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Send documentation comments or suggestions to PPMdoc intergraph. Scope The purpose of this document is to educate the user on Smart Plant Electrical SmartPlant Electrical operational procedures and methods, features and functionalities. Equipment The distribution network consists of: 1. Sophisticated equipment that in some cases is designed and manufactured for particular network-specific or plant design-specific use.

SmartPlant Electrical has the ability to handle both cases. Both typical and copied items of equipment will have specific parameters defined in the course of the design and recorded on the project documents and drawings. Documentation These engineering and design activities are presented to the facility and to the contractor in a variety of documents.

SmartPlant Electrical has been designed to create and enter data or entities in a series of stand-alone operations. These operations can be performed in sequences that suit the users needs. Some of the major issues with which SmartPlant Electrical development was concerned were: 1. The very real assumption that current contracts are short in the Electrical Index duration and that accurate and efficient tools are required to maintain the data involved. Logging into a SmartPlant Electrical project or plant will grant you accessing your tags and relations as per your granted access rights set by your Administrator.

The Electrical Index will present the tags that belong to the entire plant or specifically the ones of the lowest plant group for example, Unit , based on your settings. To view all plant items, on the View menu, select the option Show Items of All Plant Groups when selected, a check mark appears beside the option as shown , otherwise, to see only those items that belong to the current unit, deselect this option.

This equipment and data can later be used as seed data to populate project- specific electrical equipment in the Electrical Index.

Right-click and on the shortcut menu, click New Generator. Right-click the generator, and on the shortcut menu, click Rename. On the Item Tag dialog box, rename the generator to G Duplicate an Item Use the following procedure to duplicate Generator G In the Electrical Index, right-click G On the shortcut menu, click Duplicate.

On the Item Tag dialog box, type G Delete an Item Use the following procedure to delete Generator G On the shortcut menu, click Delete. On the Confirm Item Delete prompt, click Yes. You use these items as templates for your SmartPlant Electrical items in the Electrical Index which contains the project specific items.

In the RDE, select generator G Drag G-1 onto the Generators folders in the Electrical Index. Release the mouse to create the generator. Rename the generator to G Loads Loads include motors, heaters, heat traces, capacitors, harmonic filters, resistors, lighting fixtures, socket outlet, welding outlet, other electrical equipment. Right-click and on the shortcut menu, click New Motor. Right-click the motor, and on the shortcut menu, click Rename.

In the Electrical Index, rename the new project motor to M Create another 2 project motors by duplicating M-1 in the Electrical Index, and name the new motors M-2 and M Create new motor with heater M-4 and identify motors with space heaters from those without space heaters. Converting Equipment Create a Transformer 1.

Right-click and add New 2-winding Transformer. Rename it to T Find item - find item based on name or property. Buttons - Creating an item shortcut button. Select an Item. Properties Window Property Grid The property grid window contains all the properties related to the particular entities. The user cannot modify the values because they have associated conversions and calculations. The user will be able to create additional values in any select list. The user must have access to the Data Dictionary to customize the select lists.

You will see all the motors listed in the bottom pane. Select the required motors from list view pane. In the Properties grid window pick the Select Set. Note: all of the motors that were picked in the bottom pane are also listed in the properties screen. When a select set is chosen, a value will appear only if all the items share the same value. Item counter in the Electrical Index or the Reference Data Explorer The counter of the selected items exists in the bottom left part of the SmartPlant Electrical window.

The counter displays when highlighting a folder Electrical Loads Consumers Entering engineering values using the Common Properties entry form. For all type of equipment it has units of measure type of property, while for Motors it is a select list.

General Tab Entering general data like description, manufacturer, model, motor type and frame size. Data quality field enables you to qualify the status of the data of this motor. Conformity to Standard, allows you to specify the standard for electrical calculations when you associate a power cable with the motor.

Load Data Tab Dependencies and workflow, fill in the required fields to see it in work. If you do not enter data for these fields, the software does not calculate certain important values. To obtain the demand factor, on the Load Data tab, you should fill in values for Rated power and Brake power consistency of units is not mandatory, you may enter mixed hp and kW values. The software also validates that the brake power does not exceed the rated power value. Select a value for Rated voltage and let the system calculate the value for Full load current this property appears on the Electrical Data tab.

The software validates that the asynchronous speed never exceeds the synchronous speed. We will see later that thee is a better way to populate these values using lookup tables. Electrical Data tab calculations behind these calculated fields. Once you have entered all the previous values on the Load Data tab the software calculates all three vectors of the electrical consumption from the bus that feeds this motor.

