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EPLAN NEWS for Version International SP 1 – PDF Free Download – The ECAD Standard for Your Engineering – More Than Just Drawing Schematics


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This provides you with an easy overview of the individual documentation sections, even in larger projects. This additional information allows quick orientation in the schematic in subsequent project phases such as production, commissioning, and service. In the Settings: Pages dialog, a new Property for total no.

The Higher-level function main identifier property is set as the default here. You can use the [ An additional Page type property for this configuration is now available in the project structure settings.

Benefit: This new grouping allows you to maintain a good overview of your documentation, even in extensive projects. All project participants can now select an optimum representation of the documentation that suits their particular tasks. This makes all information easy to access, you save time, and the quality of the project data is assured.

If the associated check box is activated, the pages on the uppermost level in the tree view of the page navigator are sorted according to page type. The Search direction for transferring the device tag property now has a new “Only from boxes” setting. To change the search direction, this property must be set at the device in the Properties table.

If this search direction is set, then the DT is only adopted from the box surrounding the function black box, PLC box. If the function is not in a box, then DT adoption does not take place. Benefit: This allows you to inhibit DT adoption for individual devices that are not in a box.

You can individually define the adoption of the device tag and thus reduce the effort required for creating schematics. Benefit: Exchanging the user-defined property arrangements between projects and users avoids multiple entries of the same data and prevents errors in the property arrangements. All project participants work with the same defaults and thus create unified schematic documents.

This ensures that all important information is displayed in the schematic and is easily accessible in the subsequent project phases production, commissioning, maintenance. The schematics can also be quickly adapted to suit different customer requirements. When you click Export , the Export property arrangements dialog is displayed. This shows you all the user-defined property arrangements stored for a symbol variant. You activate or deactivate the export of the property arrangement via the respective check box.

You enter the file path and file name for the export file into the Target file field. You click Import to import user-defined property arrangements for a particular symbol variant. In the subsequent Import property arrangements dialog, select the file to be imported and click [Open]. After a successful import you can access the new property display settings in the Property arrangement drop-down list. Note: Please note that both export methods generate an export file with the same file extension and usually the same directory.

Use different file names in order to differentiate between the generated files. After selecting the Import property arrangements menu item, you define the file to be imported in the Import property arrangements dialog. If, during the import, the program discovers that the same property arrangements exist, then a query dialog is displayed. If you confirm this dialog with [Yes], then the existing property arrangements are overwritten.

This can take a while. If you click [No], then only the property arrangements that do not yet exist in the project are added. Term “Property arrangement” in the user interface Within the scope of these improvements, the EPLAN user interface has been adjusted so that the term Property arrangement is now clear and only appears in conjunction with the display settings. The Property arrangement dialog has been accordingly renamed to Property configuration.

The Property arrangement has also been renamed when exporting and importing user-specific settings. It makes no difference what type of text this is simple “graphical” text, property text, special text, etc. For docked property texts, you can also specify a paragraph spacing. Benefit: Configurable row and paragraph spacing provides more flexibility in laying out texts.

In this way, all required information for the displayed devices can be exactly positioned. Or you can specially highlight important information. This ensures highquality machine and plant documentation that displays extensive device data in a clear and readable fashion. EPLAN also ensures a clean text layout in the schematic for empty text entries.

For all texts, the text height is the height of the respective capital “M”. That means that the row spacing depends on the selected font. To implement this, several tabs e.

Select an entry from the drop-down list or enter a value manually. The value “1” represents the normal line spacing, the value “2” represents double line spacing, etc. The entry “From layer” causes the line spacing setting to be adopted from the layer management. Paragraph spacing You can now also set “paragraph spacing” for property texts.

You use this to define the usually vertical display spacing between two docked properties within a common group. The Display tab of the properties dialog and the Property placement dialog in the symbol editor have been extended with a new Paragraph spacing drop-down list.

Select a value from the drop-down list or manually enter a decimal value. Whether the value is displayed in “mm” or “inch” depends on the Displayed measuring unit defined in the user interface settings. You use the “From layer” entry to use the paragraph spacing setting from the layer management.

Note: Keep in mind that for docked texts the specified line spacing is added to the paragraph spacing. Note: We recommend that you only activate this option when you wish to preserve exactly the original layout of projects created with the previous version of EPLAN.

