|
|
|
|
Method of Detection |
 |
Catalytic oxidation detector for combustibles; expected life is 3-4 years for each
Customer replaceable electrochemical O2 and CO sensors
|
|
Ranges Available |
|
0-1800°F or 0-1000 °C stach temperature (Model 352T)
0-2000PPM and 4.00% CO (switch selectable)
0-25.0% O2
0-5.0% or 0-10.0% combustibles
|
|
Resolution |
|
0.1% O2, CO and combustibles
|
|
Accuracy & Repeatability |
|
±1% full scale, based on 20.9% O2; ± 2% of full scale combustibles
|
|
Drift |
|
<2% full scale per 8 hours of continuous operation
|
|
Response Time |
|
5-8 seconds for O2; 20-30 seconds for combustibles
|
|
Ambient Temperature Range |
|
0 to 40.5 ºC
32 to 105 ºF
|
|
|
Linearity |
|
±1% full scale O2 and CO; ±2% of full scale combustibles
|
|
Size & Weight |
|
14" L x 10 1/2" W x 6" H @ 8 lbs (36 x 27 x 15 cm @ 5.5 kg)
|
|
Power |
|
AC/DC Operation, 115 VAC, 60 Hz for recharging (Other voltages available)
|
|
Output Options |
|
0-1 VDC
4-20 mA
|
|
Hazardous Area Rating Options |
|
General Purpose, Non-Hazardous
|
|
| |
|
Analysis of oxygen (O2), carbon dioxide (CO) and combustibles. For checking the combustion efficiency, and burner & control performance of furnaces, heaters, and boilers. May be used in commercial, industrial, and residential settings.
| |
|
- Rugged design that is easy to operate and maintain
- Fast warm-up and response
- Long-life catalytic combustibles sensor
- Long-life electrochemical O2 and CO sensors
- Digital readout meters with backlight
- Rechargeable battery operation
- Built in sample pump, filter and flow meter
- Active condensate removal
- Stainless steel probe with sample hose
- Use on flue gas from any fuel
- Pays for itself in months through fuel savings
- Weatherproof cabinet is standard
| |
|
- Recorder outputs of 0-1 V or 4-20 mA (can be isolated)
- Stack temperature readout (Model 352T)
- High temperature probes
- Sample pre-cooler
- Suitcase (K) style cabinet available
- Detachable/portable data logger
| |
|
- On air for O2 span and CO and combustibles zero.
- On analyzed mixture of carbon monoxide (CO) and methane (CH4) in nitrogen (N2) for combustibles and CO span and O2 zero.
| |
|
|
|
|
