To activate the device internal termination resistor, do the following:

→ Go to the CONFIGURATION view.

→ General settings

→ Confirm to access the Parameter view.

→ büS

→ Advanced

→ Termination resistor

→ On

→ Save.

The internal termination resistor is activated.

8.7 Specifications of the cables for the M20x1,5 cable glands (only device with cable glands)

Table 9: Specifications of the cables for the M20x1.5 cable glands in nickel plated brass

Specification of the cables Recommended value

Electromagnetic protection (EMC) Shielded Diameter 5...14 mm Maximum operating temperature min. 90 °C

Table 10: Specifications of the cables for the M20x1.5 cable glands in stainless steel

Specification of the cables Recommended value

Electromagnetic protection (EMC) Shielded Diameter 6...12 mm Maximum operating temperature min. 100 °C

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Type 8098

123456789111210

Electrical installation

8.8 Specifications of the conductors for the 12 push-in

terminal strip

Table 11: Specifications of the conductors for the terminal strip

Specification of the conductors Recommended value range

Cross section of a solid conductor H05(07) V-U 0,25...1,5 mm Cross section of a stranded conductor H05(07) V-K,

0,25...1,5 mm

with a wire ferrule but without collar

Cross section of a stranded conductor H05(07) V-K,

0,25...0,75 mm

with a wire ferrule with a plastic collar

Cross section of other kinds of conductors 0,2...1,5 mm

(AWG24... AWG16)

8.9 Terminal assignment of the 12 push-in terminal strip

The terminal strip located in the transmitter housing has 12 push-in terminals.

→ To access the 12 push-in terminal strip, open the front of the transmitter; See chpt. 8.10.

Green LED

• Green LED:

- flashes slowly if the operation of the device is correct.

- flashes quickly if there is a communication problem with the measurement board.

• Orange LED lit if the related digital output is switched to ON (only device with 2 M20x1,5 cable glands)

• Terminal 1: GND (blue conductor, factory wired, internally connected to the 5-pin M12 male connector)

• Terminal 2: CAN_L (grey conductor, factory wired, internally connected to the 5-pin M12 male connector)

• Terminal 3: Shield (brown conductor, factory wired, internally connected to the 5-pin M12 male connector)

• Terminal 4: CAN_H (black conductor, factory wired, internally connected to the 5-pin M12 male connector)

• Terminal 5: 12...35 V DC (white conductor, factory wired, internally connected to the 5-pin M12 male connector)

On a device with 2 4-pin M12 female connectors (Ethernet version), do not use terminals 6 to 12.

Orange LED (only device with 2 M20x1,5 cable glands)

• Terminal 6: GND (for the connection of the power supply through the M20x1,5 cable glands)

• Terminal 7: negative output 3 (analogue output or digital output)

• Terminal 8: positive output 3 (analogue output or digital output)

• Terminal 9: negative output 2 (digital output)

• Terminal 10: positive output 2 (digital output)

• Terminal 11: negative output 1 (analogue output)

• Terminal 12: positive output 1 (analogue output)

Fig. 22: Terminal assignment of the 12 push-in terminal strip located in the transmitter housing

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Type 8098

Electrical installation

Fig. 23: Wiring ex works of the 12 push-in terminal strip

→ If you need to disconnect a conductor, first push the terminal with a slot screwdriver 3.0 mm (any length) and

a force of max. 40 N.

8.10 Opening the front of the transmitter

To open the front of the transmitter housing, remove either the blind cover or the display module.

Procedure to open the front of the transmitter if the blind cover is on the front of the device

1. Put the magnetic key on the mark related to the blind cover. You should hear a click indicating that the blind cover is unlocked. Do not use a tool to turn the blind cover.

2. Turn the blind cover by hand to the unlocked position and remove it.

Fig. 24: Procedure to open the front of the transmitter if the blind cover is on the front of the device

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Type 8098

Electrical installation

Procedure to open the front of the transmitter if the display module is on the front of the device

1. Remove the blind cover from the top of the transmitter.

2. Put the magnetic key on the

mark related to the display module. You should hear a click indicating that the display module is unlocked. Do not use a tool to turn the display module.

3. Turn the display module by hand to the unlocked position.

4. Carefully pull the display module because a cable connects the display module to the transmitter.

5. Push the tab of the cable connector to disconnect the display module from the transmitter.

6. Remove the display module and put it on a clean surface to protect the seal from dirt.

Push the tab to unlock

the cable connector

Fig. 25: Procedure to open the front of the transmitter if the display module is on the front of the device

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Type 8098

100 mm ±5

8 mm

Electrical installation

8.11 Wiring the device through the M20x1,5 cable glands in stainless steel (only device with cable glands)

Put only one cable in each cable gland.

→ Prepare cables that obey the specifications given in

chpt. 8.7 and chpt. 8.8.

→ To open the front of the transmitter, follow the

instructions given in chpt. 8.10.

1. Use a size 10 hexagonal key to loosen the 2 screws of the functional earth plate.

2 screws

2. Strip 100 mm of the cable.

3. Reduce the shield to 20 mm.

4. Expose 8 mm of the conductors.

5. Remove the blind plug of the cable gland.

6. Do not remove the nut of a stainless steel M20x1,5 cable gland. The nut of a stainless steel M20x1,5 cable gland cannot be removed.

7. Turn the nut until the stop. If you turn beyond the stop, the cable gland unscrews from the device and the device is no longer tight.

8. Put the cable through the cable gland as shown in the figure.

9. Use a size 22 hexagonal key to tighten the cable gland to a torque of 5 N·m (3.7 ft·lbf).

10. Attach each cable to the functional earth plate. The shield must be in contact with the functional earth plate.

20 mm

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Page 56

11. Put the functional earth plate in its original place.

Type 8098

Electrical installation

12. Use a size 10 hexagonal key to tighten the 2 screws

Functional earth

of the functional earth plate to a torque of 0.2 N·m (0.15 ft·lbf).

IT IS NOT MANDATORY TO

CONNECT THE DEVICE TO A

PROTECTIVE EARTH - MEANT FOR

FUTURE USE

13. Put each conductor in the correct terminal of the terminal strip.

14. To connect the 12...35 V DC power supply through the cable glands, refer to chpt. 8.14.

2 screws

15. To connect the outputs, refer to chpt. 8.15 and chpt. 8.16.

16. Connect the functional earth conductor. See chpt. 8.13.

17. If the display module is removed, connect it back.

18. Close the front and the top of the transmitter housing.

Fig. 26: Wiring the device through the M20x1,5 cable glands in stainless steel

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Type 8098

100 mm ±5

8 mm

Electrical installation

8.12 Wiring the device through the M20x1,5 cable glands in nickel plated brass (only device with cable glands)

Put only one cable in each cable gland.

→ Prepare cables that obey the specifications given in

chpt. 8.7 and chpt. 8.8.

→ To open the front of the transmitter, follow the

instructions given in chpt. 8.10.

