Lenze EVS9322-EI EVS9322-EI EVS9322-EI EVS9322-EI EVS9322-EI EVS9322-EI

I/O modulesAll CPUs of the SIMATIC product series feature
a display with plain text information. The display
provides information on order numbers, firmware version
and serial numbers of all connected modules. In
addition, you can set the IP address of the CPU and
carry out further network settings. The display shows
occurring error messages directly in plain text.
In addition to the functions listed here, a multitude of
other functions that are described in the SIMATIC S7-
1500 Display Simulator are shown on the display.he X1 interface has two ports (P1 R and P2 R). In
addition to basic PROFINET functionality, its also supports
PROFINET IO RT (real time) and IRT (isochronous
real time), which means you can configure
PROFINET IO communication or real-time settings on
the interface.
Port 1 and Port 2 can also be used as ring ports for the
configuration of redundant ring structures in Ethernet
(media redundancy).
Basic PROFINET functionality comprises:
• HMI communication
• Communication with the configuration system
• Communication with a higher-level network (backbone,
router, )
• Communication with another machine or automationAs an IO controller the CPU addresses the connected
IO devices
• I-device:
As an I-device (intelligent IO device) the CPU is assigned
to a higher-level IO controller and is used in
the process as an intelligent pre-processing unit of
sub-processesThe system automatically generates the messages for
the system diagnostics and outputs these messages
via a programming device/PC, HMI device, the Web
server or the integrated display. System diagnostics
information is also available when the CPU is in STOP
mode.The Web server lets you access the CPU data by
means of a network. Evaluations, diagnostics, and
modifications are thus possible over long distances.
Monitoring and evaluation is possible without STEP 7;
all you need is a Web browser. Make sure that you take
appropriate measures (e.g. limiting network access,
using firewalls) to protect the CPU from being compromiseTrace functionality supports you in troubleshooting
and/or optimizing the user program.
You record device tags and evaluate the recordings
with the trace and logic analyzer function. Tags are, for
example, drive parameters or system and user tags of
a CPU.
The device saves the recordings. You can read out and
permanently save the recordings with the configuration
system (ES), if required. The trace and logic analyzer
function is therefore suitable for monitoring highly dynamic
processes.
The trace record can also be displayed through the
Web serverWith OPC UA, data is exchanged via an open and
vendor-neutral communication protocol. The CPU can
act as an OPC UA DA server. The CPU can communicate
with OPC UA clients as an OPC UA server.
Through OPC UA Companion Specification, the methods
can be specified uniformly and independently of
manufacturers. The specified methods enable you to
integrate devices from various manufacturers more
easily into your plants and production processesYou can use configuration control to operate different
real hardware configurations with a configured maximum
configuration of the hardware. This means that, in
series machine manufacturing in particular, you have
the option of operating/configuring different configuration
variants of a machine with a single projectRT prioritizes PROFINET IO telegrams over standard
telegrams. This ensures the required determinism in
the automation technology. In this process the A reserved bandwidth within the send clock is available
for IRT data. The reserved bandwidth ensures that the
IRT data can be transmitted in time-synchronized intervals,
unaffected by other high network loading (e.g.
TCP/IP communication or additional real time communication).
Update times with maximum determinism can
be realized through IRT. Isochronous applications are
possible with IRT.The Isochronous mode system property acquires
measured values and process data and processes the
signals in a fixed system clock. Isochronous mode thus
contributes to high control quality and hence to greater
manufacturing precision. Isochronous mode reduces
possible fluctuations of the process reaction times to a