Burkert 8642 User Manual [en, de, fr]

Type 8642

Identnr. 144 952

I/O-Box with PROFIBUS PA Connection

I/O-Box mit PROFIBUS PA Anschaltung

I/O-Box avec Connexion PROFIBUS PA

Operating Instructions

Bedienungsanleitung
Manuel d‘utilisation

We reserve the right to make technical changes without notice.
Technische Änderungen vorbehalten.
Sous réserve de modifications techniques.

© 2002 - 2011 Bürkert Werke GmbH

Operating Instructions 1106/10_EU-ML_00803926 / Original DE

I/O-BOX TYPE 8642 WITH PROFIBUS PA CONNECTION

Contents:Contents:

Contents:

Contents:Contents:



DECLARADECLARA

DECLARA

DECLARADECLARA

SYMBOLS USEDSYMBOLS USED

SYMBOLS USED

SYMBOLS USEDSYMBOLS USED

11

1

11

22

2

22

33

3

33

3.13.1

3.1

3.13.1

3.23.2

3.2

3.23.2

44

4

44

55

5

55

5.15.1

5.1

5.15.1

5.25.2

5.2

5.25.2

5.2.1 Con

5.2.2 Setting the Station Addresses........................................................................................ 16

5.2.3 LED Display ........................................................................................................................... 16

5.2.4 Watchdog .............................................................................................................................. 16

66

6

66

6.16.1

6.1

6.16.1

6.26.2

6.2

6.26.2

6.2.1 Physical block ....................................................................................................................... 17

6.2.1.1 Slot 0 ................................................................................................................................... 17

6.2.1.2 Description of the standard parameters ..................................................................... 19

6.2.1.3 Characteristics of the standard parameters ............................................................. 20

6.2.1.4 Parameter description of the physical block ............................................................ 24

6.2.2 Transducer block ................................................................................................................. 28

6.2.2.1 Slot 1 (valve 1) .................................................................................................................... 29

6.2.2.2 Slot 2 (valve 2) ..................................................................................................................... 30

6.2.2.3 Slot 3 (valve 3) ..................................................................................................................... 31

6.2.2.4 Slot 4 (valve 4) ..................................................................................................................... 32

6.2.2.5 Description of the Block parameters of the transducers ..................................... 33

6.2.3 Function block ...................................................................................................................... 36

6.2.3.1 Slot 1 (valve 1) ..................................................................................................................... 36

6.2.3.2 Slot 2 (valve 2) ..................................................................................................................... 38

6.2.3.3 Slot 3 (valve 3) ..................................................................................................................... 40

6.2.3.4 Slot 4 (valve 4) ..................................................................................................................... 42

6.2.3.5 Description of the block parameters of the function block ................................. 44

6.2.3.6 Structure of the cyclic data ............................................................................................ 46

TION OF EC CONFORMITYTION OF EC CONFORMITY

TION OF EC CONFORMITY

TION OF EC CONFORMITYTION OF EC CONFORMITY

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USE FOR THE INTENDED PURPOSEUSE FOR THE INTENDED PURPOSE

USE FOR THE INTENDED PURPOSE

USE FOR THE INTENDED PURPOSEUSE FOR THE INTENDED PURPOSE

GENERAL SAFETY INSTRUCTIONSGENERAL SAFETY INSTRUCTIONS

GENERAL SAFETY INSTRUCTIONS

GENERAL SAFETY INSTRUCTIONSGENERAL SAFETY INSTRUCTIONS

GENERAL DESCRIPTIONGENERAL DESCRIPTION

GENERAL DESCRIPTION

GENERAL DESCRIPTIONGENERAL DESCRIPTION

I/O Box TI/O Box T

I/O Box T

I/O Box TI/O Box T
PROFIBUS PROFIBUS

PROFIBUS

PROFIBUS PROFIBUS

GENERAL TECHNICAL DAGENERAL TECHNICAL DA

GENERAL TECHNICAL DA

GENERAL TECHNICAL DAGENERAL TECHNICAL DA
PROFIBUS PA CIRCUITPROFIBUS PA CIRCUIT

PROFIBUS PA CIRCUIT

PROFIBUS PA CIRCUITPROFIBUS PA CIRCUIT

INSTINST

INST

INSTINST

Measures to be taken before installationMeasures to be taken before installation

Measures to be taken before installation

Measures to be taken before installationMeasures to be taken before installation
Electrical connection of the I/O Box TElectrical connection of the I/O Box T

Electrical connection of the I/O Box T

Electrical connection of the I/O Box TElectrical connection of the I/O Box T
PROFIBUS PA circuitPROFIBUS PA circuit

PROFIBUS PA circuit

PROFIBUS PA circuitPROFIBUS PA circuit

CONFIGURACONFIGURA

CONFIGURA

CONFIGURACONFIGURA

Memory allocation for the effective data trafficMemory allocation for the effective data traffic

Memory allocation for the effective data traffic

Memory allocation for the effective data trafficMemory allocation for the effective data traffic
System parametersSystem parameters

System parameters

System parametersSystem parameters

ype 8642 with PROFIBUS Pype 8642 with PROFIBUS P

ype 8642 with PROFIBUS P

ype 8642 with PROFIBUS Pype 8642 with PROFIBUS P

PAPA

......................................................................................................................................................................................................................

