Bernoulli Principle Demonstrator – Engineering Lab Training System (AS-INT-TVET-DVET-013)The Bernoulli Principle Demonstrator is a vital educational apparatus designed to illustrate the application of Bernoulli’s theorem in fluid flow systems. This demonstrator is widely used in polytechnic and engineering colleges, especially those participating in international educational projects sponsored by the World Bank, Asian Development Bank (ADB), African Development Bank (AfDB), and UNESCO. It is crafted to align perfectly with the latest syllabi requirements of global technical and vocational education institutions.
Description
The unit features a transparent venturi tube housed within a sturdy frame, incorporating multiple pressure measurement ports connected to sensitive manometers. The controlled water supply is integrated with a supporting hydraulic bench, offering students the chance to observe local pressure variations and velocity changes across the venturi constriction, thereby validating Bernoulli’s equation in real-time.
Key FeaturesTransparent venturi tube with six pressure measurement points for precise observation.
Pressure measurement via multiple manometers, including pitot and static pressure gauges.
Integrated with a Basic Hydraulics Bench providing steady water supply and flow control.
Clear and accessible panel design for easy monitoring and data collection.
Durable, corrosion-resistant materials ensuring longevity in academic labs.
Practical Educational BenefitsDemonstrates the fundamental principles of energy conservation in fluid flows.
Enables students to measure static, dynamic, and total pressure along a flow path.
Supports experiments on velocity distribution, pressure variation, and flow rate correlation.
Reinforces theoretical concepts with practical, hands-on experience and data analysis.
Prepares engineering students for real-world fluid dynamics applications in diverse industries.
Tender and Curriculum ComplianceMeets tender specifications of donor agencies including World Bank, ADB, and AfDB projects.
Equipped with comprehensive instructional materials aligned to modern curricula.
Facilitates incorporation of digital data acquisition for enhanced learning outcomes.
Manufactured to withstand frequent use in rigorous academic environments.
ApplicationsPolytechnic and engineering colleges offering courses on fluid mechanics and hydraulics.
Vocational training centers emphasizing practical applications of fluid dynamics.
Research labs studying flow measurement and pressure distribution in fluids.
Development projects aimed at improving technical education infrastructure worldwide.
