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The Microstation Module introduces more CAD into the design, which allows the creation of more detail into the model. Adds more functions useful during the Basic Design phase of a project.

Import 3D Models from other software packages such as PDS, Rebis, and AutoCAD. You can also use a model that has been built using ASD's OptiPlant Module. This enables smooth integration of the software into your work process no matter what system is used for modeling and design.

Automatically interfaces with the Core Router Module to create the most cost-effective, least-stressed route within the given 3D model, which is both interference-free and supportable. In-line components are handled easily and can be positioned either manually or automatically. Routing selection criteria determines piping priority to ensure the cost of material is minimized

Plant arrangement, rack design and accurate MTO's can be fixed earlier, providing a significant schedule reduction over the entire EPC phase of a project.

Can handle variable amounts of data, for example, nozzle locations. It is not necessary to provide nozzle locations as the Core Router will be able to read the 3D provide rule-based nozzle placement and optimal orientation based on arrangement. But, as information is added over the course of the design, nozzle locations can be fed into the system for more accurate routings.

The design progresses seamlessly through basic design, updating equipment and line data, as it becomes available. The program will automatically re-sequence and re-route piping. Finally, at the conclusion of basic design, the completed routes are fed to PDS to kick-start your detail design phase.

Features

• Routes are Optimized — Calculates shortest path possible, reducing number of elbows and ensuring supportability. Also configures routes to avoid long straight segments which eliminates thermal expansion problems.
• Rule-based Nozzles Associated with Each Equipment Type — The program will automatically adjust these points according to equipment orientation and position. The sequences in which the lines will route depend on the pipe material, size, and branch connections. Valves may be placed automatically by the program or specified by the user.
• Routes are Free of Interference — Utilizes a database that stores routing space and allows pipes to 'see' each other.
• Engineering Considerations — Incorporates the latest industry standards to perform many engineering calculations for each line to determine the optimal path. These calculations include pipe stress check, supportability considerations, sloped piping, and expansion loops.
• Creation of Quick Output - Can quickly create an accurate MTO report from the routes generated.
• Tower hugging — This facility forces lines to use towers as support. Pump lines may be routed in a symmetrical or asymmetrical arrangement. Tees are automatically sequenced according to the location of the branch lines connected.
• Advanced Features - Can provide design features depending on the needs of the project, including access/maintenance considerations, vertical pipe chases, and valve locations.
• Utilize Information from Different Sources - Can utilize Information from many different sources. Existing information developed from other software can be used by Pipe Router, including ASD's OptiPlant Module, Intergraph PDS, Microstation, Rebis, and AutoCAD.
• Product is Flexible — The software can accommodate many different types of information and can offer customizations as well. New features are added constantly to address the needs of industry professionals.
• Two Different Modes — Depending on which stage of the project and how much information is available, two different modes of operation can be used. One of the modes allows routes to be produced even without nozzles points defined.
• Integration with PDS Detail Design System - Provides the ability to export all information into PDS for continuation during the detail design phase.
• Bottom Line — Can consolidate input, make more information available earlier, reduce man-hours for design, compress design schedule, create seamless information flow into detailed design.
  

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