1、 Product Introduction:
German Testo327-2 Portable Smoke AnalyzerUsed to measure combustion efficiency parameters such as ℃, O2, CO2, CO, and flue gas extraction force. The powerful LED backlight display and simultaneous display of 4 lines of parameters ensure that you can easily read even in harsh environments. The outstanding features of this analyzer are its easy to understand menu, streamlined housing design, and durability.
Introduction:
German Testo327-2 Portable Smoke AnalyzerProduct introduction: The testo 327-2 flue gas analyzer is used to measure combustion efficiency parameters such as ℃, O2, CO2, CO, and flue gas extraction force, with rechargeable batteries and factory calibration certificates (O2, CO, hPa, and ℃). The powerful LED backlight display and simultaneous display of 4 lines of parameters ensure that you can easily read even in harsh environments. The outstanding features of this analyzer are its easy to understand menu, streamlined housing design, and durability.
♦ The testo 327-2 provides users with some more practical features, such as data storage (20 measurement results), measuring the temperature difference between the airflow and reflux temperatures, and measuring differential pressure to adjust the pressure ratio of the gas system.
♦ The testo 327-2 CO sensor with H2 compensation is suitable for government departments to detect gas boilers based on the German EN 50379 Part 2 standard.
♦ The IrDa interface enables the instrument to be connected to a computer or handheld computer.
List of advantages of testo 327-2 flue gas analyzer:
1. The lifespan of smoke sensors is up to 3 years
2. Diagnostic functions of instruments and sensors
3. IR and IRDA interfaces enable easy transfer of data to computers, printers, or handheld devices
4. Bluetooth transmission function
5. Temperature difference measurement
6. Differential pressure measurement: 2 ranges
7. Data storage (20 sets of readings)
8. Rechargeable lithium battery (2400mAh) with a lifespan of 10 hours
9. TUV certification (℃, O2, hPa, CO optional)
10. Optional CO sensor with H2 compensation
11. ℃, O2, hPa sensors that comply with EN 50379-2 standard; CO sensor compliant with EN 50379 Part 3 standard
12. CO sensor with H2 compensation in accordance with EN 50379 Part 2 standard
IIFunction description:
Technical Parameter | |
storage temperature | -20 ~ +50 °C |
operate temperature | -5 ~ +45 °C |
BATTERY LIFE | > 10 h |
weight | About 500 grams |
size | 216 x 68 x 47 mm |
K type thermocouple | |
range | -40 ~ +600 °C |
accuracy | ±0.5 °C (0.0 ~ +99.9 °C) ± 0.5% measurement value (100~+600 ° C) |
resolution | 0.1 °C |
differential pressure measurement | |
range | ±200 hPa |
accuracy | ±0.5 hPa (0.0 ~ 50.0 hPa) ± 1% measurement value (50.1~100.0 hPa) ± 1.5% measurement value (other ranges) |
resolution | 0.1 hPa (measurement optional component 0.01 hPa) |
Pull force measurement | |
range | ±40 hPa |
accuracy | ±0.02 hPa (-0.50 ~ +0.60 hPa) ±0.03 hPa (+0.61 ~ +3.00 hPa) ± 1.5% measurement value (+3.01~+40 hPa) |
Smoke loss | |
range | 0 ~ 99.9% |
resolution | 0.1% |
Electrochemical CO | |
range | 0 ~ 4000 ppm |
accuracy | ±20 ppm (0 ~ 400 ppm) ± 5% measurement value (401~1000 ppm) ± 10% measurement value (1001~4000 ppm) |
resolution | 1 ppm |
Electrochemical O2 | |
range | 0 ~ 21 Vol. % |
accuracy | ±0.2 Vol. % |
resolution | 0.1 Vol. % |
Combustion Efficiency | |
range | 0 ~ 120% |
resolution | 0.1% |
CO2 Calculation | |
range | 0 ~ CO2 max |
accuracy | ±0.2 Vol. % |
Response time t90 |
About 40 seconds |