Kane KM950 Handheld Smoke Analyzerbrief introduction
Suitable for boiler combustion testing and pollution emission monitoring
Handheld, fully displayed in Chinese, easy to operate and convenient for on-site use
It can measure O2 SO2、NO、NO2、CO、 Flue gas temperature, ambient temperature, flue gas pressure, overall efficiency
Automatically calculate the flow rate of flue gas CO2、NOx、 Net efficiency, total loss, net loss, excess air coefficient
Built in dual head powerful vacuum pump ensures normal operation under high negative pressure and fast response time
Flexible combination of CO, SO2, NO, NO2 sensors, easy to upgrade
The results show that the conversion between percentage concentration, ppm, and mg/m3 is arbitrary
The measurement alarm limits for different gas components can be set separately
The internal special gas path design greatly reduces the loss of SO2 and NOx during testing
Automatically correct sensor cross interference based on smoke status
The large screen display and backlight function facilitate the normal use of the instrument in dim conditions
By measuring pressure, the flow rate of the flue gas is directly displayed
After booting up, you can directly enter the testing interface without pressing any keys, which is simple and convenient
Dual use of AC and DC, capable of continuous operation for 6 hours on a full charge
Data storage function
Infrared remote control printing method
Built in automatic calibration program facilitates users to calibrate themselves
Users can customize the printing content
Kane KM950 Handheld Smoke Analyzerparameter
parameter |
resolution |
accuracy |
range |
describe |
Flue temperature |
0.01ºC |
0.01 ℃± 0.3% reading |
0-1200ºC |
>Using a high-temperature probe at 600 ℃ |
ambient temperature |
0.01ºC |
0.01 ℃± 0.3% reading |
-50℃~50℃ |
|
pressure |
1pa |
± 2.0% reading |
±15000pa |
Over range ± 25000pa |
Gas measurement | ||||
O2 |
0.01% |
± 0.2% reading |
0-25% |
Except for O2 (which is a mandatory test item), users can choose 1-3 sensors from SO2, NO, NO2, and CO according to their needs. The measurement range can also be selected, but it is not possible to select the same sensor for two concentrations at the same time. |
CO |
1ppm |
± 5% reading |
0-10,000ppm |
|
NO (standard range) |
1ppm |
± 5% reading |
0-5000ppm
|
|
NO (low range) |
1ppm |
± 5% reading |
0-200ppm
|
|
NO2 |
1 ppm |
± 5% reading |
0-1000ppm |
|
SO2 (standard range) |
1ppm |
± 5% reading |
0-5000ppm
|
|
SO2 (low range) |
1ppm |
± 5% reading |
0-200ppm
|
|
Automatic calculation | ||||
CO2 |
0.1% |
± 0.3% reading |
0-99.9% |
|
NOx |
1ppm |
± 5% reading |
0-6000ppm |
|
loss |
0.1% |
± 1.0% reading |
0-99.9% |
|
Combustion Efficiency |
0.1% |
± 1.0% reading |
0-99.9% |
|
Excess air coefficient |
0.1% |
±0.2% |
0-2885.0% |
|
Net temperature |
0.01ºC |
0.01 ℃± 0.3% reading |
0-1200ºC |
|
Smoke velocity |
±0.1m/s |
± 2.2% reading |
2-45 m/s |
Calculate based on flue pressure and temperature |