Type 8652
Emulation for type 8640

Replacement Instructions

We reserve the right to make technical changes without notice.
© Bürkert Werke GmbH & Co. KG, 2023-2024
Operating Instructions 2403/01_ENml 00815458 / Original DE

Type 8652
Table of Contents

TABLE OF CONTENTS
1 About these instructions............................................................................................................................ 4
1.1

New generations of devices.............................................................................................................. 4

2 Insert type 8652 as emulation for type 8640............................................................................................. 5
2.1

Emulation island marking.................................................................................................................. 5

3 Mechanical differences between type 8652 and type 8640..................................................................... 6
3.1

Basic structure and dimensions........................................................................................................ 6

3.2

Valves type 6534............................................................................................................................... 6

3.3

Displays............................................................................................................................................. 7

4 Assignment of working ports to electrical control.................................................................................... 8
4.1

Pin assignment single valve 5/2-way................................................................................................ 8

4.2

Pin assignment single valve 3/2-way................................................................................................ 9

4.3

Pin assignment double valve 2x3/2-way ........................................................................................ 11

4.4

Pin assignment example ................................................................................................................. 12

5 Assignment of digital inputs .................................................................................................................... 13
6 Use of 5/2-way valve as 3/2-way valve NC or NO .................................................................................. 14
6.1

3/2-way valve NC (CFC).................................................................................................................. 14

6.2

3/2-way valve NO (CFD).................................................................................................................. 14

7 Device description file.............................................................................................................................. 16
8 Protocol settings ...................................................................................................................................... 17
8.1

Selecting the protocol..................................................................................................................... 178.2

Enter protocol-specific address...................................................................................................... 17

9 Settings with Bürkert Communicator ...................................................................................................... 18
9.1

Assigning device names ................................................................................................................. 18

9.2

Selecting the protocol..................................................................................................................... 18

9.3

Protocol settings ............................................................................................................................. 18
9.3.1 PROFINET, EtherNet/IP and Modbus TCP........................................................................ 18
9.3.2 PROFIBUS ......................................................................................................................... 19

9.4

RIO mapping ................................................................................................................................... 19

9.5

Valve settings .................................................................................................................................. 19

9.6

Set error state ................................................................................................................................. 19

9.7

Supply voltage monitoring .............................................................................................................. 20

10 Error codes ............................................................................................................................................... 21

3

Type 8652
About these instructions

1

ABOUT THESE INSTRUCTIONS

These instructions are supplemental to the operating instructions. The operating instructions for the device
must be followed to ensure safe use of the device for its intended purpose.

1.1

New generations of devices

These instructions explain the replacement process for devices that are replaced with new, compact andtechnically up-to-date devices.
We are providing these instructions as a means to help integrate the new device into your existing systemand enable a smooth and complication-free replacement process.
The new generations of devices from Bürkert can be parameterised and configured to the Bürkert Communicator software via the integrated büS interface.
The Bürkert Communicator software can be downloaded free of charge from country.burkert.com.
The USB-büS-Interface set is required to connect to the Bürkert Communicator.
Accessories

Order number

USB-büS interface set 1 (including power supply unit, büS stick with terminating res- 772426
istor, Y-distributor, 0.7 m cable with M12 plug)
USB-büS interface set 2 (including büS stick with terminating resistor, Y-distributor,
0.7 m cable with M12 plug)
Tab. 1: Accessories

4772551

Type 8652
Insert type 8652 as emulation for
type 8640

2

INSERT TYPE 8652 AS EMULATION FOR TYPE
8640

The valve island type 8652 as emulation for type 8640 can be used anywhere where the fieldbus variant of
the valve island type 8640 is already in use.
A software extension for type 8652 enables type 8652 to behave exactly like a valve island type 8640 regarding the control. This means that in existing systems with type 8640, a simple emulation can be carriedout by the valve island type 8652.

2.1

Emulation island marking

In order to clearly identify the valve island type 8652 as an emulation for type 8640, it is provided with anadditional type label.

Emulation
Typ 8640
Fig. 1: Labelling type 8652 as emulation for type 8640

In addition, the display of the fieldbus gateway shows during start-up/boot-up that the device is an emulation for type 8640.

5

Type 8652
Mechanical differences between type8652 and type 8640

3

MECHANICAL DIFFERENCES BETWEEN TYPE
8652 AND TYPE 8640

Type 8652 is based on a different valve island architecture than type 8640.

