The GUNT HM 250.04 - Continuity Equation accessory is designed to analyse the relationship between cross-sectional flow area and flow velocity, demonstrating the fundamental principles of fluid mechanics. It allows precise observation and measurement of flow behavior in varying pipe geometries.
Product Features
- Analyses the relationship between cross-sectional flow area and flow velocity
- Transparent pipe section with change in cross-sectional area
- Two impellers with identical pitch measure flow velocities in different pipe sections
- Impellers rotated by flowing water, with speed proportional to flow velocity
- Flow velocities recorded inductively and compared to theoretical ratios
- Impellers cover a large part of the flow area to compensate for flow irregularities
- Incompressible flow ensured using water as working medium
- 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 measures flow
Benefits
- Provides clear understanding of continuity equation in fluid mechanics
- Enables comparison of theoretical and practical flow velocity ratios
- Safe, easy setup with automatic software configuration
- Supports multi-user tracking and evaluation of experiments
Why Choose GUNT HM 250.04 - Continuity Equation?
This accessory provides a reliable solution for studying flow velocity variations and verifying the continuity equation, supporting precise experimental results and a deeper understanding of fluid mechanics principles.