PA

...........................................................................................................

PAPA

......................................................................................................................................................................................................................

ALLAALLA

TION AND COMMISSIONINGTION AND COMMISSIONING

ALLA

TION AND COMMISSIONING

ALLAALLA

TION AND COMMISSIONINGTION AND COMMISSIONING

n

ections .......................................................................................................................... 14

TION OF THE NETWORKTION OF THE NETWORK

TION OF THE NETWORK

TION OF THE NETWORKTION OF THE NETWORK

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A CircuitA Circuit

A Circuit

A CircuitA Circuit

TT

A FOR THE I/O BOX TYPE 8642 WITHA FOR THE I/O BOX TYPE 8642 WITH

T

A FOR THE I/O BOX TYPE 8642 WITH

TT

A FOR THE I/O BOX TYPE 8642 WITHA FOR THE I/O BOX TYPE 8642 WITH

..........................................................................................................................................................................................

.............................................................................................

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ype 8642 withype 8642 with

ype 8642 with

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ype 8642 withype 8642 with

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1111

11

1111

1212

12

1212

1313

13

1313

1313

13

1313

1717

17

1717

1717

17

1717
1717

17

1717

33

3

33



44

4

44

44

4

44

55

5

55

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66

6

66

99

9

99
99

9

99

8642 - 1

77

7

77

FAULFAUL

FAUL

FAULFAUL

TSTS

............................................................................................................................................................................................................................................................

TS

..............................................................................................................................

TSTS

............................................................................................................................................................................................................................................................

4747

47

4747

88

8

88

99

9

99



1010

10

1010

1111

11

1111

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PACKING, TRANSPORTPACKING, TRANSPORT

PACKING, TRANSPORT

PACKING, TRANSPORTPACKING, TRANSPORT

STORAGESTORAGE

STORAGE

STORAGESTORAGE

DISPOSALDISPOSAL

DISPOSAL

DISPOSALDISPOSAL

ANNEXANNEX

ANNEX

ANNEXANNEX

EC-EC-

EC-

EC-EC-

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................................................................................................................................................................................................................................................................

TT

ype-Examination-Certificateype-Examination-Certificate

T

ype-Examination-Certificate

TT

ype-Examination-Certificateype-Examination-Certificate

..........................................................................................................................................................................................

.............................................................................................

..........................................................................................................................................................................................

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4848

48

4848

4848

48

4848

4848

48

4848

A1A1

A1

A1A1

A2A2

A2

A2A2

2 - 8642

SYMBOLS USED

In these Operating Instructions, the following symbols are used:

Indicates a work step which you must carry out.

ATTENTION!

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NOTE

Indicates information which must be followed. Failure to do
this could endanger your health or the functionality of the
device.

Indicates important additional information, tips and
recommendations.

1 USE FOR THE INTENDED PURPOSE

I/O box type 8642 with PROFIBUS PA switching must only be
used for the usages set down in the General Description and only in
connection with external devices and components recommended or permitted
by Bürkert, such as the Namur sensors listed, and for correspondingly
permitted valves. Any other use is not considered the intended use.
Observe the instructions in this operating manual, as well as the conditions of
use and permissible data specified in the chapter

the I/O Box Type 8642 with PROFIBUS PA circuit"

safe operation of the system depends on professional transportation,
professional storage and installation, and careful operation and maintenance.

“General technical data for

The proper function and

4 - 8642

2 GENERAL SAFETY INSTRUCTIONS

To ensure that the device functions correctly, and will have a long service life,
please comply with the information in these Operating Instructions, as well as
the application conditions and additional data given in the Type 8642 data sheet:

• When planning the application of the device, and during its operation,
observe the general technical rules!

• Work on the device should only be carried out by specialist staff using
suitable tools!

• Observe the valid accident prevention and safety regulations for electrical
equipment during the operation, maintenance and repair of the equipment!

• Always switch off the voltage supply before working on the system!

• Only use lines fitted with an earth line, and connect the earth!

• Take suitable measures to prevent unintentional operation or impermissible
impairment.

• If these instructions are ignored, or if inadmissible work is carried out on the
device, no liability will be accepted from our side, and the guarantee on the
device and accessory parts will become invalid!