3.1

Basic structure and dimensions

In the case of type 8640, the basic structure consists of modularly arranged basic modules made of plastic,
which contain pneumatic connections.
With type 8652, the basic structure consists of an aluminium supply manifold into which screw-in connectors are screwed.
Both valve islands have the width per station of 11mm on the valve side.
Due to the different valve island architecture, the dimensions of type 8652 and type 8640 are different.
The fieldbus gateway type ME43 is located on the left side of type 8652, the fieldbus supply is located on
the right side of type 8640.
Due to the arrangement of the fieldbus gateway and the digital inputs, type 8652 requires a somewhat larger space in terms of overall length, but the overall height is significantly more compact than type 8640.

Type 8640

Type 8652

Fig. 2: Example size ratio of type 8640 to type 8652 based on a 12-way valve island

Exact dimensions of type 8652 can be found in the data sheet (item 4 “dimensions”) at:
country.burkert.com

3.2

Valves type 6534

Valve island type 8640 uses pneumatic valves type 6524 and type 6525.
Valve island type 8652 uses pneumatic slide valves type 6534.
Types 6524/6525(Valve island type 8640)

Type 6534(Valve island type 8652)

Medium pressure

0...10 bar

0...10 bar

Pilot pressure

2.5...10 bar

3...10 bar

Tab. 2: Comparison of pressure range type 6524/6525 and type 6534

6

Type 8652
Mechanical differences between type8652 and type 8640

For more information see the operating instructions for type 8652 at: country.burkert.com
Pneumatic slide valve type 6534
Commissioning via manual override
Replacing a pneumatic valve

3.3

Displays

Valve island type 8652 has LC displays for status indication in contrast to valve island type 8640. The
switch position and possible error states of the outputs are shown graphically on the display.
Description of the display indicators, emulation island type 8652
4 single valves,
valve 1 and valve 3 actuated,digital inputs inactive
4 single valves,
valve 1 and valve 2 actuated,digital inputs 3, 4 and 5 active
4 double valves,
Valves 2, 3, 5-8 actuated,
all digital inputs active
From right to left:
1 double valve, 1 blind valve, 2 single valves
digital inputs 1+2, 5+6, 8 active
Tab. 3: Description of displays

7

Type 8652
Assignment of working ports toelectrical control

4

ASSIGNMENT OF WORKING PORTS TO
ELECTRICAL CONTROL

Valve island type 8652 as emulation for type 8640 uses the same hardware as the standard valve island
type 8652.
With standard valve island type 8652, the counting direction of the valve positions as well as the electricalcontrol of the pneumatic working ports is from left to right. The valve positions are marked accordingly on
the supply manifold.

Fig. 3: Valve position markings on the supply manifold of type 8652

Valve island type 8652 as emulation for type 8640 behaves like type 8640 in terms of control
technology.
The assignment of pneumatic working ports to the electrical control is therefore carried out on type8652 as an emulation for type 8640 from right to left, contrary to the labelling on the supply manifold.

4.1

Pin assignment single valve 5/2-way

n = number of valve positions (here n = 8)
Valve island type 8640
Single valve type 6525 5/2-way (CFH)
Bit no.

Bit ...

Bit 3

Bit 2

Bit 1

Bit 0

Valve position (VP)

VP n

VP 4

VP 3

VP 2

VP 1

Working port

...

8

6

4

2

7

5

3

1

8

6

4

2

Upper port pressurised
Lower port vented

7

5

3

1

Tab. 4: Valve island type 8640 pin assignment8

Type 8652
Assignment of working ports toelectrical control

Valve island type 8652 as emulation for type 8640
Single valve type 6534 5/2-way (CFH)
Bit no.

Bit ...

Bit 3

Bit 2

Bit 1

Bit 0

Valve position (VP)

VP n

VP 4

VP 3

VP 2

VP 1

Supply manifold labelling

n−...

n−3

n−2

n−1

n

Working port

...

8

6

4

2

7

5

3

1

Upper port pressurised
Lower port vented

8 6 4 27 5 3 1

Tab. 5: Emulation island type 8652 pin assignment

4.2

Pin assignment single valve 3/2-way

n = number of valve positions (here n = 8)
Valve island type 8640
Single valve type 6524 3/2-way (CFH)
Bit no.

Bit ...

Bit 3

Bit 2

Bit 1

Bit 0

Valve position (VP)

VP n

VP 4

VP 3

VP 2

VP 1

Working port

...

