Ads Top

CO2Meter Expands Its Multi Gas Safety System Line to Include Oxygen Sensing Solutions

CO2Meter, a manufacturer in gas detection technologies - is to introduce its new multi gas safety system oxygen sensor, an important addition to CO2Meter's full line of multi gas safety systems. With the new oxygen sensor, individuals will gain continuous monitoring of oxygen levels across a wide variety of applications, including cryogenic facilities, hospitals, food processing plants, pharmaceutical manufacturing operations, laboratories, and cold storage facilities.

Those who have been eagerly awaiting the release of the multi gas safety system oxygen sensor, will be excited to see that the sensor can also exceed rigorous temperature requirements. In designing the device, we were sure to use zirconia sensing technology that ensures greater longevity and operating temperatures of -50°C across a multitude of environments. The sensor will also provide customers with the ability to ensure a safe workspace all while monitoring facilities for inert gases, including, but not limited to, nitrogen, helium, and argon.

While monitoring oxygen levels at low temperatures is an important addition to the multi gas safety system, it is not the only feature. The sensor will also include ease of integration and expand industry use by allowing up to 12 easily addressable sensors on one main central display. In addition, this sensor is virtually maintenance-free with its unique oxygen capabilities, delivering a competitive 10-year life expectancy.

Overall, fatalities due to oxygen deficiency is a relatively common occurrence in process industries, refining, manufacturing, and medical industries. Cryogenic liquids also have huge expansion ratios so a large gas cloud from a small amount of cryogenic liquid is common. For example, Liquid nitrogen will expand 696 times as it vaporizes. Further, why gas safety is so important and why a gas safety system is critical to mitigate hazard and ensure personnel safety.

No comments:

Powered by Blogger.