WinMOD Design Recommendation 7 - WinMOD-Kundencenter · WinMOD Design Recommendation...

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WinMOD Design Recommendation

WinMOD Design Recommendation 7.2

Customer Neutral

revision: 1

confidentiality: public

edited: GR date: 2015-02-20

checked: WB date: 2015-02-20


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T able of c ontent

1 Introduction 4

2 Classification of WinMOD Projects 6 2.1 WinMOD Master Project ............................................................................................................. 6 2.2 WinMOD Target Project ............................................................................................................. 6 2.3 WinMOD Reference Project ....................................................................................................... 6

3 Global Settings (Project Independent) 7 3.1 Editing on Several Workstations............................................................................................... 7 3.2 Apply or Editing on Multiple PC ................................................................................................ 7

4 WinMOD Project Settings 8 4.1 Settings of WinMOD Simulation and Macro Files .................................................................... 8 4.2 Time based Settings ................................................................................................................... 8 4.3 Operand View ............................................................................................................................. 9 4.4 Project Description..................................................................................................................... 9 4.5 File Structure of the WinMOD Target Project ........................................................................... 9

5 WinMOD Simulation Files 10 5.1 Properties for Simulation Files................................................................................................ 10

5.2 Project Description ....................................................................................................... 12 5.3 Design in Files for Devices ...................................................................................................... 13 5.4 Design in Files with the Process Behavior ............................................................................ 20 5.5 Design in Other Simulation Files ............................................................................................ 20

6 WinMOD Macro Files 21 6.1 Settings for WinMOD Macro Files ........................................................................................... 21 6.2 Design in Macro Files ............................................................................................................... 23

7 WinMOD Operand Names 29

Appendix 30 History ............................................................................................................................................... 30





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workflow to target project

manually: iterative process with the help of master and reference project, automatic: using WinMOD EngineeringAssistance

new project WinMOD Project company specific

WinMOD template project WinMOD Component

Library

empty template project

edit target project

target project

WinMOD reference project A WinMOD reference project B

copy components to target project

create or import signal list

parameterize system

append structural information to signal list

wire components with I/O signals





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1 Introduc tion

This document presents best settings for creation and using WinMOD Projects and files. When using these settings – especially if several employees are working with WinMOD – similarly structured and formatted WinMOD Projects arise.

Note: Much of the content presented in this document is the default setting from WinMOD 7.1.

Note: This mode of operation is supported, if you use WinMOD Project and File Templates from the Internet (ref. WinMOD Customer Care Center).





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Note: You can use the function WinMOD Project Policies if you want to define WinMOD parameters. Go to the main menu configuration - Project Policies… and select the settings, which WinMOD should automatically restore at start up.

You can also install the bundled WinMOD Project Policies from the Customer Center (www.winmod.de/en): 1. Go to the main menu configuration – Project Policies... and then click Import….

2. locate the downloaded file

3. Finally, click Open, then click Define.





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2 C las s ific ation of WinMOD P rojec ts

Design recommendation refers to three types of WinMOD System Projects:

2.1 WinMOD Mas ter P rojec t

WinMOD Master Projects are reusable, technology-specific components and their description. This project consists of SIM-files containing the following elements: • overview window to navigate within the project • reusable components (= component library) • description, visualization and presentation (Force Machine) of component (as needed) Because components are reused in the target project, the same design recommendation is used for the target project.

2.2 WinMOD T arget P rojec t

From an initially blank project arises (from file templates and with the help of WinMOD components from master or reference projects) the to be simulated virtual plant. Regarding to an enterprise standard, here the design recommendation should be considered.

2.3 WinMOD R eferenc e P rojec t

The reference project facilitates the presentation of the project concept to third parties. The to be realized project is developed from the target project with the help of components of the master project. Since many settings WinMOD are individually adjustable, uniform WinMOD system settings are recommended for all users.





