Hydraulic pump valve performance test training device

1. The overall experimental table is made from 2mm cold -rolled steel plate static spray plastic. The lower part of the experimental table has component cabinets, which can be placed in experimental elements and tools. The overall beauty and generous; Convenient to move.

2. Experimental platform layout, modular design of the experimental table, the general experimental board "U" groove form, the operation is simple and convenient, and it has good scalability.

3. All hydraulic components with aluminum alloy material bottom plate. The experimental pipeline adopts a fixed form. The pipeline is fixed on the back with a copper tube. The installation is firm, safe and reliable.

4. The system uses standard industrial hydraulic elements to use it safely, reliable, and truly industrial. All hydraulic valves adopt international advanced Lishita technical hydraulic elements, and the performance parameters fully meet industrial application standards;

5. Have a variety of experimental control methods. The experimental circuit has mechanical control and traditional relay control, and allows experiments to fully understand the control of the hydraulic system in a comprehensive and multi -level in -depth understanding to exercise the flexible application ability of students;

6. There are two ones loaded oil cylinders on the merger. The rigidity is good and the experimental accuracy is high. The dual -oil cylinder can be achieved. The welding of the countertop is 10mm thick loading board.

7. Equipped with advanced high -precision measuring instruments, such as high -stability data measurement instruments, etc.;

8. There are oiling devices in the experimental desk to avoid oil leakage

9. The pump source of the hydraulic station is a quantitative pump oil, placed at the bottom of the experimental table, and the performance test of quantitative pump can be performed at the same time

10. The experimental desk is equipped with det--led experimental operations, instructions, and experimental guidance, which is close to teaching materials and reality.

Overview

 

This experimental equipment should include teaching content such as pneumatic control, motor transmission, electromagnet control, location control, sensor detection, etc., which is a micro -shrinking device for actual industrial site production equipment. The system should be based on the detection of a variety of sensors to achieve sorting of different materials and different color objects. Adopt a full open layout to exercise the ability of the operator system wiring, mechanical debugging and installation, software programming, independently construct control system, feedback settings, fault detection and m--ntenance.

2. Features

1. Equipment and device consists of six parts such as the bottom plate, tr--ning table (profile structure), pneumatic part, feeding mechanism, material transmission mechanism, material groove and electrical control. The pneumatic part consists of a solenoid valve and a cylinder, and the material transmission part consists of a motor and a synchronous conveyor belt.

2. Electrical control consists of single -phase AC motors and reducers, solenoid valves, cylinders, switching power supplies, photoelectric sensors, capacitor sensors, inductors, magnetic sensors, etc.

3. Collect with sensor signals, PLC programming, and control motors, solenoid valves, switching control, setting control, and timing logic control to achieve positioning, identification, and classification of materials on the conveyor belt.

3. Technical parameters

1. Enter power supply: single -phase three -line ~ 220V ± 10% 50Hz 50Hz

2. Qi source: 0.2MPa ~ 0.55MPa

3. Working environment: temperature -10 ℃ ~+40 ℃ relative humidity ≤85%(25 ℃) Altitude <4000m

4. Tr--ning device capacity: <0.5kW

Fourth, device composition

1. Equipment and device structure with a profile bottom plate structure

2. The pneumatic part is composed of pressure regulating filter valves, solenoid valves, speed regulating valves, cylinders and magnetic switches, and --r pumps

3. The material transmission part consists of a single -phase AC motor, a reducer and a synchronous band

4. Composition of sensors include photoelectric sensors, capacitor sensors, inductor sensors, magnetic sensors, etc.