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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 ST280 - Hidráulica 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:
- Learn about how to use the hydraulics
training system safely
- Find out what hydraulics is and the basic
parts of all hydraulic systems
- Investigate the inputs and outputs of a
hydraulic systems
- Find out about energy and how it flows
through a hydraulic system
- Define pressure and look at different
scales of pressure
- Discover how pressure is measured
and how atmospheric pressure is taken
into account
- Discover Pascal´s law and how it relates
to hydraulic technology
- Discover that the weight of fluid can
also create pressure
- Discover how hydraulic symbols are
used to simplify the design and
communication of hydraulic systems
- Investigate compressibility and compare
the performance of oil and air
- Explain compressibility using the
structure of matter
- Look at the output part of hydraulic
systems – cylinders
- Examine the factors that affect
cylinder performance
- Revise the formula F = P x A
- Investigate SI units and use them to
solve force, pressure and area problems
- Investigate hydraulic valves and how
they are used to control what happens in
a hydraulic circuit
- Look at fluid flow; how it is defined and
how it is measured
- Calculate fluid velocity in a number
of situations
- Discover Bernoulli´s law, which relates
pressure and fluid flow
- Investigate hydraulic pipes and how they
are selected
- Build a simple hand pump to
demonstrate the principle of positive
displacement pumps
- Investigate the basics of hydraulic pumps
- Build a hydraulic machine and
perform an energy analysis on it to
determine its efficiency
- Review basic pump types
- Calculate pump efficiency
- Look in detail at the most common type
of hydraulic pumps
- Recognize the properties of a
hydraulic fluid
- Define viscosity
- Explore the filtering and pre-treatment of
hydraulic fluid
- Revise the principle of the
mechanical lever
- Demonstrate the principle of the
hydraulic lever
- Explore the principle of the
hydraulic lever
- Solve hydraulic lever problems
- Determine the factors that influence
cylinder speed
- Calculate extension and retraction rates
for cylinders
- Investigate flow control valves and how
they can be used to control the speed of
hydraulic cylinders
- Design a hydraulic system to operate
a car park lift with unidirectional
flow control
- Explore the function of a check valve and
its application in hydraulic systems
- Select a cylinder for a hydraulic press
application based on performance and
cost factors
- Perform an energy analysis to determine
the performance of a hydraulic cylinder
- Explore how hydraulics is used in
braking systems
- Compare the performance of water and
air as a hydraulic fluid
- Design a hydraulic system to operate two
cylinders in sequence and simulate an
aircraft undercarriage system
- Investigate how hydraulic circuits
are protected from the effects of
high pressure
- Explore how hydraulics technology is
used in shock absorbing systems
- Investigate the compression of
gas and discover Boyle´s law which
relates pressure and volume at
constant temperature
- Design an aircraft safety system for use
in the event of hydraulic pump failure
- Explore hydraulic
accumulator technology
- Discover how heat is generated and
dissipated from hydraulic systems
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