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NOTE

For more detailed information regarding the commissioning of a
Profibus PA branch, we recommend the “PROFIBUS PA
Commissioning Handbook” of the PNO.

Protection against electrostatic damage

The device contains electronic components that
are sensitive to electrostatic charging (ESD).
These components are endangered by contact
with statically charged persons or objects. In the
worst case they are immediately destroyed or
fail after putting into operation. Observe the
requirements of EN 100 015 - 1 in order to
minimize or avoid the risk of damage by

ATTENTION!

CAUTION ON HANDLING!

COMPONENTS / MODULES

LIABLE TO ELECTROSTATIC

DAMAGE!

instantaneous electrostatic discharge. Make
sure also that you do not touch electronic
components when they are under supply
voltage.

8642 - 5

3 GENERAL DESCRIPTION

I/O Box for driving process valves with 6520 and 6521 NAMUR type valves:

• Driving of four Type 6520/6521 valves (PTB No. Ex-97.D.2089x)

• Connection of two sensors per valve

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NOTE

The line resistance to the sensors and valves shall be not more
than 20 Ω for a max. cable length of 30 m.

The values of the capacity and inductance are specified in the
conformity certificate.

Use only shielded cable for connecting the sensors and valves.
Note also that the screening must be connected, e.g. at the front
panel of the housing.

6 - 8642

Permitted NAMUR sensors for the I/O box type 8642

Manufacturer: Pepperl & Fuchs
Sensor type: single, proximity

Id. no. Description
17547 NJ 1.5-8GM-N-V1
5000 NJ 2-11-SN
31194 NJ 2-11-SN
31195 NJ 2-11-SN-G
43566 NJ 2-11-SN-G 10M
36164 NJ 2-11-SN-G 10M
43565 NJ 2-11-SN-G 5M
14622 NJ 2-12GM-N
23801 NJ 2-12GM-N 10M
35578 NJ 2-12GM-N 21M
14623 NJ 2-12GM-N 5M
18306 NJ 2-12GM-N-V1
7893 NJ 2-12GK-N
36906 NJ 2-12GK-N 5M

17905 NJ 2-V3-N
15658 NJ 2-V3-N-V5
28408 NJ 3-18GK-S1N
7830 NJ 5-11-N
9329 NJ 5-11-N 15M KA.
1539 NJ 5-11-N 5M KA.
7831 NJ 5-11-N-G
28419 NJ 5-11-N-G 10M KA.
1653 NJ 5-11-N-G 5M KA.
35273 NJ 5-11-N-G 6M
14848 NJ 5-30GK-S1N
31606 NJ 5-30GK-S1N 10M
36241 NJ 5-30GK-S1N 5M
5200 NJ 6-22-SN
35784 NJ 6-22-SN 10M
5204 NJ 6-22-SN-G
37686 NJ 6-22-SN-G 10M

35964 NJ 6-22-SN-G 3M

Manufacturer: Pepperl & Fuchs
Sensor type: single, proximity

Id. no. Description
32571 NCB1,5-6,5M25-NO
38181 NCB1,5-6,5M25-NO-V1
32570 NCB1,5-8GM25-NO
39848 NCB1,5-8GM25-NO 1OM
39847 NCB1,5-8GM25-NO 5M
33876 NCB1,5-8GM25-NO-V1
27419 NCB2-12GM35-NO
39850 NCB2-12GM35-NO 1OM
39849 NCB2-12GM35-NO 5M
33877 NCB2-12GM35-NO-V1
29627 NCB2-F1-NO
27426 NCB5-18GM4O-NO
39854 NCB5-18GM4O-NO 1OM
39853 NCB5-18GM4O-NO 5M
33879 NCB5-18GM4O-NO-V1
27422 NCN4-12GM35-NO
39852 NCN4-12GM35-NO 1OM
39851 NCN4-12GM35-NO 5M
33878 NCN4-12GM35-NO-V1
27427 NCN8-18GM4O-NO
39855 NCN8-18GM4O-NO 5M
33880 NCN8-18GM4O-NO-V1
11498 NJ 0,8-4,5-N
11497 NJ 0,8-5GM-N
40165 NJ 0,8-5GM-N 5M
35986 NJ 0,8-5GM-N 10M
1828 NJ 1,5-6,5-N
35706 NJ 1,5-6,5-N 15M
2497 NJ 1,5-6,5-N 5M
1830 NJ 1,5-8GM-N
35270 NJ 1,5-8GM-N 10M
5129 NJ 1,5-8GM-N 5M

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8642 - 7

Permitted NAMUR sensors for the I/O box type 8642

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Manufacturer: Pepperl & Fuchs
Sensor type: single, slit

