The oxy.IQ oxygen transmitter is a compact and cost-effective solution for accurate oxygen measurement across a broad range of industrial processes and gas applications. Based on advanced galvanic fuel cell sensing technology, it provides reliable measurements from trace ppm levels to percent concentrations, while offering long sensor life and minimal maintenance requirements. Its microprocessor-based electronics enable straight forward configuration and calibration via the integrated display and keypad, simplifying operation and commissioning in the field.
The oxy.IQ is a compact loop-powered design that enable straightforward installation directly at the measurement point, reducing sample system complexity and installation costs. Available in intrinsically safe and explosion-proof configurations for hazardous area applications, this transmitter integrates seamlessly into industrial control system via a standard 4-20 mA output.
Combining compact design, intuitive operation, and reliable sensor performance, the oxy.IQ is ideally suited for oxygen impurity monitoring, inert atmosphere monitoring, and industrial process control applications.
The oxy.IQ supports continuos oxygen measurement from trace ppm levels up to percent concentrations, enabling both impurity monitoring and process oxygen analysis across a wide range of industrial applications.
The transmitter utilizes advanced galvanic fuel cell sensor technology for accurate and stable oxygen measurement with long sensor life and low maintenance requirements.
The oxy.IQ provides a standard loop-powered 4-20 mA analog output for straightforward integration into industrial control and monitoring systems.
The oxy.IQ is designed for oxygen impurity monitoring, gas purity verification, hydrogen processes, inert atmosphere monitoring, glove boxes, natural gas processing, nitrogen generation systems, and industrial process control applications.
Yes, the oxy.IQ can be integrated into the moisture.IQ platform for combined oxygen and moisture measurement within a unified monitoring solution.
| Type | Title | Industry | Language | Format | Download |
|---|---|---|---|---|---|
| Application Notes | Control and monitoring of glove box atmospheres | Industrial processing | Czech | Download | |
| Application Notes | Measuring oxygen in pipeline natural gas | Oil & Gas | English | Download | |
| Application Notes | Oxygen and moisture measurement in 3D printers | Industrial processing | English | Download | |
| Application Notes | Oxygen content in blanket gas applications | Chemical | English | Download | |
| Application Notes | Water Electrolysis for Hydrogen Production | Hydrogen | English | Download |
| Type | Title | Language | Format | Download |
|---|---|---|---|---|
| Whitepapers | Optimizing Hydrogen Production Whitepaper | English | Download | |
| Datasheets | oxy.IQ Datasheet | English | Download | |
| Datasheets | oxy.IQ Datasheet German | German | Download | |
| Datasheets | oxy.IQ Datasheet Japanese | Japanese | Download | |
| Manuals | oxy.IQ User Manual English | English | Download | |
| Manuals | oxy.IQ User Manual German | German | Download | |
| Manuals | oxy.IQ User Manual Japanese | Japanese | Download | |
| Manuals | oxy.IQ User Manual Korean | Korean | Download | |
| Brochures | Process Analyzers for Power Generation | English | Download | |
| Brochures | Solutions for Efficient Biofuel Process Control | English | Download | |
| Brochures | Water Electrolysis for Hydrogen Production | English | Download |
