1
Getting Familiar with Your TriPlus RSH
Crossrails
16
TriPlus RSH User Guide
Thermo Scientific
Crossrails
The crossrails constitutes the primary structure up on which the sampling unit components
are installed according to the configuration of the sampler.
The two sliding crossrails, shown in
, constitute the X and Y axes of the sampler. They
are connected to one another through a mechanism that manages the movements of the
system by both a motorized truck and a tray located in every crossrail.
Figure 2.
Crossrails X and Y
Crossrail X
It represents the X-axis of the system and is the structure bearing the sampling units
components. It consists of the following sections:
•
Front-upper section
— The part of the crossrail on which the crossrail Y slides.
•
Lower section
— Includes the slots to connect the sampler support and the components.
•
Back section
— Includes the Control Interface for the connection of the sampling unit
to the power module, the GC, and the components installed. See the section
. It includes the inlet port for the connection of the syringe flushing
gas.
•
Internal section
— Contains the main low voltage electronics boards. It also manages the
movement along the crossrail X.
Crossrail Y
It represents the Y-axis of the system. It is connected to the crossrail X through the motorized
truck. Crossrail Y motors carry out the movements of the Head (Z-axis).
It consists of the following sections.
•
Front section
— Includes the guides and the electric connections for the Head
installation.
Crossrail Y
Crossrail X
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