AUTOMATION
SOFTWARE |
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STEP
7 Engineering Software |
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STEP
7-Micro/WIN for S7-200 |
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Engineering package for programming the SIMATIC
S7-200 |
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STEP
7 Basic |
| Description |
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STEP
7 Professional |
| STEP7-Micro/WIN
lets you save time and money in programming.
This software package can be handled like
a standard Windows application and includes
all necessary tools for convenient programming
of the SIMATIC S7-200: from the high-performance
SIMATIC instruction set to IEC 1131-compliant
programming and all the way to trend charts
and wizards. |
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HMI
System SIMATIC WinCC flexible |
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WinCC
flexible Engineering Software |
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WinCC
flexible Runtime Software |
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WinCC
flexible Options |
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latest version, STEP7-Micro/WIN 4.0, which
is compatible with Win2000, Windows XP and
higher operating systems, offers even more:
segmented data memory, improved handling of
the program and command structures, diagnostic
functions as well as a user-specific LED,
error history, runtime edit, and online-download. |
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SCADA
System SIMATIC WinCC |
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SIMATIC
WinCC |
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WinCC
Options |
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WinCC
Add-ons |
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Ask
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E-mail
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| The
STEP 7-Micro/WIN programming wizards |
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| Parameterizing
instead of programming – that's what STEP
7-Micro/WIN wizards let you do. They support
simple graphical parameterizing of complex
tasks as well as automatic testing of the
available memory operation, generate commented
programming blocks, and much more. STEP 7-Micro/WIN
provides the right wizard for any complex
automation solution. |
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Overview
of wizards
 AS-Interface
Text
Displays TD100C, TD 200, TD 200C, TD 400C
Data
Log
EM
241 Modem
EM
253 Positioning
EM
253 Control Panel
Ethernet
High
speed counter
Internet
NetRead/NetWrite
PID
loops
PID
Tune Control Panel
PTO
(pulse outputs)
Recipe
management
Remote
Modem
SIWAREX
MS
Modbus
RTU
USS
protocol
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| SIMATIC
STEP 7 Basic |
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| Engineering
Software for SIMATIC S7-1200 |
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| Description |
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SIMATIC
STEP 7 Basic is designed to be intuitive,
easy to learn and easy to use. This provides
you with highest efficiency in engineering.
Smart functionalities such as intuitive editors,
drag and drop as well as “IntelliSense“-tools
simply let you engineer faster.
This new software architecture comes from
a stable source for future innovations – Siemens
has many years of experience in software development
and has thus made SIMATIC STEP 7 Basic highly
future-oriented.
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| One
common engineering framework |
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| STEP
7 Basic, including WinCC Basic, has task-oriented,
intelligent and intuitive editors that enable
it to serve as one common engineering framework
for programing controllers and configuring
HMI Basic Panels. The new integrated engineering
system SIMATIC STEP 7 Basic offers you intuitive
and fast engineering capabilities for programming
and commissioning comprehensive automation
solutions. |
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| Supporting
first-time users and professionals |
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With
SIMATIC STEP 7 Basic ease-of-use is guaranteed,
whether you are just starting out in engineering
or have many years of routine. Engineering
is easy to learn and use for starters and
fast and efficient for professionals.
Different users may chose from two different
types of views – which ever suits them best.
Using the portal view, you have all tasks
for an automation project at a glance. This
means, beginners are supported with a taskoriented
user guidance and with recommended editors
that are perfectly fit for their automation
task. When using the project view, your entire
project is hierarchically structured in the
project tree, enabling fast, intuitive access
to all editors, parameters and project data,
ensuring object-oriented engineering. Both
first-time users and professionals will be
able to solve engineering tasks fast and efficiently.
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| SIMATIC
STEP 7 Professional |
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| The
comprehensive engineering solution for SIMATIC
Controllers |
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| Description |
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STEP
7 Professional comprises the following software
packages:
STEP
7 Basic software
S7
- Graph.
S7
- SCL
S7
- PLCSIM
Besides a considerable price saving in relation
to the purchase of the individual components
you can take advantage of reduced installation
efforts and the possibility to subscribe to
a consolidated Software Update Service.
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| STEP
7 basic Software |
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STEP
7 basic software is the standard tool for
the SIMATIC S7, SIMATIC C7 and SIMATIC WinAC
automation systems. It enables the user to
use the performance capability of these systems
easily and conveniently.
STEP 7 contains convenient functions for all
phases of an automation project:
Configuring
and parameterizing the hardware.
Specifying
the communication.
Programming.
Test,
start-up and service
Documentation,
archiving.
Operating/diagnostics
functions
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| STEP
7 program tools |
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SIMATIC-Manager:
The SIMATIC Manager manages all data belonging
to an automation project, regardless of the
target system (SIMATIC S7, SIMATIC C7 or SIMATIC
WinAC) on which they are implemented.
It provides a common entry point for all SIMATIC
S7, C7 or WinAC tools. The SIMATIC software
tools that are necessary for processing the
selected data are automatically started by
SIMATIC Manager.
