Mapa del Sitio
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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 ST260 - Mecanismos Industriales |
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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 how to measure the rotary speed
of motorized gears
- Build simple gear trains and measure
the speed changes that occurred
when powered
- Learn how to predict the changes in
speed gear trains produce
- Build a type of gear train called a
compound gear train
- Convert the rotary speed of a spinning
gear wheel into the linear speed of a
moving vehicle
- Examine the use of pulley and belt
systems used to transmit rotary motion
over large distances
- Build timing belt systems and compare
them with the gear systems and pulley
belt systems
- Build power transmission systems that
use combine different mechanisms to
transfer rotary motion
- Investigate the use of pulleys to
lift objects
- Build pulley systems that reduce the
effort needed to lift loads
- Calculate the energy inputs and outputs
of different pulley systems to find out
how pulleys affect the energy needed to
lift objects
- Calculate the theoretical mechanical
advantage of pulley systems and compare
this with the measured mechanical
advantage to observe
the efficiency
- Build a motorized winch system and
measure the electrical power input and
the mechanical power output
- Build a winch system that uses a
more complex pulley system to
provide a large mechanical advantage and
discover what effect this has
on efficiency
- Design a motorized winch system that
will raise a load at a specific speed
- Use bevel gears to connect the motor to
an axle that is in a different direction
from the axle of the motor
- Build a mechanical system that uses
crank and slider mechanisms to convert
rotary motion into straight-line motion
- Use cams to convert rotary motion into
linear motion and examine how the shape
of the cam affects the motion produced
- Compare mechanical systems with
pneumatic, hydraulic and electrical
power systems
- Examine the use of levers that change the
direction of a force
- Build and test levers used to
magnify force
- Build and test levers used to
magnify distance
- Investigate special mechanisms used to
provide and transmit power and operate
as safety devices
- Discover how inclined planes can be used
to provide mechanical advantage
- Explore the effect of inclined planes
on energy
- Describe the application of inclined
planes in screw threads
- Design gearboxes to provide specific
changes in force and speed
- Design an energy efficient winding
mechanism for a powered elevator
- Design a mechanical system for raising a
boat from the water and into a boathouse
- Develop the boat winch design to allow
for cost
- Build a model of a boat winch design and
test it using the Mechanisms Trainer
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Equipos Didácticos para la Enseñanza de Electricidad y Electrónica |
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