New features

2018.j Version

28 February 2018
Update to the new version
Index

New features of the 2018.j version

CYPETEL Wireless (new program)

CYPETEL Wireless is an application for the design of indoor wireless networks by carrying out coverage analyses.

CYPETEL Wireless is integrated in the Open BIM workflow using IFC format interchange files. CYPETEL Wireless is distributed for free and can be downloaded from the BIMserver.center® platform website.

The program allows users to visualise results on-plan and in 3D views using contour lines and maps. CYPETEL Wireless generates reports containing the results obtained in the installations. These reports can be exported to several formats (TXT, HTML, RTF, DOCX, PDF) for them to be printed and/or modified by users. It also generates diagrams and drawings that can be exported to various formats (DXF, DWG, JPG, EMF, BMP).

CYPETEL Wireless requires an architectural model of the building in IFC format generated by CAD/BIM programs, such as IFC Builder (free CYPE tool designed to create and maintain IFC building models), Allplan®, Archicad®, Revit®... CYPETEL Wireless gathers, in addition to the spaces of the building, the construction elements and positions of the electrical outlets that the specialist programs have generated in the Open BIM workflow. Users can view equipment included in other disciplines such as HVAC, Lighting, Electricity, etc. in the 3D view.

CYPETEL Wireless exports an IFC file with the position of the emitters so they can be viewed by other Open BIM workflow programs. It also has an associated PDF file with the results that have been obtained. This way, the BIM model of the project is updated and the Open BIM workflow is consolidated.

More information will soon be available on the “CYPETEL Wireless” webpage.

CYPELEC Core (new program)

CYPELEC Core is a program for the design of low-voltage electrical installations that incorporates the analysis motor of CYPELEC REBT. Users can draw single-line diagrams of the installation and configure the properties of the elements it contains.

It has the same main functionalities of CYPELEC REBT for the load flow and short circuit design, allowing users to edit all the elements with no restrictions on the power or number of lines. Its results output allows users to obtain drawings of the single-line diagram, justification reports, quantity and results tables.

The design checks carried out in the program are based on the specifications of the international IEC standards.

This application is integrated in the Open BIM workflow using the IFC standard, and so maintains the interaction with the rest of the tools.

CYPELEC Core is a free application and can be downloaded exclusively from the BIMserver.center® platform. Its first version can be installed in Spanish or Catalan. It will be available in more languages in upcoming versions.

More information available soon.

Selection of BIM model files to import

During the creation and updating processes of a project using a BIM model, users can select the IFC files of the BIM model that are to be imported. Until now, all the IFC files were read, now users decide which. This way, the updating process of the BIM model is quicker, since the IFCs that are not required in CYPECAD are not imported. Users can at any moment update the project and import all the IFC files of specialist programs of the BIM model.

Document configuration

The Project documents manager, which was implemented in the previous program version (2018.i), allows users to generate a document, with its index, which includes reports selected by users.

As of the 2018.j version, the manager allows users to configure several documents of the same project with different contents (e.g. a document for wastewater and another for rainwater, one that includes quantities and another that does not). This way, users do not have to change the contents of the document to generate more than one type, and can configure a collection of documents with the required contents.

Implementation of the EN 806-3 code (EU)

Implemented in the 2018.j version are the design criteria established in the EN 806-3 code (Specifications for installations inside buildings conveying water for human consumption. Part 3: Pipe sizing).

Document configuration

The Project documents manager, which was implemented in the previous program version (2018.i), allows users to generate a document, with its index, which includes reports selected by users.

As of the 2018.j version, the manager allows users to configure several documents of the same project with different contents (e.g. a document that includes quantities and another that does not). This way, users do not have to change the contents of the document to generate more than one type, and can configure a collection of documents with the required contents.

Single filament and volumetric views in drawings, and 2D and 3D views

The 2018.j version of CYPEPLUMBING Water Systems includes two visualisation modes that affect the 2D and 3D views of the installation. For this, the “Visualisation mode” section has been added to the “Representation options” panel (General settings > Analysis and drawing options > Representation options). This section allows users to activate or deactivate the “Single filament” option for the 2D and 3D views separately. When activated, a single filament view is displayed, and when deactivated, a volumetric view can be seen. The properties of these views are detailed below:

  • Single filament view
    This is the view that was available as of previous versions and that which is active by default. With this view, the pipes of the installation a represented as a line on drawings, and in the 2D and 3D on-screen views.
  • Volumetric view
    The pipes of the installation are represented in their real magnitude on drawings and in the 2D and 3D views.

In the 3D views, the remaining elements of the installation do not vary when either view is selected, and are represented with a volume surrounding their real appearance.

