Product Name: Pneumatics Training Set

Model Name: YESC-6000p

Feature

  • The pneumatics training systems combines hardware and software to give 

     students complete hands-on experience in the design and construction of 

     pneumatic circuits commonly used in industrial applications.

  • The module includes a slotted aluminum training panel with a wide assortment

     of industrial grade pneumatic components.

  • Students can mount and configure components on the panel in order to create a

     variety of applications. Students can connect different components, change 

     physical parameters and observe system responses.

  • The unique combination of software and industrial equipment allows students to

     test and troubleshoot simulated circuits before hardware connections are made.

  • Understanding of Basic level function of pneumatics range

  • The way of one-touch lever fixed parts easily, type of aluminum profile.

  • Efficient use of space by fasten parts horizontally and vertically.

  • Application practice of all sorts of pneumatic equipment for FMS.

  • PNEUMATIC panel circuits can be designed and simulated by means of the 

     PneuMotion software ( Optional item ).

  • Optional PneuMotion is a pneumatics CAD, simulation and operation software 

     package.

  • As a computer-aided design tool, PneuMotion teaches students how to design 

     and operate pneumatic circuits.

  • Its HMI animation provides a working simulation of circuit operation and allows

     students to observe the effectiveness of their pneumatic circuit designs.

  • Software features include:

  -Pneumatic circuit computer-aided design (CAD) tool.

      ▷ Components selected from a complete component library.

      ▷ Components placed on screen, resized and repositioned through point and 

          click mouse operation.

  -Air connections drawn by point and click mouse operation.

      ▷ Cross-section and schematic views.

      ▷ Ladder diagram programming and execution in simulation mode.

      ▷ Simulation of pneumatic circuits.

      ▷Sequence time diagram display in simulation mode.




Education Concept

 •  Pneumatics_Basic /  Model YES P/B

      ▷ Physical principles of pneumatic control system

       ▷ Production and distribution of compressed air 

       ▷ Structure and characteristics of pneumatic cylinders

       ▷ Calculation basic parameters

       ▷ Function and use of pneumatic control valves

       ▷ Recognizing and drawing of pneumatic symbols

       ▷ Drawing of pneumatic circuit diagrams according to standard

       ▷ Regulation and measurement of pressure Direct and indirect actuation

       ▷ Speed control circuits : Meter-in, Meter-out

       ▷ Use of quick exhaust valves

       ▷ Pneumatic logic controls

       ▷ Representation of motion sequences and operating status

       ▷ Pneumatic sequence controls

       ▷ Pressure-dependent controls with pressure sequence valves

       ▷ Position-dependent controls with limit switch valves

       ▷ Time-dependent controls with time delay valves

       ▷ Trouble-shooting in pneumatic control system

       ▷ Safety regulations of the pneumatic system.

  • Pneumatics_Advanced / Model YES P/A

      ▷ Physical principles of pneumatic control system 

      ▷ Production and distribution of compressed air

      ▷ Structure and characteristics of pneumatic cylinders

      ▷ Calculation basic or advanced parameters 

      ▷ Function and use of pneumatic control valves

      ▷ Recognizing and drawing of pneumatic symbols

      ▷ Drawing of pneumatic circuit diagrams according to standard

      ▷ Regulation and measurement of pressure

      ▷ Direct and indirect actuation

      ▷ Speed control circuits : Meter-in, Meter-out

      ▷ Use of quick exhaust valves

      ▷ Pneumatic logic controls

      ▷ Representation of motion sequences and operating status

      ▷ Pneumatic sequence controls

      ▷ Pressure-dependent controls with pressure sequence valves

      ▷ Position-dependent controls with limit switch valves

      ▷ Time-dependent controls with time delay valves

      ▷ Trouble-shooting in pneumatic control system

      ▷ Safety regulations of the pneumatic system

      ▷ Use of pilot operated check valves to stop pneumatic drives in any position

      ▷ Displacement-step diagrams

      ▷ Design circuit by cascade control circuit

      ▷ Basic stepper control circuit

      ▷ Self-latching circuits

      ▷ Controls with peripheral conditions : single cycle/continuous cycle

      ▷ Controls with safety conditions : Emergency Stop

      ▷ Trouble-shooting in extensive pneumatic controls

      ▷ End positions without limit switch valves - Back pressure signal generator

  • Electro-Pneumatics_Basic / Model YES /EPB

      ▷ Physical principles of electrical systems and pneumatics 

      ▷ Function and use of electro-pneumatic components

      ▷ Recognizing and drawing of electro-pneumatic symbols

      ▷ Representation of motion sequences and operating status

      ▷ Drawing of pneumatic and electrical circuit diagrams

      ▷ Direct and indirect manual controls

      ▷ Direct and indirect position-dependent controls

      ▷ Logical AND/OR function of switch-on signals

      ▷ Representing motion sequences and switching states

      ▷ Constructing control systems using relays

      ▷ Electrical latching circuits

      ▷ Application and function of 3/2 and 5/2-way solenoid valves

      ▷ Analyzing circuits

      ▷ Function and application of limit switches

      ▷ End-position monitoring using electronic proximity sensors Realizing oscillating movement

      ▷ Time-dependent controls with timer relays

      ▷ Using pressure switches

      ▷ Troubleshooting simple electro-pneumatic circuits

 • Electro-Pneumatics_Advanced / Model YES /EPA

      ▷ Physical principles of electrical systems and pneumatics 

      ▷ Function and use of electro-pneumatic components

      ▷ Recognizing and drawing of electro-pneumatic symbols

      ▷ Representation of motion sequences and operating status

      ▷ Drawing of pneumatic and electrical circuit diagrams

      ▷ Direct and indirect manual controls

      ▷ Direct and indirect position-dependent controls

      ▷ Logical AND/OR function of switch-on signals

      ▷ Representing motion sequences and switching states

      ▷ Constructing control systems using relays

      ▷ Electrical latching circuits

      ▷ Application and function of 3/2 and 5/2-way solenoid valves

      ▷ Analyzing circuits

      ▷ Function and application of limit switches

      ▷ End-position monitoring using electronic proximity sensors

      ▷ Realizing oscillating movement

      ▷ Time-dependent controls with timer relays

      ▷ Using pressure switches

      ▷ Troubleshooting simple electro-pneumatic circuits

      ▷ Function and use to electro-pneumatic components

      ▷ Step diagrams/process-oriented sequence controls

      ▷ Using and adjusting different sensor types

      ▷ Realizing sequence controls with signal overlap

      ▷ Solution according to the group method, cascade circuit

      ▷ Sequence chain with spring-return valves and sequence chain with bistable valves

      ▷ Control with peripheral conditions(i.e. single/continuous cycle, Emergency Stop)

      ▷ Position-dependent control with predetermining counters

      ▷ Emergency stop conditions

      ▷ Explaining the function and application of a 5/3-way solenoid valve

      ▷ Troubleshooting in complex electro-pneumatic circuits