RKI Eagle 2

EAGLE 2 English Datatsheet [PDF]

EAGLE 2 Spanish Version [PDF]

EAGLE 2 Brochure (6 pages) [PDF]

EAGLE 2 Tanker Tester (4 pages)[PDF]

EAGLE 2 Inert Gas Tester Datasheet [PDF]

Quick Reference Guide [PDF]

EAGLE 2 Operator’s Manual [PDF]

EAGLE 2 Data Logger Management Program Operator’s Manual [PDF]

Data Logging Installation/Data Retrieval Instructions [PDF]

EAGLE 2 Maintenance Data Loader Operator’s Manual [PDF]

Suggested Alternative Product

Features		Eagle 2	GX-6000	GX-8000	SC-8000
Sensor Capacity		6	6	5	1 toxic
Sample Range		125 feet	50 feet	100 feet	100 feet
Combustible Ranges	PPM Leak Check	•	•
	% LEL	•	•	•
	% Volume	•	•	•
Battery Life		18 hrs NiMH 16 hrs Alkaline size C	14 hrs Li-ion 8 hrs Alkaline size AA	12 hrs Li-ion 6 hrs Alkaline size AA	25 hrs Li-ion 18 hrs Alkaline size AA
Warranty		2 years	2 years	1 year	1 year
Modes		Leak Check & Bar Hole	Leak Check & Bar Hole
Inert Mode	Combustibles	•	•
	Oxygen	•	•
High Range H2S				1,000 ppm (RX-8000)
PID (Photoionization)		•	•
Toxic Gases	Ammonia (NH3)	75.0 ppm	400 ppm		75.0 ppm
	Arsine (AsH3)	1.5 ppm			0.20 ppm
	Bromine (Br2)				1.00 ppm
	Carbon Dioxide (CO2)	10K ppm 5, 60% vol.5	10K ppm 10% volume
	Carbon Monoxide (CO)	500 ppm	500 ppm	500 ppm	300 ppm
	Chlorine (Cl2)	3.00 ppm	10.0 ppm		3.00 ppm
	Chlorine Trifluoride (CLF3)				1.00 ppm
	Diborane (B2H6)				0.30 ppm
	Fluorine (F2)				3.00 ppm
	Germane (GeH4)				0.80 ppm
	Hydrogen Bromide (HBr)				6.00 ppm
	Hydrogen Chloride (HCl)				15.0 ppm
	Hydrogen Cyanide (HCN)	15.0 ppm	15.0 ppm		15.0 ppm
	Hydrogen Fluoride (HF)				0.4-9.0 ppm
	Hydrogen Iodide (HI)				5.00 ppm
	Hydrogen Peroxide (H2O2)				3.00 ppm
	Hydrogen Selenide (H2Se)				0.20 ppm
	Hydrogen Sulfide (H2S)	100 ppm	100 ppm	100 ppm	30.0 ppm
	Nitrogen Dioxide (NO2)		20.0 ppm		15.0 ppm
	Nitric Oxide (NO)				100 ppm
	Ozone (O3)				1.00 ppm
	Phosphine (PH3)	1.00 ppm	20.0 ppm		1.00 ppm
	Phosphorus Trifluoride (PF3)				10.0 ppm
	Silane (SiH4)				15.0 ppm
	Sulfur Dioxide (SO2)	6.00 ppm	99.90 ppm		6.00 ppm

The EAGLE 2 is the solution for just about any portable gas monitoring situation. Equipped with features that are not available on competitive units, the EAGLE 2 is a powerful instrument that does more than just offer the standard confined space protection for LEL, O2, H2S and CO. The EAGLE 2 offers easy access to controls such as auto-calibration, alarm silence, demand zero, peak hold, and methane elimination. Each channel has two alarm levels plus TWA and STEL alarms for toxic channels. The two alarm levels are user adjustable and can be latching or self resetting.

The EAGLE 2 available features include a PID sensor for detecting high or low ppm levels (0-50 & 0-2,000) of VOC gases; % volume capability for CH4 and H2 using a TC (thermal conductivity) sensor; PPM or LEL hydrocarbon detection at the push of a button; infrared sensors for CO2 (ppm or % volume), methane or hydrocarbons in LEL and % volume ranges; methane elimination feature for environmental applications; and a variety of super toxic gases. The EAGLE 2 has a strong internal pump with a low flow auto pump shut off and alarm, which can draw samples from up to 125 feet. This allows for quick response and recovery from distant sampling locations. The EAGLE 2 will continuously operate for over 18 hours on alkaline batteries or 20 hours on NiMH. A variety of accessories are also available to help satisfy almost any application such as long sample hoses, special float probes for tank testing, and dilution fittings, just to name a few. Data-logging is a standard feature for all sensors on all versions.

