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MP600 Loadbars
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MP600 Loadbars $ 1,075.00
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Tru-Test MP Series loadbars are the
multipurpose loadbar in the Tru-Test range. Mp loadbars
are designed for use as a pair in a wide variety of
applications, including under platforms, sheep crates and wool
presses. MP Series loadbars can also be used singularly
and as a set of four using a Tru-Test loadbar adapter cable. |
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The MP600's have a total capacity of
2000 kg per pair. The MP Series loadbars are easy to set
up and simply require a firm level surface and a rigid crate or
platform. MP loadbars do not need to be permanently
installed and when used with the lightweight Tru-Test aluminum
platform they can easily be transported between different
weighing sites.
Compatibility is a standard feature of Tru-Test weighing
equipment and MP loadbars are compatible with Tru-Test
indicators without the need for additional calibration. |
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One of Tru-Test's core competencies
is the design and manufacture of load bars for harsh
environments. The MP series have a zinc plated, gold
passivated, loadbar housing for corrosion resistance. The
load cells are aircraft grade aluminum and are potted with a two
pot polyurethane compound. Heavy-duty TPR/PVC cables are a
standard feature of all MP load bars, which minimizes the
likelihood of cable damage. |
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MP Series loadbars use an aluminum
shear beam load cell. the load bars transform the weight
applied to them into a change in electrical resistance which in
turn is converted by the indicator into a weight reading.
the change in resistance is achieved by bonding a strain gauge
to the surface of a flexible load-carrying member (the aluminum
beam). The deformation of the aluminum beam, caused by the
applied load, causes the strain gauge to stretch or compress,
which changes the resistance of the strain gauge by virtue of
its changed shape. The load
sensing area of the load bar where the strain gauge is applied
is specifically shaped to maximize the surface deformation and
the resulting signal. In the MP Series loadbars, cavities
have been formed in both sides of the aluminum beam leaving a
thin web at each end of the load cell where the load is applied. |
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