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Symbol-Editor:
With the tool Symbol Editor all global variables
(in contrast to the local formal parameters
that are declared when the blocks are programmed)
are managed. The following functions are available:
Definition
of symbolic designations and comments for
the process signals (inputs/outputs), flags
and blocks
Sorting
functions
Data
exchange with other Windows programs
The symbol charts that are generated when
this tool is used are available to all software
products. Changes to a symbol parameter are
therefore automatically recognized by all
tools.
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Hardware
configuration:
The tool Hardware Configuration is used for
configuring and parameterizing the hardware
used for an automation project. The following
functions are available:
Configuration
of the automation system Racks are selected
from an electronic catalog and the selected
modules are assigned to the required slots
in the racks.
The
configuration of the distributed I/Os is done
in the same way as the configuration of the
non-distributed I/Os; channel-granular I/O
modules are also supported.
CPU
parameter assignment:
Properties such as restart characteristics
and cycle-time monitoring can be set menu-driven.
multicomputing is supported. The entered data
are filed in system data blocks in the CPU.
Module
parameter assignment:
The user can specify all the adjustable parameters
of the modules in input screen forms. Adjustments
via DIP switches become unnecessary. Parameterization
of hardware modules occurs automatically during
the CPU's acceleration. Thus, a change of
a module can be made without another parameterization.
Function
module (FM) and communications processor (CP)
parameter assignment:
This parameterization also occurs within the
hardware configuration in the same way as
the parameterization of the other modules.
For this parameterization hardware-module-specific
screen forms and rules are provided for each
FM and CP (is included in the FM/CP functions
package). The system prevents faulty inputs
by offering only allowed entry options on
the parameter assignment screen forms.
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Communication
configuration
Configuring
and display of communication links
Time-driven
cyclic data transmission via MPI:
- Selection
of communication partners
- Entering
of data source and data destination in a table.Generation
of all system data
blocks (SDBs) to be loaded and their complete
transmission to all CPUs take place
automatically
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Parameterization of the selected communication
blocks in the customary programming
language (e.g., LAD).
Event-driven
data transmission
- Definition
of the communication links.
- Selection
of the communication function blocks (CFBs)
from the integrated block library.
- Parameterization
of the selected communication blocks in the
customary programming
language (e.g., LAD).
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System
diagnostics
System diagnostics offer the user an overview
of the status of the automation system. The
display can be in two different forms:
Display
of text messages, which can be output directly
and quickly.
Pixel-graphics
display within the Hardware Config display,
offering the following options:
- Display
of general module information (e.g., order
number, version, designation) and
module status (e.g., faulty)
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Display of module faults (e.g., channel faults)
of the central I/O and DP slaves
- Display
of alarms from the diagnostics buffer
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For
CPUs, additional information is displayed
Causes
of malfunction during user program execution.
Display
of cycle duration (longest, shortest and last
cycle).
Display
of the reserved and free memory.
Capabilities
and usage of MPI communication.
Display
of the performance data (number of possible
inputs/outputs, flags, counters, timers and
blocks)
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| Programming
languages |
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The
following well-proven programming languages
are available:
Ladder
(LAD,
Function
Block Diagram (FBD)
Instruction
List (IL)
The user can create programs that comply with
DIN EN 6.1131-3.The user-friendly, pixel-graphics
LAD and FBD editors support the programmer
with:
Uncomplicated
and intuitive operation:
The creation of ladder diagrams/function block
diagrams is characterized by the user-friendliness
familiar from PCs, such as drag and drop,
cut and paste.
Library
of predefined complex functions (such as PID
controllers) or user-specific standard solutions
The Instruction List (IL) textual programming
language makes it possible for the user to
create programs in which operating time and
memory location are optimized and which are
“close to the hardware.” When creating these
programs, the programmer is supported by the
following user-friendly editing functions:
Entry
option in incremental mode and free text mode:
the user can either have each input immediately
checked “incrementally” for correctness, or
create the complete program using only symbols
in a text editor and subsequently have it
translated by means of the appropriate symbol
chart.
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| Operation
set |
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The
STEP 7 programming languages have a comprehensive
set of instructions, similar to STEP 5. This
allows even complex functions to be programmed
easily (i.e., without having great programming
knowledge) and quickly.
The following functions are provided
Binary
logic (incl. edge evaluation)
Word
operation
Timers/counters
Comparison
functions
Conversion
functions
Shift/rotate
Mathematical
functions (incl. trigonometry, exponents,
logarithms)
Program
control (branches, branch distribution, calls,
Master Control Relays).
In addition, improved testing and service
functions make programming easier:
Setting
breakpoints (only S7-400)
Forcing
of inputs/outputs (only S7-400)
Rewiring
Display
of cross-references
Status functions:
Download
and testing of blocks directly from the editor
Status
of several blocks at the same time
Search
functions:
Specific locations within the program can
be found quickly using search criteria (such
as symbolic name, operand) (XRef).
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| Licensing |
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| STEP
7-Basic Software is part of the STEP 7 Professional
Software package yet also available separately.
Customers that already use STEP 7 can change
to STEP 7 Professional by purchasing a POWERPACK.
A valid STEP 7 license is needed for this
upgrade. Software Update Service is offered
for the STEP 7 Professional package as well. |
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