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Oxygen analyzers (O2)
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Humidity analyzer / oxygen / combined - -30 °C ... +70 °C, max. 345 bar | MIS1
In the GE family of moisture analyzers, this multi-function and multi-channel model measures the pressure, temperature, and moisture...
Humidity analyzer / oxygen / combined - -30 °C ... +70 °C, max. 345 bar | MIS1
In the GE family of moisture analyzers, this multi-function and multi-channel model measures the pressure, temperature, and moisture in non-aqueous gases and liquids. With its system integrated design, the Moisture Image Series 1 provides cost savings.
Readings are accepted from any sensor with an output from 0 to 4 V, including various process control instruments from GE, thanks to auxiliary inputs. An optional feature is available with this analyzer for the measure of oxygen concentration in gases.
Readings are accepted from any sensor with an output from 0 to 4 V, including various process control instruments from GE, thanks to auxiliary inputs. An optional feature is available with this analyzer for the measure of oxygen concentration in gases.
Oxygen analyzer / extractive - max. 100 ppm | ULTRAMAT/OXYMAT 6
The Combi-Analyzer Ultramat/Oxymat 6 from Siemens mixes the Ultramat 6 and Oxymat 6 into one analyzer body that fits into a 19-inch rack. This measures...
Oxygen analyzer / extractive - max. 100 ppm | ULTRAMAT/OXYMAT 6
The Combi-Analyzer Ultramat/Oxymat 6 from Siemens mixes the Ultramat 6 and Oxymat 6 into one analyzer body that fits into a 19-inch rack. This measures units reliably and is easy to use. It also has a physical display screen that is easy to read.
The optical couplers are added with optical filters in IR processes to measure the selectivity of the unit to review how it works in the most difficult conditions. It is designed for complicated gas materials. Small concentrations may also be measured as the device has low detection limits so the setup will not be hard to use.
The optical couplers are added with optical filters in IR processes to measure the selectivity of the unit to review how it works in the most difficult conditions. It is designed for complicated gas materials. Small concentrations may also be measured as the device has low detection limits so the setup will not be hard to use.
Oxygen analyzer / NDIR - max. 500 ppm | ULTRAMAT 23
The Ultramat 23 by Siemens is a IR-active components which comes with an NDIR technology that is designed for measurement of up to three IR active constituents. Also, it comes with an optional electrochemical...
Oxygen analyzer / NDIR - max. 500 ppm | ULTRAMAT 23
The Ultramat 23 by Siemens is a IR-active components which comes with an NDIR technology that is designed for measurement of up to three IR active constituents. Also, it comes with an optional electrochemical cells designed for O2 and H2S measurement. It features its compact design having which is extremely innovative and space saving. An integrated automatic calibration function is installed within the unit that enables it to use ambient air which can be a unique advantage of the machine. It comes with a menu guided operation having a plain text which enables the user to easily to operate the device. Plus, a logbook is provided for guide in its preventive maintenance. It uses a multi-layer detector for ensuring a high selectivity and reduced water vapor interference.
Oxygen analyzer / extractive - max. 0.5 % | SIPROCESS GA700 OXYMAT 7
The SIPROCESS GA700 OXYMAT 7uses the paramagnetic alternating pressure method to measure oxygen and is ideal for demanding applications which need reliability and measuring quality. The gas path has...
Oxygen analyzer / extractive - max. 0.5 % | SIPROCESS GA700 OXYMAT 7
The SIPROCESS GA700 OXYMAT 7uses the paramagnetic alternating pressure method to measure oxygen and is ideal for demanding applications which need reliability and measuring quality. The gas path has...
Oxygen analyzer / extractive - max. 0.5 % | OXYMAT 6
The OXYMAT 6 is amongst the most popular applications and is expected to meet the high standards set pertaining to its reliability and measuring quality. The use of modern electronics, easy operation...
Oxygen analyzer / extractive - max. 0.5 % | OXYMAT 6
The OXYMAT 6 is amongst the most popular applications and is expected to meet the high standards set pertaining to its reliability and measuring quality. The use of modern electronics, easy operation and a measuring bench that is adapted to the measuring task is guaranteed to meet the requirements.
The measurement of oxygen in the OXYMAT 6 is done using the para-magnetic alternating pressure method. It ensures complete linearity and permits parameterization of minimal measuring ranges from 0 to 0.5 % (detection limit 50 ppm) up to 0 to 100% in a single device as well as 99,5 to 100%.
The sensor in the detector steers clear of the sample gas and allows the measurement of corrosive gases by using corrosive resistant materials in the gas path.
The measurement of oxygen in the OXYMAT 6 is done using the para-magnetic alternating pressure method. It ensures complete linearity and permits parameterization of minimal measuring ranges from 0 to 0.5 % (detection limit 50 ppm) up to 0 to 100% in a single device as well as 99,5 to 100%.
