|
The new CO2 Gasurveyor is a state of the art portable
instrument, designed to detect Carbon Dioxide in Nitrogen and Air. The CO2
Gasurveyor has been developed from the highly successful and reliable Gasurveyor
series of instruments, currently used by customers worldwide in a range of
demanding environments.
Easy
to operate, the instrument has a wide range of applications in a number of
different fields.
|
|
The
instrument utilises an infrared sensing system for the detection of CO2.
Critical parts of the IR Sensing System are the source and detectors, which
have been specifically selected to minimise drift and eliminate the need for
consumable parts for the lifetime of the instrument. In addition the design of
the overall IR System is such that interference from other gases e.g. Carbon
Monoxide and Sulphur Dioxide, is virtually eliminated.
The
instrument is operated via four push buttons, which controls all the
instruments functions including on/off, range, zero, data logging and alarm
acknowledgements. The CO2 Gasurveyor has a digital LCD display, which is
automatically backlit in poor light conditions. The gas sample is drawn
through the unit by an integral electric pump which if required enables
samples to be taken remotely without entering a potentially dangerous area.
The
instrument casing is rugged and durable and the CO2 Gasurveyor is sealed to
IP54 standards and is suitable for outdoor use.
The
CO2 Gasurveyor has one alarm per range, which can be set at a level specific
to user requirements, and company recommended safety procedures
|
|
|
|
- Nuclear Industry (AGR & MAGNOX Power
Stations)
- Brewing Industry (Beer, lager & Cider
Production)
- Distilling Industry (Whisky & Spirit
Distilling)
- Pharmaceutical Industry (Fermentation
Plants)
- Bulk Gas Industry (Manufacture &
Supply)
|
|
The
GMI CO2 Gasurveyor is available in 2 models
- 0-5% CO2 Single
Range Instrument
(Primarily
for Safety Related Applications)
- 0-5%/5-100%
CO2 Dual Range Instrument
(Covers
the requirement for Safety & Process Applications)
|
|
|