1. Use a size 10 hexagonal key to loosen the 2 screws of the functional earth plate.

2 screws

2. Strip 100 mm of the cable.

3. Reduce the shield to 20 mm.

4. Expose 8 mm of the conductors.

5. Remove the nut of the cable gland.

6. If the cable diameter is between 5 and 9 mm, put the cable through the cable gland as shown in the figure.

7. Use a size 24 hexagonal key to tighten the cable gland to a torque of 10 N·m (7.4 ft·lbf).

8. If the cable diameter is between 9 and 14 mm:

→ Vertically put a screwdriver between the two seals.

→ Lift the inner seal and remove it.

→ Put the cable through the cable gland.

→ Use a size 24 hexagonal key to tighten the cable

gland to a torque of 10 N·m (7.4 ft·lbf).

20 mm

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9. Attach each cable to the functional earth plate. The shield must be in contact with the functional earth plate.

10. Put the functional earth plate in its original place.

Type 8098

Electrical installation

11. With an hexagonal key size 10, tighten the 2 screws

Functional earth

of the functional earth plate to a torque of 0.2 N·m (0.15 ft·lbf).

IT IS NOT MANDATORY TO

CONNECT THE DEVICE TO A

PROTECTIVE EARTH - MEANT FOR

FUTURE USE

12. Put each conductor in the correct terminal of the terminal strip.

13. To connect the 12...35 V DC power supply through the cable glands, refer to chpt. 8.14.

2 screws

14. To connect the outputs, refer to chpt. 8.15 and chpt. 8.16.

15. Connect the functional earth conductor. See chpt. 8.13.

16. If the display module is removed, connect it back.

17. Close the front and the top of the transmitter housing.

Fig. 27: Wiring the device through the M20x1,5 cable glands in nickel plated brass

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Type 8098

Electrical installation

8.13 Connecting the functional earth (device with 2 M20x1,5 cable glands)

→ For a proper function of device always connect the yellow/green functional earth conductor:

- either to the functional earth plate in the transmitter housing (see Fig. 29 in chpt. 8.14),

- or to the functional earth screw on the outer surface of the transmitter housing (see Fig. 28).

If you connect the conductor to the functional earth screw:

→ Use a ring cable lug for M4 screw.

→ Tighten the M4 screw to a torque between 1.8...2 N·m (1.3...1.4 ft·lbf).

Fig. 28: Functional earth screw on the outer surface of the device

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Type 8098

Electrical installation

8.14 Connecting the device to a 12...35 V DC power supply through the M20x1,5 cable glands (only device with cable glands)

1. Use a 3.0 mm slot screwdriver (any length) and a force of max. 40 N to push the terminal 5 and disconnect

the white conductor. Do not cut the white conductor.

2. Insulate the white conductor.

3. Connect the power supply as shown in Fig. 29.

To connect to the positive 12...35 V DC power supply for the device through a cable gland

To connect to the negative power supply for the device

Green LED flashes slowly if

the operation of the device

is correct

through a cable gland

Internally con-

nected to the

5-pin M12 male

connector

11234567891 1210

Insulated white

conductor

To connect to the functional

earth through a

cable gland

Fig. 29: Connecting the 12...35 V DC power supply through the M20x1,5 cable glands

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Type 8098

11234567891 1210

Electrical installation

Fig. 30: Device connected to a 12...35 V DC power supply through the M20x1,5 cable glands

8.15 Wiring output 1 (analogue) and output 3 configured as an analogue output (only device with cable glands)

notice

Risk of short-circuit if the configuration of output 3 is wrong.

▶ Before wiring output 3 as an analogue output, make sure output 3 is configured as an analogue output in the

Parameter menu of the outputs. See chpt. 17.2 Changing the type of output 3.

An analogue output can be wired either in sourcing mode or in sinking mode.

12-35 V DC

Power supply for

output 3

+-+-

12-35 V DC

Power supply for

output 1

4...20 mA input, at

external instrument,

connected to output 3

Fig. 31: Wiring the analogue outputs

4...20 mA input, at

external instrument,

connected to output 1

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Type 8098

11234567891 1210

Electrical installation

8.16 Wiring output 2 (digital) and output 3 configured as a digital output (only device with cable glands)

notice

Risk of short-circuit if the configuration of output 3 is wrong.

▶ Before wiring output 3 as an analogue output, make sure output 3 is configured as an analogue output in the

Parameter menu of the outputs. See chpt. 17.2 Changing the type of output 3.

A digital output can be wired either in NPN mode or in PNP mode.

Orange LED is lit if the related digital output is switched to ON

12-35 V DC

Power supply for

output 3

Fig. 32: Wiring the digital outputs

Load connected to

output 3

12-35 V DC

Power supply for

output 2

Load connected to

output 2

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Type 8098

X1 X2

Electrical installation

8.17 Knowing the status of the Ethernet network (only device with 2 4-pin M12 female connectors Ethernet version)

The status of the Ethernet network is indicated by LEDs. The LEDs are located on the industrial communication module in the transmitter housing.

→ To see the LEDs, open the front of the transmitter housing i.e. by removing either the blind cover or the display

module; see chpt. 8.10.

Interface X1

(Ethernet Port Switch):

Link LED (yellow)

Link/Act LED (green)

Connection to the PLC:

Error LED (yellow)

RUN LED (green)

Fig. 33: LEDs for status of the Ethernet network

Description of the LEDs:

LED status Description / cause of error Procedure RUN LED

(green)

Error LED (yellow)

ON Connection active. OFF Connection not active. Check cables ON Connection not active. Check cables OFF Connection active. -

Interface X2 (Ethernet Port Switch):

Link/Act LED (green)

Link LED (yellow)

Table 12: LED for status of the connection to the PLC

LED status Description / cause of error Procedure Link/Act

LED (green)

Link LED (yellow)

Table 13: LEDs for status of the interfaces X1 and X2 (for connection to an Ethernet network)

ON Rapid flashing: connection to the higher-level pro-

tocol layer EtherNet/IP has been established. Data is being transmitted.

Slow flashing: there is no connection to the protocol layer. This is usually the case for approx. 20 seconds

following a restart. OFF No connection to the network available. Check cables ON Connection to the network available. OFF No connection to the network available. Check cables

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Electrical installation

8.18 Specifications of the cables and conductors for the 4-pin M12 female connectors

Table 14: Specifications of the cables and conductors for the 4-pin M12 female connectors

Specification of the cables and conductors Recommended value

Electromagnetic protection (EMC) Shielded conductor with minimum STP Minimum category CAT-5 Maximum length 100 m Maximum operating temperature min. 90 °C

8.19 Connecting the device to an Ethernet network (only device with 2 4-pin M12 female connectors Ethernet version)

The 2 4-pin M12 female connectors (D-coding) are used to connect the device to an Ethernet network.

Risk of damage to the device if any M12 connector is unused.

• Put a protection cap on all the unused M12 connectors.

If a device is connected to an Ethernet network, the measured process values are transmitted via the Ethernet network.

Each 4-pin M12 female connector (D-coding) has the same pin assignment: See Fig. 34.

