Block Parameterization; Data Storage; Variant Handling; Reset Commands - Balluff BES M12EG1-L01C80F-S04G-L04 Konfigurationsanleitung

BES M12EH1-L01C40B-S04G-L04 / BES M12EG1-L01C80F-S04G-L04 /
BES M18EH1-L01C80B-S04G-L04 / BES M18EH1-L01C12F-S04G-L04
Inductive sensors
2
IO-Link Basic Knowledge (continued)
2.6

Block Parameterization

Block parameterization refers to a special process in which
multiple parameters are parameterized in one process. It is
started with a start command and concluded with an end
command.
Because the check of the data is not performed until the
parameterization is concluded, pieces of data that are
dependent on one another can also be set without
problem.
2.7

Data Storage

Data Storage refers to a special process for being able to
store the parameterization data of a device on the master.
The master controls the process between uploads (if data
is intentionally changed) or downloads (if, e.g., an
incorrectly parameterized device is connected). The
system comprising master and device thereby ensures that
a device can be exchanged without the need for an active
re-parameterization.
The settings regarding Data Storage are to be
performed on the IO-Link master gateway (refer to
the information in the corresponding
documentation).
Operation is dependent on the used IO-Link master and is
explained in the corresponding description.
All parameters that are stored for parameter
management in the IO-Link master are marked
appropriately in Tab. 3-6 (see ISDU – Identification
Data on page 12).
2.8

Variant Handling

The following three variants are available:
– LSSC
– AdSS
– Comprehensive Condition Monitoring
They differ in the configuration of the process data and of
the available switching profile.
A device can consist of a combination of several different
IO-Link devices. These device variants differ in the basic
functionality, the IO-Link communication settings (length of
the process data, communication speed) or in the IO-Link
communication model or data model (e.g., support of
other ISDU parameters or IO-Link profiles).
A variant can be selected via an ISDU access (see function
Variant Configuration on page 83). Note here, that
changes do not take effect until after a communication
restart (e.g., through Device Reset (see Reset Commands
on page 82).
All device variants can also be selected via the so-called
Compatibility Mode. In this case, the port configuration on
the master is used to switch the device to the target
variant, which is then used permanently by the device.
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2.9

Reset Commands

The device offers various reset functions. A corresponding
command is executed via a system command.
The behavior and the values that are reset in a given case
can be found in the ISDU overview (see section 3.4 on
page 12) and in the individual function descriptions.
The Reset Commands are described on page 82.
2.10

Device Functions and Master Gateway

The functions of the device are described in detail in the
subsequent sections. Refer to the guide of the IO-Link
master for information on the implementation of the
process, parameter and diagnostic data via the master
gateway.
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