

software designed specifically for the NGC8209. provides a
powerful tool for operations, diagnostics, and downstream
data handling. The PC can be directly connected to the
NGC8209 via an RS-232. USB, or Ethernet connection, or
indirectly by remote telemetry (phone modem, radio, cell
phone, satellite, etc.). The user is prompted through
pushbuttons, dropdown boxes, wizards, and dialog boxes for
setup, operations, data collection and monitoring.
In addition, the unit has a ¼ VGA interactive display screen
allowing the user to access basic analysis data and perform
basic operations.
—
Maintenance
The NGC8209 was designed to be maintained by personnel
with little or no prior knowledge of Gas Chromatography.
Both hardware and software are designed to provide low
maintenance through easily replaceable electromechanical
modules such as:
• NGC termination panel
• NGC analytical module, an easily removable chromatograph
subassembly, containing:– NGC manifold– Stream selector solenoid valves– GC module– Dual electronic carrier–
Pressure regulator valves– Chromatograph pilot valve– NGC analytical processor
• NGC feed-through (heater optional)
• Sample conditioning module (SCM)
• NGC controller (32 bit Processor)
—
Other maintenance support features
• Intuitive Local Operator Interface (PCCU 32) running
Microsoft Windows® environment
• Diagnostic software and wizards for maintenance
• Diagnostic file output system for e-mail support
• Digitized detector output (chromatogram) to PCCU
• Remote or local operation of PCCU
• Quick Start Guide and User Manual
Historical data
The NGC8209 is designed to retain historical data. This data
can be used for custody transfer needs, to verify transmitter
operation over time, and to provide a limited data backup for
communication link reliability. The user is allowed to
configure the period of the data retained by the NGC8209 via
the Operator Interface.
The default¹ memory configuration provides the most recent
480 analysis cycles containing:
• Normalized components
• Un-normalized components
• Ideal Btu/CV
• Real Btu (wet and dry) / CV (superior and inferior)
• Relative density (specific gravity)
• Density
• GPM
• Wobbe index
• HCDP
• Alarms
The default¹ stream averages is 840 hours, 35 days, and 14
months of data analyses. This data can be used to evaluate
performance:
• Selected peak times
• Selected peak areas
• Ideal Btu/CV
• Individual component mol %
(Diagnostics report):
• Carrier regulator pressure
• Oven temperature
• Ambient temperature
• Sample pressure
• Detector noise values
• Detector balance values
Audit logs (default¹)
• Last 480 alarms
• Last 480 events
Data retained by the NGC8209 can be collected via a remote
communication link or by the laptop PC local operator
interface PCCU.
1 The default memory configuration will provide for the data storage
above. The user may reallocate the memory that is available.
Available accessories
• 120/240 V AC to 12 V DC power supply
• 120/240 V AC to 24 V DC power supply
• Pole or pipeline mounting kits
• Cold weather enclosure (also available in pipe mount
configuration)
• Modular Sample System Conditioner options for– Non-pipeline quality natural gas sample– Up to 450 LC/min speed loops
• Probes– Temperature compensating fixed– Temperature compensating retractable– Liquid rejection– Electrically heated, retractable
• Regulators (carrier and calibration blend)
• Start-up calibration/validation gas sample (±2% blend)
• Carrier Gas: 99.995% pure helium (chromatographic grade)
• 1 GB SD card
• Export crating
• Tool kit
• Welker and A+ Corp. liquid shut-offs
• Various maintenance kits
• Customer factory acceptance test (FAT)
Specifications
• Meet or exceeds GPA 2261-99 for linearity
• Four stream capability. Manual calibration required with 4
sample streams.
• Single auto calibration stream and 3 sample streams, or a
max of 2 auto calibration streams and 2 sample streams


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