• Pin 1: Transmit +

• Pin 2: Receive +

• Pin 3: Transmit –

• Pin 4: Receive –

Fig. 34: Pin assignment of the 4-pin M12 female connector

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Type 8098

Electrical installation

X1 X2

Cable and conductors connected

inside the device from X1 to

the upper 4-pin M12 female

connector

Cable and conductors connected

inside the device from X2 to

the middle 4-pin M12 female

connector

Cable and conductors connected inside

the device from the 12 push-in terminal

strip to the 5-pin M12 male connector

Fig. 35: Wiring ex works of the device with 2 4-pin M12 female connectors (Ethernet version)

8.20 Connecting the functional earth (device with 2 4-pin M12 female connectors - Ethernet version)

For a proper function of device always connect the yellow/green functional earth conductor to the functional earth screw on the outer surface of the transmitter housing.

→ Use a ring cable lug for M4 screw.

→ Connect the functional earth conductor to the functional earth screw, see Fig. 36.

→ Tighten the M4 screw to a torque between 1.8...2 N·m (1.3...1.4 ft·lbf).

Fig. 36: Functional earth screw on the outer surface of the device

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Type 8098

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Type 8098

Doing the settings

9 HOW TO DO THE SETTINGS ..................................................................................................................................................... 68

9.1 Safety instructions .............................................................................................................................................................68

9.2 Available software to do the settings ......................................................................................................................68

9.3 Preparing the Bürkert Communicator software .................................................................................................68

9.4 Display module: description of the user interface ............................................................................................70

9.4.1 Description of the display .................................................................................................................71

9.4.2 How to use the touch sensitive keys .............................................................................................72

9.4.3 Minimum and maximum values when entering a numerical value ...........................................72

9.5 Available login user levels .............................................................................................................................................72

9.6 Default settings ....................................................................................................................................................................73

9.7 Menu structure .....................................................................................................................................................................74

9.7.1 Opening or closing the context menu in any view (display module only) .............................. 75

9.7.2 Adding your own context menu items (shortcuts, display module only) ................................76

9.7.3 Reading out the messages generated by the device.................................................................77

9.7.4 Changing the login user level if the adjustment is not protected through passwords .......77

9.7.5 Changing the login user level if the adjustment is protected through passwords ..............78

9.7.6 Logging out from the Advanced user, Installer or Bürkert user level ...............................78

9.7.7 Reading out the access path to a menu item (display module only) ......................................79

9.8 How to navigate in the menus and to adjust values .......................................................................................79

9.8.1 Adjusting a percentage or selecting a value in a list ..................................................................79

9.8.2 Navigating in a wizard and adjusting numbers ............................................................................80

9.8.3 Setting negative or positive numbers ............................................................................................81

9.8.4 Entering a name ..................................................................................................................................82

9.8.5 Activating or deactivating a feature ................................................................................................83

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Type 8098

How to do the settings

9 HOW TO DO THE SETTINGS

9.1 Safety instructions

WarninG

Risk of injury due to non-conforming adjustment.

Non-conforming adjustment could lead to injury and damage the device and its surroundings.

▶ The operators in charge of adjustment must have read and understood the contents of the Operating

Instructions.

▶ In particular, observe the safety recommendations and intended use. ▶ The device/installation must only be adjusted by suitably trained staff.

9.2 Available software to do the settings

The settings of the device can be done with:

• the Type ME31 display module. The device can be equipped with a display module or not.

• the Type 8920 Bürkert Communicator software, which must be installed on a PC.

The menu structure is the same in the display module and in the Bürkert Communicator software.

→ To do the settings of the device with the Type ME31 display module, refer to the next chapters of these Operating

Instructions, starting with chpt. 9.4 Display module: description of the user interface.

→ To use the Bürkert Communicator software, first prepare the necessary hardware and the software. Refer to

chpt. 9.3. Then do the settings as described in these Operating Instructions, starting with chpt. 9.4.3 Minimum and maximum values when entering a numerical value.

→ To use some specific functions that are only available with the Bürkert Communicator software, refer to the

Type 8920 Operating Instructions, available on the internet at www.burkert.com

→ To get detailed information on the software of the Type ME31 display module, refer to the related Operating

Instructions, available on the internet at www.burkert.com

9.3 Preparing the Bürkert Communicator software

To do the settings with the Type 8920 Bürkert Communicator software, do the following steps:

1. Buy the USB-büS interface set with article number 772426.

2. Download the latest version of the Type 8920 Bürkert Communicator software from www.burkert.com

3. Install the Bürkert Communicator software on a PC. Obey the installation recommendations given in the

USB-büS interface set. During installation, the büS stick must not be inserted at the PC.

4. Screw the termination resistance into the Y plug or activate the device internal termination resistor (see

chpt. 11.6.3).

5. Screw the female M12 connector at the end of the delivered cable into the Y plug.

6. Insert the micro-USB of the cable into the delivered büS stick.

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Type 8098

How to do the settings

7. Insert the appropriate power adapter into the AC/DC adapter.

8. Connect the cable of the AC/DC adapter to the related connector of the female M12 connector.

micro-USB

büS stick

Termination

resistance

Cable of the AC/DC adapter

Y plug

Female M12

connector

Power adapter

AC/DC adapter

Fig. 37: Assembled connection cables, plugs and büS stick

9. Screw the Y plug on the male M12 connector of the device.

10. Insert the büS stick into a USB port of the PC.

11. Wait until the Windows pilot of the büS stick has been completely installed on the PC.

12. Connect the AC/DC adapter to the power supply.

13. Start the Bürkert Communicator software.

14. Click on

in the Bürkert Communicator software to establish the communication between the Bürkert Com-

municator software and the device. A window opens.

15. Select büS-Stick.

16. Choose the port Bürkert büS Stick, click on Finish and wait until the device symbol appears in the list of

devices.

17. In the list of devices, click on the symbol related to the device: the menu structure for the device is displayed.

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Type 8098

How to do the settings

9.4 Display module: description of the user interface

To get detailed information on the display software, refer to the Operating Instructions of the Type ME31 display software, available on the internet at www.burkert.com

The user interface is made up of a display and touch sensitive keys.

View 1 of 4

Display

Volume flow

30.1

CONFIGURATION

Navigation keys OK keyBACK key

Fig. 38: Overview of the user interface

l/min

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Type 8098

How to do the settings

9.4.1 Description of the display

Symbol of the active user level. See chpt. 9.5 Available login user levels.

Symbol of the device status

To the DIAG-

NOSTICS menu, by

pressing

Display

Parameter

Brightness 56%

Contrast 64% Screen saver [+]

DIAGNOSTICS

Information bar

MAINTENANCE

Name of the customized view or of the menu

SAW sensor

Parameter

Stand. meas. values [+]

Add. meas. values [+]

Diag. events [+]

DIAGNOSTICS

Refresh time Long

More menu items are available

The symbol [+] at the end of a menu item means that sub-menu items are available.

