Critical Environment Technologies ART Manual do Utilizador Página 11

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Flexible By Design
Integrate With Us Or Them
Auto-Flow Critical Environments Control Architecture
includes a robust family of controllers and peripheral
devices. Our Native BACnet implementation is on of the
most flexible and open in the controls industry.
There is no need for routers or gateways to convert
protocols to BACnet with the control architecture, as all
controllers are Native BACnet. There are several ways
that an AAM Auto-Flow system can be integrated to
other systems. The Auto-Flow system can be interfaced
directly through BACnet MS/TP to most building
automation networks and utilize their GUI capabilities.
Moreover, utilizing AspectFT, a complete web based
front end and data archiving capability exists that can be
independent of the installed BMS system or integrated
with it. This approach has the further advantage of
enabling an interface to MODbus energy measurement
technologies.
Alternatively, through the Matrix - BBO BACnet Router,
the family of BACnet MS/TP controllers can be interfaced
via BACnet IP or BACnet Ethernet to other compliant
BACnet networks. And, lastly, through a common and
popular interfacing device the system can be integrated
to a LON control network.
Every Aspect You Will Need
The fume hood controller, through it's implementation
of standard and non-standard control objects, makes
virtually every aspect of the contoller available within
the BMS architecture. Any industry standard BACnet
MS/TP system that supports non-standard objects
can interface with the control family over it's RS-485
network.
The fume hood and other members of the GPC family
are truly peer controllers with the ability to share values
and information among each other on the MS/TP
network. When using other members of the family on
other applications within the laboratory environment, a
very flat yet fully functional architecture is available.
Pressure offset control schemes can be easily
implemented in the laboratory controller as can flow
offset logic. In the case of the flow offset application,
a separate cascade flow circuit is available to assure
high-speed updates to this control loop independent
of the MS/TP network when multiple fume hoods are
employed in a single laboratory.
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