CEA-F01 Reynolds apparatus
The CEA-F01 model Reynolds apparatus is an exquisitely designed and easy to operate teaching experimental facility. Its core function is to enable students to directly observe the fluid flow patterns of water within the experimental pipe, and to measure the critical Reynolds number by measuring the flow rate and water temperature. It utilizes a transparent pipe and tracer material to make abstract theoretical phenomena vividly visible. It is a vital experimental device for fundamental teaching in majors such as chemical engineering and chemistry.
The CEA-F01 model Reynolds apparatus is an exquisitely designed and easy to operate teaching experimental facility. Its core function is to enable students to directly observe the fluid flow patterns of water within the experimental pipe, and to measure the critical Reynolds number by measuring the flow rate and water temperature. It utilizes a transparent pipe and tracer material to make abstract theoretical phenomena vividly visible. It is a vital experimental device for fundamental teaching in majors such as chemical engineering and chemistry.
TECHNICAL PARAMETERS
Dimensions: 1300mm × 220mm × 800mm
Flow range : 25–250 L·h⁻¹
Critical reyolds number : Re ≤ 2000
Experimental Pipe : Transparent hard glass, Ф25×2mm (ID Ф21), L=600mm
Head water tank : Transparent PMMA, Ø150mm × H675mm
Rotor flow meter : Model LZB-15, Range 25–250 L·h⁻¹
Tracer Material Bottle : Volume 300mL