Feeder Data Tab Enables you to view and assign a feeder provided an association to a feeder circuit does not yet exist. Once an association is made, the only way of dissociating a motor from its feeder circuit is in the Electrical Engineer.

On this tab, you can: Pre assign the Motor to a PDB and to a bus without actually creating feeder circuits Assign and Create feeder circuits on the fly, based on the last applied typical circuit Once the Motor is assigned to a Feeder circuit you will see the actual components in that circuit shown in the Internals grid.

Feeder equipment, displays the name of the equipment other than feeders that the load is fed from. Such equipment can be a transformer's secondary, variable speed drive and so forth. The corresponding editing functionality using property grid will be mentioned The function of the various tabs is very much the same as for the motor except for few minor differences due to the fact that static loads are not rotating, therefore properties such as brake power, LRC power factor, synchronous and asynchronous speeds, and so forth, do not apply.

Each type of static load has its own category of units of measure. For example, heaters have Power, whereas capacitors and harmonic filters have Reactive power, etc. The demand factor, power factor, and efficiency at demand are manual entries rather than calculated values. Create new heater H Electrical Data tab Calculations behind these calculated fields. The calculated electrical properties are very similar to those for motors. Nominal current for the secondary windings is not a calculated value.

Select an item type, filter optional , and a layout. Click OK. Note: When you create a Tabular Editor view for abstract item types such as loads or converting electrical equipment, as opposed to specific item types such as motors or transformers, the software displays all the common properties for these item types in the Tabular Editor.

With loads, for example motors and heaters both appear, but the software cannot display the Electrical Index specific properties in one common Tabular Editor view. However, when you select items of the same specific type, all of the properties appear in the Properties window. Scope of items: Note that the Tabular Editor will show the Tags as per your settings; the Electrical Index the All items of the plant or only those of the current unit.

In the Advanced Table Properties dialog box, select layout. Notice that the edit section let you to sort the items. Click Save to save your new layout.

Click OK, and return to the Table Properties. Click OK to open the Tabular Editor view with the new layout. The 4 distinctions have to do with how Properties are displayed and used in the Property Grid Window. Paste Bulk Properties - pasting bulk properties into another tag or a selected set of tags. There are 2 types of filters you can create. This filter can be saved and used in many places. To create the base filter through filter manager, select the Browser button. In the Select filter dialog box select the folder you want to locate the new filter.

Note: Filter created under Plant folders available to all users, filter created under my folders available only to creator. A compound filter consists of more than one simple filter. Create new item. Copy and paste data from one item to another. Copy and paste data from one group of cells to another similar set of cells. Deleting an item.

Duplicating an item. Rename item. Open the common properties form. Finding items in other opened windows Copy and Paste Open the tabular editor with motor as item type, and motor list as layout shipped layout. Select Manufacturer and Brake Power of motor M-1 to do this, click the Manufacturer cell and move the mouse to the right to also include the Brake Power cell.

Right-click, and on the shortcut menu, click Copy. Observe that you have copied these two properties from M-1 to M To copy a complete tag without of course copying the value of the Item Tag property , select the required tag by clicking on the left side sequence number of that tag, right-click to display the shortcut menu, click Copy, and then select another tag and click Paste on the shortcut menu. Auto Filter Freeze Panes It is possible to freeze panes by selecting a column, then selecting the Freeze panes option in the popup menu.

As a result, all columns left to the selected one. Lab 2 2. Create from tabular editor new motor M Note: Double click on cell enables the cell for editing. From Electrical Index do the following actions: 1. Select M-1 and view its properties from property grid. Select Brief Properties button in the property grid and view the change. Select Copy Bulk Properties button. Select M-5 and select the Paste Bulk Properties button in the property grid.

Select the common property form of M-5 and view the data. Right-click and select New Bus. Right-click and select New Cell. This circuit belongs to the bus that servers as the power source of the coupled bus in the PDB.

This circuit belongs to the bus that servers as the receiver of backup power from the feeder bus in the PDB. Right-click and select one of the available circuit type. Disconnect Electrical Equipment These items are the components that are used internally in Power Distribution Boards in buckets and circuits or as stand-alone items.

Note: Power Distribution internal circuit components are not shown in the individual folders. Right-click to add new item. Add internals Disconnect Electrical Equipment to circuit. Select circuit in the Electrical Index. Right-click and select one of the available internals. Right-click and add one of the available internals. Instruments Instruments can be created in SmartPlant Electrical and associated later to main equipment, such as motors or generators.

The cabinet layout can be viewed, printed and saved as document and deliverable; you can revise it - with both the graphical presentation of the distribution and location of the various cells and also an embedded report of the data for the cells and the loads and circuits that are contained within these cells.

