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DESDE 1996
Bv José Javier Díaz 429
(X5016BHE) Córdoba
Argentina
Telefax (+54) (351)
461 7007(rot)
info@tecnoedu.com
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Actividades extra para el ST270 - Neumática Industrial |
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Además de los 10 prácticos que se incluyen en el manual en Castellano de este equipo,
está disponible un Software Educativo en Inglés con instrucciones, gráficos y animaciones que permiten profundizar la temática abordada:
- Identify the properties of fluids and
evaluate the use of compressed air as a
medium for transmitting power
- Recognize the importance of safety
when working with pneumatics
- Build a simple pneumatic system using a
cylinder and valve
- Introduction to the use of graphical
methods to analyze pneumatic systems
- Introduction to air pressure
- Discover Pascal´s law
- Investigate air pressure and the scales
used to describe it
- Discover Boyle´s law, which relates
temperature and volume
- Investigate the use of symbols in
communicating pneumatics systems
- Recognize basic pneumatic
component symbols
- Investigate cylinders in detail
- Recognize the difference between single
and double acting cylinders and how
they are controlled
- Recognize how a shuttle valve can be
used in a circuit so a cylinder can be
controlled from either of two positions
- Compare a shuttle valve to a pneumatic
logic OR gate
- Examine how logic can be used to
simplify complex control tasks
- Investigate the function and
construction of pneumatic logic AND
and NOT gates
- Design, test and evaluate a solution to a
door locking application using
pneumatics and logic control
- Examine the advantages and
disadvantages of pneumatic systems
- Compare pneumatic systems with other
power systems such as mechanical,
electrical and hydraulic
- Examine how pneumatics
technology can be interfaced with
electronics technology
- Investigate the theory and operation of a
solenoid valve
- Use electronics to control a
pneumatic cylinder
- Examine how electronics can enhance the
control of a pneumatic system
- Examine the function of pumps
and compressors
- Calculate the energy stored in a
pneumatic receiver
- Perform an energy analysis on a
pneumatic compressor
- Determine the factors that influence fluid
flow and pressure drop in pipes
- Examine the transmission pipes used in
pneumatic systems
- Determine how a pneumatic system can
be controlled remotely
- Examine the function and operation of a
pressure operated valve
- Design, test and evaluate a
pneumatic system to operate in a
hazardous area application
- Build a basic electro-pneumatic system to
sequence a cylinder
- Analyze an electro-pneumatic system
using a step-stroke diagram
- Build simple AND, OR and NOT logic
circuits using electronics
- Combine simple logic gates to produce
NAND, NOR and XOR gates
- Build logic decision making into a simple
electro-pneumatic sequencing system
- Recognize the definition and components
of automated control systems
- Build a simple electro-pneumatic
sorting system
- Examine the use of microprocessors in
automated control systems
- Revise the formula F = P x A
- Investigate SI units and use them to solve
force, pressure and area problems
- Select a cylinder for a bottle rejecting
application based on performance and
cost factors
- Investigate how a reservoir can be used to
produce a pneumatic time delay
- Build and evaluate a pneumatic time
delay circuit
- Build and evaluate an electro-pneumatic
time delay circuit
- Compare an electro-pneumatic time delay
circuit to a pneumatic only time delay
- Define a sensor. Investigate air sensors
- Determine the function of the sensors in
an electro-pneumatic system
- Use flow charts to simplify the
communication of a control problem
- Design a electro-pneumatic system which
will detect the presence of an imperfect part
and halt the production process
- Design, build and evaluate an electropneumatic
system, which can sort parts
based on whether they are black or clear
using logic
- Improve the design of an electro-pneumatic
sorting machine
- Investigate the theory and procedures for
troubleshooting industrial machines
- Perform a troubleshooting exercise on a
faulty electro-pneumatic system
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Equipos Didácticos para la Enseñanza de Electricidad y Electrónica |
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