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3 G lobal S ettings (P rojec t Independent)

3.1 E diting on S everal Works tations

3.1.1 WinMOD E lement L ibrary The WinMOD Element Library is completely customizable. Therefore, the changes, as for example adding macros and components, or the patterning of the elements must made jointly on all systems. 3.1.2 WinMOD Add-Ons Used WinMOD Add-Ons (eg WinMOD Recorder) for WinMOD System Software must be licensed on all workstations, provided they are used. With the use of signal and simulation elements from the element library the properties of the last item are reproduced. For a uniform design it’s recommended to define a standard view of the elements once and to store it, using the context menu of the element view as default. The settings used should be identical on all workstations, were the project is edited.

3.2 Apply or E diting on Multiple P C

3.2.1 S creen res olution Window schemes dependent on screen resolution of the workplace. It should therefore be used on all jobs the same screen resolution.

recommended setting: 1280 x 1024 Pixel 3.2.2 WinMOD toolbar The arrangement of the WinMOD System Software toolbar has an impact on the window patterns, so it is recommended that this arrangement (for example, define a uniform row or double row).

recommended setting: one row





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4 WinMOD P rojec t S ettings

To ensure the reusability of components from the master project in the target project, the same project settings should be used in both projects. This concerns in particular points of view, time base, and operands.

4.1 S ettings of WinMOD S imulation and Mac ro F iles

The settings for simulation and macro files should be adapted to the later target project to occur, the acquisition of components without editing. There are two types of components: • structural units for components with many inputs and outputs, such as operator terminals, robots, etc.

Macro inputs and outputs are graphically wired with signal elements, which are occupied by local operands, so the simulation file for each structural unit can be copied into the target project. The local operands are replaced in an import / export process through global operands, the manual wiring can be omitted so.

• small components, that can be manually wired

Components of this type should be without operands, purely graphically, with the signal elements to be Macro inputs and outputs wired. Thus, the components can easily be multiplied and then linked to the operand.

4.2 T ime bas ed S ettings

The time behavior of WinMOD Simulation System is dependent on the performance of the PC System, the project scope, the nesting of macros, as well as the extent of the visualizations. In addition, the simulation results can be dependent on the time base, as for example respond at very short set times and great time base position switch is not (the reaction area could be completely run over during a cycle).

Note: I.e. the time base of the project could possibly lead to different simulation results.

Therefore, the time base must be chosen so, that it can execution is ensured on the slowest PC System. Bottom right in the status bar, you can follow the bar and percentage display, are processed by which time the member functions.

recommended setting: from 100 ms for process applications and standard PC systems

to 50 ms for factory automation with high-performance PC systems





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4.3 Operand V iew

The used setting, whether a symbol name or address appears to be primarily as an operand name, is project wide. All users should therefore use the same setting.

recommended setting: Symbolic Operands (main menu: View)

4.4 P rojec t Des c ription

Often the project accompanying documentation will be attached to open (button description of

WinMOD toolbar).

4.5 F ile S truc ture of the WinMOD T arget P rojec t

Based on the file contents following file types were been defined for the WinMOD Target Project: 4.5.1 s imulation files

Title Page – provides an overview of the current project, contributor, and so on… Technology Scheme – provides a graphic overview of the entire plant and its parts in case of transportation / material flow IO Map, SIMLINE IO Map – provides a dynamic overview of the state of the input and output signals Devices, Control Devices – WinMOD macros are arranged here sorted by the plant section

4.5.2 recorder files

Recorder – tool for diagnosis, testing and documentation of signal changes





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5 WinMOD S imulation F iles

5.1 P roperties for S imulation F iles

The aspects of the design concept of a simulation file are: • selection of the workspace, the page size for printing and their view in the layout of the file • structuring in layers • definition of background colors, fonts and font sizes • define non-editable layers, for example for comments and background graphics

Note: The following statements provide optimum printing results to A4 in landscape mode. For A4 portrait please exchange width and height, right and against each other.

