CO (H2-compensated) replacement sensor for flue gas measurement. Particularly practical: you can replace the sensor yourself – the precalibrated sensor is simply plugged into the appropriate flue gas analyzer.
Replacement CO sensor (with H2 compensation ) Smoke gas measurement in Ushіn. Extremely practical: you can replace the sensor yourself—the pre-calibrated sensor simply connects to the appropriate flue gas analyzer.
O2 replacement sensor for flue gas measurement. Particularly practical: you can replace the sensor yourself – the precalibrated sensor is simply plugged into the appropriate flue gas analyzer.
testo 300 flue gas analyzer kit, including O2 module, CO with H2-compensation up to 8,000 ppm, NO, 300 mm probe, Ø 8, 10 spare filters, plastic case, power supply unit
Perform installation and maintenance of heating systems multiple times a day using the testo 300 flue gas analyzer.
testo 300 flue gas analyzer kit, including O2
module, CO without H2
-compensation up to 4,000 ppm, 300 mm probe, Ø 8, 10 spare filters, plastic case, power supply unit
Perform installation and maintenance of heating systems multiple times a day using the testo 300 flue gas analyzer.
The compact flue gas analyzer offers you menu guidance with four built-in measurement menus for flue gas, draft, CO content, and pressure parallel to a simple control interface. All measurement results are displayed on the screen at a glance and are even customizable thanks to the high-resolution graphic display.
The testo 310 flue gas analyzer can be attached to metal surfaces, such as a burner, using magnets on the back of the instrument. But that’s not the only convenient feature: with the Testo Smart App, you have the ability to control and configure your device using the remote access function.
A robust design for harsh and dirty operating conditions, fast sensor zeroing in 30 seconds, an easily replaceable probe filter, and a quickly drainable condensate collection tank make the flue gas analyzer an optimal tool for installation mechanics, because it is thoughtfully designed down to the smallest detail.
If necessary, measurement results can be transferred via the $\text{Bluetooth}\textsuperscript{\textregistered}$ interface to an optional Testo Fast Printer or sent by e-mail and printed directly on site.
Instrument for measuring CO and CO2 in ambient air, as well as relative humidity and air temperature.
The testo 315-3 instrument is for measuring the concentration of carbon monoxide (CO) and carbon dioxide (CO2) in ambient air, as well as relative humidity and air temperature.
During combustion processes, the composition of the ambient air continuously changes. Certain CO and CO2 concentrations pose a danger to humans. To monitor these parameters, measurements must be conducted in various areas.
With the testo 315-3, specialists in the installation and service maintenance of heating systems can perform higher quality monitoring of gas heating equipment installed in residential buildings, office buildings, or industrial enterprises.
The testo 315-3 is equipped with a high-precision electrochemical CO sensor and a load-resistant infrared CO2 sensor.
Thanks to its robust design and the optional TopSafe protective case, the instrument is reliably protected against external influences. During measurements, the instrument will alert you to the exceedance of set limit values through optical and acoustic signals. Thanks to the IrDA or Bluetooth (optional) interfaces, you can transfer the obtained data to the testo 330 flue gas analyzer or print them out. This provides a good opportunity for documenting measurement results directly on site. The automatic shut-off function and the rechargeable lithium-polymer battery ensure long operating time and help avoid unnecessary energy consumption.
Advantages of the instrument:
Simultaneous measurement of CO and CO
2
Measurement of relative humidity and air temperature (optional)
Convenient and simple operation
Printing data directly on site using an optional printer
Data transfer capability to testo 330 (ver. 2010)
Display backlight
Audible and optical alarm upon exceeding limit values
Automatic shut-off function
Compliance with standard EN 50543
Extremely high sensitivity of 3g/a allows for the detection of even the most insignificant leaks.
Visual and acoustic signaling for optimal leak detection.
Constant sensor self-check guarantees that your work will be safe and fast.
Headphone connection for reliable leak detection in noisy environments.
Leaks in a cooling system have very serious consequences: the required cooling capacity is reduced, and in the worst case, the system may fail. This can harm the environment and lead to unnecessary costs for your client. Therefore, it is especially important for you to be able to quickly and reliably detect even the most insignificant leaks — for example, with the testo 316-4 leak detector.
Includes batteries, case, hex key, and factory calibration certificate
Approved according to ATEX (94/9/EC)
Flexible measuring sensor for hard-to-reach areas
Can detect 3 different types of gas: methane, propane, and hydrogen
The testo 316-EX gas leak detector helps you locate gas leaks, and thanks to its ATEX protection, it can even be used in potentially explosive areas. Gas detection and leak detection are possible on both indoor and outdoor gas pipelines and installations.
When checking gas pipeline components for leaks or detecting a gas leak, a gas detection device with ATEX protection must be used. This is because, in a hazardous situation, it is essential to ensure that the gas measuring technology used does not trigger an explosion due to its own portable ignition sources.
This ATEX protection is provided by the testo 316-EX gas leak detector (ATEX approval 94/9/EC). The multi-range gas detection device can identify methane, propane, and hydrogen. Gas concentrations are measured by a semiconductor sensor in the ppm range and displayed on the screen with a resolution of 1 ppm. Thanks to its flexible measuring sensor, gas leak detection can be performed even in hard-to-reach areas.
The compact form and accessible technology make the testo 340 gas analyzer ideal for operation, service, and maintenance, as well as for control measurements of industrial boilers, gas turbines, stationary industrial engines, and thermal processes.
Advantages of the testo 340 gas analyzer:
1. Maximum number of sensors: 4. The instrument is equipped with an O2 sensor as standard. You can configure 3 additional sensors yourself from a selection of: CO (with H2-compensation), CO low (with H2-compensation), NO, NO low, NO2, and SO2.
2. The gas analyzer has a built-in function for differential pressure and velocity measurement as standard.
3.The CO (with H2-compensation) and NO sensors come with replaceable filters. This filter prevents certain gases from passing through the sensor. If the filter is worn, the user can replace it independently.
4. Optimal protection safeguards the instrument against impact.