Id. no. Description
37316 SC2-N0
35372 SC3.5-N0
47942 SC3.5-N0
35376 SC3.5-N0 BLUE
35373 SC3.5-N0 YELLOW
35375 SC3.5-N0 GREEN
35374 SC3.5-N0 WHITE
8698 SJ 2-N
36195 SJ 2-N 5M KA
22146 SJ 2-SN
31192 SJ 2-SN
32583 SJ 2-SN
36643 SJ 2-SN XM KA
35400 SJ 3.5-G-N
1657 SJ 3.5-N
1654 SJ 3.5-N BLUE

Manufacturer: Turck

Description Sensor type

BIM-AKT-Y1X single, proximity
Si 3.5-K10-Y1 single, slit

Manufacturer: Pepperl & Fuchs
Sensor type: double, proximity

Id. no. Description
85169 NCN3-F24L-N4
85168 NCN3-F24R-N4
38142 NCN3-F25F-N4-V1
37852 NCN3-F25-N4-014
41943 NCN3-F25-N4-075
38139 NCN3-F25-N4-V1
47571 NCN3-F31-N4-K
48105 NCN3-F31-N4-K-K

NCN3-F31-N4-K-V1
NCN3-F31-N4-K-V1
NCN3-F31-N4-K-V16
NCN3-F31-N4-K-V16
NCN3-F31-N4-V16-K

NCN3-F31-N4-V16-V1
43736 NCN3-F31-N4-V16-V16
48258 NCN3-F31-N4-V18

Manufacturer: Ifm

Description Sensor type

NN5022 double, inductive

proximity switch

8 - 8642

3.1 I/O Box Type 8642 with PROFIBUS PA Circuit

• Driven by a PROFIBUS PA

• De-central unit for efficient collaboration with a central automation equipment
(e.g., process control system)

• High process security due to bi-directional transmission of signals

- switching commands from process control system to valve

- sensor signals for registration of the valve position of the process valve.

• The device may be operated with the extended PROFIBUS DP­Communication (DPV1) in the cyclic and acyclic modes. The process values
are controlled via the cyclic data traffic, e.g. from a PLC. Configuration is
carried out from an operating device via the acyclic data traffic (e.g.
CommuWins SIMATIC PDM).
With regard to the parameters for the configuration and the process data
traffic, the “PROFIBUS PA
obligatory and optional parameters which are available in the unit are defined
in this document. The profile documentation can be obtained from the PNO
(PROFIBUS Utilisation Organisation).

Profile for Process Control Devices

3.2 PROFIBUS PA

The PROFIBUS PA connects the automation system and the process control
system with the de-central field units. It uses the extended PROFIBUS DP
protocol in connection with the transmission technology according to IEC 1158-2.
PROFIBUS PA fulfils the special requirements of traffic technology, e.g., for the
chemical and petrochemical areas:

•

Uniform application profile for process automation and complete inter­operability between various PROFIBUS PA devices.

•

Connection of the process automation with the PROFIBUS PA to the
general automation via the PROFIBUS DP using the transmission
technology to EIA RS 485 or optical waveguides

•

Remote supply and data transmission in two-wire technique with PROFI­BUS PA

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” applies. The

•

Use of PROFIBUS PA within areas with danger of explosion with explosive
protection class Inherent Safety through application of transmission
technology to IEC 1158-2

•

Simple linking of the PROFIBUS DP and PROFIBUS PA bus segments by
means of segment couplers

8642 - 9

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In the same way as for operation outside areas with danger of explosion, work
can also be carried out within the Ex-area with PROFIBUS PA with “e”
protection Inherent Safety.

The planning of the non-inherently safe and inherently safe systems takes place
following the same open concept. Field units can be switched together with
various topologies, and be completely supplied via the bus. The units can also
be operated and be connected or disconnected during operation within the
explosion-risk area [1].

EN 50170 Volume 2 and DIN 19245 Parts 1 to 4

Device Profile

General

Automation

Manufacturing

Automation

Process

Automation

Branch Profile

PROFIBUS-FMS

universal branch-oriented

- wide application range

- Multi-Master communication

Fig. 1: Profibus Family [1].

[1] PNO company: Commissioning Handbook for PROFIBUS PA, Version 1.1 of 22.09.96

PROFIBUS-DP

fast

- plug and play

- efficient and economical

PROFIBUS-PA

- bus supply

- intrinsically safe

10 - 8642

4 GENERAL TECHNICAL DATA FOR THE I/O BOX TYPE

8642 WITH PROFIBUS PA CIRCUIT

Field bus interface according to IEC 1158-2

Communication device following the FISCO model

Permitted operating voltage: 9 - 24 V

Permitted operating voltage, intrinsically safe:
referring to power supply device with
– trapezoidal characteristic curve 9 - 15 V
– linear characteristic curve 9 - 17,5 V

Operating current: 16,5 mA ± 6%

Maximum current in case of a fault: < 22,5 mA

Max. permissible power of the power supply 2 W
with intrisically safe bus supply

Permissible temperature range: - 25 to 60 °C

Climatic test: DIN IEC Part 2 - 38

exposure 10 cycles à 24 h

Insulation class: 3

Protection class of housing: IP 65

(when using corresponding
screwed fittings)

Explosion protection to EN 50020 and EN 50014

II 2 (1) G EEx ia IIC T6

NOTE The I/O Box Type 8642 fulfils the regulations of the EMC law:

Resistance to interference EN 50082-2
Transmitted interference EN 50081-2

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8642 - 11

5 INSTALLATION AND COMMISSIONING

Î Work on the device should only be carried out by specialist staff using the

correct tools!

