Common applications of Paramagnetic Oxygen Analyser BI 410

The Paramagnetic Oxygen Analyser BI 410 is a device that can measure oxygen in various settings. Its readings are highly precise and accurate, and it can operate in low drift settings. Here, we share some of the common applications for this type of oxygen purity analyser.

Hospitals

• Medical gas supply: In hospitals, the precise monitoring of oxygen levels is important for patient care. Paramagnetic oxygen analysers are used to ensure that the oxygen supplied to patients meets the required concentration levels. These analysers help maintain the quality of oxygen delivered through various systems, including ventilators and anaesthesia machines.
• Respiratory therapy: For patients with respiratory conditions, accurate oxygen concentration is vital. Paramagnetic oxygen analysers monitor the oxygen levels in respiratory therapy devices, ensuring that patients receive the correct dosage.
• Hyperbaric chambers: Hospitals use hyperbaric oxygen therapy (HBOT) to treat several conditions. Paramagnetic oxygen analysers are employed to monitor and control the oxygen levels within hyperbaric chambers.

Steel industries

• Blast furnaces: In the steel industry, these sensors are typically employed for gas analysis purposes, such as monitoring the composition of gases like oxygen and hydrogen in the blast furnace environment. This helps in optimizing the process and ensuring safety by providing accurate and reliable measurements of gas concentrations.
• Continuous casting: During the continuous casting process, maintaining the appropriate oxygen levels is critical to prevent defects in the steel. Paramagnetic oxygen analysers help in monitoring and adjusting the oxygen concentration in the casting environment.

Pharmaceutical industries

• Fermentation processes: In pharmaceutical manufacturing, fermentation is a key process for producing antibiotics, hormones and other biologically active compounds. Paramagnetic oxygen analysers monitor the oxygen concentration in fermentation tanks. They help ensure optimal conditions for microbial growth and product yield.
• Sterilisation: Pharmaceutical products must be free from contaminants. Paramagnetic oxygen analysers are used to monitor and control the oxygen levels in sterilisation processes. Such a process ensures the complete eradication of microorganisms.
• Controlled environments: Many pharmaceutical manufacturing processes require strict environmental control to prevent contamination. Paramagnetic oxygen analysers monitor the oxygen levels in clean rooms and other controlled environments. They help monitor and maintain the required conditions for safe and effective drug production.

Looking for a reliable oxygen analyser?

Explore our Agasthya 2013 Series Oxygen Purity Analyser BI 410. It has a paramagnetic sensor, which enables it to operate for years to come without issue. The corrosion resistant components in the analyser also helps to elongate its lifespan. Users can mount the device on a panel, wall, tabletop or rack.