UNITANK Bioswater Treatment Experimental Device

1. Experimental purpose:

1. Strengthen the understanding of the operation method of integrated water biological treatment.

2. Master the measurement method of integrated water biological treatment.

3. Deepen the process and technical data of the device.

2. Experimental principle:

Use a combination of biological and materialized. The biological treatment uses the 40 polypropylene ball to flow the contact oxidation that is easy to flow. The two sink ponds use the oblique tube to settle the tank, and then filter and disinfect the standard of water in the water.

2. M--n technical indicators and parameters:

1. Environmental temperature: 5 ℃ ～ 40 ℃

2. Treatment of water: 20-30L/H,

3. Device shape size: 2400mm × 500mm × 1500mm,

4. Work power: AC220V ± 10%, 50Hz, single -phase three -line system, power 800W, safety protection: ground protection, leakage protection, overcurrent protection

3. M--n configuration:

1. 1 original water tank: white PP plate material, 10mm thickness, 500 × 400 × 500mm, empty valve installed on the bottom plate, which is convenient for cleaning the water;

2. 1 water collection sink, white PP plate material, 10mm thickness, 400 × 350 × 400mm, empty valve installed on the bottom plate, which is convenient for cleaning the water;

3. 1 water tank: white PP plate material, 10mm thick, 400 × 350 × 400mm, empty valve is installed on the bottom plate, which is convenient for cleaning the water;

The servo proportional hydraulic experimental desk device has a development and test analysis system, and intelligent data collection hydraulic experimental desk intelligent hydraulic comprehensive experimental devices pass through traffic, pressure, power, speed, displacement, time, temperature, computer human machine screen-computer intelligence After a series of intelligent actions such as data collection, analysis, processing,-automatic production report, curve, etc., various types of conventional hydraulic circuits, motors, and dynamic static tests of various types of valve pumps are completed. Through intelligent data collecting hydraulic experimental desks, intelligent hydraulic comprehensive experimental devices experiments, the performance testing, intelligent control, remote control and hydraulic systems and computer communication technologies of hydraulic systems can be mastered and improved.

1. Experimental device composition

The experimental device consists of the experimental workbench, the hydraulic pumping station, the commonly used hydraulic element, the electrical control unit, and the data collection system.

1. Experiment workbench

The experimental workbench is composed of experimental installation panels (aluminum alloy profiles) and experimental operation table. The installation panel is an aluminum alloy profile structure with the "T" groove. It can be convenient and freely installed with hydraulic components to match the experimental circuit.

2. Auxiliary platform structure

It is made of static spraying on the surface of the cold -rolled steel plate. The countertop has a "T" groove profile. It is convenient for experiments. The interior of the hydraulic circuit is divided into two parts of the structure. (The experiment is completed, and it is convenient to place the hydraulic element.) Half of the hydraulic components are the oil pipe stent, and the bottom has a steel oil filter mesh. There are four universal foot wheels at the bottom of the auxiliary platform for easy placement.

3. Common hydraulic components

Focusing on the domestically produced Lixiang series hydraulic valve components (Beijing Huade), please refer to the configuration list for det--ls;

Each hydraulic element is equipped with an oil circuit transition bottom plate, which can be convenient and freely placed on the experimental panel (aluminum alloy profile).

The oil circuit overlap adopts an open and closed fast -changing joint, which is convenient for disassembly and does not leak oil.