7

5

3

1

8

6

4

2

7

5

3

1

Upper port not used
Lower port pressurised

Tab. 6: Valve island type 8640 pin assignment

9Type 8652
Assignment of working ports toelectrical control

Valve island type 8652 as emulation for type 8640
Single valve type 6534 CFH as 3/2-way NC (CFC)
Bit no.

Bit ...

Bit 3

Bit 2

Bit 1

Bit 0

Valve position (VP)

VP n

VP 4

VP 3

VP 2

VP 1

Supply manifold labelling

n−...

n−3

n−2

n−1

n

Working port

...

7

5

3

1

8 6 4 2Upper working port closed (not used)
Lower port pressurised

7 5 3 1

Tab. 7: Emulation island type 8652 pin assignment

Single valve type 6534 CFH as 3/2-way NO (CFD)
Bit no.

Bit ...

Bit 3

Bit 2

Bit 1

Bit 0

Valve position (VP)

VP n

VP 4

VP 3

VP 2

VP 1

Supply manifold labelling

n−...

n−3

n−2

n−1

n

Working port

...

8

6

4

2

8 6 4 2Upper port pressurised
Lower working port closed (not used)

7 5 3 1

Tab. 8: Emulation island type 8652 pin assignment

10Type 8652
Assignment of working ports toelectrical control

4.3

Pin assignment double valve 2x3/2-way

n = number of valve positions (here n = 8)
Valve island type 8640
Double valve type 6524 2x3/2-way
Bit no.

Bit ...

Bit 7
Bit 6

Bit 5
Bit 4

Bit 3
Bit 2

Bit 1
Bit 0

Valve position (VP)

VP n

VP 4

VP 3

VP 2

VP 1

Working port

...

8

6

4

2

7

5

3

1

8

6

4

2

Depending on the switching state of the valve, the upper and/or
lower port is pressurised

7

5

3

1

Tab. 9: Pin assignment valve island type 8640

Valve island type 8652 as emulation for type 8640
Double valve type 6534 2x3/2-way
Bit no.

Bit ...

Bit 7
Bit 6

Bit 5
Bit 4

Bit 3
Bit 2

Bit 1
Bit 0

Valve position (VP)

VP n

VP 4

VP 3

VP 2

VP 1

Supply manifold labelling

n−...

n−3

n−2

n−1

n

Working port

...

8

6

4

2

7

5

3

1

8 6 4 2

Depending on the switching state of the valve, the upper and/or
lower port is pressurised

7 5 3 1

Tab. 10: Emulation island type 8652 pin assignment

11

Type 8652
Assignment of working ports toelectrical control

4.4

Pin assignment example

The following example describes the pin assignment of a valve island type 8652 with 8 valve positions(single valves 3/2-way and 5/2-way as well as double valves).
Single valve

Double valve

5/2 as 3/2NC

5/2 as 3/2NC

5/2 as 3/2NO

5/2 as 3/2
NO

5/2

5/2

2x3/2

2x3/2

Bit 9

Bit 8

Bit 7

Bit 6

Bit 5

Bit 4

Bit 3

VP 8 → 1

VP 7 → 2

VP 6 → 3

VP 5 → 4

VP 4 → 5

VP 3 → 6

VP 2 → 7

VP 1 → 8

12 (2)

10 (2)

6 (2)
5 (4)

2 (2)

13 (4)

8 (2)
7 (4)

4 (2)

15 (4)

Bit 2

Bit 1

3 (4)

Tab. 11: Pin assignment example

16 14 12 10 8

6

4

2

Upper connections (2)Lower connections (4)15 13 11 9

7

5

3

1

Fig. 4: Pin assignment example

Unused connections are sealed with sealing plugs at the factory.

12

Bit 0

1 (4)

Type 8652
Assignment of digital inputs

5

ASSIGNMENT OF DIGITAL INPUTS

With the emulation island, the digital inputs are assigned from right to left, contrary to the labelling on theelectronic module.

8 7 6 5 4 3 2 1
Fig. 5: The digital inputs are assigned from right to left

13

Type 8652
Use of 5/2-way valve as 3/2-way
valve NC or NO

6

USE OF 5/2-WAY VALVE AS 3/2-WAY VALVE
NC OR NOWith valve island type 8652, only a 5/2-way function and not a 3/2-way function NC (CFC) or NO (CFD) isavailable as a single valve.
However, both 3/2-way functions can be realised with the 5/2-way valve, independently of the electricalcontrol/contacting of the valve.