Please note that the text lengths and row spacing are slightly different from “previous versions”. Layers As can be seen from the previous text, the row and paragraph spacing of texts can be defined project-wide via the layer management. For layers in older projects, the default row spacing is “simple” and the default paragraph spacing is “0. Centered As part of these enhancements to the display settings, the Centered setting in the properties dialogs Display tab and in the Property placement dialog have been extended.

Benefit: To avoid the device tag being moved unnaturally far when centering multi-line property texts, you can format only a portion of the docked text as centered, with the rest of the text remaining simply appended.

This means that the schematics are still displayed at a high level of quality even when empty values exist. This ensures a high standard of quality with a minimum of planning effort. You use the Centered drop-down list to define whether the block i. The block is centered relative to the base point defined for the main property. Only the visible property texts are taken into account, with empty and hidden property texts being ignored.

Paragraph spacings are taken into account when centering, and only the paragraph spacing of the last property text is ignored. All property texts: The entire property block text is centered, i. First property text: Only the first visible property text is centered, and the remaining property texts are appended to this. The middle of the first property text is located on the base point. First two property texts: The first two visible property texts are centered, and the remaining property texts are appended to these.

The middle of the first two property texts is located on the base point. First three property texts: The first three visible property texts are centered and the remaining property texts are appended to these. The middle of the first three property texts is located on the base point. Example: Five property texts are displayed at a component. The Docking is set to “Bottom”. The Base point for the main property placement is the insertion point of the component with a displacement of “-8 mm” in the X direction.

The Alignment is “Upper right”, i. A Paragraph spacing of “1. Display Property “Invisible” as a Drop-down List In the Display and Format tabs of the properties dialogs, you can now set the Invisible display setting via a drop-down list. Benefit: This change means that you can e.

This individual configuration allows you to place exactly the information in the schematic that is the main focus of later work. You do not need to change the project-wide settings and can thus flexibly respond to special documentation requirements specifications, guidelines. Yes: The respective property or graphical element is invisible in the graphical editor regardless of the layer settings. No: The respective property or graphical element is visible in the graphical editor regardless of the layer settings.

For part selection, you can now define the property dialog of the device as a “fixed” navigator dialog. Benefit: In this way, you can perform part selection using e. This clear method of accessing the parts data allows fast and easy assignment of the parts data in the schematic. Since you can now also place the selected part in a particular row of the property dialog device data , you can plan projects even faster and always have an overview of all assigned parts data.

Then double-click a component in the graphical editor or a function in the device navigator. The initially empty project data dialog will be filled with data. Switch to the Parts tab here. The same applies to the End customer menu item. This is useful when e. This conversion can solve problems that may occur when forwarding projects between different operating system language versions. When restoring or opening such projects, the prompt Update database index data will open.

If you click [Yes], the database indexes required to access master data are updated and the affected file names will be written correctly in the project management database. The project will then be opened. If you click [No], then the project is closed. The conversion of the master data into Unicode characters means that the master data will no longer be found in the older EPLAN versions. Benefit: This mode allows you to select symbols more reliably and place them at the desired connections more quickly.

You can select the optimum way of working that suits you best, regardless of whether you prefer to use the mouse or the keyboard. After selecting one of these symbols in the Symbol selection you define the starting point of the box by clicking in the schematic with the left mouse button.

You then proceed in the same way as when drawing closed polylines. The properties dialog is then displayed, and you can enter the device data for the box. The segments of these polylines are not shown in the properties dialog.

To change the construction of this type of box, you click the polyline in the graphical editor. You are then shown the points on the line that you can use to change the shape of the box. The leftmost corner point when drawing the polyline becomes the insertion point of the box. If you hold down the [Shift] key when moving components e.

As a result of this action, the displayed DTs of the moved component, and other affected components, may change. Benefit: In this way, the device tag is retained when moving a component, and the functions of a device retain their relationships.

Select the move mode that provides the result you want. The displayed DT of several associated terminals changes shown with a circle in the figure. The cable chart consists of a header and a data area. The Cable properties are displayed in the header and the Conductor properties in the data area. The header is normally aligned in the same direction as the data area. After this, you must then format the header of the form by defining the spacing and placing placeholder texts. As part of these extensions, the following properties have been renamed: No.