Title of the menu or of the menu item

MAINTENANCE

To the MAINTENANCE menu, by pressing

Fig. 39: Description of the display (examples)

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9.4.2 How to use the touch sensitive keys

The highlighted terms are related to menus or menu items.

Table 15: How to use the keys

Key Description

Short press: to go back to the parent menu or to the parent view. This key is called BACK in the display messages.

If the user makes changes but does not save these, then a message is displayed asking if the changes should be saved.

Long press: to go back to View 1

If one or both keys are displayed:

• To switch between views, from the left to the right and vice versa. Only possible between the views that can be customized and the CONFIGURATION view, and between the Diagnostics, Parameter and Maintenance views.

Type 8098

How to do the settings

• To select the digit to the left or the digit to the right when you are asked to enter a value.

• To select a Menu item.

• To select an option or to change a value.

This key is called OK in the display messages.

Short press:

• To confirm a selection.

• To save a choice.

• To go to the next screen of the wizard. Long press: to open the context menu

9.4.3 Minimum and maximum values when entering a numerical value

When you are requested to enter or to change a numerical value, the minimum and maximum authorized values are always displayed.

9.5 Available login user levels

The following 4 login user levels are available to operate or adjust the device:

• the basic user level, which is the level with the least functions,

• the Advanced User user level,

• the Installer user level (default),

• the Bürkert user level.

By default, the device adjustment is not protected by passwords.

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Type 8098

How to do the settings

Table 16 shows the symbol displayed in the information bar, depending on the user level that is active on the device, and what can be done with each type of user level.

Symbol1) User level Description

• No password is required.

No symbol

Basic user

• The menu items with the symbol

enable read-only access.

• Not all the menu items that are available with a higher user level are displayed.

• Password required, if the password protection is active (see chpt. 11.15). Default password is 005678.

Advanced user

• The menu items with the symbol

enable read-only access.

• Not all the menu items that are available with a higher user level are displayed.

• Password required, if the password protection is active (see chpt. 11.15). Default password is 001946.

Installer

• This level is active by default (and by default, password protection is switched off).

• All the available menu items can be adjusted.

• Password required, if the password protection is active (see chpt. 11.15).

Bürkert

Table 16: Possible login user levels

displayed in the information bar, only if the adjustment is protected through passwords.

• Only for Bürkert service.

→ If you have forgotten your passwords, you can restore the default passwords with the Type 8920 Bürkert Com-

municator software. Refer to the related Operating Instructions.

9.6 Default settings

You can find the default settings of the device in the CANopen supplement for the Type 8098 at www.burkert. com

→ Before making any changes to the settings, use the Bürkert Communicator software to print a pdf file with all

the default settings of the device.

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Page 74

9.7 Menu structure

Type 8098

How to do the settings

Level 1

To navigate through the list of

available menu items

SAW sensor

Diagnostics

Device [+]

Diag. events [+]

Level 2

Sensor [+]

CONFIGURATION

SAW sensor

Configuration view

Press to access the displayed

menu item (for example, the item

"SAW sensor")

SAW sensor

Parameter

PARAMETER

Stand. meas. values [+] Add. meas. values [+]

Diag. events [+]

DIAGNOSTICS

Refresh time Long

MAINTENANCE

View 1 of 4

Volume flow

30.1

CONFIGURATION

First view, displayed after

energizing the device, that

can be changed by the user

Long press, from any view

Device information [+] Flow direction Standa...

PARAMETER

Calibration [+]

Simulation [+]

l/min

SAW sensor

Maintenance

Diagnostics view

Reading out the values

related to the diagnostics

Parameter view

Reading out or setting the

parameters

* to display the next 3 views that can be added and changed by the user.

Fig. 40: Menu structure of the FLOWave

A context menu can be opened in any view: see chpt. 9.7.1.

English

Maintenance view

Reading out or setting

the values related to the

maintenance

Page 75

Type 8098

How to do the settings

9.7.1 Opening or closing the context menu in any view (display module only)

The user can open a context menu in any view. The content depends on the active view.

To open the context menu:

→ Press and hold .

The context menu is open.

To close the context menu without leaving the active view:

→ Press .

The context menu is closed.

Context menu content depending on the view:

View Menu items of the context menu

Views 1 to 4

CONFIGURATION

Messages overview

Add new view

Delete this view

Change layout

Change title

Change value

Change unit

Fractional digits

Change user level

Messages overview

Change user level

To display the list of messages generated by the device. See chpt. 9.7.3.

To add a new view or to delete the displayed view.

To choose to display 1, 2 or 4 values or a trend of 1 or 2 values.

To change the title of the displayed view.

To change the value(s) or the units of the values displayed in the view.

Not available for trends.

To choose whether a value of the view is displayed as a whole number or with one or more decimals.

To change the user level. See chpt. 9.7.4 or chpt. 9.7.5.

To display the list of messages generated by the device.

To change the user level.

Parameter

Maintenance

Diagnostics

Messages overview

Where am I?

Add shortcut

Delete shortcut

Change user level

To display the list of messages generated by the device.

To display the access path to the displayed menu item. See chpt. 9.7.7.

To create or delete your own context menu items (see chpt. 9.7.2).

To change the user level.

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View Menu items of the context menu

Type 8098

How to do the settings

Messages overview

Save

in a menu

Table 17: Context menu depending on the view

Where am I?

Add shortcut

Delete shortcut

Change user level

To display the list of messages generated by the device.

To save the changes.

To display the access path to the displayed menu item. Not available in the wizard.

To create or delete your own context menu items (see chpt. 9.7.2).

To change the user level.

9.7.2 Adding your own context menu items (shortcuts, display module only)

If you are in the Parameter, Maintenance or Diagnostics view or in a menu, you can add up to 3 shortcuts to the context menu. These shortcuts then appear in every context menu and allow the user to jump directly to the selected view or menu item.

Parameter

Language

English

Where am I?

German

Change user level

French

> RESET TOT 1

Fig. 41: Shortcut example

To add a shortcut to the context menu:

Example of a shortcut

→ Go to the view or menu for which a shortcut should be created.

→ Press and hold to open the context menu.

→ Add shortcut

→ Enter a name for this shortcut: see chpt. 9.8.4 Entering a name.

→ OK to confirm the name entered. Save.

The shortcut to this view or to this menu is added to the context menu.

To delete a shortcut from the context menu:

→ Press and hold to open the context menu.

→ By using the shortcut to be deleted, go to the view or menu item.

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How to do the settings

→ Press and hold to open the context menu.

→ Delete shortcut Confirm.

The shortcut to this view or to this menu item is deleted from the context menu.

9.7.3 Reading out the messages generated by the device

The device generates messages to inform you, for example, that a problem has occurred or that a process value limit has been reached.

→ To read out the messages in the Bürkert Communicator software, refer to the Operating Instructions Type

8920, available on the internet at www.burkert.com

Do the following to display the generated messages on the display module:

→ Long press, to open the context menu.

→ Messages overview Confirm.

The generated messages are displayed. Some messages can be acknowledged.