6.1

3/2-way valve NC (CFC)

When the 5/2-way valve is not in an actuated state, working port 4 is vented, that means the port is notpressurised (NC). When the valve is actuated, working port 4 is pressurised.
5/2-way

3/2-way NC

Fig. 6: Realise valve function 3/2-way NC with 5/2-way valve

Working port 2 is not required to implement the 3/2-way NC function. Working port 2 is closed on the supply manifold because it is pressurised when not in an actuated state.
Example for valve position 2
Valve position 2

Working port 2
Working port 4

Fig. 7: 5/2-way as 3/2-way NC, working port 2 is not required and is factory-sealed with a sealing plug

6.2

3/2-way valve NO (CFD)

When the 5/2-way valve is not actuated, working port 2 is vented, that means the port is pressurised (NC).
When the valve is actuated, working port 2 is vented.
Regarding manual override, NO (CFD) is in this case 14 equal to 10(12). That means that when activating
the manual override, supply channel 1 is interrupted with working port 2.
5/2-way

Fig. 8: Realise valve function 3/2-way NO with 5/2-way valve

14

3/2-way NO

Type 8652
Use of 5/2-way valve as 3/2-way
valve NC or NO

Working port 4 is not required to implement the 3/2-way NO function. Working port 4 is closed on the supply manifold because it is pressurised when actuated.
Example for valve position 3
Valve position 3

Working port 2
Working port 4

Fig. 9: 5/2-way as 3/2-way NO, working port 4 is not required and is factory-sealed with a sealing plug

15

Type 8652
Device description file

7

DEVICE DESCRIPTION FILE

The device description file must be taken over from the valve island 8640.
Download device description file
Open country.burkert.com.
Enter the 4-digit type number in the search mask and press the enter key.
Select “downloads” filter.
Filter by document type “software”.
Download device description files.

16

Type 8652
Protocol settings

8

PROTOCOL SETTINGS

8.1

Selecting the protocol

There are several ways to select the protocol used:
Select protocol on the display of the fieldbus gateway
Press menu button

twice.

Select Parameter > Ind. Comm. > Protocol.
Select and confirm desired protocol.
Activate settings with Maintena.. > Restart > Yes.
Select protocol with web server (not available for PROFIBUS)
Establish connection to web server (for procedure see operating instructions type 8652).
User name: admin, password: admin
Navigate to Industrial communication > Configuration > Protocol.
Select protocol.
For the changes to take effect: restart the device.
Select the protocol with Bürkert Communicator
See Selecting the protocol [} 18]

8.2

Enter protocol-specific address

There are several ways to enter the protocol-specific address:
Select address on the display of the fieldbus gateway
Press menu button

twice.

Select Parameter > Ind. Comm. > IP set > address.
Or (with PROFIBUS):
Select Parameter > Ind. Comm. > IP set > PROFIBUS address.
Use menu button

to enable processing.

Set, confirm and save the address with the arrow keys.
Select address with web server (not available for PROFIBUS)
Establish connection to web server (for procedure see operating instructions type 8652).
User name: admin, password: admin
Navigate to Industrial communication > Configuration.
Enter address.
For the changes to take effect: restart the device.
Set address with Bürkert Communicator
See Protocol settings [} 18]

17

Type 8652
Settings with Bürkert Communicator

9

SETTINGS WITH BÜRKERTCOMMUNICATOR

9.1

Assigning device names

Assigning a device name facilitates the assignment of devices. The device name can be changed without
affecting communication.
Select the device in the Bürkert Communicator (on the screen to the left).
Navigate to General settings > Parameter > büS > Displayed name.
Enter a unique device name.
The device name should be assigned to each device.

9.2

Selecting the protocol

The adjustment only has to be made on the main island for valve islands with an RIO extension.
This step is only necessary if the protocol has not been preset at the factory.
Select the device in the Bürkert Communicator (on the screen to the left).
Navigate to Industrial communication > Parameter > Protocol.
Select protocol.
For the changes to take effect: restart the device.

