Details
- Construction Date 24 Dec 2020
- Category CALIBRATION & MEASUREMENTS
Description
Technical Parameter
- Input power: three-phase, four-wire (three-phase, five-wire) ~380V±10% 50Hz/60Hz
- Working environment: Temperature -10℃ ~40℃ Relative humidity ≤ 85% (25℃ )
- Capacity: ≤ 5.0kVA
- Total dimension
Workbench size: 1600 X 750 X 1700mm
Dual-pump hydraulic unit size: 1300 X 800 X 800mm
Analog device size: 1500 X 400 X 900mm
■ Optional
- Teaching resources
- Hydraulic simulation software
- Lead frame
- Computer table
Product Application
- Pressure control circuit with superposition valve
- Speed control loop using superposition valve
- Sequential action circuit using superimposed sequence valve
- Pressure reducing circuit using superimposed pressure reducing valve
- Use the provided superimposed valve to build a hydraulic system that simulates the action of the device
Project 4. Comprehensive training project of proportional speed control valve
- Hydraulic motor speed control circuit controlled by proportional speed control valve
- Hydraulic cylinder speed control circuit controlled by proportional speed control valve
- PLC control proportional speed valve speed control loop
Project 5. Pneumatic circuit training project
- Air source pressure control loop
- Air source pressure delay output circuit
- Working pressure control loop
- High and low voltage conversion circuit
- Double pressure drive circuit
- Reversing circuit controlled by “or” gate type shuttle valve
- Double-acting cylinder reversing circuit
- One-way/two-way speed control circuit of double-acting cylinder
- Reciprocating circuit controlled by stroke valve
- Sequential action loop
- Position control circuit with magnetic switch
Project 6. Construction and debugging of the dual-cylinder control circuit of the pneumatic feeding device
Project 7. The construction and debugging of the pneumatic manipulator control loop of the pneumatic cutting device
Project 8. Use superimposed valves to build the hydraulic system of the simulation host (press, modular machine tool, etc.) and complete the debugging
Project IX. Simulation of straightening machine (double cylinder synchronization-mechanical synchronization) circuit construction and debugging, CT