9.7.4 Changing the login user level if the adjustment is not protected through passwords

By default:

• the Installer user level is active on the device,

• the adjustment is not protected through passwords,

• the symbol related to the Installer user level is not displayed in the information bar.

You can only change to the Bürkert user level.

→ To change the login user level in the Bürkert Communicator software, refer to the Operating Instructions Type

8920, available on the internet at www.burkert.com

Do the following to change the login user level on the display module:

→ Long press, to open the context menu.

→ Change user level Confirm.

→ Choose the Bürkert user level Confirm.

→ Enter the password Confirm.

The user level is changed.

→ To activate the adjustment protection through passwords, refer to chpt. 11.15.

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How to do the settings

9.7.5 Changing the login user level if the adjustment is protected through passwords

If the adjustment is protected through passwords, the symbol related to the active user level is displayed in the information bar.

→ To change the login user level in the Bürkert Communicator software, refer to the Operating Instructions Type

8920, available on the internet at www.burkert.com

Do the following to change the login user level on the display module:

→ Long press, to open the context menu.

→ Change user level Confirm.

→ Choose Logout (not available if the basic user is logged in) Confirm.

→ Long press, to open the context menu.

→ Change user level Confirm.

→ Choose the user level Confirm.

→ Enter the password Confirm.

The user level is changed. The related symbol is displayed in the information bar.

→ To deactivate the adjustment protection through passwords, refer to chpt. 11.17.

9.7.6 Logging out from the Advanced user, Installer or Bürkert user level

If the adjustment is protected through passwords:

• the symbol related to the active user level is displayed in the information bar.

• you are automatically logged out after the activation delay of the screen saver has elapsed.

→ To log out from the active user level in the Bürkert Communicator software, refer to the Operating Instructions

Type 8920, available on the internet at www.burkert.com

Do the following to log out from the Advanced user, the Installer or the Bürkert user level and to go to the basic user level:

→ Long press, to open the context menu.

→ Change user level Confirm.

→ Choose Logout Confirm.

The basic user level is active.

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9.7.7 Reading out the access path to a menu item (display module only)

If you are lost in the menu structure, you can display the access path.

→ Long press, to open the context menu.

→ Where am I? Confirm.

Read out the access path to the displayed menu item.

9.8 How to navigate in the menus and to adjust values

9.8.1 Adjusting a percentage or selecting a value in a list

Display

Parameter

Brightness 56%

Contrast 64% Screen saver [+]

Select

Confirm

Display

Brightness

Display

Contrast

MAINTENANCE

100

Adjust

Save

Screen saver

Wait time

2 minutes 5 minutes

15 minutes

30 minutes

Fig. 42: Adjusting a percentage or selecting a value in a list

Select

Save

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9.8.2 Navigating in a wizard and adjusting numbers

General settings

Parameter

Quick start [+] Diagnostics 

Date and time 

DIAGNOSTICS

Language English

Confirm

Parameter

Current date/time

Current date:08/24/15 Current time:08:57:16 Daylight savings Current time zone:+00:London

MAINTENANCE

1/9

Go back to the previous screen (available at each step of the wizard)

Confirm to go to the next screen. Adjust the values.

Parameter

Year

2015

4/9

max: 2099

min: 2000

Confirm to go to the next screen. Adjust the values.

Parameter

New date/time

New date:09/22/15 New time:08:57:16 Daylight savings New time zone:+00:London

9/9

Save

Adjust selected

digit

Select a digit

Fig. 43: Navigating in a wizard and adjusting numbers

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9.8.3 Setting negative or positive numbers

Settings

Error low

-020.000

3/7

max: 150.00

min: -20.00

To set a positive number:

→ to increase the number until the positive value is reached.

Settings

Error low

010.000

3/7

max: 150.00

min: -20.00

To set a negative number:

→ to decrease the number until the negative value is reached.

Fig. 44: Setting negative or positive numbers

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9.8.4 Entering a name

SAW sensor

Parameter

Stand. meas. values [+]

Add. meas. values [+] Diag. events [+]

DIAGNOSTICS

Refresh time Long

Confirm

SAW sensor

Stand. meas. values

Volume flow [+]

Temperature [+] Liquid velocity [+] Totalizer 1 [+]

MAINTENANCE

Type 8098

How to do the settings

Confirm

SAW sensor

Volume flow

Value name Volume flow

Damping  Limits [+] Cut-off [+]

Confirm

Volume flow

Value name

Volume flow

DEL

abc

Fig. 45: Entering a name

SPACE

.?123

Confirm

Go to character

selected

Go to OK

character Save the name

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9.8.5 Activating or deactivating a feature

General settings

Parameter

Date and Time  Language English

Passwords [+]

DIAGNOSTICS

Physical units [+]

Confirm

Parameter

Passwords

MAINTENANCE

Password protection Off

Confirm

Passwords

Password protection

Off

Fig. 46: Activating or deactivating a feature

Deactivate / Activate Save

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Menu Display

10 DISPLAY MODULE SETTINGS...................................................................................................................................................86

10.1 Safety instructions .............................................................................................................................................................86

10.2 Doing the Quick start adjustments when energizing the device for the first time (display

module only) .......................................................................................................................................................................... 86

10.3 Menu Parameter ..................................................................................................................................................................87

10.3.1 Adjusting the brightness of the display backlight .......................................................................87

10.3.2 Adjusting the contrast of the display (chapter has been moved here) ..................................87

10.3.3 Adjusting the activation delay of the screen saver ..................................................................... 88

10.3.4 Adjusting the brightness of the backlight by active screen saver ...........................................88

10.3.5 Unlocking the screen saver ..............................................................................................................89

10.3.6 Changing the unlock sequence of the screen saver .................................................................. 89

10.4 Menu Diagnostics ...............................................................................................................................................................90

10.4.1 Reading out the temperature of the display module ..................................................................90

10.5 Menu Maintenance .............................................................................................................................................................90

10.5.1 Reading out the version number of the software of the display module ............................... 90

10.5.2 Reading out the version number of the hardware of the display module ..............................90

10.5.3 Reading out the article number of the display module ..............................................................91

10.5.4 Reading out the article number of the display module software ............................................. 91

10.5.5 Reading out the serial number of the display module ................................................................92

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Display module settings

10 DISPLAY MODULE SETTINGS

The section describes the menus related to the display module which is fitted on the device.

10.1 Safety instructions

WarninG

Risk of injury due to non-conforming adjustment.

Non-conforming adjustment could lead to injury and damage the device and its surroundings.

▶ The operators in charge of adjustment must have read and understood the contents of the Operating

Instructions.

▶ In particular, observe the safety recommendations and intended use. ▶ The device/installation must only be adjusted by suitably trained staff.

10.2 Doing the Quick start adjustments when energizing

the device for the first time (display module only)

When the device is energized for the first time, the user is guided to make the following mandatory settings:

• choosing the display language,

• choosing the time zone,

• choosing whether daylight saving (summer time) is automatically taken into account or not,

• setting the date and time,

• choosing the unit system for all the measurements.