The sensor in the detector steers clear of the sample gas and allows the measurement of corrosive gases by using corrosive resistant materials in the gas path.
Oxygen analyzer / extractive - max. 2 % | OXYMAT 61
Siemens' state-of-the-art OXYMAT 61 is a premium-quality oxygen analyzer that efficiently provides reliable data by using ambient air as a...
Oxygen analyzer / extractive - max. 2 % | OXYMAT 61
Siemens' state-of-the-art OXYMAT 61 is a premium-quality oxygen analyzer that efficiently provides reliable data by using ambient air as a reference gas. This high-quality 19-inch rack unit with a measuring range that reaches to as low as 0% to 2% as the smallest and a ceiling range that reaches up to 100%. Engineered for standard applications in a variety of fields, this compact device uses a paramagnetic alternating pressure method that allows high linearity and parameterization for optimal performance and the production of dependable results.
Flue gas analyzer / combustion / oxygen / CO2 - max. 4 000 ppm, max. 400 °C | 310
Testo 310 is fitted with 2 measurement cells for CO and O2 and a temperature sensor that is fitted within the flue gas probe. The gas sensors have the ability to measure accurate carbon monoxide and oxygen content and also ambient temperature...
Flue gas analyzer / combustion / oxygen / CO2 - max. 4 000 ppm, max. 400 °C | 310
Testo 310 is fitted with 2 measurement cells for CO and O2 and a temperature sensor that is fitted within the flue gas probe. The gas sensors have the ability to measure accurate carbon monoxide and oxygen content and also ambient temperature and flue gas. With this data, several other parameters are effectively calculated such as degree of flue gas loss and effectivity and value of CO2. The Testo 310 is distinct from other instruments in its segment owing to its intuitive menu structure and ease of use.
Users are able to conveniently and confidently interpret measurement values from the well lit display even in unfavorable weather conditions. The fuels are stores as numbers and are also described. The top edge of the clear display indicate different measurement menus in the form of symbols. The dirt immune keypad and the display are well structures and the operation of the Testo 310 is fairly easy even with one hand.
Users are able to conveniently and confidently interpret measurement values from the well lit display even in unfavorable weather conditions. The fuels are stores as numbers and are also described. The top edge of the clear display indicate different measurement menus in the form of symbols. The dirt immune keypad and the display are well structures and the operation of the Testo 310 is fairly easy even with one hand.
Flue gas oxygen (O2), flammables and carbon monoxide (CO) analyzer - max. 4 000 ppm, -40 ... 1 200 °C | testo 320
Efficient, reliable, easy-to-use, ergonomic and robust; these are some of the words that can describe Testo's multi-functional testo 320. Designed as an instrument to analyze flue gases for heating...
Flue gas oxygen (O2), flammables and carbon monoxide (CO) analyzer - max. 4 000 ppm, -40 ... 1 200 °C | testo 320
Efficient, reliable, easy-to-use, ergonomic and robust; these are some of the words that can describe Testo's multi-functional testo 320. Designed as an instrument to analyze flue gases for heating...
Gas analyzer for exhaust gas / oxygen / CO / NOx - max. 10 000 ppm, -40 °C ... +1 200 °C | 340
The 340 flue gas analyzer are designed and developed by TESTO for reliable measurement of flue gas and particles.
Utilizing precalibrated, plug & play sensors which can...
Utilizing precalibrated, plug & play sensors which can...
Gas analyzer for exhaust gas / oxygen / CO / NOx - max. 10 000 ppm, -40 °C ... +1 200 °C | 340
The 340 flue gas analyzer are designed and developed by TESTO for reliable measurement of flue gas and particles.
Utilizing precalibrated, plug & play sensors which can be freely selectable depending on the needs and specifications of the user, the 340 flue gas analyzer has O2 as a standard sensor and 3 more can be added for gas sensors. It comes with rechargeable battery in a carry strap-on case. It is easy to operate and can be used in the field with its compact and portable design.
With rising pressure to be environment-friendly and the passing of stricter regulations, this instruments reduce pollutant emission levels of combustion systems while exploiting energy as efficiently as possible.
Utilizing precalibrated, plug & play sensors which can be freely selectable depending on the needs and specifications of the user, the 340 flue gas analyzer has O2 as a standard sensor and 3 more can be added for gas sensors. It comes with rechargeable battery in a carry strap-on case. It is easy to operate and can be used in the field with its compact and portable design.
With rising pressure to be environment-friendly and the passing of stricter regulations, this instruments reduce pollutant emission levels of combustion systems while exploiting energy as efficiently as possible.