This means that any change of compartment size is referenced to that point. From property grid set its Electrical Equipment Type to Switchgear. Under Bus, A Under the incomer cell, create incomer circuit, SW Incomer 5. And set Compartments in Section, and Compartments in Row to 1. Generate Report. The system opens Excel with the first page showing the general layout of SW and the second page tabulating the cells and internal equipment and any load assigned to the relevant circuits.

In the electrical tab the user will be able to define its power consumption in Watts or Kilowatts and the system will calculate the current as for any other load. Cabinets may be connected to feeder circuits and buses as any other load, the Electrical Index the by dragging them over to buses or feeder circuits or from the Feeder data tab in the Common properties form.

Control Stations Local or remote panels that contain the control elements start-stop push buttons activated manually by the person operating the plant. You can create such control stations with or without associated cables. A control station may have more than one cable, but it can have one load associated only. When the creation of the control station is a result of an automated process as described above, the association is created as part of the automation process, both to the cable and to the load.

In case the control station is created manually, the user is responsible for these associations. Junction Boxes Cabinets used to connect wires that run between various items of electrical equipment. Note: In contrast to Power Distribution Boards PDBs , local panels and junction boxes are much smaller in size and do not contain busbars.

Cables Smart Plant Electrical specifies the following cable categories according to the purpose of the cable: Power, control, grounding, and instrument.

The software supports compliance with the strict regulations governing cable definitions by using standard reference cables as a basis for all the cables that you create in your project. Reference cables contain technical cable data such as voltage rating, ampacity, resistivity, cable material, and data relating to the construction of the cable.

The software allows you to organize your reference cables in families known as cable specifications. When you select a reference cable to use as a basis for your project cable, you must select the appropriate cable category and cable specification for the reference cable. Also, when you size project cables, the software looks for the appropriate reference cable based on a particular cable specification and conductor arrangement. Power Cable Category Reference Power Cable Create new reference power cable by select the power cable folder in the Reference Data Explorer, right-click and add new power cable.

Edit the cable properties on the Reference Cable Common Properties dialog box according to the available catalog information, including conductor arrangement size material and electrical cable data. Create new project cable by select the power cable folder in the Electrical Index, right-click to add new power cable. Selecting the reference cable populate the values from the selected catalog the Reference Data Explorer cable.

Asterisk indicates field required for cable sizing calculation. Control Cables Cables in this category do not need sizing calculation, or to have electrical properties such as ampacity and resistance values.

Reference Control Cable Create new reference control cable by select the control cable folder in the Reference Data Explorer, right-click and add new control cable. Create new project cable by select the control cable folder in the Electrical Index, right-click to add new control cable. The other parameters and behavior is similar to control cables. A bus way functionality is similar to the one of the power cable without the sizing capability and with no Common properties form.

Creating a signal under a specific item is enabled for loads, converting equipment, typical circuits battery banks and generators. Lab 4 4. The default look up table check box set the default LUT for an equipment item type. Select the Structure tab.

In the edit section you select the properties you would like to include in your LUT. From the Property list, find the property that contains the info that you need In caption, enter the name of the heading you would like to see. When this look-up table is applied to an item, the program looks for an exact match of all the properties that are specified as key fields. Set True value in Overwrite option to overwrite whatever value is already in the property.

Set False will only write to empty property. Set properties and click the Add button. The definition window reflects the properties you have selected. When you have selected several properties, you can arrange the Electrical Index order by using the Up and Down buttons. The Remove button removes the highlighted property. Select the Data tab.

Select the arrow to the right of the property and select the appropriate values. When you finish Click OK. Apply Options The Apply Options command allows creating and populating project tags with massive default equipment and the Electrical Index data. Only one is allowed at a time checking the flag on one tab resets any previously checked flag. You can define the applied set of tags the Electrical Index the in the lower pane of the Electrical Index window by making multiple selections or in the Tabular Editor by highlighting a subset of tags from the table.

Apply Lookup Tables Applying look up tables may result in overwriting project data. One should be aware of this. The right timing on whether and when to commit this operation is an engineering decision and would be based on your project state and your workflow.

You should make sure that the tags that have been selected for this operation have the key fields populated with data that will be recognized by your look up tables, otherwise, data will not be populated. Applying typical circuit on item will not create the internal components if the item is not yet associated with a circuit. In this case, only a reference to the typical circuit is maintained. Circuit internals also, typical circuit internals must have a unique sequence order property, which determine the Electrical Index power path in the Electrical Engineer.

Applying typical circuits is available upon selecting single or multiple items. The following are the various options for applying the typical circuit work correctly on the selected set or multiple items you have highlighted.

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