EDS 3000 IO-Link
11
Edition: 20.04.2020
HYDAC
ELECTRONIC
GMBH
Part no.: 669897
9 Parameterisation
9.1 General
overview
The instrument has a program enable which must be set to change the settings. The
program enable can be set or cancelled during operation. It provides protection against
unintentional alterations of settings.
9.2 Parameterisation in SDCI mode
The pressure sensor can be parameterised in the SDCI mode using the IO-Link
interface by means of any IO-Link compatible master configuration tool (according IO
specifications V1.1). IO-Link specifications V1.0 are as well supported.
Should the read parameter sets from the device not be accepted, we recommend to
carry out a plausibility check of the parameter set.
For detailed information on IO-Link device parameters, factory defaults, process and
diagnostic data, supported standard system commands as well as additional HYDAC
device specific system commands for the various product versions (part numbers),
please refer to the corresponding IODD (IO Device Description).
The configuration parameters of the IODD can be found in
chapter 9
Parameterisation
.
You will find the link for download of the IODD on our homepage at:
(http://www.hydac.com/uk-en/products/sensors/show/Material/Index.html)
Products
Sensors
Produkt search
Entering the part number (9xxxxx) the corresponding ZIP file appears
As a further additional data source for IODDs the IODD finder can be used at:
(https://ioddfinder.io-
link.com/#/productvariants?vendorName=%22HYDAC%20ELECTRONIC%20GmbH%22)
9.3 Parameterisation in SIO Mode
If IO-Link is not used, the EDS 3000 IO-Link functions as a pressure switch with two
switching outputs or with 1 switching output and 1 analogue output.
It can be flexibly adapted to the relevant customer application via the integrated operating
keys (menu navigation, please see
chapter
12
Basic Settings
) in conjunction with the
HYDAC programming device HPG P1-000 or the programming adapter ZBE P1-000.
9.4 Parameterisation with HPG P1-000
(Connection via standard cable)
Device
1
HPG P1
2
3
4
5
1
2
3
4
5
+Ub
0 V
1
2
3
4
+Ub
0 V
Q1 / C