Oxygen Measurement  Manufacturers, Traders, Suppliers

• Measurement of the lowest percentage of moisture or steam in all gaseous media (Vppm range; or dew points below -15°C);
• Simultaneous measurement of moisture and temperatures in industrial drying processes and climatized production and storage spaces;
• Online measurement of moisture in bulk goods during production and in silos;
• Detection and measurement of toxic or explosive gases in rooms or containers;
• The engineering and construction of devices for the measurement of selected process variables
• data acquisition and processing of electrical values.

• proposal, construction and starting up of measuring equipment as per your job definition,
• coordination of all benefits, inclusive of our co-operation partner by even more complex job definition,
• mentoring by range of optimal measurement, the necessary devices and sensors, best solution of your challenge.

Witt gas analyzers quickly and accurately determine gas concentrations in gas mixtures and are versatile. State-of-the-art sensor technology and intuitive operating elements enable easy handling of the gas analyzers, guarantee exact analysis results and ensure the quality of your processes. Depending on the type of application, the gas analyzers can be supplied separately or integrated with mixing systems.
As stationary or portable gas analyzers for sampling or continuous gas analysis, they are available for numerous gas types and applications.

Oxymax COS61D is a high-performance, digital oxygen sensor that offers fast, accurate and drift-free measurement. It supports your process with low maintenance, high availability and easy handling. The sensor`s long-term stable fluorescence layer is exclusively oxygen-selective (interference-free), ensuring consistently reliable measurement. Thanks to Memosens digital technology, the Oxymax COS61D combines maximum process and data integrity, and facilitates simple lab calibration.

Measuring Principle: Sensor Oxygen
Application: Aeration tank, river monitoring, water treatment, fish farming.
Characteristic: Digital, optical (luminescence) dissolved oxygen measurement.; No flow needed - measurement possible in still water.
Measurement range: 0mg/l ... 20mg/l; 0%SAT ... 200%SAT; 0 ... 400hPa
Measuring principle: Oxygen-sensitive molecules (marker) are integrated in an optical active layer (fluorescence layer). The fluorescence layer surface is in contact with the medium.
Design: - Calibration data saved in sensor.; High degree of EMC protection.
Material: Sensor body : stainless steel 1.4571Membrane cap : POM
Dimension: Diameter : 40mm; (1.56inch)Length : 220mm; (8.58inch)
Process temperature: -5°C ... 55°C; ( 23 - 131°F)
Process pressure: max. 10bar; (145psi)

Features

• Measurement of dissolved oxygen (DO) in aqueous solutions
• Safe 1-point calibration
• 2-wire transmitter (for basic and standard version)
• Electrical isolation of measurement signal (DO) and output signal (mA)
• Easy connection to an existing system (e.g PLC)
• Can be used as stand-alone system in maximum version
• Compensation of temperature, atmospheric pressure and salinity
• Further processing of the temperature of the medium is possible (separate Pt 1000 or 2-wire transmitter)
• Setup program for comfortable transmitter configuration / documentation
• Easy, safe service by replacement of modules
• Background lighting (for maximum version)

Applications

• Communal and industrial waste water treatment plants
• Drinking water monitoring
• Protection of water bodies
• Fish keeping/hatchery plants
• Technical processing plants

ECONOX developes and manufactures equipment intended for measuring and regulating heat treatment atmospheres. Numerous developments have been made in order to satisfy an ever growing and discerning demand. This is how the “CarboProbe” range of oxygen sensors was born. Research was done to meet the stringent requirements of the ceramics industry, research laboratories, potters as well as universities.
In the field of pottery, the oxygen probes designed by Econox make it possible, for example, to measure the concentration of oxygen in a kiln and, thanks to this, to achieve fuel energy savings (thanks to economical firing ), to obtain reliable enamel colors (by knowing the right level of reduction for each firing) and to reduce pollution in the air (by reducing fuel consumption). Oxygen sensors can also measure the carbon potential of an atmosphere.