When the device has finished the uploading step, the first screen of the Quick start is displayed.

→ Display

→ Choose the display language Confirm. The current date and time settings are displayed in the

chosen language.

→ Choose the time zone Confirm.

→ Choose whether daylight saving (summer time) is automatically taken into account (On) or not (Off) for the

display of the time.

Confirm.

→ Set the year Confirm.

→ Set the month Confirm.

→ Set the day Confirm.

→ Set the hours Confirm.

→ Set the minutes Confirm. The new date and time settings are displayed.

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→ Choose the unit system for all the measurements Confirm.

→ Save the Quick start settings or go back to the parent menu without saving the new settings.

10.3 Menu Parameter

10.3.1 Adjusting the brightness of the display backlight

The brightness of the display is automatically reduced if the internal device temperature is higher than +60 °C.

If the internal device temperature is higher than +60 °C, the brightness of the display is automatically reduced to 50 % and the backlight is even switched off 5 minutes after the last operation. If the temperature is higher than 80 °C the backlight is automatically switched off (0 %). If the display is operated, the backlight is put on for 30 s with a brightness of 50 %.

You can set 2 different values for the backlight brightness:

• 1 value if the sceen saver is inactive,

• 1 value if the sceen saver is active. Refer to chpt. 10.3.4.

To set the backlight brightness if the screen saver is inactive, do the following:

→ Go to the CONFIGURATION view.

→ Display

→ Confirm to access the Parameter view.

→ Brightness

→ Adjust the brightness of the backlight.

→ Save.

The brightness of the backlight is adjusted.

10.3.2 Adjusting the contrast of the display (chapter has been

moved here)

Go to the CONFIGURATION view.

→

→ Display

→ Confirm to access the Parameter view.

→ Contrast

→ Adjust the contrast.

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→ Save.

The contrast of the display is adjusted.

10.3.3 Adjusting the activation delay of the screen saver

The screen saver allows you to:

• Save energy.

• Automatically go back to View 1.

• And, if the adjustment is protected through passwords, to be automatically logged out from an Advanced user,

an Installer or a Bürkert user level after the activation delay of the screen saver has elapsed.

→ Go to the CONFIGURATION view.

→ Display

→ Confirm to access the Parameter view.

→ Screen saver .

→ Wait time .

→ Choose the time of inactivity of the display after which the screen saver is activated. Save.

The activation delay of the screen saver is adjusted.

10.3.4 Adjusting the brightness of the backlight by active screen

saver

You can set 2 different values for the backlight brightness:

• 1 value if the sceen saver is inactive, refer to chpt. 10.3.1.

• 1 value if the sceen saver is active.

To set the backlight brightness if the screen saver is active, do the following:

→ Go to the CONFIGURATION view.

→ Display

→ Confirm to access the Parameter view.

→ Screen saver .

→ Brightness

→ Adjust the brightness of the backlight. Save.

The brightness of the backlight is adjusted.

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Display module settings

10.3.5 Unlocking the screen saver

To unlock the display when the screen saver is active, do the following to have access to any view again:

→ Press any key twice.

The first key of the unlock sequence is displayed.

→ Press the displayed key.

→ Follow the displayed instructions.

You have access to the display views and the screen saver time-out is restarted.

The default unlock sequence is the following:

→

→ (ADDED)

→ To change the unlock sequence, refer to chpt. 10.3.6.

10.3.6 Changing the unlock sequence of the screen saver

Do the following:

→ Go to the CONFIGURATION view.

→ Display

→ Confirm to access the Parameter view.

→ Screen saver .

→ Screen saver unlock sequence

→ Choose the number of key presses.

→ Choose which key is pressed first.

→ Choose which key is pressed second.

→ Choose which key is pressed next, etc.

→ Save.

The key sequence is changed.

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10.4 Menu Diagnostics

Type 8098

Display module settings

10.4.1

To read out the temperature of the display module, do the following:

Reading out the temperature of the display module

→ Go to the CONFIGURATION view.

→ Display

→ Confirm to access the Parameter view.

→ Go to the DIAGNOSTICS view.

→ Temperature

→ Device temperature The temperature of the display module is displayed.

→ Go back to the parent menu.

10.5 Menu Maintenance

10.5.1 Reading out the version number of the software of the display module

To read out the version number of the software of the display module, do the following:

→ Go to the CONFIGURATION view.

→ Display

→ Confirm to access the Parameter view.

→ Go to the MAINTENANCE view.

→ Version numbers

→ Software version The version number of the software of the display module is

displayed.

→ Go back to the parent menu.

10.5.2 Reading out the version number of the hardware of the display module

To read out the version number of the hardware of the display module, do the following:

→ Go to the CONFIGURATION view.

→ Display

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→ Confirm to access the Parameter view.

→ Go to the MAINTENANCE view.

→ Version numbers

→ Hardware version The version number of the hardware of the display module is

displayed.

→ Go back to the parent menu.

10.5.3 Reading out the article number of the display module

To read out the article number of the display module, do the following:

→ Go to the CONFIGURATION view.

→ Display

→ Confirm to access the Parameter view.

→ Go to the MAINTENANCE view.

→ Version numbers

→ Ident. number The article number of the display module is displayed.

→ Go back to the parent menu.

10.5.4 Reading out the article number of the display module software

To read out the article number of the display module software, do the following:

→ Go to the CONFIGURATION view.

→ Display

→ Confirm to access the Parameter view.

→ Go to the MAINTENANCE view.

→ Version numbers

→ Software ident. number The article number of the display module software is

displayed.

→ Go back to the parent menu.

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10.5.5 Reading out the serial number of the display module

To read out the serial number of the display module, do the following:

→ Go to the CONFIGURATION view.

→ Display

→ Confirm to access the Parameter view.

→ Go to the MAINTENANCE view.

→ Version numbers

→ Serial number The serial number of the display module is displayed.

→ Go back to the parent menu.

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Menu General settings

11 GENERAL SETTINGS - PARAMETER .....................................................................................................................................96

11.1 Safety instructions .............................................................................................................................................................96

11.2 User levels of the editable menu items ..................................................................................................................96

11.3 Default settings ....................................................................................................................................................................96

11.4 Changing the operating mode of the device status LED or switching off the status LED .........97

11.4.1 Changing the operating mode of the device status LED ..........................................................97

11.4.2 Switching off the status LED ........................................................................................................... 97

11.5 Setting the basic parameters for identifying the device on büS ..............................................................98

11.5.1 Entering a name for the device .......................................................................................................98

11.5.2 Entering the location of the device .................................................................................................98

11.5.3 Entering a description for the device .............................................................................................99

11.6 Setting the advanced parameters for identifying the device connected to büS or to a

CANopen bus ........................................................................................................................................................................99

11.6.1 Entering a unique name for the device ..........................................................................................99

11.6.2 Changing the transmission speed on the device ..................................................................... 100

11.6.3 Activating the device internal termination resistor ................................................................... 100