9.3

Protocol settings

9.3.1

PROFINET, EtherNet/IP and Modbus TCP
PROFINET

EtherNet/IP

Modbus TCP

DNS compatible name

X

−

−

Fixed IP address

X

X

X

Network mask

X

X

X

Standard gateway

X

X

X

Temporary IP address

X

X

−

Tab. 12: Possible protocol settings

Read current IP address (such as EtherNet/IP)
Select the device in the Bürkert Communicator (on the screen to the left).
Navigate to EtherNet/IP > Parameter > EtherNet/IP settings > IP parameter settings.
IP address is displayed.
Protocol settings
Select the device in the Bürkert Communicator (on the screen to the left).
Navigate to EtherNet/IP > Parameter > EtherNet/IP settings.
If applicable, change settings.
18

Type 8652
Settings with Bürkert Communicator

9.3.2

PROFIBUS

Setting the PROFIBUS address
Select the device in the Bürkert Communicator (on the screen to the left).
Navigate to PROFIBUS DPV1 > Parameter > Profibus settings.
Set address.

9.4

RIO mapping

RIO mapping must only be carried out for valve islands with RIO extensions. The mapping is made at themain island.
Select the main island in the Bürkert Communicator (on the screen to the left).
Navigate to General settings > Parameter > RIO mapping.
Assign devices.
For the changes to take effect: restart the device.
Notes:The 8 maximum possible RIOs are displayed in the window RIO mapping.
The mapping must be done consecutively. Gaps are not allowed.
Assigned devices disappear from the drop-down list.
If a mapping needs to be changed:
Select Unused from the drop-down list.
Reassign devices.

9.5

Valve settings

The valve types used on the valve island are already preset.
If valves of one type are replaced by valves of another type, the settings in the Bürkert Communicator canbe adjusted.
Select the corresponding device in the navigation bar on the left.
Navigate to IOs > Parameter > Valve settings.
Make the settings for each valve unit. This can be set across the globally for the valve unit or separately
for each valve.
For the changes to take effect: restart the device.

9.6

Set error state

The adjustment only has to be made on the main island for valve islands with an RIO extension.
The error status can be made for all valves of a valve unit and/or for individual valves.
Numbering of the valves from right to left
The data image of the emulation island type 8652 is the same as the “old” valve island type 8640.
That means valve 1 is 1. Valve from the right.
See Assignment of working ports to electrical control [} 8] for further information.
19

Type 8652
Settings with Bürkert Communicator

Select the device in the Bürkert Communicator (on the screen to the left).
Navigate to IOs > Parameter > Fault state settings.
Adjusting settings.
For the changes to take effect: restart the device.
Off

Valve has no current

On

Valve is carrying current

Keep last value

The state before the error status remains

Tab. 13: Possible settings can be found in the “error state” menu

9.7

Supply voltage monitoring

The supply voltage monitoring is enabled on the device by the factory. If the supply voltage for the valve
block is interrupted, an error message is sent to the PLC.
The monitoring of the supply voltage can be disabled in the Bürkert Communicator if required.
Select the device in the Bürkert Communicator (on the screen to the left).
Navigate to General settings > Parameter > Supply voltage monitoring.
Deactivate or activate monitoring (EVS active).
For the changes to take effect: restart the device.

20

Type 8652
Error codes

10

1

ERROR CODES

Error code

Description

1/3

Overload detected.

2/1

Overvoltage detected.

2/2

Undervoltage detected.

2/3

Voltage is above the warning limit.

2/4

Voltage is below the warning limit.

2/5

Battery voltage is below the warning limit.

2/6

Voltage drop detected.

3/1

Excess temperature detected.

3/2

Low temperature detected.

3/3

Temperature warning limit exceeded.

3/4

Temperature is below the warning limit.

19/13 ... 19/18

Unit 1 ... Unit 6: short circuit on the upper position feedback unit.

19/19 ... 19/24

Unit 1 ... Unit 6: short circuit on the lower position feedback unit.

19/25 ... 19/30

Unit 1 ... Unit 6: wire break on the upper position feedback unit.

19/31 ... 19/36

Unit 1 ... Unit 6: wire break on the lower position feedback unit.

19/57

EVS (external valve shutdown) is active on one unit.

19/58

EVS (external valve shutdown) is active on a unit or the device has no power supply(24 V) for pneumatic valves.

19/59...19/64

Unit 1 ... Unit 6: short circuit on an input of the position feedback unit.

19/65...19/7

Unit 1 ... Unit 6: wire break on an input of the position feedback unit.

31/1 ... 31/6

Unit 1 ... Unit 6: overload detected.

31/10 ... 31/15

Unit 1 ... Unit 6: internal connection to the digital inputs of the electronic module interrupted.

31/16 ... 31/21

Unit 1 ... Unit 6: internal connection to the display of the electronic module interrupted.

