MEC – Forces In Trusses
Categories: Engineering Lab EquipmentTrusses are bar structures in which the bars are only subject to compressive or tensile stress, but not bending.Contains various smart, communication-enabled bars, equipped with electronic modules for...
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Description
Trusses are bar structures in
which the bars are only subject to compressive or tensile stress, but not
bending.Contains various smart, communication-enabled bars, equipped with
electronic modules for data acquisition and measured value display. The experimental
arrangement is set up in the mounting frame. The stainless steel mounting frame
provides direct and wireless data transmission and power supply for the smart
components.
The bars are hinge-connected to
node disks and are only subjected to compression or tension. The click system
ensures the bars easily snap into place in the node disks. Since no torques are
transmitted in the node disks, they are considered frictionless. The trusses
can therefore be regarded as ideal trusses.
Accessories such as supports,
vertical load, load unit and additional bars are available for setup and for
free experimentation. It is possible to create bridge connections, trusses
across corners, larger trusses and indeterminate trusses. In experiments, all
forces of the plane truss (bars, supports, loads) are measured and displayed
both directly on the smart components and in the software as a measured value
and as a colour. The calculated displacement can be demonstrated and amplified
in the software. With the distance measurement accessory, the displacement can
be measured and compared at any points.
Specification
bar and support forces in various
plane trusses
smart, communication-enabled bars
with electronic modules for data acquisition and display of measured values
node disks hinge-connected to bars
setup experiment in the mounting
frame
click system for simple, quick
experimental setup without cabling
supports, vertical load, load
unit, distance measurement, additional bars available as accessories
setup variants across corners and
with bridge connection, as well as free experimentation possible
bar extension for setting up
indeterminate trusses
automatic identification and
assignment of the bars during setup and experimentation
Algorithm: visualisation in the
software corresponds to the real assembled truss
display of measured values and
visual representation of forces by colour directly on the bars and in the software
calculated displacement can be
demonstrated and amplified in the software
distance measurement for measuring
displacement at any points available as accessory
software via USB under Windows 10
digital multimedia teaching material online in the SCIENCE Media Center: E‑Learning
course, worksheets
Technical data
Bars with electronic modules
1x bar extension, adjustable
length
2x 424mm
4x 300mm
1x 259mm
per bar: 2x LED for coloured
display of force
per bar: display for measured
force and angular position
Node disks
quantity: 3
outer connection positions: 16
inner connection positions: 1
Measuring ranges
force: 0…200N
angle: 0…180°
quick overview :
Trusses are bar structures in
which the bars are only subject to compressive or tensile stress, but not
bending.Contains various smart, communication-enabled bars, equipped with
electronic modules for data acquisition and measured value display. The experimental
arrangement is set up in the mounting frame. The stainless steel mounting frame
provides direct and wireless data transmission and power supply for the smart
components.
The bars are hinge-connected to
node disks and are only subjected to compression or tension. The click system
ensures the bars easily snap into place in the node disks. Since no torques are
transmitted in the node disks, they are considered frictionless. The trusses
can therefore be regarded as ideal trusses.
Accessories such as supports,
vertical load, load unit and additional bars are available for setup and for
free experimentation. It is possible to create bridge connections, trusses
across corners, larger trusses and indeterminate trusses. In experiments, all
forces of the plane truss (bars, supports, loads) are measured and displayed
both directly on the smart components and in the software as a measured value
and as a colour. The calculated displacement can be demonstrated and amplified
in the software. With the distance measurement accessory, the displacement can
be measured and compared at any points.
Specification
bar and support forces in various
plane trusses
smart, communication-enabled bars
with electronic modules for data acquisition and display of measured values
node disks hinge-connected to bars
setup experiment in the mounting
frame
click system for simple, quick
experimental setup without cabling
supports, vertical load, load
unit, distance measurement, additional bars available as accessories
setup variants across corners and
with bridge connection, as well as free experimentation possible
bar extension for setting up
indeterminate trusses
automatic identification and
assignment of the bars during setup and experimentation
Algorithm: visualisation in the
software corresponds to the real assembled truss
display of measured values and
visual representation of forces by colour directly on the bars and in the software
calculated displacement can be
demonstrated and amplified in the software
distance measurement for measuring
displacement at any points available as accessory
software via USB under Windows 10
digital multimedia teaching material online in the SCIENCE Media Center: E‑Learning
course, worksheets
Technical data
Bars with electronic modules
1x bar extension, adjustable
length
2x 424mm
4x 300mm
1x 259mm
per bar: 2x LED for coloured
display of force
per bar: display for measured
force and angular position
Node disks
quantity: 3
outer connection positions: 16
inner connection positions: 1
Measuring ranges
force: 0…200N
angle: 0…180°
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