Application areas:Suitable for detecting oxygen content in flue gas of industrial heating devices such as thermal heating, electricity, energy and environmental protection.

Application furnace type:Thermal steam boilers, self owned power plant boilers, civilian boilers, incinerators, etc.

characteristic:A new type of sampling probe designed using principles of fluid mechanics, which automatically introduces sample gas and removes dust.

Designed with ceramic filters and zirconia surface protection layer, the oxygen sensor is protected from high dust and corrosive gases, further improving the service life of the oxygen probe.

Low voltage heating (DC15V), no high voltage, safe and reliable on-site use and maintenance.

The split structure allows the zirconia probe to be easily removed from the sampling probe for easy maintenance.

◎ Oxygen probe measures ambient temperature: 0-900 ℃;

◎Transmitter output type: 4-20mA isolated transmission output;

◎Transmitter alarm output: One channel alarm output;

◎Transmitter communication: RS485 isolated communication (optional);

◎System range: 0.01-20.9 O2%/1-209000ppm;

◎System response time: 1-5 seconds when the measured atmosphere changes at the probe measurement end, depending on the sample gas flow rate;

When inputting standard gas into the probe calibration hole: reach 95% response value within 3 seconds;

◎System installation environment: Oxygen probe installation environment temperature:- 20~120℃；

Installation environment temperature for transmitter and oxygen probe maintenance instrument: -10~50 ℃; Humidity<90%;

◎Structure: The oxygen probe adopts waterproof design and can be installed outdoors; The transmitter and maintenance device are both wall mounted and designed to be waterproof, and can be installed outdoors;

◎Effective length of oxygen probe: 500mm, 1000mm, specially customized length;

◎Oxygen probe sampling tube material: SUS316

◎Explosion proof grade: ExdII CT6 (customized)

Customizable low-temperature direct insertion zirconia oxygen analysis system!