COMBUSTIBLE GAS DETECTION
Combustible gas detection
provides all workers in potentially hazardous atmospheres the ability to be
protected against the threat of explosions and fires.
Below is a sample of the
combustible
gas detection equipment
we offer.
CLICK
HERE to enter our store and
view our entire product line.
Eagle Gas
Monitor
Standard features on the EAGLE
include PPM and LEL hydrocarbon detection, auto calibration, an industrial
strength internal sampling pump with a 100' range and automatic low flow pump
shut off, 30 hours of continuous operation on alkaline batteries, and methane
elimination switch for heavier hydrocarbons and environmental applications. Each
channel has 2 alarm levels plus TWA and STEL. CSA and UL Classified as
intrinsically safe.
- Simultaneous readout of up to 6 different gases
- PPM / LEL hydrocarbon detection
- Powerful long-life pump with over 100' range
- Methane elimination switch for environmental use
- Utilizes electrochemical, catalytic, and infrared technologies
- Widest variety of field proven sensors
- 30 hours of continuous operation
- Alkaline or Ni Cad capable
- Ergonomic RFI / EMI / Chemical resistant case
- Data logging option
- Auto calibration with a single push of a button
- Internal sample pump shuts off and alarms in low flow conditions
- Intrinsically safe design. CSA & UL classified
All Eagle instrument prices include 3' hose, shoulder strap, batteries,
10" probe with hydrophobic filter, manual and sensor(s).
The following is a list of the gases detectable by the Eagle Gas Monitor all of
which are available in scores of configurations. What we have listed for sale
here are only the common configurations so if you don't see what you want call
us!
Gases available: LEL/PPM of Hydrocarbons, Methane, Hydrogen, Oxygen, Hydrogen
Sulfide, Carbon Monoxide, Sulfur Dioxide, Chlorine, Arsine, Phosphine, Ozone,
Hydrogen Chloride, Ammonia, Hydrogen Fluoride, Nitric Oxide, Nitrogen Dioxide,
Carbon Dioxide (PPM and Volume), Hydrogen Bromide, Silane, Chlorine Dioxide and
Fluorine.