English – Burkert Type 1066 User Manual

Page 29

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1066 - 27

I

NSTALLATION

AND

C

OMMISSIONING

english

Configuration of the Process Data

3 static inputs and 3 static output assemblies are available for the transmission of the process data via an
I/O connection. Selected attributes are gathered together in one object in these assemblies, in order to be
able to be transmitted together as process data via an I/O connection.

The process data can either be accessed cyclically in the connection variants "Polled I/O" and "Bit-strobed
I/O" with "Change of State" when the input values change, or non-cyclically via Explicit Messages.

The access path for non-cyclic access is:

class

4

instance

1

attribute

3

With the

Get_Attribute_Single service, non-cyclic read access can be obtained to the input data, and non-

cyclic write access to the output data with

Set_Attribute_Single.

1 Data Byte for inputs (sensors and/or proximity switches):

Setting the baud rate

Adapting the control head to the baud rate of the network.

ATTENTION!

Any change to the settings using the DIP switches will only become effective
following a re-start of the device.
A re-start can be carried out by briefly unclamping and the re-clamping the control head
from/to the network or by sending a corresponding Reset Message. It is also possible be
switching the network power supply off and then on again.

1 Data Byte for inputs (sensors and/or proximity switches):

DIP 7

DIP 8

Baud rate

off

off

125 kBaud

on

off

250 kBaud

off

on

500 kBaud

on

on

not allowed

Bit

Sensor

Value allocation

Bit 0

S1 (Prox.switch 1)

0 Prox. switch 1 OFF

1 Prox. switch 1 ON

Bit 1

S2 (Prox. switch 2)

0 Prox. switch 2 OFF

1 Prox. switch 2 ON

Bit 2

S3 (Terminal for additional prox. switch)

0 Prox. switch 3 OFF

1 Prox. switch 3 ON

Bit 3 ... Bit 7

Not used

0 always

Bit

Sensor

Value allocation

Bit 0

S1 (Valve 1)

0 Valve 1 OFF

1 Valve 1 ON

Bit 1

S2 (Valve 2)

0 Valve 2 OFF

1 Valve 2 ON

Bit 2

S3 (Valve 3)

0 Valve 3 OFF

1 Valve 3 ON

Bit 3 ... Bit 7

Not used

0 always

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