Oxygen Analyser
Oxycheck™
Oxycheck™ is Pillard’s last generation of insitu probe designed for fuel-efficiency in combustion and post combustion applications. Providing realtime, accurate and reliable Oxygen measurements, the Oxycheck™ enables safe and efficient operations and automations in small to large scale combustion plants such as boilers, industrial burners, power plants.
Smart Design
As a fixed insitu device, Pillard Oxycheck™ analyzer is designed to be mounted directly at industrial stacks, ducts or along exhaust lines. Pillard Oxycheck™ solution consists of a light weight and robust Oxycheck™ measuring probe and its associated electronics (control unit). For flexible installation and ease of operations, the Oxycheck™control unit can be located up to 10 m from the measuring probe. A signal lamp on the control unit keeps the operator informed immediately about the system status eliminating the need for regular site attendances and visual inspections.
Reliable operation and Certified for combustion control
The Oxycheck™ uses an interference-free and extremely sensitive method based on the integration of a Zr zirconium dioxide measuring cell fitted inside the tip the probe. While directly inserted in the flue gas stream, the Oxycheck™ Zr cell is sensing variations of the O2 content in the flue gas in less than a few seconds. Pillard Oxycheck™ complies with SIL2 certifications guaranteeing operational safety and improving energy performances in combustion plants.
Easy maintenance
The Oxycheck™ measuring probe concept simplifies the maintenance tasks by providing an easy access the sensor. With a minimum calibration interval of six months, the maintenance is very simple and quick and only consists in cleaning the sensor and replacing the filters.
Exclusive Features
Oxycheck™
Safe and efficient automations in combustion plants
Oxycheck™ 3-year warranty |
Certification SIL2, 61508 |
Measuring range 0 to 20.9% | Response time less than 200 sec |
Specifications
Oxycheck™
Oxygen Analyser
Analytical Performances
Technology in situ probe / electrochemical sensor
Measuring range 0 to 20.9%
Accuracy 2% of full scale
Response time >200sec
Pleasant interface
Analogue Outputs
Three 4 – 20 mA on 300Ω max.
Output contacts
RT contact 250V-2A
Construction
Enclosure IP65 Ingress Protection
Certification EN60529
Weight From 8,4 to 12,6kg
External dimensions From 615mm to 2.365mm
Power supply 115Vac or 230Vac / 50Hz – 60Hz
Power Consumption 50VA
Options
Tailor made probe length
Remote control
Calibration Kit
Measured Parameters
Oxycheck™
The Oxycheck™ is a stable and accurate analysing probe for a real-time measure of oxygen concentration in combustion fuel gas and ensures fuel-efficiency of the industrial burner.
PARAMETER | RANGE |
---|---|
Oxygen O2 | 0 to 20.9% |
INSITU Measuring Probe
Oxycheck™
Oxygen Monitoring Solution
Oxycheck™
Oxygen Analyser for fuel-efficiency in industrial burners
Industrial Stacks
Oxycheck™
With stricter environmental regulations optimisation of the combustion process for reduced pollutant emission and higher fuel efficiency is a major objective for manufacturers.
Monitoring solutions and applications for stack industries
- Oxygen concentration monitoring, in combustion flue gas to ensure safe and efficient operations and automations in small to large scale combustion plants such as boilers, industrial burners, power plants.
- Low dust concentration monitoring, to ensure continuous measure and control dust emissions to all stacks industries.
Industrial Burners
Oxycheck™
Flame monitoring and applications for industrial burners
Flame scanners are compatible with all types of fuels and can be used in the following industries:
- Energy
- Petrochemical
- Cement
- Steel
- Claus Unit
Proven technology for industrial burners flame monitoring and all types of fuels:
- Ultra-Violet radiation technology, which monitors flame presence of gas and diesel oil.
- Infra-red technology, which monitors heavy oil, coal, or liquid fuel.
- Pyrometric technology, which monitors the flame presence of acid gas and multi-fuel combustion.
Cases Studies
Oxycheck™