Î Note that lines and valves must not be unscrewed from systems that are

under pressure!

Î Preferred fitting position: Attachment screws pointing downwards!

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Î If EMV screwed fittings are used, position the screens according to

manufacturer’s instructions!

Î On using a Weidmüller plugged connector for Profibus PA, the following

configuration applies:

Positioning
dimensions

B

n.c.

View onto pin base and pins

Pin Colour PROFIBUS PA

A blue PA­S black screen
B brown PA+

S

A

n.c. not connected

Î On the front panel threads to M20 and M16 are provided; on the side a

thread to M16.

Î Before interfering with the system, always switch off the voltage supply!

Î The terminals may only be removed when not under voltage!

ATTENTION!

The front panel is designed for a maximum of 5 changes.
The fixing screws of the front panel may be tightened with a
maximum of 1.5 Nm.

ATTENTION!

COUTION ON HANDLING!

ELECTROSTATICALLY

ENDANGERED COMPONENTS /

MODULES!

12 - 8642

5.1 Measures to be taken before installation

Î Check the connections, voltage and operating pressure!

Î Ensure that the max. operating data (see name plate) is not exceeded!

ATTENTION!

This device complies with the European Community EMC
guideline No. 89/336/EWG. Observe the installation
instructions in order to fulfil the regulations of this guideline.
Connect the screw terminal TE (technical earth) to the earth
potential using a cable that is as short as possible, or take
suitable measures to prevent undesired electro-magnetic
interference affecting the device.

Connecting cable for TE (technical earth):

- minimal diameter: 2.5 mm

- maximum length: 30 cm

2

5.2 Electrical connection of the I/O Box Type 8642 with
PROFIBUS PA circuit

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Fig. 2: I/O Box Type 8642 with PROFIBUS PA circuit

8642 - 13

5.2.1 Connections

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Fig. 3: Connection diagram of the I/O Box type 8642

Terminal connections

• Terminals A and E:
Connection for the PROFIBUS PA field bus

Any polarity can be used between terminal 1 and 2

Max. permissible torque for the bus connections (Weidmüller): 5 Nm

NOTE Please observe the instructions of the Conformity Certificate

Please observe the instructions of the EX Type examination
certificate PTB No. EX-97.D.2089X for the supply of the valve.

PTB No. EX-97.D.2089X for the supply of the valve. More

More information regarding the operation and installation of the

information regarding the operation and installation of the Type

Type 6115 (6520) valve can be found in the operating instructions

6115 (6520) valve can be found in the operating instructions

for these valves.

for these valves.

14 - 8642

• Bürkert piezo-valves type 6520 may be connected to the terminals for
actuators. Observe polarity. More detailed instructions for connection and
operation of the valves are to be found in the PTB Test Certificate and in the
Operating Manual for the valves.

Connection of the sensors to the terminals:

Pola rity - +

Terminals 152 151
" 142 141
" 252 251
" 242 241
" 352 351
" 342 341
" 452 451
" 442 441

Observe polarity!

Connection of the actuators to the terminals:

Pola rity - +

Terminals 148 147
" 248 247
" 348 347
" 448 447

Observe polarity!

Two sensors are always allocated to a valve. The sensors report the end
position of a connected process valve. The inputs can also report other
process parameters independent of the valves (e.g. scraper end positions).

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8642 - 15

5.2.2 Setting the Station Addresses

DIP switch 1 to 7 Bit 1 to Bit 7

NOTE

In the PROFIBUS PA, each station is given an address. These addresses are
set up using the DIP switches 1 to 7.

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The permissible address range lies between 3 and 124

Settings:

0

2

DIP-1 DIP-2 DIP-3 DIP-4 DIP-5 DIP-6 DIP-7 Address

ON ON OFF OFF OFF OFF OFF 3

OFF OFF ON ON ON ON ON 124
ON OFF ON ON ON ON ON 125
OFF ON ON ON ON ON ON 126*

* Delivery state: Address 126

NOTE

5.2.3 LED Display

The LED flashes when the device is engaged in cyclic data communication.
The LED lights briefly on connecting the device.
If the device detects an internal error, the LED remains lit.

