Buchi Syncore, Руководство по эксплуатации

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Syncore
Platform
11
3 Function
3 Function
Syncore comprises a series of compact, highly versatile
instruments suitable for all aspects of parallel synthesis and
evaporation.
There are three pre-defined assemblies:
• Syncore Reactor
• Syncore Polyvap
• Syncore Analyst
The instruments are tailored to the customer’s needs in
various appli ca tions. The standard configurations can be
modified to meet individual requirements by using additional
accessories.
3.1 The single platform
The Syncore single platform is equipped with a heater and
a shaking mechanism.
• Heating is accomplished across a heating foil on a base
plate
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.
• Temperatures range from -20°C to 150°C.
The quiet an vibration free staking movement is orbital and
horizontal, with a maximum speed of 600 rpm and an ea-
sily adjustable exxenter of 0 to 5 mm. This ensures that all
samples may be thoroughly agitated vy vortex action within
the tubes, eliminating potential contamination souerces such
as stirrer paddles or magnetic followers.
A shield
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protects the operator from contact with hot, cold,
or moving parts.
The unit is controlled either manually or via a program. Up
to 9 individual temperature/time steps may be programmed,
each lasting for a maximum of 9 hours and 59 minutes. Pre-
set safety limits may also be selected, 100 or 150°C for the
temperature and 300 or 600 rpm for rotational speed.
Thanks to the two valve outlets, valves may be operated eit-
her under temperature control or controlled by the program.
With programmed control, for example, it is possible to
ensure that the cooling water will not be switched off before
one hour after completion of the program.
The single platform has an analog TTL signal socket
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that
can process an external start or stop signal. This means that
the unit can be operated via an external control unit, e.g. for
integration into a robot station.
The Syncore single platform has a pre-defined stopping
position. After a vortex movement of the base plate, the
unit auto mati cally re-finds its pre-defined stopping position,
thereby enabling integration of the single platform into fully
Figure 4: Syncore single platform (front view)
Figure 5: Syncore single platform (back view)
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