Use Manual

Table Of Contents
Input (IOM)
Input configuration includes the following features:
Manual input of samples by using racks, with configurable area assignment for different
routes
Input of samples in standard racks (FlexRacks) or by using analyzer or device-specific racks
Sample assignment (for example, tube type, fluid type, capped or uncapped, centrifuged or
not centrifuged) according to customer specification
Loading of samples to CARs from racks after sample identification by reading the bar code
Related information...
Input/Output Module design and function, page 50
Output (IOM)
Output configuration includes the following features:
According to the defined user requirements, the removal of the sample from the CAR
followed by the reading of the sample bar code and, if required, the transport of the sample
to the appropriate output area
Distribution within racks according to customer specification
Distribution in individual racks for manual archiving
Automatic sorting of samples with error messages (for example, unreadable bar codes, no
orders, or other errors) into specified error compartments
Related information...
Input/Output Module design and function, page 50
Robot (IOM)
The robot transports samples into input, output, and error areas. During transport, the sample is
aligned for the bar code to be readable by the modules and analyzers. The bar code is read at
the start and end of transport.
Related information...
Input/Output Module design and function, page 50
Throughput (IOM)
A continuous supply of samples and the availability of CARs ensures optimum throughput. The
Input/Output Module processes a minimum of 900 capped samples per hour.
Related information...
Input/Output Module design and function, page 50
Use or function
Input/Output Module overview
Section 1
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GLP systems Track Operations Manual
80003968-101 - 2021-09-16