RESEARCH NOV
| CFP-201 Portable Pneumatics Trainer |
|
| • This portable system comes with excellent extension for different training conditions and functions. |
| The whole structure is portable and compact. It has almost all function of a bench type trainer but with |
| small size and low cost. |
| • Four experiment platform arrangements can be performed to start the pneumatic training due to the |
| flexible design structure, the two aluminum profile plate could be combined in multiple methods to |
| achieve vertical, horizontal, superimposed or double sided training, at the same time, all pneumatic |
| components could be attached inside or outside the platform by using quick mounting baseboard. |
| • The connection between pneumatic tube and pneumatic components is achieved by fast connecting |
| couplings. The platform is suitable for both CHOIEO hydraulics and pneumatics training system with |
| same mounting features. |
| > TRAINING CONTENT |
| • Physical principles of pneumatic control system |
| • Structure and characteristics of pneumatic cylinders |
| • Function and use of pneumatic control valves |
| • Recognizing and drawing of pneumatic symbols |
| • Reversing circuit of push button valve controlled single acting cylinder |
| • Speed control circuit of single acting cylinder |
| • Manual controlled reversing circuit of hand directional valve |
| • Pneumatic controlled reversing circuit of hand directional valve |
| • Speed control circuit of double acting cylinder |
| • Speed control circuit of flow control valve |
| • Sequential circuit of two cylinders |
| • Reversing circuit of OR gate valve controlled single acting cylinder |
| • Remote controlled unloading circuit |
| • Push button valve controlled double acting cylinder circuit |
| • Reducing valve controlled pressure-relief circuit |
| • Two hands controlled single acting cylinder reversing circuit |
| CFP-211 Portable Electro Pneumatics Trainer |
|
| • This portable system comes with excellent extension for different training conditions and functions. |
| The whole structure is portable and compact. It has almost all function of a bench type trainer but with |
| small size and low cost. |
| • Four experiment platform arrangements can be performed to start the pneumatic training due to the |
| flexible design structure, the two aluminum profile plate could be combined in multiple methods to |
| achieve vertical, horizontal, superimposed or double sided training, at the same time, all pneumatic |
| components could be attached inside or outside the platform by using quick mounting baseboard. |
| • The connection between pneumatic tube and pneumatic components is achieved by fast connecting |
| couplings. The platform is suitable for both CHOIEO hydraulics and pneumatics training system with |
| same mounting features. |
| > TRAINING CONTENT |
| • Physical principles of pneumatic control system |
| • Structure and characteristics of pneumatic cylinders |
| • Function and use of pneumatic control valves |
| • Recognizing and drawing of pneumatic symbols |
| • Reversing circuit of single acting cylinder |
| Push button valve controlled single acting cylinder reversing circuit |
| 3/2-way single solenoid valve controlled single acting cylinder reversing circuit |
| 5/2-way double solenoid valve controlled single acting cylinder reversing circuit |
| • Speed control circuit of single acting cylinder |
| • Reversing circuit of double acting cylinder |
| Manual controlled reversing circuit of hand directional valve (direct control) |
| Air controlled reversing circuit of hand directional valve (indirect control) |
| Electronic controlled reversing circuit of 5/3-way solenoid valve |
| • Speed control circuit of double acting cylinder |
| Branch circuit speed control |
| Main circuit speed control |
| • Sequential circuit of two cylinders |
| • AND function circuit |
| • OR function circuit |
| Shuttle valve controls single acting cylinder |
| Shuttle valve controls double acting cylinder |
| • NOT function circuit |
| • Unloading circuit |
| • Pressure relief circuit |
| • Remote and local control circuit |
| Two-place controlled double acting cylinder |
| Two-place controlled single acting cylinder |
| • Buffering circuit |
| • Oscillating movement circuit |
| Single oscillating movement circuit |
| Continuous oscillating movement circuit |
| CFH-211 Portable Transparent Hydraulics Trainer |
|
| • This portable system comes with excellent extension for different training conditions and functions. |
| The whole structure is portable and compact. It has almost all function of a bench type trainer but with |
| small size and low cost. |
| • Four experiment platform arrangements can be performed to start the hydraulic training due to the |
| flexible design structure, the two aluminum profile plate could be combined in multiple methods to |
| achieve vertical, horizontal, superimposed or double sided training, at the same time, all hydraulic |
| components could be attached inside or outside the platform by using quick mounting baseboard. |
| • The hydraulic components used here are transparent type, all the inner structure and hydraulic flow |
| could be observed directly during the operation, as well as the mechanical motions. |
| • The connection between hydraulic tube and hydraulic components is achieved by fast connecting |
| and self-sealing couplings without leakage, thanks to its lockable and spring design, the insertion |
| of hydraulic tubes can be realized simply by pushing the female coupling only and the extraction can |
| be achieved easily by pulling the spring ring with one hand. |
| > TRAINING CONTENT |
| • Understanding of hydraulic system structure and characteristics |
| • Function and use of hydraulic control valves |
| • Recognizing and drawing of hydraulic symbols |
| • Single stage pressure regulating loop of overflow valve |
| • One level pressure-relief loop of reducing valve |
| • Oil in speed regulating loop of flow control valve |
| • Oil return speed regulating loop of flow control valve |
| • Side oil line throttle governing loop of one way throttle valve |
| • Reversing loop of hand directional valve |
| • Series speed regulating loop of flow control valve and throttle valve |
| • Parallel speed regulating loop of flow control valve and throttle valve |
| • Oil in and oil return speed regulating and throttling loop |
| CFH-212 Portable Transparent Electro Hydraulics Trainer |
|
| • This portable system comes with excellent extension for different training conditions and functions. |
| The whole structure is portable and compact. It has almost all function of a bench type trainer but with |
| small size and low cost. |
| • Four experiment platform arrangements can be performed to start the hydraulic training due to the |
| flexible design structure, the two aluminum profile plate could be combined in multiple methods to |
| achieve vertical, horizontal, superimposed or double sided training, at the same time, all hydraulic |
| components could be attached inside or outside the platform by using quick mounting baseboard. |
| • Two carrying handles on top and four rubber cushions on bottom, making it easily to carry or place the |
| training system. |
| • The hydraulic components used here are transparent type, all the inner structure and hydraulic flow |
| could be observed directly during the operation, as well as the mechanical motions. |
| • The connection between hydraulic tube and hydraulic components is achieved by fast connecting |
| and self-sealing couplings without leakage, thanks to its lockable and spring design, the insertion |
| of hydraulic tubes can be realized simply by pushing the female coupling only and the extraction can |
| be achieved easily by pulling the spring ring with one hand. |
| > TRAINING CONTENT |
| • Understanding of hydraulic system structure and characteristics |
| • Function and use of hydraulic control valves |
| • Recognizing and drawing of hydraulic symbols |
| • Single stage pressure regulating loop of overflow valve |
| • One-stage pressure regulating loop of reducing valve |
| • Reversing loop of 4/3way solenoid valve |
| • Speed regulating loop of flow control valve |
| • Speed regulating loop of throttle valve |
| • Hydraulic controlled one-way valve controlled locking loop |
| • Pressure relay controlled sequential loop |