Note: When using a template file, the descripted settings can be taken as a whole.

5.1.1 s imulation file s ettings (menu C onfiguration - S ettings of " filename" ) A4 landscape portrait

Operand View Operand View

limit operands text length: 240 pixel

Signal Elements Show both names

Workspace Grid

grid points X: 20 pixel grid points Y: 20 pixel

align at grid disable show grid

Workspace width: 1600 pixel width: 1000 Pixel

height: 1000 pixel x page count


background color: individual

background graphic only for Technology Scheme





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5.1.2 print s ettings (menu F ile – P age S etup…) A4 landscape portrait

Margins Margins

Left: 2,5 cm Right: 1,0 cm Right: 2,5 cm Top: 2,5 cm Top: 1 cm

Bottom: 2,0 cm

Spacing from the Margin

Header: 1,5 cm Footer: 1,5 cm

Page Division Print Range

Left: 0 Right: 1600 Right: 1000

Top: 0 Bottom: 1000 pixel x

page count Bottom: 1600 pixel x

page count

Options show page margins

5.1.3 layer s tructure WinMOD Simulation Files are typically structured into the following layers:

active layer for simulation elements passive layer for text and graphics passive layer for background graphic (optional)

Note: For each layer is recommended in Arial font, size 10.





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5.2 P rojec t Des c ription

If for the understanding and use of a file additional information is desired, eg documentation of sources, "links" to component descriptions, this can be created in so-called WinMOD Project description. These consist of a description and a link to the desired (documentation) file. File descriptions can be attached to the following file types: • simulation files • recorder files • macro files

Note: Only the links are stored, not the files themselves!

Note: The added documents must be made available to all users.

recommendation: copy all documents into the project folder





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5.3 Des ign in F iles for Devic es

The structure of the plant should be reflected in the structure of the simulation files in the project. Thus, components of a part of a plant for example, can be combined into one simulation file. The order within the file should be listed alphabetically by facility name.

Note: It is recommended to put all device macros into columns in one simulation files (from top to bottom).

The arrangement and wiring of components with signalling elements should be as follows:

Note: The component width can be extended depending on your needs. Make sure that it is changed in steps of 20 pixels.

<typical>

PLC-inputPLC-output

%parameter:0,00 %

<item designation/ ID><item function>UXX_01 - <typical>

@Reset@Reset

%parameter

$<process-input

output_analog

input-digital

output_binary

$macro-macro connection


$>process-output

input_analog

input-digital

input_binary PLC-Input E 0.0

0,00 %

PLC- OutputA 0.0

PLC-Input EDW 8

0,00 %

0,00 %

0,00 %

0,00 %

PLC-Output ADW 8

0,00 %

0hex

PLC- Output ADW 4

0hex

PLC-Input EDW 4

0,00 %

input component output

40 180

240

100

320

460 + ( 20 x n )

40

pixel

100

240





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Types of input / output and identification of components:

<typical>

PLC-inputPLC-output

%parameter:0,00 %


@Reset@Reset

%parameter

$<process-input

output_analog

input-digital

output_binary



$>process-output

input_analog

input-digital

input_binary PLC-Input E 0.0

0,00 %

PLC- OutputA 0.0

PLC-Input EDW 8

0,00 %

0,00 %

0,00 %

0,00 %

PLC-Output ADW 8

0,00 %

0hex

PLC- Output ADW 4

0hex

PLC-Input EDW 4

0,00 %

1

3

2

facility name (Ident)

functional description

type

PLC-outputs 1

process signals (simulation internally) 2

external parameters (simulation internally) 3

PLC-inputs 5

process signals (simulation internally) 6

4

simulation control (simulation internally) 4

macro-macro connection (simulation internally)

7

6

5

7

7





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5.3.1 P L C -Outputs signal element binary analog digital

