The GUNT HM 250.09 - Fundamentals of Pipe Friction accessory enables the study of pressure losses caused by internal friction in pipe flow. It demonstrates how differences in fluid velocity, laminar or turbulent flow, and viscosity affect pressure losses, and illustrates the relationship between the pipe friction factor and the Reynolds number, as represented in the Moody chart.
Product Features
- Measures pressure loss and flow rate in various pipe sections
- Four pipe sections consist of pipe bundles, two sections of single pipes
- Water flows through inlet section into selected pipe section for flow formation
- Pressure measured in the formed flow area, differences in flow formation observed on water jet surface
- Influence of viscosity on flow formation investigated using integrated heater in base module
- Pipe friction factor calculated using Reynolds number
- Easily positioned on HM 250 base module worktop
- Automatic accessory recognition via RFID and automatic GUNT software loading/configuration
- Intuitive user interface displays measured values graphically
- Up to 10 external workstations can track and evaluate experiments via LAN
- Base module supplies water, adjusts flow rate and temperature, and measures flow rate, pressure, and temperature
Benefits
- Provides clear understanding of pipe friction and pressure losses in laminar and turbulent flow
- Supports analysis of viscosity and flow formation effects
- Safe, easy setup with automatic software configuration
- Enables multi-user tracking and evaluation of experiments
Why Choose GUNT HM 250.09 - Fundamentals of Pipe Friction?
This accessory offers a reliable solution for studying pipe friction and pressure loss principles, supporting precise experimental results and enhancing understanding of fluid mechanics in piping systems.
