Technical Design Report Super Fragment Separator
Technical Design Report Super Fragment Separator
Technical Design Report Super Fragment Separator
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DRAFT<br />
Figure 2.4.144: General design floor nest (left) and floor nest in-ground (right).<br />
Again, the predetermination of measuring technology guides to the design of reference points in<br />
the tunnel floors and walls just like on the magnets and other components, which have to be aligned<br />
to very tight tolerances (fiducial points). No permanent instrument monuments (like pillars) will be<br />
installed within any tunnel. Each reference point will be shaped in a way, that removable targets<br />
with a diameter of 1.5 inch can be inserted with highest repeatability (e.g. ball mounted retroreflectors,<br />
etc. – see Figure 2.4.144 and Figure 2.4.145 © Metronom Automation GmbH).<br />
Figure 2.4.145: Wall nest with 1.5" corner cube reflector (left) and <strong>Design</strong> drawing wall nests and component<br />
fiducials.<br />
Test laboratory<br />
Instrument testing should be an important part of the internal quality assurance program. Establishing<br />
an appropriate test laboratory to do performance checks, investigate test procedures, calibrate<br />
and maintain the definitely forthcoming manifold systems in the scope of metrology should<br />
happen as early as possible. Conceptual work including formulation of a catalogue of requirements<br />
on laboratory design – especially climatic condition and building stability -, along with specification<br />
of inspection equipment and much more, is to be started soon.<br />
Software<br />
Suitable metrology software that provides running a number of different instrument - and hence -<br />
observation types, simulating point accuracies from expected observational uncertainties and, with<br />
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