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Ground Water Flow Vocational Training Equipment Didactic Equipment Hydrodynamics Laboratory equipment

Item No.: MR002F
Ground Water Flow Vocational Training Equipment Didactic Equipment Hydrodynamics Laboratory equipment
Description
MR002F Ground Water Flow Vocational Training Equipment Didactic Equipment Hydrodynamics Laboratory equipment

1 Product Overview

1.1 Overview

Through the training and teaching, familiar with the groundwater flow hydrological principle demonstration unit and its application in different projects, you can visually observe the effects of groundwater flow, drainage process and permeability, and can study the use of water wells, lake water removal and drainage, and ground. drainage works.

1.2 Features

(1) The demonstration unit adopts aluminum frame structure, and the experiment process is completed in the water tank, which is easy to operate and easy to demonstrate.
(2) The water tank module is made of transparent material, which can visually observe the water flow in the tank.
(3) Using accessories, it can simulate the groundwater pattern of various terrains; install casters for easy observation.

2 The performance parameters
(1) Dimensions: 1100mm*1100mm*620mm
(2) Overall capacity: <300L
(3) Weight: <30kg
(4) Working conditions: ambient temperature -10 ° C ~ +40 ° C

3 Product composition

3.1 Frame

The use of aluminum profiles to build the frame body, the structure is simple, the support force is large, and it is not easy to be damaged.

3.2 Experimental water tank

(1) The water tank is composed of transparent and black acrylic, the box wall uses transparent acrylic, and the bottom of the box uses black acrylic.
(2) There are 19 liquid level collection holes at the bottom of the tank, 2 well collection ports, and 4 upper and lower nozzles.

3.3 Liquid level display

The carrier plate is composed of white acrylic with a scale strip; the water pipe is assembled by a pipe distributor and is equipped with a pressure relief port.

3.4 Accessories

Confined aquifer model
Rectangular lake construction model