Physical Principle of Pneumatic control system Production and distribution of compressed air Structure and characteristics of pneumatic cylinders Calculation basic parameters Function and uses of pneumatic control valves Recognizing and drawing of pneumatic symbols Drawing of pneumatic circuit diagram according to standard. Regulation and measure of pressure Direct and indirect actuation Speed control circuit: Meter in, Meter out Use of quick exhaust valves Pneumatic logic control Representation of motion sequence and operation status Pneumatic logic controls Pressure dependent control with pressure sequence valves Position-dependent control with limit switch valves Time-dependent control with time delay valves Trouble shooting in pneumatic control system Safety regulation of the pneumatic system
Hydraulic Training Set, basic Level (FP01)
TEACH SPECIFICATION
Application of hydraulic Physical Principle of hydraulic Hydraulic symbols and standard Types and properties of hydraulic fluids Measurement and calculation the characteristic curve of a hydraulic pump Measurement of the characteristic curve of the pressure relief valve Characteristic curve of the flow control valve Flow control valve, directional control valve, non-return valve Measurement of time and pressure during advancing and retracting of a cylinder Calculation of force and speed Basic circuit with single and double cylinder Different between pressure relief valve and pressure regulation Using 4/3 way valves with different mid-position Using the flow control valve in adjusting the speed Design and operation of a differential circuit Use of pilot operated non-return valves Commissioning and maintenance hydraulic system