Behavior Behavior

Forcing inactive

View Force Mode

small light emitting diode slider horizontal text or

small LED horizontal

Display Mode small light emitting diode bar at left text or


Identification block

Fields show operand information

numeric display, graphical display,

operand information


operand information

mirror horizontal

Color of the operand

Position I. Size and Position

X: 40 Width: 240

Height: 18 Height: 68 Height: 48

example unforced PLC- OutputA 0.0 PLC-Output ADW 0

0,00 %

0hex

PLC- Output ADW 0

example forced PLC- OutputA 0.0 PLC-Output ADW 0

0,00 %

0hex

PLC- Output ADW 0





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5.3.2 external parameters and proc es s s ignals (operating times , maximum s peed,

and s o on) signal element binary analog digital

Behavior Behavior

on demand: a) Forcing active: parameter values are presented in the WinMOD

Master Project, access via WinMOD EngineeringAssistance is not possible.

b) Forcing inactive: parameters does not have in WinMOD Master Project a presented value. It is necessary to set them after the transfer out of the WinMOD Master Project. The access via WinMOD EngineeringAssistance is possible (column default value of the operand).

View Force Mode

small light emitting diode − text or


Display Mode small light emitting diode − text or


Identification Block

Fields show operand information numeric display numerische bzw.

grafische Anzeige

mirror horizontal



X: 180 Width: 100


example unforced Param 0,00 % 0hexParam

example forced Param 0,00 % 0hex





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5.3.3 component Komponente (benutzerdefiniert)

View Identification

visible fields: 3

Representation Open with signals, shows the control desk and the signals


X: 320 Width: 460

Height: arbitrary, depending on the needs

example <typical>

PLC-inputPLC-output

%parameter:0,00 %


@Reset@Reset

%parameterParam

$<process-inputParam

output_analogPLC-Output

input-digitalPLC- Output

output_binaryPLC- Output



$>process-output

input_analog PLC-Input

input-digital PLC-Input

input_binary PLC-Input





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5.3.4 P L C -inputs

signal element binary analog digital

Behavior Behavior

Forcing inactive

View Force Mode








operand information


operand information

mirror none



X: 820 Width: 240


example unforced PLC-Input E 0.0 PLC-Input EDW 0

0,00 %

0hex

PLC-Input EDW 0

example forced PLC-Input E 0.0 PLC-Input EDW 0

0,00 %

0hex

PLC-Input EDW 0





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5.3.5 comment text (passive element)

Text use layer font (align left)

Frame Border

none

Filling user defined -> RGB(215, 242, 224)


X: 40 Width: 1020

Height: arbitrary, depending on the needs (comment among the component)

example

inputs:

- macro-macro connection: $

- PLC_outputs

- process-inputs: <$

- parameter: %

- simulation-control: @

outputs:

- PLC_inputs

- macro-macro connection: $

- process_outputs: $>





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5.4 Des ign in F iles with the P roces s B ehavior

For the description of process behavior of the graphical wiring of the visual tracking of material flows, flow rates or the like may be used. For this reason, no such strict requirements are placed on the layout of such simulation files. Here are clarity and maintainability in the foreground. 5.4.1 Adjus tments of the macro file (menu point configuration –adjus tment of „ <file

name>“ ) A4 landscape portrait


show one name only

Workspace Grid







background graphic only for Technology Scheme

5.5 Des ign in Other S imulation F iles

The design of other simulation files can be adapted to your own standards.





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6 WinMOD Mac ro F iles

6.1 S ettings for WinMOD Mac ro F iles

The aspects of the design concept of a macro file are: • selection of the workspace, the page size for printing and their view in the layout of the file • definition of background colors, fonts and font sizes

Note: The following statements provide optimum printing results to A4 in landscape mode. For A4 portrait please exchange width and height, right and against each other.

Note: When using a template file, the descripted settings can be taken as a whole.

