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O Analyzer
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1. Design which fits your process
- Based on temperature involved (from 10°C to 1300°C)
- Based on combustible and chemical components involved
- Components standardization
- Optimized solution to fit your operating conditions
- Direct in stream measurement with a very high safety level (3 certified flame arrestors)
- Measures net excess oxygen in flue gas up to 1300°C
- High accuracy zirconium oxyde cell
Explosion proof,
- CE 00 81 Zone 1 II 2GD
- Ex dII CT6/T5/T3
4. ZR Transmitter Hazardous area control unit: :
Universal « user-friendly » control unit,
-Compatibility with existing zirconia probes
-System operating instructions prompted by display
-Automatic calibration/blow down function
- High combustibles level alarm display
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O+COe Analyzer
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1. In situ O +CO measurement
-Measurement of first ppm of CO before reaching the exponential trend (that we couldn’t monitor and control)
-Triggers a signal for closed-loop control
- Efficient tool to lower your energy bill
- Optimum operating conditions
- Direct in stream measurement with a very high safety level (3 certified flame arrestors)
- Measures net excess oxygen in flue gas up to 1300°C
- High accuracy zirconium oxyde cell
3. ZR Transmitter Hazardous area control unit:
Universal « user-friendly » control unit,
-Compatibility with existing zirconia probes
-System operating instructions prompted by display
-Automatic calibration/blow down function
- High combustibles level alarm display
Explosion proof
- CE 00 81 Zone 1 II GD
- Ex dII CT6/T5/T3
5. O+unburned measured out of the same cell
- Function independently without interference with the exploitation
-Same design as O probe and analyzer
- Easiness to upgrade an O analyzer into an O+CO analyzer
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