Install, Power Up and Measure Oxygen – No bottle gas and no continuous instrument air supply required for operation and regular verification.
Decades of experience in design and construction of highest quality analyzers have resulted in the ENSITU® 7000, a budget friendly O2 transmitter probe, made by ENOTEC.
Being able to withstand high flue gas temperatures up to 600°C and high dust loads, the ENSITU® 7000 allows a fast and continuous measurement.
Highly versatile and robust, the new ENOTEC analyzer is the ideal solution for process control in small to medium sized boilers, using all applicable fuels such as gas, oil and coal.
The ENSITU® 7000 works out of the box, needing no calibration or instrument air supply. ENSITU® 7000 measures InSitu: diffusion takes place through the large filter with v-shield. Flue gas extraction and conditioning is not necessary.
Installation takes a matter of minutes: Install using an industry standard flange, power up and measure. Available in 3 lengths, the ENSITU® 7000 is designed for easy integration in existing boiler concepts.
| Measuring principle | Zirconium dioxide, InSitu |
| Insertion depth of probe | 313 mm 536 mm 993 mm |
| Reaction time | < 1 sec. (on test gas) |
| Probe material | 1.4571 (316 Ti) |
| Measurement accuracy | < 0.5 % of measured value or 0.02 Vol % O2 (higher value valid) |
| Process gas pressure | 950 – 1.050 mbar |
| Process gas temperature | max. 600 °C |
| Flange connection | corresponds to DN65 PN6 |
| Power supply voltage | 48 VDC, 5A max. |
| Ambient temperature | -40 °C to 70 °C |
| Interface | 4 – 20 mA, ENOTEC REMOTE |
| IP code | IP 66 / NEMA 4X |
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.
High accuracy linear output, Configurable outputs 4-20mA and 0-10Vdc or RS232 comms interface
the GAP provides customers with a single gas flue or ventilation monitoring control system
OXITEC® 5000 The best sensor for measurement of O2, which is just as reliable and robust in reducing atmospheres, thanks to integrated Cell Surface Protection.