6.1.1 macro file s ettings (menu C onfiguration - S ettings of " filename" ) A4 landscape portrait


limit operands text length: 240 pixel

Signal Elements show one name only

Workspace Grid











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6.1.2 print s ettings (menu F ile – P age S etup…) A4 landscape portrait

Margins Margins

Left: 2,5 cm Right: 1,0 cm Right: 2,5 cm Top: 2,5 cm Top: 1 cm

Bottom: 2,0 cm

Spacing from the Margin

Header: 1,5 cm Footer: 1,5 cm

Page Division Print Range

Left: 0 Right: 1600 Right: 1000

Top: 0 Bottom: 1000 pixel x

page count Bottom: 1600 pixel x

page count

Options show page margins

6.1.3 layer s tructure WinMOD macro files only have one active layer. It is recommended Arial font, size 10.





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6.2 Des ign in Mac ro F iles

Macro files are divided into the following areas:

Note: You can move the edges between the areas shown with the left mouse button to change the width of the adjacent area. So you can also show (if they have previously moved to the screen edge) or hide (for more space on the screen) areas.

macro inputs workspace macro outputs operand

list





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6.2.1 Macro inputs signal element binary analog digital

Behavior Behavior

Forcing active

View Force Mode








operand information


operand information

mirror horizontal




example Input Input

0,00 %

0

Input





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6.2.2 Macro outputs signal element binary analog digital

Behavior Behavior

Forcing inactive

View Force Mode






Fields show operand information graphical display graphical display

mirror none




example Output Output

0,00 %

0

Output





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6.2.3 des ign in control panel control panel

control panel Representation

no frame own background color -> Color RGB(218, 228, 239)

Font use current layer font in the Control Panel

The panel of macros should be divided as follows:

* to visualize the current state of Active Image, Active Text, or signal elements can be used

macro symbol (e.g. with visualization of the current state)

inernal parameter (allows forcing within the

macro body)

type

PLC-inputs and PLC-outputs (allows forcing within the macro body)

<typical>

PLC-inputPLC-output

%parameter:0,00 %





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6.2.3.1 visualization (within WinMOD control panel)

signal element binary analog digital*

Behavior Behavior

Forcing inactive

View Force Mode small light

emitting diode

slider horizontal/ vertical (depending on visualization needs)

text or slider horizontal/

vertical (depending on visualization needs)

Display Mode

color changing

bar at bottom/ top/ right/ left (depending

on visualization needs)

text or bar at bottom/ top/

right/ left (depending on visualization

needs)




operand information


operand information

mirror none



Width: 15 Width: 100 (horizontal) or 18 (vertical)

Width: 100 (horizontal) or 18 (vertical)

Height: 15 Height: 18 (horizontal) or 100 (vertical)

Height: 18 (horizontal) or 100 (vertical)

examples 0,00 % hex8E38E38E

* For digital operands, which represent the grouping of single bit (eg, control / status words, it is recommended to order the single bit with commentary in the control panel.





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6.2.3.2 internal parameter (within WinMOD control panel)

signal element binary analog digital

Behavior Behavior

Forcing active

View Force Mode



Display Mode color changing bar at left text or small LED horizontal


Fields show operand information numeric display numeric or

graphical display

spiegeln horizontal



Width: 100


example Param 0,00 % 0hex





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7 WinMOD Operand Names

Designation system (example): For the identification of signals is now used in almost all companies a symbolism enshrined, referred to at this point.

adress symbol comment Q 123.4 =2A 41.13-Y1 Zuführtreib. Kuppl. schliessen

Note: For maximum transparency of WinMOD projects, your nomenclature should be include in the naming of the macro input and output signale.

Under this assumption, the workflow can be automated across substantially by WinMOD are generated automatically target projects. For details, see the workflow description to the engineering wizard.





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Appendi x

His tory

revision date changed editor

7.2 R 2015-02-20 changes for WinMOD 7.2 (grid 20 x 20) GR

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