31/28

Internal connection to the display of the fieldbus gateway interrupted.

31/29

EVS status cannot be read.

31/50

EVS (external valve shutdown) is active on all units, the device may not have power
supply (24V) for pneumatic valves.

31/60

RIO power supply error 1.

31/7 ... 31/8

Electronic module defective.

31/9

Valve control defective.

32/1

Capacity of the internal message storage exceeded.

32/130Initialisation of the device.

At least 1 RIO device has a power supply error

21

Type 8652
Error codes

22

Error code

Description

33/1

Switch to “operation” state.

33/2

Switch to “diagnostics active” state.

33/3

Switch to “maintenance” state.

33/4

Switch to “out of specification” state.

33/5

Switch to “check function” state.

33/6

Switch to “error” state.

33/7

Switch to AUTO operating state.

33/8

Switch to MANUAL operating state.

33/9

Switch to special mode: LED flashing.

33/11

Switch to “off” state.

33/12

Input value simulation active for at least 1 value.

33/13

Output value simulation active for at least 1 value.

33/14

Demo operation mode enabled.

33/15

User-triggered maintenance signal.

33/32768

1 status message present.

40/996

Error on 1 or more partner device(s).

45/256büS event: büS is NOT operational.

45/257büS event: initialisation of communication.

45/512büS event: localisation.

45/768büS event: a device is using the same address.

45/1024

büS event: bus connection lost/not available.

45/1792büS event: partner search active.

45/1793büS event: producer(s) not found.

45/1794büS event: manually configured device without address. The search can take up to 1
minute.

45/1795

büS event: producer assignment faulty.

45/1796büS event: removal of the producer failed.

45/1797büS event: incorrectly configured CANopen device.

45/1798büS event: GCV is configured on both büS interfaces.

45/1799büS event: cyclical communication of the producer is not active.

45/2048büS event: saving of persistent büS data (do not switch off device).

45/2049büS event: deletion of persistent büS data (do not switch off device).

45/2304

büS event: router for acyclic data active.

45/2560

büS event: incorrect serial number.

45/2561büS event: incorrect configuration of cyclical inputs (not enough filters).

Type 8652
Error codes

Error code

Description

45/2562büS event: incorrect configuration of cyclical values.

45/2816büS event: manager is active.

45/3072büS event: monitored device failed.

45/3584

Wait for addressing.

45/4096

Error when initialising the device parameters.

45/4097

Configured address is already being used.

51/1

No correct connection to the process control system.

51/10

Initialisation of industrial communication.

51/101

Error in the NetX configuration, e.g. when downloading the firmware.

51/102

Industrial communication is switched off.

51/103

No or incorrect mapping file present.

51/104

No protocol firmware available.

51/105

Please select a protocol and restart the device.

51/2

The cyclical data traffic was slower than the set timeout parameters.

51/201

Protocol stack initialisation error.

51/202

Protocol stack configuration error.

51/203

Error sending the MAC address.

51/204

Error registering the object data.

51/205

Error registering the connections, more than 5 specified.

51/206

Incorrect PROFIBUS address, only addresses 1–126 possible.

51/207

Incorrect CC-Link address, only addresses 1–64 possible.

51/208

Incorrect CC-Link baud rate.

51/300The fieldbus master is in stop mode.

51/303

Error during cyclical data exchange.

51/400The master attempted to connect a faulty module/sub-module.

63/50

Too many inputs for one valve island (bitwise composition). (Profibus error in parameterisation telegram)

63/51

Too many outputs for one valve island (bitwise composition). (Profibus error in parameterisation telegram)

63/52

Parameterisation telegram too large. (Profibus error in parameterisation telegram)

63/53

Parameterisation telegram too small. (Profibus error in parameterisation telegram)

63/54

Too many inputs for one valve island. (Profibus error in configuration telegram)

63/55

Too many outputs for one valve island. (Profibus error in configuration telegram)

63/56

Too few inputs for a valve island (default from parameterisation telegram). (Profibus
error in configuration telegram)
23

Type 8652
Error codes

Error code

Description

63/57

Too few outputs for a valve island (default from parameterisation telegram). (Profibus
error in configuration telegram)

63/58

An identifier has the incorrect code. (Profibus error in configuration telegram)

Additional information on certain error codes
19/57, 19/58, 31/29: In this case “EVS” means the supply voltage of the valves
31/60: At least 1 RIO device has a fault in the supply voltage
45/1793: RIO device was lost24