Key Features
- Sulfur Dioxide specific electrochemical sensor technology
- Electronics completely potted to prevent corrosion in harsh environments
- Industry standard linear 4/20 mA output
- Corrosion, weather, and chemical resistant polycarbonate sensor enclosure
- Intelligent-design enclosure temperature control for improved cell life
- Sensor designed to adapt to any harsh environment from -20°F to +120°F
- Real-time continuous monitoring for early detection of toxic concentrations
- Accurately provide TWA, STEL and IDLH alarms for personnel protection
- Detection range of 0-20 ppm SO2
The GG-SO2 utilizes proven electrochemical sensor technology for fast
and accurate detection. The standard
detection range of the GG-SO2 provides real-time continuous monitoring
of concentrations accurately down to1
ppm, with no false alarms.
The intelligent internal temperature
control of the GG-SO2 provides optimum temperature control for
extended cell life. The high-quality
injection-molded polycarbonate
enclosure offers excellent chemical
corrosion protection and high impact
resistance.
The GG-SO2 provides an industry
standard linear 4/20 mA output signal
compatible with most gas detection
systems and PLCs. The output signal
is not affected by drastic temperature
variations or other atmospheric conditions.
Applications
- Wineries
- Perimeter Monitoring
- Refineries
- Wastewater
- Heat Treatment
- Refrigeration systems
- Air quality
- Process manufacturing
- Textiles
Benefits
- Low cost
- Simple Operation
- Rugged and reliable
The standard GG-SO2 sensor is
designed to work anywhere, and at
a lower base-model price than most
competing models. With only one electrochemical sensor for any application;
designing, ordering, and maintaining
your sulfur dioxide detection system is
simple.
The GG-SO2 is prepared to survive
in just about any harsh industrial
condition, including acid washdown of
processing areas. Every circuit board is
sealed forever in potting compound,
protecting electronic components
and copper tracing from corrosion.
A specially vented chemical-resistant
polycarbonate enclosure protects
the sensor from accidental damage,
weather, and direct hose-hits from
clean-up crews.
Rule of thumb for personnel protection: mount sensor no higher than
breathing zone (5ft off of floor) since
SO2 is heavier than air and tends
to sink to low-lying areas in poorly
ventilated areas. One sensor covers
approximately 4000 square feet.
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