KANE-CEA2 Combustion Efficiency Analyser with CO
The KANE-CEA2 Combustion Efficiency Analyser with CO is designed for commercial boiler efficiency testing, providing real-time flue stack temperature and CO₂ measurements alongside key combustion calculations.
Suitable for boilers up to 5 MW and 50 mbar stack draught, the analyser calculates O₂, combustion efficiency, excess air and net temperature. This allows engineers to assess boiler performance and identify opportunities to improve efficiency and reduce fuel consumption.
The KANE-CEA2 also features a KANE LIVE wireless module, enabling greater flexibility when recording and managing test results.
Contact our team for pricing, availability and further information on the KANE-CEA2 and available probe, printer and calibration options.
Why Choose the KANE-CEA2?
The KANE-CEA2 combines real-time combustion measurements with straightforward operation for commercial boiler testing.
A long-life NDIR CO₂ sensor provides real-time CO₂ measurement, while the high-capacity water trap and particle filter provide additional protection during testing. Results can be viewed, held, stored and printed using an optional KANE-IRP3 infrared printer.
KANE states that a 1% improvement in efficiency can provide a 1% reduction in fuel bills, highlighting the potential value of regular combustion efficiency testing.
The analyser has also been independently tested by TÜV SÜD to EN50379 and is suitable for use with BS7967 and TB143.
KANE-CEA2 Key Features:
- Test boilers up to 5 MW and 50 mbar stack draught
- Real-time flue stack temperature and CO₂ measurement
- Calculates O₂, combustion efficiency and excess air
- Calculates net temperature
- Long-life NDIR CO₂ sensor
- High-capacity water trap and particle filter
- KANE LIVE wireless module
- View, hold, store and print test results
- Optional KANE-IRP3 infrared printer
- Large display and rotary dial
- Rugged, battery-powered design
- Integrated worklight
- High-temperature and longer-length probe options
- Optional UKAS calibration certificate
- Independently tested by TÜV SÜD to EN50379
- Suitable for BS7967 and TB143
Specifications:
| Features | |
| CO₂ | Up to 20% |
| Flue temperature | Up to 600°C |
| O₂ | Calculated |
| Combustion efficiency | Calculated |
| Excess air | Calculated |
| Net temperature | Calculated |
| CO₂ sensor | Long-life NDIR |
| Wireless connectivity | KANE LIVE wireless module |
| Printing | Optional KANE-IRP3 infrared printer |
Fuel Types:
Available fuel selections include:
- Natural Gas
- LPG
- Biogas
- Propane
- Butane
- Light Oil
- Heavy Oil
- Coke
- Coal
- Wood Pellets
Applications:
- Commercial boiler combustion efficiency testing
- Boilers up to 5 MW
- Applications with stack draught up to 50 mbar
- Real-time flue temperature and CO₂ measurement
- BS7967 applications
- TB143 applications
What Comes with the KANE-CEA2?
- KANE-CEA2 Combustion Efficiency Analyser with CO
- CP2 combustion probe
- USB charger
- 3 rechargeable batteries
- USB1 charger
- MSC00237 protective case
- 14102/2 carry bag
❓ Frequently Asked Questions (FAQ)
Q1: What is the KANE-CEA2 used for?
A. It is designed for commercial boiler combustion efficiency testing, including real-time CO₂ and flue temperature measurement.
Q2: What size boilers can it test?
A. KANE states that it can test boilers up to 5 MW and 50 mbar stack draught.
Q3: What does it measure?
A. The live KANE specification lists CO₂ up to 20% and flue temperature up to 600°C.
Q4: What does it calculate?
A. It calculates O₂, combustion efficiency, excess air and net temperature.
Q5: Can test results be printed?
A. Yes. Results can be viewed, held and stored, with printing available using an optional KANE-IRP3 infrared printer.
Q6: Which standards is it suitable for?
A. The analyser is independently tested by TÜV SÜD to EN50379, and KANE states that it can be used for BS7967 and TB143.
Get a Quote
For pricing, availability or further information on the KANE-CEA2 Combustion Efficiency Analyser with CO, please contact our team.
Our test equipment specialists can also provide guidance on probe options, printing and UKAS calibration requirements.