Eagle 2

Multi Gas Detector

i

This product has been discontinued and is no longer available. In many cases we can still service and calibrate it. Talk to our team about spares or alternatives.

The Eagle 2 is a one-to-six gas portable monitor with a powerful pump that draws samples from up to 38 metres. It supports PID, infrared, thermal conductivity and smart toxic sensors for VOCs, hydrocarbons, CO2, methane, hydrogen and confined-space gases.

KEY BENEFITS

Monitor up to 6 different autoranging gases
PPM / LEL hydrocarbon detection at the push of a button
PID sensor for low and high range VOC detection
Infrared sensors available for CO2, % LEL and % Vol CH4 and HC
Thermal conductivity sensor for % Vol H2 or % Vol CH4

+ more in the Description tab below

Contact us

Versatile one-to-six gas monitoring for almost any application

The Eagle 2 is equipped with features not available on competitive units and does far more than offer standard confined space protection. It can monitor up to six autoranging gases, with a PID sensor for detecting high and low ppm levels of VOC gases and % volume capability for methane and hydrogen using a thermal conductivity sensor.

Infrared sensors detect CO2, methane or hydrocarbons in LEL and % volume ranges, and a methane elimination feature supports environmental applications. A strong internal pump with low-flow auto shut-off and alarm can draw samples from up to 38 metres for quick response from distant sampling locations.

The Eagle 2 runs for over 16 hours on alkaline batteries or 20 hours on Ni-MH. Datalogging is standard for all sensors, and the rugged, ergonomic enclosure with large glove-friendly buttons gives easy access to autocalibration, alarm silence, peak hold and more. It is intrinsically safe with CSA approval.

Benefits

Monitor up to 6 different autoranging gases
PPM / LEL hydrocarbon detection at the push of a button
PID sensor for low and high range VOC detection
Infrared sensors available for CO2, % LEL and % Vol CH4 and HC
Thermal conductivity sensor for % Vol H2 or % Vol CH4

Plug-and-play smart toxic sensors
Powerful long-life pump draws samples up to 38 metres
Low-flow pump shut-off and alarm to protect the instrument
Over 16 hours on alkaline or 20 hours on Ni-MH batteries
Datalogging standard, intrinsically safe with CSA approval

Enclosure

Weatherproof, chemical/RFI/EMI resistant polycarbonate-polyester, IP65 equivalent

Dimensions

24cm x 13.3cm x 14.9cm (L x W x H)

Weight

1.7 kg (standard 4 gas with batteries)

Detection principle

Catalytic combustion, electrochemical, galvanic, infrared, PID, thermal conductivity

Sensor life

Two years under normal conditions

Sampling method

Long-life pump draws samples over 38 metres, approx. 2.0 SCFH

Language

5 languages (English, French, German, Italian, Spanish)

Alarms

Two per channel plus TWA and STEL for toxics, adjustable, latching or self-reset

Alarm method

90 dB buzzer at 30cm, four high-intensity LEDs

Continuous operating hours

16 hours alkaline or 20 hours NiMH at 21 C

Power source

4 alkaline or NiMH C-size batteries

Operating temp & humidity

-20 to 50 C, 0 to 95% RH non-condensing

Indication accuracy

Maximum variance +5% of full scale

Safety design

Intrinsically safe, Class I, Division 1, Groups A, B, C, D

The Eagle 2 can monitor up to six different autoranging gases, using a combination of catalytic, electrochemical, galvanic, infrared, PID and thermal conductivity sensors.

Its powerful long-life pump can draw samples from over 38 metres, with a low-flow auto shut-off and alarm to protect the instrument, allowing quick response from distant locations.

A PID sensor detects low and high ppm VOC levels, infrared sensors handle CO2, methane and hydrocarbons in LEL and % volume ranges, and a thermal conductivity sensor measures % volume hydrogen or methane.

It runs continuously for over 16 hours on alkaline batteries or 20 hours on Ni-MH batteries at 21 degrees C.

Yes. It has an intrinsically safe design with CSA approval for Class I, Division 1, Groups A, B, C and D.

No results found.