If the header is perpendicular to the data area, the spacings for the header and data area are defined separately. The Cable chart: Spacing for header Display of the cable and conductor properties You can use the Cable chart placeholder text to display cable and conductor properties in the cable chart on the form. The following placeholder texts have also been renamed: Conductor table, external to Cable chart data area external Conductor table, internal to Cable chart data area internal Conductor table via form position to Cable chart data area via form position Female pin end: Conductor table to Female pin end: Cable chart data area Male pin end: Conductor table to Male pin end: Cable chart data area.

If the header is rotated opposite the data area, then you use the Cable chart header external, Cable chart header internal, or Cable chart header via form position placeholders. For displaying properties in the data area, you use the corresponding placeholders Cable chart data area external, Cable chart data area internal, and Cable chart data area via form position. Notes: Existing forms for terminal and plug diagrams can still be used.

The EPLAN 5 data import has been appropriately modified so that forms of form type “2: Separate table” can now be imported without problems. Macros Number of Macro Variants When creating and inserting window and symbol macros, up to 16 variants are available for each representation type in the new version. For example, in the Variant field of the Save as dialog, you can now use the variant designations “Variant A Variant P”. This new function transfers data from the parts database into the schematic when a device is inserted with a stored macro.

The schematic then automatically receives the correct values matching the part. Benefit: The parts data assignment allows cross-trade data transfer of parts data directly on insertion of macros. The user can access the parts management data when planning and does not need to manually enter this in the schematic.

This saves time and avoids errors when assigning the parts data. The Save as dialog now has an Extras button. Select Assign parts data here. In the subsequent Parts data assignment dialog, you can assign parts data to the object properties that should belong to the macro.

You can also assign parts data when planning macros in a macro project. In this case, you double-click the already created macro box. The property dialog for macro boxes now contains a Parts data assignment tab for this. The current values of the respective objects are shown in the Current value column. Click the Assignment column for the property e. To do this, select a group of properties e. Parts data General in the Available format elements field and then click Move to the right to open the subordinate property groups.

Then select a particular part property in the subsequent Format: Parts data assignment dialog e. This allows you to greatly reduce the number of displayed properties.

When inserting this type of part as a device e. The adopted data from the parts management is also shown in the Current value column of the Parts data assignment tab of the inserted macro box. Note: Please note that the parts data is only assigned to the properties of the inserted device when you also insert the macro box. However, the data for this type of part is not once more transferred to the macro objects. Note: If, in the macro, parts data and the values of a placeholder object are assigned at the same time to the same property of an object, then the parts data assignment “wins” when inserting a device with a corresponding stored macro.

Changing values for the inserted device In a subsequent device or part selection for the main function of the inserted part macro, the assignment specified at the macro box is taken into account. Voltage: V; Protection type: IP54 , then these are transferred to the macro objects. When doing this, an extra conflict dialog is displayed during part selection. After confirming with [OK], the new data is transferred to the properties. Devices Multiple Sequential Placement of Devices in the Schematic When placing devices, you can now place multiple devices in the schematic, one after another.

It makes no difference how the device is placed when doing this. You can e. You then select an appropriate part in the subsequent Part selection dialog. The symbol or macro assigned to the part hangs on the cursor.

After the first placement of the device in the schematic, the familiar Insertion mode dialog is displayed. After selecting an option here, the assigned symbol remains hanging on the cursor. With every new click, you then place a new device. When the last function template of the selected part is placed, then the symbol for the main function hangs once more on the cursor and the placement can continue. If you press the [Space] key during placement, then the placement of the auxiliary function is cancelled and you can directly place the next main function.

The action is cancelled by pressing the [Esc] key. Benefit: Information can be displayed at devices in the schematic, showing where the respective devices can be found in reports. This makes orientation in the schematic easier, even in large projects. You can quickly and easily create high-quality documentation for passing on to the production, commissioning, or service and maintenance departments.

In addition to the existing ability of displaying cross-references between main functions in the schematic and the corresponding devices in a device tag list, cross-references to the following report pages are now also possible: Parts list Device-connection diagram Cable-connection diagram Cable assignment diagram Cable diagram Cable overview Terminal-connection diagram Terminal line-up diagram Terminal-strip overview Terminal diagram Enclosure legend 74 EPLAN NEWS 1.

Example: For the Multi-line column, select e. This generates cross-references between the respective main function and the corresponding cable in the cable diagram for placed cables with the “Multi-line” representation type. You may need to change the property arrangement in the Display tab for the cables in the schematic before the cross-reference can be displayed.