The DIP switches are only read in when the unit is switched on.

1

2

3

4

5

2

2

2

2

2

6

2

:
:

If switch 8 is in the ON position, the internal address is used!
This address can be set up via the field bus.

permitted

address range

3 ... 124

5.2.4 Watchdog

In order to recognize errors better, we recommend operating the device in
cyclic data communication with „DP watchdog“.

16 - 8642

6 CONFIGURATION OF THE NETWORK

6.1 Memory allocation for the effective data traffic

Basis: handbook for your PLC

In order to be able to carry out the correct settings of the configuration
program, copy the unit-specific file (buer6521.GSD) from Bürkert into the
directory that contains the configuration software. For reading in and editing
the configuration, please read the documentation for your PLC or process
control system.

Further information regarding memory allocation can be found in the handbook.

6.2 System parameters

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NOTE

ATTENTION!

All profile data refers to the profile Version 3.0 Class B.
There, you will also find detailed information about the
parameters.

When writing in parameters, ensure that the voltage is
present!

6.2.1 Physical block

6.2.1.1 Slot 0

Parameter type:

N non-volatile parameter which must be taken into

S Static, non-volatile; when writing, the version counter

D (dynamic) The value will be calculated in the block, or be read

C (constant) The parameter does not change.

account in the work cycle. It does not belong to the
static update code however.

ST_REV is incremented

from another block

8642 - 17

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Abs.

Length Typ e Description

Index

17 2 N ST_REV

18 32 S TAG_DESC

19 2 S STRATEGY

20 1 S ALERT_KEY

21 1 S TARGET_MODE

22 3 N/S(RCAS) MODE_BLK

23 8 D ALARM_SUM

24 16 C SOFTWARE_REVISION

25 16 C HARDWARE_REVISION

26 2 C DEVICE_MAN_ID

27 2 C DEVICE_ID

28 16 N serial number

29 4 D DIAGNOSIS

30 6 D DIAGNOSIS_EXTENSION

31 4 C DIAGNOSIS_MASK

32 6 C DIAGNOSIS_MASK_EXTENSION

35 2 S FACTORY_RESET

36 32 S DESCRIPTOR

37 32 S DEVICE_MESSAGE

38 16 S DEVICE_INSTAL_DATE

39 1 S LOCAL_OP_ENA

40 1 S IDENT_NUMBER

69 17 D VIEW_1

(not yet in the profile)

Table 2: Physical Block Slot 0

18 - 8642

6.2.1.2 Description of the standard parameters

These parameters are contained in the physical block, the functional block and
the transducer block.

ALARM_SUM This parameter contains the current status of the Block

ALERT_KEY This parameter contains the identification number of the

MODE _BLK This parameter contains the current mode and the

ST_REV A block has static block parameters, that are not

STRATEGY Grouping of Funtion Block. The STRATEGY field can be

TAG_DESC Every block can be assigned a textual TAG description.

TARGET_MODE The TARGET_MODE parameter contains desired mode

Alarms. The parameter ALARM_SUM is not supported
at the moment.

plant unit

an event (crossing a limit).

permitted and normal mode of the block

changed by the process. Values are assigned to this
parameter during the configuration or optimisation. The
value of theparameter ST_REV must increase by 1
after every change of a static block parameter. This
provides a check of the parameter revision.

used to group blocks.

The TAG_DESC is the address of the block. The
TAG_DESC must be unambiguous and unique in the
fieldbus system.

normally set by a control application or an operator.

. It helps to identify the location (plant unit) of

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8642 - 19

6.2.1.3 Characteristics of the standard parameters

Rel.

Var iab le Data type Memory Size Access

Index

1 ST_REV Unsigned 16 N 2 r, w

2 TAG_DESC Octet String * S 32 r, w

3 STRATEGY Unsigned 16 S 2 r, w

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4 ALERT_KEY Unsigned 8 S 1 r, w

5 TARGET_MODE Unsigned 8 S 1 r, w

6 MODE_BLK

actual
allowed
normal

7 ALARM_SUM DS-42 D 8 r

Table 3: Allocation of the standard parameters

DS-37

3r
N **
Cst
Cst

* The preferred data type should be

Visible String

** N accepted mode = RCAS

Abbreviations:

Memory (memory class required)

N Non-volatile parameter that must be observed in the working

cycle. It does not, however, belong to the static updating
code.

S Static, non-volatile; on writing the version counter isincreased

ST_REV.

D (dynamic) The value is calculated in the block or read from another

block.

Cst (constant) The parameter does not change.

Access

r read only
w write only

20 - 8642

The

View Object

Standard Parameters

Rel.
Index

1ST-REV 2

2 TAG_DESCRIPTION

3STRATEGY

4 ALERT_KEY

5 TARGET_MODUS

6 MODUS_BLK 3

7 ALARM_SUM 8

Table 4:

Structure

Variab le View_1 View_2 View_3 View_4

View Object

of the Standard Parameters

Mode

This data structure consists of character strings for current, set and normal
modes.

