Oxygen

The range of Oxygen Transmitters from Avcray are compact and robust devices that utilise zirconia, solid state ceramic or electrochemical sensing technologies to give a reliable measurement of oxygen concentration. The zirconia sensor offers fast response time and a long service life with virtually no drift, whilst the electrochemical sensor allows measurement in background gases containing hydrocarbons.
The solid state ceramic sensor combines excellent chemical compatibility and an expected lifespan of three to five years. Our oxygen transmitters offer accurate measurement, quick response, easy installation and a choice technologies and packaging to suit most applications.

Avcray offer a range of portable oxygen analyzers for many industrial applications where trace oxygen (or O2 purity) must be monitored and controlled. These accurate and reliable instruments are easy to use and are available in ppm and percent oxygen ranges. ATEX/UKCA rated analyzers for use with IIC gases are available for ranges from 0 to 10ppm up to 0 to 25% O₂. The Yellowbox portable utilizes zirconia sensing technology for fast response and long life for gas generation customers.

Industrial Gas can be separated into bulk gas, speciality gas and ultra-high purity (UHP) gases. Within the Avcray Group we have a range of analyzers to measure oxygen as well as other impurities. Our Pico-Ion sensors from AII provide dependable, repeatable oxygen measurements in semiconductor grade UHP gases such as nitrogen (N2), Argon (Ar), helium (He) and hydrogen (H2), with a minimum output range of 0 to 50 ppb O2 (parts per billion) with a lowest detection limit of < 100 ppt O2 (parts per trillion).

The range of Oxygen Transmitters from Avcray are compact and robust devices that utilise zirconia, solid state ceramic or electrochemical sensing technologies to give a reliable measurement of oxygen concentration. The zirconia sensor offers fast response time and a long service life with virtually no drift, whilst the electrochemical sensor allows measurement in background gases containing hydrocarbons.
The solid state ceramic sensor combines excellent chemical compatibility and an expected lifespan of three to five years. Our oxygen transmitters offer accurate measurement, quick response, easy installation and a choice technologies and packaging to suit most applications.

Avcray offers an extensive line of high quality, manufactured in the USA, engineered precision electrochemical micro-fuel cell oxygen sensors. These sensors are offered in a wide range of configurations with analysis from 0.001 PPM up to 100.0% oxygen.

Backed with excellent customer service and an industry proven product design, our sensors are found in a number of applications throughout the world including air separation plants, chemical & petrochemical processes, steel production, and many others.

O2 sensors for scuba diving. Avcray offers a wide variety of oxygen sensors for scuba diving, replacements for R-22D, R-22S, R-17D, Analox O2 sensors, PSR-11-39-MD, PSR-11-39JD, AII-11-60, AII-11-75D, AII-11-75-PO2-D and many more

% Oxygen sensors for ventilators, these sensors are specifically designed for breathing air equipment, respirators, ventilators and spot checking of oxygen in oxygen lines. Replacements for variety of models are available, for cross reference to other manufacturer part numbers, go to Cross Reference.

Avcray offers a full line of % O2 sensors for industrial applications, a variety of models are available for low to high level of O2 measurement, including sensors for oxygen purity measurements, sensors with expected sensor life of 2 years in 100% oxygen. Replacement sensors for Class B1, B3, C3, A5, E2, GPR-11-120, GPR-11-120-OP, GPR-11-120-RTS, GPR-11-120-4, XLT-11-24

Avcray offers a full line of PPM O2 sensors for industrial applications. Excellent stability, quick recovery from air to sub-ppm level in minutes. Replacement PPM O2 sensors for B-2C, B-2CXL, A2C, Insta-Trace, Insta-Trace-CO2, GPR-12-333, XLT-12-333

Porous electrodes are placed on two sides of a zirconia ceramic element. When one side is exposed to air and the opposite side to exhaust gas, a voltage is generated in response to the difference in O₂ concentration. This property can be used to control the air-fuel ratio.