Oxygen analyzer is a device that measures the oxygen concentration of a gas. Oxygen is an important resource in many applications and also a dangerous one, so it needs to be measured accurately.

When choosing an oxygen analyzer, there are many considerations beyond a device’s specifications that should be taken into account. For example, whether the oxygen analyzer is an extractive or in-situ probe instrument and what utilities are needed on site. These utilities are a cost in both the initial investment of the analyser as well as the operating costs for maintaining it, and if they are not properly reflected when making an analysis decision, this can lead to a higher than necessary cost.

Safety First: The Importance of a Natural Gas Leak Detector

The BA 4510 portable oxygen analyzer is designed to measure traces of oxygen in inert gases such as nitrogen, carbon dioxide, helium and argon. This analyzer uses a tried and tested zirconium oxide sensor to deliver reliable results. It can be connected directly to cylinders or used as a monitor for glove box environments. This analyzer features a menu-driven user interface, a pressure pump and a flow alarm for measuring air and gases.

This analyzer is used in marine applications to help prevent cargo and ship damage by monitoring oxygen levels in a variety of spaces on board. It is equipped with a range of options such as a watertight enclosure and a stainless steel mounting bracket to ensure it will survive the roughest of marine conditions. It can be combined with a carbon monoxide (CO) detector and a continuous emissions monitor to provide a complete pollution monitoring system. This is an ideal solution for ports and ships to meet the EPA’s 40 CFR Part 60/75 performance specifications as well as regional requirements.