Data type Mode
Key attribute Index = 37
Identification Number of the elements
Identification List of the elements

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E Name of the element Data type (index) Size (Byte)

1 actual Unsigned 8 - (5) 1

2 allowed Unsigned 8 - (5) 1

3 normal Unsigned 8 - (5) 1

Table 5: List of elements of the Structure mode

8642 - 21

Out of Service (O/S) The block is not being evaluated. The output is

maintained at last value or, in the case of output
class function blocks, the output may be main­tained at an assigned
or configured

fail-safe

fail-safe

value.

value, last value

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Manual 1 (Man) The block

Automatic (Auto) For forming the

through an interface device.

invert

Remote Cascade The block
(RCas) Application running on an interface

The layout of a function block or
parameter. The values of the

1. Target

This is the mode which is requested by the user. The values which are allowed
by the

allowed mode

determined by the bit sequence in the following manner:

Bi t Mode

7 out of operation (O/S) - MSB
4 manual (Man)
3 automatic (Auto)
1 remote - Cascade (RCas)

The “automatic” modes which are used in this profile are
nual mode :
any alarm present will be reset.

Man

parameter are limited by

. In the O/S mode, the normal algorithm is not carried out, and

device through the remote cascade parameter
RCAS_IN.

subindex

output

is directly set by the operator

output

is used.

setpoint

transducer

block is checked by the

mode are defined as follows:

value, the parameter

is being set by a Control

target

. The modes are

Auto

and

Modus

RCas

; Ma-

2. Current

This is the current mode of the component, which can be different from the

target

mode, which is based on the operational conditions.

22 - 8642

Alarm summary structure

This data structure consists of data which combines 16 alarms.

Data type Alarm tone
Key attribute Index = 42
Attribute Number of elements = 4
Attribute List of the elements (shown below)

E Name of the element Data type (Index) Size (Byte)

1 actual Octet String - (10) 2

2 not acknowledged Octet String - (10) 2

3 not reported Octet String - (10) 2

4 switched off Octet String - (10) 2

Table 6: List of the elements and the summary structure

The bits of the bit sequence are allocated to the following alarms:

Bit Alarm

0 Discreet alarm (LSB)
1 HI_HI_Alarm
2 HI_Alarm
3 LO_LO_Alarm
4 LO_Alarm
5 reserved
6 reserved
7 Block Alarm (e.g., increase of St_Rev)
8-15 reserved

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8642 - 23

6.2.1.4 Parameter description of the physical block

Parameter Parameter description

DEVICE_ID Identification of the device

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DEVICE_MAN_ID Identification code of the manufacturer of the field

device (Bürkert = 120)

DEVICE_SER_NUM Serial number of the field device

DIAGNOSIS Detailed information of the device, bitwise coded.

DIAGNOSIS_MASK Definiton of supported DIAGNOSIS information

bits

0 = not supported

1 = supported

DIA_MEM_CHKSUM Memory error

DIA_CONF_INVAL Configuration not valid

DIA_WARMSTART New start

DIA_COLDSTART Restart-up

HARDWARE_REVISION Version number of the hardware of the field device

SOFTWARE_REVISION Version number of the software of the field device

DIAGNOSIS_EXTENSION Supplementary diagnosis for device manufacturer

DIAGNOSIS_MASK_ Definition of the information covered
EXTENSION

FACTORY_RESET 1 Reset to default values, not bus address

2506 Warm start

2712 Reset bus address only,

24 - 8642

not IDENT_NUMBER_SELECTOR

Parameter Parameter description

DESCRIPTOR User-definable text to describe the device within

the application

DEVICE_MESSAGE User-definable message to describe the device

within the application or in the plant

DEVICE_INSTAL_DATE Date of installation of device

LOCAL_OP_ENA 0 no local operation

IDENT_NUMBER Selection of GSD file

0 profile-specific
1 manufacturer-specific (default)

VIEW_1 contains the variables:

ST_REV
MODE_BLK
ALARM_SUM
DIAGNOSIS

Abbreviations in the following table:

Memory (memory class required)

N Non-volatile parameter that must be observed in the working

cycle. It does not, however, belong to the static updating
code.

english

D (dynamic) The value is calculated in the block or read from another

Cst (constant) The parameter does not change.

Access

r read only

r/w read / write

block.

8642 - 25

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Abs.

