Experimental equipment for automatic control and measurement of liquid level

NegotiableUpdate on 01/13

Model

Nature of the Manufacturer: Producers

Product Category

Place of Origin

Online Consult

Overview

Experimental equipment for automatic liquid level control measurement. Experimental purpose: Sensor experiment: Understanding the principle of the relationship between pressure transmitter and water level, understanding the calibration method and working principle of diffusion silicon liquid level transmitter, and understanding the principle of pneumatic control valve. $r $n2. Detection experiment: Comparison of pressure sensor and liquid level simulation calibration method experiment (proposed). $r $n3. Control experiment: ① Liquid level PID intelligent instrument control experiment; ② Liquid level PID upper computer configuration control experiment; ③ Research and analyze the performance impact and evaluation of different P, I, and D parameter values on the dynamic and static characteristics of control systems.

Product Details

Experimental equipment for automatic control and measurement of liquid level Technical indicators

1.Storage tank: 30L.

2.Centrifugal pump power consumption: 250W, high flow rate: 150L/min、Speed: 2800min-

3.Pressure sensor: 0~100mbar.

4.Control valve DN20:4.0m³/4-20MA。

5. Dimensions of the experimental setup:1000x700x1750mm， Weight: Approximately 124Kg.

Experimental equipment for automatic control and measurement of liquid level

Equipment supporting 3D virtual simulation software and smart course platform

(1) The simulation experiment module can be downloaded and used through the simulation courseware module on the online homepage. The simulation experiment is conducted on a PC. After entering the experimental system, the device introduction and simulation experiment module can be selected.

(2) ▲ Device Introduction Module: Based on the proportional 3D simulation model of experimental equipment, it can perform autonomous roaming, provide text and image introductions of the device, and support displaying component names on the 3D model. When clicking on a component, the corresponding component introduction parameters will be displayed, including images, videos, etc.

(3) ▲ Support interactive cognitive learning functions for instrument operation, experimental safety, experimental data, experimental phenomena, etc. before the experiment.

(4) ▲ Simulation experiments have complete experimental steps, reminders, and operation simulations for physical experiments, supporting the display of experimental phenomena and data at key steps or stages.

(5) After the experiment is completed, the system automatically conducts assessment and evaluation, and issues scores and experimental reports.

(6) Provide high-definition screenshots of each ▲ function of the above software in the bidding documents, as well as software function recordings in USB format, so that the judges can clearly see the content of each parameter to verify the simulation function of the smart course platform. After winning the bid, the purchaser has the right to request the winning bidder to provide software for parameter demonstration.