The Eagle 2 is ideal for performing EPA Method 21 fugitive emission monitoring of VOC leaks from process equipment.. EPA Method 21- Determination of Volatile Organic Compound Leaks, is a test method used for the determination of leaks of VOCs from process equipment. The Eagle 2 meets the requirements for portable instruments used for this purpose as outlined in Sections 6 and 8 of Method 21. For more info about Method 21, see the RKI FAQ; Do the RKI Eagle and Eagle 2 Portable Gas Monitors Conform to EPA Method 21 Performance Criteria?

Specialty Sensors

The PID sensor is capable of detecting high or low ppm levels (0-50 & 0-2,000) of VOC gases. Other smart sensors include % volume capability for CH4 and H2 using a TC (thermal conductivity) sensor; ppm or LEL hydrocarbon detection at the push of a button; infrared sensors for CO2 (ppm or % volume), methane or hydrocarbons in LEL and % volume ranges; Optional LEL / ppm H2 specific sensor, methane elimination feature for environmental applications; and a variety of super toxic gases. EAGLE 2 is a powerful instrument that does more than just offer the standard confined space protection for LEL, O2, H2S and CO. Made In U.S.A

• PID (Photoionization Detector)
  • Low or high range for VOC detection
  • Humidity and contamination resistant
• Infrared (IR) CO2, % LEL CH4, % Vol. CH4, % LEL HC, % Vol. HC
• Thermal Conductivity (TC) % Vol. H2, % Vol. CH4
• Smart toxic, plug and play sensors NH3, AsH3, Cl2, HCN, PH3, & SO2

Specifications

Enclosure	Weatherproof, chemical resistant, RFI / EMI coated high impact polycarbonate-PBT blend. Can operate in 2.0” of water without leakage. Ergonomically balanced with rugged top mounted handle. Water & dust resistant equivalent to IP64.
Dimensions	9.5” L x 5.25” W x 5.875” H
Weight	3.8 Lbs (standard 4 gas with batteries).
Detection Principle	Catalytic combustion, electrochemical cell, galvanic cell, infrared, Photoionization detector, and thermal conductivity.
Sampling Method	Powerful, long-life internal pump (over 6,000 hours) can draw samples over 125 feet. Flow rate approximately 2.0 SCFH.
Display	3 display modes: display all gases, large font-autoscroll, or large font-manual scroll. Polyurethane protected overlay. Backlight, illuminates for alarms and by demand, with adjustable time.
Language	Readout can display in 5 languages (English, French, German, Italian, or Spanish).
Alarms	2 Alarms per channel plus TWA and STEL alarms for toxics. The two alarms are fully adjustable for levels, latching or self reset, and silenceable.
Alarm Method	Buzzer 95 dB at 30 cm, four high intensity LED’s.
Controls	4 External glove friendly push buttons for operation, demand zero, and autocalibration. Buttons also access LEL/ppm, alarm silence, peak hold, TWA/STEL values, battery status, conversion factors, and many other features.
Continuous Operation	At 70°F, 16 hours using alkaline batteries, or 18 hours using NiMH.
Power Source	4 alkaline or NiMH, size C batteries (Charger has alkaline recognition to prevent battery damage if charging is attempted with alkalines).
Operating Temp. & Humidity	-20°C to 50°C (-4°F to 122°F), 0 to 95% RH, non-condensing.
Environmental	IP-64
Response Time	30 Seconds to 90% (for most gases) using standard 5 ft hose.
Safety Rating	Intrinsically Safe, Class I, Groups A, B, C, D. Approvals: CSA
Standard Accessories	Shoulder strap, alkaline batteries, hydrophobic probe, and 5 foot hose, internal hydrophobic filter.
Optional Accessories	• Dilution fitting (50/50) • NiMH batteries • Battery charger, 115 VAC, 220 VAC, or 12 VDC (charge time 4 hours) • Continuous operation adapter, 115 VAC or 12 VDC • Extension hoses • IRDA cable for datalogging download
Warranty	Two year material and workmanship, one year for PID sensor.

