Combustion optimization with in-situ O2 / COe measurement
COMTEC® 6000 is the world‘s first InSitu analyzer for measurement of oxygen and combustibles in flue and process gases for optimal combustion control.
The COMTEC® 6000 is an InSitu analyzer for measurement of O2 and COe (sum of unburned molecules - CO, H2, CxHy) in flue and process gases. The correlation of the O2 and COe measurements enables combustion fine tuning in real time.
Both sensors are located within the process at the tip of the probe installed directly in the flue gas duct. This allows for fast and continuous flue gas data measurement, enabling fast response rates to changes in the flue gas composition.
The analyzer was designed with low maintenance in mind, with minimal calibration requirements and user-friendliness. Furthermore high costs for investment and maintenance, especially when comparing to extractive analyzers, can be avoided.
- Insertion depth of probe
- up to 3690 mm
- O2 / COeranges
- 0 - 25 % O2
0 to 1000 ppm COe
(others on request)
- Sensor accuracy O2
- better 0.2 % of O2 measured value
- Sensor accuracy COe
- better 5 % of range end
- Reaction time
- 0,5 s
(process flow velocity > 10m/sec.)
- Process gas temperature
- up to 500 °C
up to 1400 °C
(with cooling protection tube)
- Ambient temperature
- -40 °C to 80 °C (probe)
-20 °C to 55 °C (electronic unit)
- HART, FIELDBUS, RS485, MODBUS RTU,
RS232, ENOTEC Remote
- IP code
- IP65 (probe)
IP66 (electronic unit)
- Power generation
- Iron and steel industry
- Waste incineration
- Monitoring of inert processes
- Petrochemical industry
- InSitu measurement in real-time
- Overview of calibration history
- Sensor life expectancy on display
- Gas tight sensor construction
The easiest and most convenient way to control your ENOTEC analyzer.
Operate ENOTEC analyzers in hazardous areas without comprimising safety protocols.