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GUNT Pipe Networks Trainer for Pressure and Flow Analysis

The GUNT Pipe Networks trainer is designed to simulate and analyze complex pipeline configurations by measuring pressure losses and flow characteristics. It supports hands-on experimentation with series and parallel networks, branches, and individual pipes. The unit provides a comprehensive learning platform for understanding flow behavior and pressure distribution, crucial for the design and optimization of heating, cooling, and water distribution systems. With a closed water circuit and durable plastic components, it ensures safe and continuous operation for training environments.

Product Features

  • Supports construction and investigation of various pipe networks: series, parallel, branches, merges, and individual pipe sections
  • Analogous to Kirchhoff’s electrical laws, enabling nodal analysis of fluid flow
  • Five pre-installed pipe sections on top, connectable with supplied piping elements
  • Tank, pipes, valves, and fittings are constructed entirely of corrosion-resistant plastic
  • Individual pipe sections can be isolated using integrated ball valves
  • Pressure losses in pipes and fittings are recorded and analyzed during experiments
  • Two differential pressure manometers with different measurement ranges for precise pressure analysis
  • Volumetric measurement method for accurate flow rate determination
  • Self-contained closed water circuit with a built-in supply tank and submersible pump

Benefits

  • Provides hands-on understanding of pressure loss behavior in real-world piping systems
  • Ideal for training in HVAC, water supply, and waste water engineering design
  • Enables nodal analysis training for enhanced system optimization skills
  • All-in-one setup supports continuous experiments without external water supply
  • Durable construction for safe, long-term use in educational labs

Why Choose the GUNT Pipe Networks Trainer?

The GUNT Pipe Networks trainer is an essential teaching tool for analyzing flow dynamics and pressure losses in piping systems. With a modular design, integrated water circuit, and comprehensive measuring options, it equips students and professionals with the practical skills needed for designing efficient fluid transport systems in various engineering fields.

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