Gasket: EPDM, NBR,
METAL COLLAR
Material: Galvanized steel , Stainless steel En877 Grip Kralle,En877 Pipe Grip Kralle,Cast Iron Pipe Connector,Cast Iron Pipe Combi Grip Collar Wuan City Kun Yu Metal Products Co.,Ltd , https://www.kunyucasting.com
RUBBER GASKET
Axial pressure: 0.5bar.
OEM is welcome service
Complete quality control conform to ISO9001 system in each manufacture
detail to ensure DS SML cast iron pipe coupling quality to Enropean
standard EN877, DIN19522.
Size: DN40-200
Stainless steel SUS304, SUS316L
BOLT AND SCREW
Screw size: M6 , M8
Torque: DN50-80: 6-8Nm, DN100-200: 10-12Nm
Project Dalton is a powerful tool designed to help engineers analyze and optimize fluid flow in complex piping systems. Whether it's an oil supply line or a residential fire protection system, the efficient transport of liquids and gases through intricate networks is crucial across various industries. The challenge lies in designing these systems to meet performance requirements while balancing cost, design constraints, and other practical considerations.
Traditionally, evaluating the performance of a piping system requires detailed simulations that come late in the design process. This often leads to costly revisions and delays. However, with Project Dalton, engineers can now perform quick and accurate fluid analysis right from the design stage, enabling early decision-making and more informed trade-off evaluations.
Available as a standalone application or as an add-on for tools like Autodesk AutoCAD Plant 3D and Revit MEP, Dalton streamlines the analysis process. It starts by reading data from standard PCF files, extracting essential information such as pipe dimensions, elevation, and layout. From there, users can easily input additional parameters—like material properties, component details, and boundary conditions—through intuitive interface windows.
Dalton also includes built-in libraries of common fluids, pipe materials, and equipment data, making it simple to configure analyses. Users can even generate pump or fan curves with just a few input points. Real-time visualization tools help users understand how changes affect flow direction, pressure distribution, and overall system behavior.
Once all inputs are set, the user can run the simulation and quickly obtain results such as pressure, flow rate, and temperature. The ability to modify design elements and re-run the analysis allows for rapid evaluation of different scenarios, ensuring the most optimal solution is reached efficiently.
After completing the analysis, users can export the results into a CSV file or save the configuration for future reference. This makes it easy to track progress, share insights, and revisit previous designs with ease.
For more information about Project Dalton, visit: http://labs.autodesk.com/technologies/dalton