11.6.4 Deactivating the device internal termination resistor ..............................................................101

11.6.5 Changing the address of the device connected to a CANopen bus .................................. 101

11.6.6 Setting the digital communication for büS or for a CANopen bus ...................................... 102

11.6.7 Stop sending the measured process data (PDOs) to büS or to the CANopen fieldbus 103

11.7 Monitoring the device supply voltage or the device temperature ......................................................... 103

11.7.1 Reading out the 2 error limit values ............................................................................................ 105

11.7.2 Changing the 2 warning limit values ........................................................................................... 105

11.7.3 Reading out the hysteresis value ................................................................................................. 105

11.8 Reading out the low warning limit for the voltage of the internal battery ......................................... 106

11.9 Start-up - Doing the basic settings ........................................................................................................................ 106

11.10 Activating the diagnostics function ........................................................................................................................ 107

11.11 Disabling all the diagnostics ...................................................................................................................................... 107

11.12 Configuration provider .................................................................................................................................................. 108

11.12.1 Reading out the status of the configuration provider .............................................................. 109

11.12.2 Replacing the data of the configuration memory ..................................................................... 109

11.12.3 Transferring the configuration data of all the modules ............................................................ 110

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11.13 Changing the date and the time .............................................................................................................................. 110

11.14 Changing the display language ................................................................................................................................ 111

11.15 Activating the adjustment protection through passwords ........................................................................ 111

11.16 Changing the protection passwords of the Advanced user and Installer user levels............... 112

11.17 Deactivating the adjustment protection through passwords................................................................... 112

11.18 Changing the units of the physical quantities .................................................................................................. 113

12 GENERAL SETTINGS - DIAGNOSTICS.............................................................................................................................. 114

12.1 User levels of the menu items ................................................................................................................................. 114

12.2 Reading out data related to the device ................................................................................................................ 114

12.2.1 Reading out the number of operating hours of the device .................................................... 114

12.2.2 Reading out the current value of the internal temperature of the device ........................... 114

12.2.3 Reading out the minimum or the maximum value of the internal temperature of

the device .......................................................................................................................................... 115

12.2.4 Reading out the current value of the supply voltage ............................................................... 115

12.2.5 Reading out the minimum or the maximum value of the supply voltage ............................. 116

12.2.6 Reading out the current value of the current consumption of the device .......................... 116

12.2.7 Reading out the minimum or the maximum value of the current consumption of

the device .......................................................................................................................................... 117

12.2.8 Reading out the number of device starts ................................................................................... 117

12.2.9 Reading out the status of the configuration memory .............................................................. 117

12.2.10 Checking whether the date and time are correct .................................................................... 118

12.2.11 Checking the voltage of the internal battery .............................................................................118

12.3 Reading out data related to büS ............................................................................................................................. 119

12.3.1 Reading out the number of current receive errors ................................................................... 119

12.3.2 Reading out the maximum number of receive errors since the last power-up of

the device .......................................................................................................................................... 119

12.3.3 Reading out the number of current transmit errors ................................................................. 119

12.3.4 Reading out the maximum number of transmit errors since the last power-up of

the device .......................................................................................................................................... 120

12.3.5 Resetting the 2 maximum error counters ................................................................................... 120

12.3.6 Reading out whether the measured process data (PDO, process data object) is

sent on büS or on the CANopen fieldbus ................................................................................. 120

12.4 Configuration provider information ........................................................................................................................ 121

12.4.1 Reading out the current status of the configuration provider ............................................... 121

12.4.2 Reading out the number of loaded client (module) configurations ...................................... 122

12.4.3 Reading out the number of reconfigured clients (modules) .................................................. 122

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12.4.4 Reading out the number of managed modules ........................................................................ 122

12.4.5 Reading out the number of missing modules ........................................................................... 123

12.4.6 Reading out the number of failed configuration loads ............................................................ 123

12.4.7 Reading out the number of failed reconfigurations ................................................................. 124

12.4.8 Erasing the configuration data of a single module ..................................................................124

13 GENERAL SETTINGS - MAINTENANCE ............................................................................................................................ 125

13.1 User levels of the menu items ................................................................................................................................. 125

13.2 Reading out some device information ................................................................................................................. 125

13.2.1 Reading out the displayed name of the device ........................................................................ 125

13.2.2 Reading out the article number of the device ........................................................................... 125

13.2.3 Reading out the serial number of the device ............................................................................ 126

13.2.4 Reading out the article number of the device software .......................................................... 126

13.2.5 Reading out the version number of the device software ........................................................ 126

13.2.6 Reading out the version number of the büS software ............................................................ 127

13.2.7 Reading out the version number of the device hardware ...................................................... 127

13.2.8 Reading out the Type number of the device ............................................................................. 127

13.2.9 Reading out the manufacturing date of the device.................................................................. 128

13.2.10 Reading out the version of the embedded eds file .................................................................. 128

13.3 Resetting the device ....................................................................................................................................................... 128

13.3.1 Restarting the device ...................................................................................................................... 129

13.3.2 Resetting the device to all its factory settings .......................................................................... 129

13.3.3 Updating the menu configuration of the device ....................................................................... 129

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General settings - Parameter

11 GENERAL SETTINGS - PARAMETER

11.1 Safety instructions

WarninG

Risk of injury due to non-conforming adjustment.

Non-conforming adjustment could lead to injury and damage the device and its surroundings.

▶ The operators in charge of adjustment must have read and understood the contents of the Operating

Instructions.

▶ In particular, observe the safety recommendations and intended use. ▶ The device/installation must only be adjusted by suitably trained staff.

11.2 User levels of the editable menu items

Menu item of the General settings - Parameter menu

Status LED Installer büS - Displayed name Advanced user büS - Location Advanced user büS - Description Advanced user büS - Advanced Installer Alarm limits, except error limits Installer Alarm limits, error limits Bürkert Quick start Installer Diagnostics Installer Congfiguration provider Installer Date and time Installer Language Advanced user Passwords Installer Physical units Advanced user

Minimum user level

11.3 Default settings

You can find the default settings of the device in the CANopen supplement for the Type 8098 at www.burkert.com

→ Before making any changes to the settings, use the Bürkert Communicator software to print a pdf file with all

the default settings of the device.

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General settings - Parameter

11.4 Changing the operating mode of the device status LED or switching off the status LED

By default, the LED gives information on the device state, according to the NAMUR NE 107 standard (NAMUR

mode).

The following other operating modes of the device status LED are available:

• Fixed color: choose the permanent colour of the LED.

• LED off: the status LED is always off.

11.4.1 Changing the operating mode of the device status LED

To change the operating mode of the device status LED, do the following:

→ Go to the CONFIGURATION view.

→ General settings

→ Confirm to access the Parameter view.

→ Status LED

→ Mode

→ Choose the operating mode of the status LED.

→ Save.

The operating mode of the device status LED is changed.

11.4.2 Switching off the status LED

To switch off the status LED, do the following:

→ Go to the CONFIGURATION view.

