Open Channel Distribution And Measuring Devices 2.5 Meter Flow Channel Fluids Engineering Training Equipment Teaching Equipment Educational Equipment

SMTF006F Open Channel Distribution And  Measuring Devices 2.5 Meter Flow Channel Fluids Engineering Training Equipment Teaching Equipment Educational Equipment
I.Product Overview
1.1 Overview
Hydraulic engineering is concerned with artificial waterways, river regulation and barrages, etc. By using an experimental flume in the laboratory, the necessary basic principles can be taught. The experimental flume is a closed water circulation loop. The cross-section of the experimental section is 60x300mm and the length of the experimental section is 2.5m. The side walls of the experimental section are made of plexiglass, which allows a good observation of the experiments. The inlet element is designed so that the water flows into the experimental section with almost no turbulence. The inclination of the experimental flume can be fine-tuned in order to simulate a slope and form a uniform water flow at a constant drainage depth. A variety of weir shapes are available to ensure the experimental plan.
1.2 Features
(1) The device adopts an aluminum profile column frame structure, which is simple and elegant overall. It is equipped with universal wheels at the bottom for flexible movement.
(2) The training platform has a good safety protection system.
(3) The simulator is made of transparent material, which is convenient for observing the water flow.
(4) The water flow rate can be adjusted by a ball valve.
II.Performance Parameter
Input power: single-phase three-wire AC220V 50Hz
Dimension: 3000mmx500mmx1000mm
Weight: <100Kg
Ambient temperature: -10℃～+40℃
Relative humidity: <85% (25℃)

III.Components List and Detailed Introduction
3.1 Main Part

3.2 Electrical parts

3.3 Equipment Configuration List

3.4 Accessories

IV. Experiment List
Experiment 1: Determination of weir flow coefficient
Experiment 2: Study of hydraulic jump phenomenon
Experiment 3: Study of Chezy factor and coefficient
Experiment 4: Study of the relationship between underwater narrow crest weir and fold weir