ELECTROVALVULAS FESTO PDF

Signal status display via illuminating seal Signal status display via LED. Pilot valve with port pattern to ISO Manual override Various voltages One valve series for different flow rates Various valve functions. Solenoid valve with individual pilot valves and pneumatic interface to ISO Pressure regulator for setting Can be connected with square plug sockets the force of the actuated drive or round plugs. Widths of 18 mm and 26 mm Pressure shut-off plate for can be combined replacing valves during operation.

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Workbook TP The training system from Festo Didactic has been developed and manufactured for training and vocational education in the field of automation technology. Order no. Haring, M. Metzger, R. Table of contents. Festo Didactics training system for automation and technology is geared towards various educational backgrounds and vocational requirements. The training packages are therefore broken down as follows: Basic modules impart basic, interdisciplinary, technological knowledge. Technology modules address the important topics of open and closed-loop control technology.

Function modules explain the fundamental functions of automated systems. Application modules enable training and further education that is aligned with real-life practice.

The technology modules deal with various technologies including pneumatics, electro-pneumatics, programmable logic control systems, automation using a personal computer, hydraulics, electrohydraulics, proportional hydraulics, sensor technology, electric drives and applications technology handling. All training modules have the same structure: Hardware Teachware Software Seminars.

The hardware is comprised of industrial components and systems that are specially designed for training purposes. The structure of the teachware corresponds to that of the training hardware. It includes: Textbooks with exercises and examples Workbooks with practical exercises, supplementary instructions and solutions Transparencies and videos for dynamic instruction. The working materials for TP consist of 19 exercises and a workbook.

Each exercise has its own set of ready-to-use worksheets. The exercises can be purchased without the workbook and are used as consumables. They can thus be easily made available to trainees. Data sheets for the hardware components are made available along with the training module and on the CD ROM. The teaching and learning media are available in several languages.

Theyre intended for use in classroom instruction, but are also suitable for self-study. Where software is concerned, computer training programs and programming software are made available for programmable logic controllers.

A wide range of seminars covering the contents of the technology module round off the programme for training and further education. The system provides a solid basis for practical training and further education. The TP technology module only includes pneumatic control systems. The TP basic level is suitable for basic training in the field of pneumatic control technology. It covers the fundamentals of pneumatics as well as the function and use of pneumatic equipment.

The equipment can be used to set up simple pneumatic control systems. The TP advanced level comprises vocational training in the field of pneumatic control technology. The equipment can be used to set up extensive combinatory circuits with linking of the input and output signals as well as control systems with stepper modules. A permanent workstation equipped with a Festo Didactic profile plate is a prerequisite for setting up the control systems.

The profile plate has 14 parallel T-slots at 50 mm intervals. A portable compressor with silencer V, max. Ideal control sequence reliability can be achieved by operating the control system at a working pressure of 5 bar kPa without oil. All the control systems for the 19 exercises are set up using the equipment set for the TP basic level. The theoretical fundamentals for understanding this series of exercises are included in the textbook:.

Data sheets for the individual components are also available cylinders, valves, measuring instruments etc. General Trainees should only work with the control systems under the supervision of a trainer. Observe specifications included in the data sheets for the individual components and in particular all safety instructions! Mechanical Mount all the components securely onto the profile plate.

Limit switches must not be actuated frontally. Danger of injury during troubleshooting! Use a tool to actuate the limit switches, for example a screwdriver. Only reach into the set-up when its at a complete standstill. Electrical Electrical connections must only be established and interrupted in the absence of voltage! Only use connector cables with safety plugs for electrical connections.

Only use low-voltage max. Pneumatics Do not exceed the maximum permissible pressure of 6 bar kPa. Do not switch on the compressed air until all of the tubing connections have been completed and secured.

Do not disconnect tubing while under pressure. Danger of injury when switching compressed air on! Cylinders may advance and retract automatically. Danger of accident due to tubing slipping off! Use shortest possible tubing connections. Wear safety glasses. In the event that tubing slips off: Switch compressed air supply off immediately. Pneumatic circuit set-up: Connect the components using plastic tubing with an outside diameter of 4 or 6 mm. Push the tubing into the push-in connector as far as it will go.

Switch compressed air supply off before dismantling the circuit. Dismantling the pneumatic circuit: Press the blue release ring down, after which the tubing can be pulled out. Variant A, snap-in system Lightweight components that are not load-bearing e.

Simply clip the components into the slot on the profile plate. Release the component from the slot by actuating the blue lever. Variant B, bolt-on system Components with medium load capacity e.

These are clamped onto the profile plate using T-head bolts. The blue knurled nut is used for clamping and loosening.

Variant C, screw system For components with high load capacity and components that are seldom removed from the profile plate for example on-off valve with filter regulator. These components are secured with socket head screws and T-head bolts.

A stopwatch is required in order to evaluate the control systems once they have been set up. The stopwatch is used to: Adjust the one-way flow control valves so that the cylinder stroke times comply with the specified values Adjust time delay valves. The TP technology module consists of a multitude of training materials and seminars.

The subject matter is focused entirely on pneumatic control systems. Individual components included in the TP technology packet can also be included in any of the other modules. Workbooks TP basic level TP advanced level. P Maintenance and troubleshooting for pneumatic and electropneumatic systems. IW-PEP Repair and maintenance in the field of control technology pneumatic and electropneumatic systems.

Youll find further training materials in our catalogue and on the Internet. The training system for automation and technology is continuously updated and expanded.

Become familiar with the set-up and mode of operation of a single-acting cylinder. Be able to recognise and sketch the various types of actuation for directional control valves.

Be able to explain and set up direct actuation. Be able to analyse and evaluate circuits. Become familiar with the set-up and mode of operation of a double-acting cylinder. Be able to explain and set up indirect actuation. Become familiar with the difference between a signalling element and a control element. Be able to measure pressure in pneumatic control systems. Be able to differentiate between the various types of flow control and use them in accordance with specifications.

Be able to adjust cylinder advancing and retracting speeds. Become familiar with one type of signal storage in pneumatic control systems. Be able to explain and set up latching circuits. Become familiar with one option for end-position sensing in cylinders. Be able to combine logic operations. Become familiar with the set-up and mode of operation of a magnetic proximity switch. Be able to further develop existing circuits.

Become familiar with the set-up and mode of operation of a pressure sequence valve. Be able to set up pressure-dependent control systems.

Become familiar with the set-up and mode of operation of a pressure regulator.

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