CEA-F02 Bemoulli apparatus
The CEA-F02 model Bernoulli apparatus is a teaching experimental facility specifically focused on demonstrating and verifying the conservation of fluid mechanical energy. Its core function utilizes a horizontally installed, transparent, reducing glass experimental pipe and paired hydrostatic head measuring tubes and stamping waterhead measuring tubes. This enables students to directly observe the mutual transformation between kinetic energy and pressure energy during fluid flow. Furthermore, by measuring the liquid column height differences, quantitative calculations can be performed to experimentally verify the Bernoulli equation. The instrument features a transparent structure that ensures lively and direct viewing of phenomena. It is a vital teaching tool for understanding the principle of fluid energy conservation.
The CEA-F02 model Bernoulli apparatus is a teaching experimental facility specifically focused on demonstrating and verifying the conservation of fluid mechanical energy. Its core function utilizes a horizontally installed, transparent, reducing glass experimental pipe and paired hydrostatic head measuring tubes and stamping waterhead measuring tubes. This enables students to directly observe the mutual transformation between kinetic energy and pressure energy during fluid flow. Furthermore, by measuring the liquid column height differences, quantitative calculations can be performed to experimentally verify the Bernoulli equation. The instrument features a transparent structure that ensures lively and direct viewing of phenomena. It is a vital teaching tool for understanding the principle of fluid energy conservation.
TECHNICAL PARAMETERS
Experimental pipe
Way to install: horizontal installation
Material : hard glassPipe diameter: 20mm，30mm，20mm
Length of each section: 175mm，115mm，115mm
Length: 620mm
Head water tank
Material: transparent PMMA
Boundary dimension: 175mm ×160mm ×530mm
Volume: 14L
piezometer tube
Material: hard glass
Pipe diameter: Ф8mm
Measuring range: 450mmH2O