Var iab le Data type Memory Length Access

index

24 SOFTWARE_REVISION OctetString Cst 16 r

25 HARDWARE_REVISION OctetString Cst 16 r

26 DEVICE_MAN_ID OctetString Cst 2 r

27 DEVICE_ID OctetString Cst 2 r

28 Serial number OctetString Cst 16 r

29 DIAGNOSIS OctetString

Byte = 4 MSB
= 1 further
diagnosis
available

30 DIAGNOSIS_EXTENSION OctetString D 6 r

31 DIAGNOSIS_MASK OctetString Cst 4 r

32 DIAGNOSIS_MASK_EXTENSION OctetString Cst 6 r

35 FACTORY_RESET Unsigned16 S 2 r/w

36 DESCRIPTOR OctetString S 32 r/w

37 DEVICE_MESSAGE OctetString S 32 r/w

38 DEVICE_INSTAL_DATE OctetString S 16 r/w

39 LOCAL_OP_ENA Unsigned8 N 1 r/w

40 IDENT_NUMBER Unsigned8 S 1 r/w

D4r

Table 7: Allocation of the standard parameters

All parameters of the physical block are acyclic.

26 - 8642

Parameter structure of the DIAGNOSIS bit sequence

Notation Description *

Bit

4 DIA_MEM_CHKSUM Memory checksum error R

10 DIA_CONF_INVAL Configuration not valid R

11 DIA_WARMSTART Re-start-up (warm start-up)

carried out

12 DIA_COLDSTART New-start-up (cold start-up)

carried out

Table 8: Diagnosis of the parameter coding of the physical block

A

A

Coding of the diagnosis parameters

Values of the diagnosis bits:

0 = not set
1 = set

* Display class:
R Display is active as long as the reason for the message is still present
A Display will be automatically reset after reading.

The

View Object

Rel.
Index

1ST-REV 2

2 TAG_DESCRIPTION

3STRATEGY

Variab le View_1 View_2 View_3 View_4

Standard Parameters

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4 ALERT_KEY

5 TARGET_MODUS

6 MODUS_BLK 3

7 ALARM_SUM 8

Table 9:

View Object

of the Standard Parameters

8642 - 27

Rel.

Parameter notation Operation

index

8 SOFTWARE_REVISION

9 HARDWARE_REVISION

10 DEVICE_MAN_ID

Dynamic
VIEW_1

Operation
Static
VIEW_2

All
Dynamic
VIEW_3

Other
Static
VIEW_4

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11 DEVICE_ID

12 DEVICE_SER_NUM

13 DIAGNOSIS 4

14 DIAGNOSIS_EXTENSION

15 DIAGNOSIS_MASK

16 DIAGNOSIS_MASK_EXTENSION

Table 10: Table of the display objects of the physical block

6.2.2 Transducer block

Abbreviations:

Memory (memory class required)

N Non-volatile parameter that must be observed in the working

S Static, non-volatile; on writing the version counter isincrea-

D (dynamic) The value is calculated in the block or read from another

cycle. It does not, however, belong to the static updating
code.

sed ST_REV.

block.

Access

r read only
w write only

Transfer
a acyclic
cyc cyclic

28 - 8642

6.2.2.1 Slot 1 (valve 1)

Abs.

Var iab le Data type Memory Length Access

index

81 ST_REV Unsigned16 N 2 r/w

82 TAG_DESC OctedString S 32 r/w

83 STRATEGY Unsigned16 S 2 r/w

84 ALERT_KEY Unsigned8 S 1 r/w

85 TARGET_MODE Unsigned8 S 1 r/w

86 MODE_BLK DS-37 N/S (RCAS) 3 r

87 ALARM_SUM (not yet in profile) DS-42 D 8 r

88 VALVE_MAN OctedString S 16 r/w

89 ACTUATOR_MAN OctedString S 16 r/w

90 VALVE_SER_NUM OctedString S 16 r/w

91 ACTUATOR_SER_NUM OctedString S 16 r/w

92 VALVE_ID OctedString S 16 r/w

93 ACTUATOR_ID OctedString S 16 r/w

94 ACTUATOR_ACTION Unsigned8 S 1 r/w

95 TRAVEL_COUNT Unsigned16 N 2 r/w

96 TRAVEL_COUNT_LIM Unsigned16 N 2 r/w

105 TRAVEL_TIME_CLOSE_OPEN Unsigned16 N 2 r/w

106 TRAVEL_TIME_OPEN_CLOSE Unsigned16 N 2 r/w

109 TRAVEL_TIME_CLOSE_OPEN_TOL Unsigned16 S 2 r/w

110 TRAVEL_TIME_OPEN_CLOSE_TOL Unsigned16 S 2 r/w

111 SELF_CALIB_CMD Unsigned8 N 1 r/w

112 SELF_CALIB_STATUS Unsigned8 N 1 r

113 SENSOR_WIRE_CHECK Unsigned8 S 1 r/w

124 VIEW 13

Table 11: Parameters of the slot 1 transducer block

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8642 - 29