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Method of Detection |
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Customer replaceable electrochemical O2, CO, SO2, and NO sensors
Solid state infrared detector for CO2
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Ranges Available |
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0-1800°F (0-1000 °C) net stack temperature
0-20.00% CO2
0-200 or 0-2000 PPM NOx (as NO or NO + NO2)
0-200 or 0-2000 PPM SO2
0-25.0 % O2
0-9999 PPM CO
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Resolution |
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±0.1% CO2, 1 PPM, 1°F (1°C)
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Accuracy & Repeatability |
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±10 PPM for all gases
0.1%
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Drift |
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<2% full scale per 8 hours of continuous operation
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Response Time (T-90) |
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< 30 seconds for 90% of O2, CO2, CO and SO2, < 60 seconds for 90% NO
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Ambient Temperature Range |
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Operating : 32 to 122°F (0 to 50°C);
Sample : Up to 1200°F (635°C) (standard probe)
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Linearity |
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±1% of full scale for each gas measured
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Power |
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12 V battery operation, 115 VAC, 60 Hz for recharging
220 VAC, 50 Hz
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Output Options |
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0-1 V for each gas measured. RS232 or RS485, printer
4-20 mA
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Analyzer Type |
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Flue Gas Analyzer
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Analysis of carbon Monoxide (CO), carbon dioxide (CO2), sulfur dioxide (SO2), and oxide of nitrogen (NOx) emissions. For checking combustion efficiency, burner & control performance, and detection of air infiltration on furnaces, heaters and boilers. May be used in commercial, industrial and residential settings.
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- Rugged design that is easy to use
- Fast warm-up and accurate response
- Modular layout that is easy to maintain
- Digital readouts with switchable backlight
- Built in sample pump
- Rechargeable battery operation
- Active condensate removal
- Thermocouple temperature probe
- Long-life electrochemical sensors for O2, CO, SO2, and NOx
- Wide CO2 measurement range actually measured by infrared detector - not calculated
- NOx can be NO only or combined NO and NO2
- Rapid reading recovery on CO, NOx, or SO2 'overdose'
- Use on any fuel
- Pays for itself in months through fuel savings
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- Sample pre-cooler
- RS-232 or RS-485 output
- Built in printer
- Stack temperature readout
- NOx as NO and NO2
- High temperature sampling probe
- Data logger for PC computer
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- Ambient air for O2 span, CO2 zero, CO zero, SO2 zero, and NOx zero
- On analyzed gas mixtures of CO2 and CO in nitrogen, NO in nitrogen, and SO2 in nitrogen for span (also zeroes O2)
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