A “Prefix” special character or text can be defined for every type of cross-reference to make it easier to distinguish between the different types of cross-references. These markers are then displayed in the cross-reference at the respective main function. You can use the Display cross-reference check box to define whether or not interruption point cross-references should be displayed at interruption points. The check box is selected by default. To also suppress the display of the interruption point device tags, switch to the layer management and deactivate the Visible check box for the “EPLAN” Property placement.

You can use this property to display cross-references to possible main functions at a device, whereby the function category must agree.

Benefit: This property can be used e. This allows you to maintain an overview in a distributed representation of device components and you can quickly and accurately navigate through the project documentation.

These types of connection definition points are created when e. The connection definition points are then compared per signal over the entire project. The following corrections are performed: Connection definition points with the same connection graphic are combined and replaced with a potential definition point.

The generated potential definition points are placed on the graphical “first” connection of the signal. They are automatically incremented and receive the signal names “correction-1”, “correction-2”, etc.

Connection definition points containing additional information e. Connection definition points with undefined connection graphics and no other properties “empty” connection definition points are deleted. A potential definition point is not created. Connection definition points with the Cable connection property are ignored by the correction run. Benefit: With the correct settings in the layer management, this allows highlighting of connections with different potentials e.

This allows you to easily and accurately follow a potential through the project. You can quickly recognize and rectify interconnection errors. This ensures high-quality documentation, and you can be secure in the knowledge of providing excellent project documentation to all project participants. Connection symbols. The settings stored in layer management for potential types are only effective if no other settings for the connection graphic have been made for that connection e.

The connections for the entire project must be updated in order for the connection graphic to be correctly displayed after a change e. When several connections between two functions exist, then one function is the source for all connections and the other function is always the target for all connections.

For the comparison, the sorting of the structure identifiers in the structure identifier management is used and the “smaller” device tag becomes the source. Unplaced connections are also taken into account. With unequal structure identifiers, the decisive factor is the position of the identifier in the structure identifier management. Here, a “smaller” identifier has a higher position in the respective table. For example, in the Demo project, the mounting location identifier ET1 comes before the ET3 identifier by default.

Note: Please note that the sources and targets of your connection lists after an update are probably different than those in older EPLAN versions. The Settings: Output to pages dialog has been extended accordingly. For each report type, you use the Subpage column to define if subpages are generated for report pages. If this check box is selected, a subpage is generated.

You use the next column Character to define the representation of the page designation of subpages. The Character column now has the following three new options for outputting reports directly to subpages: Alphabetical lower case , from first page: The report start page begins directly on a subpage. The page designation of the subpage is shown in lower-case letters, e.

Alphabetical upper case , from first page: The report start page begins directly on a subpage. The page designation of the subpage is shown in capital letters, e. Numeric, from first page: The report start page begins directly on a subpage. The page designation of the subpage is shown in digits, e. Example: You select the option Alphabetical lower case , from first page.

You generate a report consisting of three report pages and specify 2 as the start page. Result: 2. EPLAN generates the subpages 2. The page sorting specifies for which structure identifier levels of the page structure report blocks are to be generated. Benefit: The page sorting can be individually customized, which allows flexible sorting or grouping information in the reports. You can thus combine the project data in exactly the manner you wish.

Clearly structured reports offer enormous advantages when later used in the life cycle of the machine or plant. To open the dialog, click in the Page sorting column of the respective report type and then click [ In the subsequent dialog, you define when report blocks should be generated in reports. If the Output group check box is selected, then a report block is generated whenever the “Output group” component property changes.

This setting can not be combined with the other settings in the current dialog. Select the Total check box to generate a global report for the entire project. To generate structure identifier-specific reports, e. Higherlevel function and Mounting location. Depending on the report type, the Total setting and the structure identifier setting can now be activated together in every possible combination. This makes it possible to e.

User-defined cannot be combined with the Output group setting. Functional assignment, Higher-level function, etc. After clicking [OK], the selected identifier blocks or component property are entered into the Page sorting column. Activating Report Templates via Project Properties In the Reports dialog, there are now two new Project filter and Template active properties available for report templates. Benefit: You can use report templates to generate reports depending on project properties.

