Analizzatori di purezza dell'ossigeno

Southland Sensing  manufactures a range of oxygen purity analyzers designed for accurate measurement of elevated oxygen concentrations from 21% to 100% O₂. Utilizing our precision electrochemical oxygen sensor technology, these analyzers provide a reliable, low-cost alternative to traditional paramagnetic oxygen analyzers for many industrial and high-purity oxygen applications.

Available in both portable and continuous online configurations, Southland Sensing oxygen purity analyzers feature suppressed measurement ranges for improved resolution at high oxygen concentrations, along with color displays, data logging, MODBUS communications, and integrated sample systems.

Designed for high-purity oxygen measurement from 0–100% O₂, with suppressed ranges including 90–100% O₂ for improved resolution in high-purity applications. The analyzer combines advanced electronics, an intuitive menu-driven interface, and Southland Sensing’s precision electrochemical oxygen sensor technology to provide a reliable, cost-effective alternative to traditional paramagnetic oxygen analyzers.

The 19″ rack-mount design is ideal for continuous, real-time monitoring of oxygen purity in oxygen production, medical oxygen distribution, glass manufacturing, wastewater treatment, and other industrial processes requiring dependable high-concentration oxygen measurement.

Designed for high-purity oxygen measurement from 0–100% O₂, with suppressed ranges including 90–100% O₂ for improved resolution in high-purity applications. Housed in a rugged anodized aluminum portable enclosure, the analyzer combines an integral sample system, advanced electronics, an intuitive menu-driven interface, removable USB flash drive for data logging, and Southland Sensing’s precision electrochemical oxygen sensor technology.

The result is a reliable, cost-effective portable alternative to traditional paramagnetic oxygen analyzers. The analyzer includes an international 100–240 VAC wall charger for convenient operation worldwide.

Typical applications include spot-checking oxygen purity in oxygen production, medical oxygen distribution, glass manufacturing, wastewater treatment, and other industrial processes requiring accurate high-concentration oxygen measurement.