Parts

	Part Number		Part Number
1	07-0017RK	12	13-0002RK
2	07-0132RK	13	14-0011RK
3	07-0133RK	14	14-0050RK
4	07-0134RK	15	14-0051RK
5	07-7005RK	16	21-0630RK
6	07-7070RK-50	17	29-0338RK
7	10-0117RK	18	29-0339RK
8	10-0119RK-01	19	43-0417RK-01
9	10-0121RK	20	52-1019RK-01
10	11-0220RK	21	08-0202RK
11	11-0221RK	22	57-0103RK

1	07-0131RK	9	10-0129RK-01	17	14-0010RK	25	29-0337RK
2	13-1081RK	10	10-0194RK-05	18	14-0142RK	26	30-0522RK
3	07-7010RK	11	110025RK	19	17-0480RK	27	45-2311RK
4	07-7300RK	12	11-0111RK	20	17-0633RK	28	47-5057RK
5	07-7301RK	13	11-0222RK	21	21-0631RK-03	29	47-5059RK
6	07-7302RK	14	11-4021RK	22	21-0642RK	30	49-1130RK
7	08-0191RK	15	13-1061RK	23	29-0335RK	31	57-0100RK
8	08-0202RK	16	07-7014RK	24	29-0336RK	32	57-0102RK-01

Gases & Detectable Ranges

The EAGLE 2 can be configured with up to 6 gas sensors from the list below.

Gas	Measuring Range	Accuracy * Which ever is greater
Gases & Detectable Ranges
Standard Confined Space Gases
Hydrocarbons (CH4, std)	0 – 100% LEL	± 5% of reading or ± 2% LEL (*)
	0 – 5% Vol. (CH4)
	0 – 50,000 ppm	± 50 ppm or ± 5% of reading (*)
Oxygen (O2)	0 – 40% Vol.	± 0.5% O2
Carbon Monoxide (CO)	0 – 500 ppm	± 5% of reading or ± 5 ppm CO (*)
Hydrogen Sulfide (H2S)	0 – 100 ppm	± 5% of reading or ± 2 ppm H2S (*)
Toxics
Ammonia (NH3)	0 – 75 ppm	± 10% of reading or ± 5% of full scale (*)
Arsine (AsH3)	0 – 1.5 ppm
Chlorine (Cl2)	0 – 3 ppm
Hydrogen Cyanide (HCN)	0 – 15 ppm
Phosphine (PH3)	0 – 1 ppm
Sulfur Dioxide (SO2)	0 – 6 ppm
IR Sensors
Carbon Dioxide (CO2)	0 – 10,000 ppm 0 – 5% Vol. 0 – 60% Vol.	± 5% of reading or ± 2% of full scale (*)
Methane (CH4)	0 – 100% LEL/ 0 – 100% Vol.
Hydrocarbons	0 – 100% LEL/ 0 – 30% Vol.
PID Sensors
VOC	0 – 2,000 ppm 0 – 50 ppm	—
TC Sensors
Methane (CH4)	0 – 100% Vol.	± 5% of reading or ± 2% of full scale (*)
Hydrogen (H2)	0 – 10% Vol. 0 – 100% Vol.
Hydrogen Specific
Hydrogen (H2)	0-100% LEL 0-40,000 ppm	± 5% of reading or ± 2% of full scale (*)

EAGLE 2 PID Response Factors for VOCs

Photoionization detectors are calibrated using isobutylene, but PID is a broadband VOC detection technique, with a sensitivity that differs for each VOC. If you know what VOC you are detecting, then the table below will allow you to calculate the concentration for your specific VOC. Remember, these are approximate values, so for best accuracy you should calibrate with the relevant VOC. Multiply the indicated concentration by the appropriate Relative Response value to provide an estimate of actual VOC concentration. Download PDF of Eagle 2 PID Response Factors for VOCs

Special Features

• Low flow alarm shuts pump off to avoid damage to instrument.
• Hydrophobic filter disc in probe.
• Internal hydrophobic filter.
• Single gas calibration capability.
• Methane elimination feature for environmental applications.
• Security Password protected.
• Meets EPA Method 21 protocol for fugitive emissions testing (most applications).
• Plug and play toxic sensors.
• Datalogging available for all configurations.
• Transformer gas testing version available.

Specifications subject to change without notice.

PID Sensor Response Factors for VOCs

Photoionization detectors are calibrated using isobutylene, but PID is a broadband VOC detection technique, with a sensitivity that differs for each VOC. If you know what VOC you are detecting, then the table below will allow you to calculate the concentration for your specific VOC. Remember, these are approximate values, so for best accuracy you should calibrate with the relevant VOC. Multiply the indicated concentration by the appropriate Relative Response value to provide an estimate of actual VOC concentration. Download a PDF of PID Response Chart.

Training Video