In this way, you can react to different customer report requirements using only a single template project. You maintain a minimum number of templates, but can still produce project documentation that exactly matches the requirements of your customers. You can now create several templates for a report type and define a project filter for each of these templates via the Project filter property.

By default, no project filter is set for one template and this is then active. The Template active property shows only the status of the template, and the check box is automatically selected by EPLAN. In the Reports dialog you create a template for the report type Parts list for each customer template names e.

Consecutive Numbers in Reports You can now sequentially number lines in reports and when outputting labeling. This applies to all reports in list form e. In dynamic forms, it only makes sense to place this placeholder in the data area. If you use an appropriate form when generating the report, then every report block will be separately numbered.

With combined reports, the rows are consecutively numbered. When outputting labeling, you can select the Record Consecutive number format for the labeling area in the Label tab. This affects the following special texts: consecutive integer consecutive integer position number position consecutive number of legend sequence. Exceptions to this are the settings Combine parts of a device and Device without part number they have no effect on this report.

This property is set to “Manufacturers and suppliers” by default. The Combination tab contains a combined parts tree and parts list. You can quickly find what you want without searching. This allows you to make optimum use of the information in your part master data and you can create high-quality detailed documentation in next to no time. When you select a node such as e. Note: Please note that the parts structure of the Parts management is freely configurable. The tree configuration shown here may differ from your configuration, which you can configure via e.

Changed Behavior when Importing Data Records The import behavior when importing data records into the parts database has changed. When updating data options Update existing records only and Update existing records and add new ones , the data for attributes and free properties is now updated and not simply replaced.

In contrast to this, the existing data for function templates is still swapped. Message Management New “Project settings” Message Class for Project Checks A new “Project settings” message class is now available for message management in the settings dependent on project-checks. You obtain an overview of the quality of the schematic documentation at the push of a button.

In this way you can ensure that the defined standards are maintained, and that the documentation conforms to your specifications. The first message “” in this class checks adherence to the grid specified for the various page types.

To correct this, change the Grid page property on the relevant page to the same value as the Grid for page type project setting, or vice-versa. The Translation utility in the “Multi Language Translation” add-on also has a number of new features in this version.

Texts marked in this manner are excluded from translation when translating word by word. Benefit: This provides a more flexible approach to excluding texts from the translation process. Enjoy the freedom of individually controlling translation of schematics. Avoid unnecessary entries in the translation database and keep your translation list small.

This saves time and reduces the schematic translation costs in international projects. Note: Word-by-word translation means that the “Word” option is set for Segment in the translation settings. This menu item is available in the device properties dialog, e. The text that is not to be translated is marked with “curly” brackets in the editing field e. Another new Remove marking popup menu item can now be used to remove the “Excluded from translation” marking so that the respective text is once more translated.

EPLAN 5 data import When importing data from EPLAN 5 projects, texts marked as not to be translated are no longer imported into the dictionary, but rather directly marked as “Excluded from translation” in the imported project.

Importing Texts with Multiple Meanings When importing texts into the dictionary, you can now import terms that already exist in the dictionary. To support this, the Existing translations translation setting now has a new Allow multiple translations option. Benefit: Dictionaries containing words with multiple meanings can now be exported and then better imported. This function is useful when translating numbers. To do this, you define numbers as keywords in the dictionary and assign translation texts to these.

Then you select the Treat numbers as text check box in the translation settings e. When you export a missing word list, then the number will be included. If the check box is deselected the default setting , then numbers are not changed on translation. When you export a missing word list, then numbers will not be included. A, B, or 9a4c5u. Additional Word Separators for Word-by-Word Translation The translation settings now allow you to define additional word separators for word-by-word translations.

The Additional word separators field is enabled when you have selected the “Word” setting in the Segment field.

Here, you can enter additional characters e. Every word here corresponds to a translation segment. Example: You have selected the setting “Word” in the Segment field and inserted the following text Circuit-Breaker into a schematic. If you enter the “-” hyphen character in the Additional word separators field, instead of the previous translation segments Circuit-Breaker, EPLAN now outputs the two translation segments Circuit and Breaker.

Note: In order for a character defined in the Additional word separators field to be taken into account in translations it must also be entered in the dictionary either via Edit words or Do not translate. The “Mounting Panel” add-on allows planning of enclosures and mounting panels. It is unimportant whether a macro is stored as a “Graphical macro” on the Mounting data tab or as a “Macro” on the Technical data tab. Online Services.

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