ABB REX010 Transformer Unit
System Diagnostics-The PGC5000 has a
comprehensive Condition Monitoring System
available through both the Local and Remote
UIs. The CMS provides the user with a highly
configurable, rich set of alarms and indicators
that reach all the way down to the lowest
component levels(PCBs, detectors,EPC etc.)
enabling complete system diagnostics for rapid
troubleshooting and maintenance.
.Digital Sample System.The PGC5000 connects
over fiber optic via intrinsically safeCANbus
communication to all digital SHS components,
including stream switching valves and
multivariate flow indicators.The PGC5000
locally and remotely displays on its UI critical
SHS parameters including analyzer flow, bypass
flow, bypass filter pressure drop and stream
temperature. All these values are displayed on
the PGC5000 and can be alarmed on with a
Modbus signal to the DCS.
·Serviceability-All hardware component access
points are from the front of the analyzer. The
easily removed doors promote open access into
the oven electronics.
·PGC5007 Total Sulfur GC-The PGC5007
employs a field proven combination of
hardware and application experience, providing
a simple, direct and robust measurement8f
Total Sulfur and hydrogen sulfide (H2S) in vapor
or liquid process streams. The PGC5007B is
based and built according to AS"method
D7041-04(2010),online analytical method with
precision and bias data 2-5 times better than
any analytical technique for total sulfur
measurements.
·PGC5009 Fast Process GC-The PGC5009
represents the best inprocess analytics for
simulated distillation analysis using fast
temperature programmed process
chromatography. With a patented design, the
PGC5009 allows users to obtain a complete
stream distillation profile in less than 5 minutes.
The fast output of the technique allows the
users to extract a much higher and accurate
information from a stream compared to
traditional technologies, enabling tight and
effective process control.

The PGC5000 with Airless Oven option operates
the same as the standard PGC5000 and it differs
from other ovens in the means of heating the
components within the oven. The Airless Oven
blower circulates the ambient air inside the oven
through the thermal exchange block. The heated
air exits the back of the thermal exchange block
at the rear of the oven, where a deflector plate
directs the air flow toward the top of the oven.
The blower pulls this air down the front of the
oven and forces it back through the thermal
exchange block. The Airless Oven option is a great
cost savings solution due to non-consumption of
instrument air.
The Integrated Controller option offers a low ini tial investment
solution by integrating the single
board computer (SBC) directly into the PGC5000
oven. This not only eliminates the costs associ ated with one dedicated
controller per oven archi tecture, but also helps to reduce the overall size
of the analyzer shelter, due to a significant reduc tion in the space required to house traditional
process gas chromatographs. For the replace ment of existing analyzers,
it can also help to op timize the shelter space. This product offering
represents state of the art in process gas chro matograph architecture and offers user interface
(UI) flexibility in three distinct options: (1) stan dard PC; (2) Industrial tablet or (3) PGC5000A
master controller that can control and serve as
the UI for all ovens in a single shelter.