→ General settings

→ Confirm to access the Parameter view.

→ Status LED

→ Mode

→ LED off.

→ Save.

The device status LED is always off.

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General settings - Parameter

11.5 Setting the basic parameters for identifying the device on büS

The Displayed name, the Location and the Description allow you to clearly identify the device on büS.

11.5.1 Entering a name for the device

The entered name will be shown on any display (e.g. the Communicator software) connected to büS.

To enter the name of the device that will be shown on any display connected to büS, do the following:

→ Go to the CONFIGURATION view.

→ General settings

→ Confirm to access the Parameter view.

→ büS

→ Displayed name

→ Enter the name by selecting and confirming each character.

→ OK

→ Save the name.

The name is set.

11.5.2 Entering the location of the device

The entered location will be shown on any display (e.g. the Communicator software) connected to büS.

To enter the information where the device is geographically located, do the following:

→ Go to the CONFIGURATION view.

→ General settings

→ Confirm to access the Parameter view.

→ büS

→ Location

→ Enter the location by selecting and confirming each character.

→ OK

→ Save the location.

The location is set.

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General settings - Parameter

11.5.3 Entering a description for the device

The description allows you to precisely identify this device. To enter a description for the device, do the following:.

→ Go to the CONFIGURATION view.

→ General settings

→ Confirm to access the Parameter view.

→ büS

→ Description

→ Enter the description (max. 19 characters) by selecting and confirming each character.

→ OK

→ Save the description.

The description is set.

11.6 Setting the advanced parameters for identifying

the device connected to büS or to a CANopen bus

11.6.1 Entering a unique name for the device

• Only change the Unique device name of a device if 2 devices with the same name are connected to büS or to a CANopen bus.

• If the Unique device name of the device is changed, the participants on büS or to a CANopen bus lose the link to the device. The link between the participants must then be restored.

The Unique device name of the device is used by the participants connected to büS or to a CANopen bus. To change the Unique device name, do the following:

→ Go to the CONFIGURATION view.

→ General settings

→ Confirm to access the Parameter view.

→ büS

→ Advanced

→ Unique device name

→ Enter the name by selecting and confirming each character.

→ OK

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Page 100

Type 8098

General settings - Parameter

→ Save the name.

The unique name is set.

11.6.2 Changing the transmission speed on the device

The transmission speed for the communication on the fieldbus (both büS or CANopen) must be the same for all the participants of the fieldbus.

By default, the transmission speed of the device is 500 kbit/s. This transmission speed is suited for a maximum cable length of 50 m.

If the cable length is higher, reduce the transmission speed of all the participants.

To change the transmission speed of the device, do the following:

→ Go to the CONFIGURATION view.

→ General settings

→ Confirm to access the Parameter view.

→ büS

→ Advanced

→ Baudrate

→ Choose the transmission speed.

→ Save.

The transmission speed of the device is changed. To take the transmission speed into account, restart the

device.

11.6.3 Activating the device internal termination resistor

If the device is connected to a CANopen fieldbus or to büS, a 120 W termination resistor must be installed at each end of the fieldbus or of büS.

To avoid installing a physical termination resistor, the device has an internal 120 W termination resistor that can be activated if the device is installed at one end of büS.

• If you activate the device internal termination resistor, do not install a termination resistor at the same end of büS or of the CANopen fieldbus.

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• Max. 2 120 W termination resistors can equip büS or a CANopen fieldbus.

To activate the device internal termination resistor, do the following:

→ Go to the CONFIGURATION view.

→ General settings

→ Confirm to access the Parameter view.

→ büS

English

Burkert 8098 Operating Instructions Manual

Specifications and Main Features

Frequently Asked Questions

User Manual

General information

1 ABOUT THESE OPERATING INSTRUCTIONS

1.1 Symbols used

1.4 Validity of the Operating Instructions

2 INTENDED USE

3 BASIC SAFETY INFORMATION

4 GENERAL INFORMATION

4.1 Manufacturer's address and international contacts

4.2 Warranty conditions

4.3 Information on the Internet

Description

5 DESCRIPTION

5.1 Knowing the device

5.1.1 Wi-Fi module

5.1.2 Unlocking magnetic key

5.2 Understanding the rating plates

5.3 Marking with the MAC address

5.4 Description of the device status LED

Technical data

6 TECHNICAL DATA

6.1 Operating conditions

6.2 Conformity to standards and directives

6.3 Conformity to the Pressure Equipment Directive

6.4 UL certification

6.5 EHEDG certification

6.6 Fluid data

6.7 Measurement data

6.8 Electrical data

6.9 Mechanical data

6.10 Specifications of the Ethernet Industrial communication

6.10.1 Modbus TCP protocol

6.10.2 PROFINET protocol

6.10.3 EtherNet/IP protocol

6.10.4 EtherCAT protocol

Installation in the pipe

7 INSTALLATION IN THE PIPE

7.1 Safety instructions

7.2 Preparing the device before installation into the pipe

7.2.1 Changing the position of the transmitter on the sensor

7.2.2 Switching positions of the blind cover and the display module

7.3 Recommendations for the installation into the pipe

7.4 Installing the device into the pipe

7.4.1 Before installing the device into the pipe

7.4.2 Installing a device with clamp connections

7.4.3 Installing a device with flange connections

Electrical installation

8 ELECTRICAL INSTALLATION

8.1 Safety instructions

8.2 Specifications of the cable for the 5-pin M12 male connector

8.3 Assembling and wiring the 5-pin M12 female connector (A-coding)

8.4 Connecting the device to a power supply

8.5 Connecting the device to a büS / CANopen network

8.6 Activating the device internal termination resistor (only büS network)

8.7 Specifications of the cables for the M20x1,5 cable glands (only device with cable glands)

8.9 Terminal assignment of the 12 push-in terminal strip

8.10 Opening the front of the transmitter

8.11 Wiring the device through the M20x1,5 cable glands in stainless steel (only device with cable glands)

8.12 Wiring the device through the M20x1,5 cable glands in nickel plated brass (only device with cable glands)

8.13 Connecting the functional earth (device with 2 M20x1,5 cable glands)

8.14 Connecting the device to a 12...35 V DC power supply through the M20x1,5 cable glands (only device with cable glands)

8.15 Wiring output 1 (analogue) and output 3 configured as an analogue output (only device with cable glands)

8.16 Wiring output 2 (digital) and output 3 configured as a digital output (only device with cable glands)

8.18 Specifications of the cables and conductors for the 4-pin M12 female connectors

8.20 Connecting the functional earth (device with 2 4-pin M12 female connectors - Ethernet version)

Doing the settings

9 HOW TO DO THE SETTINGS

9.1 Safety instructions

9.2 Available software to do the settings

9.3 Preparing the Bürkert Communicator software

9.4 Display module: description of the user interface

9.4.1 Description of the display

9.4.2 How to use the touch sensitive keys

9.4.3 Minimum and maximum values when entering a numerical value

9.5 Available login user levels

9.6 Default settings

9.7 Menu structure