In the 2D views, pressure sets, tanks and hot water production equipment are represented with their symbols in the “Single filament visualisation” (which may or may not coincide with their real appearance). In the “Volumetric view”, these elements are represented with their symbols and also with their real outline.

When the pipes are exported to the BIM model, these are exported as single filament elements, if the single filament option of the 3D view is activated or as volumetric elements if it is not.

Design options and checks

Users can now add a series of complementary checks that modify and complement the design and check options of the selected code.

Since its first version, the design and check options of the selected code are defined in the “Design and check options to be carried out” section of the “General settings” dialogue box. In the 2018.j version, the “General checks” button has been added to the “Analysis and drawing options” section of the “General settings” dialogue box, which opens a panel of the same name, in which users can configure more design and check options:

  • General checks
    • Positioning in series of the wetroom valves
      By activating this option, users can check that these valves are not connected in series.

  • Design options
    In this section of the “General checks” section, users can create alternative options to those that are already defined in “Design and check options to be carried out”. It is possible to configure several design option groups. Once defined, they are not applied to the design of the installation until users assign them using the “Design options” button of the “Project” section of the top tool menu.

Reference drawings of the installation

The 2018.j version of CYPEFIRE Sprinklers contains two tools that allow users to define sprinkler installations with different installation planes, horizontal and sloped (such as sprinkler systems parallel to sloped roofs) more quickly and comfortably.

To do so, two new options have been included (“New” and “Elevation changes”) in a new section of the top tool menu (Installation planes):

  • New
    Allows users to quickly define a reference plane of the installation by introducing its outline, a reference and a height above the level of the floor that is currently being viewed. Users can define as many planes as they wish.

    Sprinklers and pipes that are to be placed in one of the planes that has been defined, must have the “Place the element in the reference plane of the installation” option marked (a new option of the panel that opens when a pipe or sprinkler is introduced) and then position them in the desired plane.

  • Elevation changes
    Using this option, users can define sloped reference planes. A horizontal reference plane must first be defined using the previous option. Then, using the “Elevation changes” option, three points are to be marked on the reference plane, indicating their elevation, which will define the corresponding sloped plane.

New types of ERP projects: W, X, Y, PA, CTS, SG, OA, PS, GA, EF and BM

The 2018.j version of CYPEFIRE Design includes the following types of ERP building projects (Établissements recevant du public) for the Moroccan code, “Règlement de sécurité contre les risques d’incendie et de panique dans les constructions”:

  • Établissements recevant du public: Administration, banques, bureaux (Type W)
  • Établissements recevant du public: Établissements sportifs couverts (Type X)
  • Établissements recevant du public: Musées (Type Y)
  • Établissements recevant du public: Établissements de plein air (Type PA)
  • Établissements recevant du public: Chapiteaux, tentes et structures itinérants effectif > 50 personnes (Type CTS)
  • Établissements recevant du public: Structures Gonflables (Type SG)
  • Établissements recevant du public: Hôtels-Restaurants d’altitude (Type OA)
  • Établissements recevant du public: Parcs de stationnements couverts (Type PS)
  • Établissements recevant du public: Gares accessibles au public (Type GA)
  • Établissements recevant du public: Établissements flottants (Type EF)
  • Établissements recevant du public: Bains maures (Type BM)

TOSHIBA duct 1x1 split equipment

As of the 2018.j version, TOSHIBA duct 1x1 split equipment can be simulated in the program. As occurs with existing split 1x1 systems (wall and floor), duct systems are defined as terminal units within each zone.

To add TOSHIBA duct 1x1 split equipment, a new terminal unit must be added, then select the “Direct expansion” category, where the Split 1x1 button appears. In the panel that is shown when this button is clicked on, users can choose amongst different TOSHIBA wall and floor duct split models.

When a duct 1x1 split model is chosen, users must define the length of the refrigerant pipe, the installation levels of the outdoor and indoor units. These parameters are used to calculate the associated power loss.

Daikin variable refrigerant volume (VRV) systems

The catalogue of Daikin VRV equipment has been integrated in CYPETHERM programs that have the EnergyPlus™ motor (CYPETHERM HE Plus, CYPETHERM RECS Plus and CYPETHERM EPlus). This way, the number of manufacturers amongst which users can choose variable refrigerant flow (VRF) systems is increased.

The Daikin logo has been added in Direct Expansion Air Conditioning Systems, in the VRF button. By clicking on it, users can choose amongst the different Daikin air-condensed VRV outdoor unit series and models, which are completely defined in the program. Similarly, Daikin indoor VRV units can be added using the New Terminal Unit button, Direct Expansion type, VRF button.

It is not possible to combine indoor and outdoor VRF systems of different manufacturers, nor manufacturer models with generic models.

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