Blogs >> Technology >>
Process Analyser- A necessity in various fields
Spectroscopy is the technology used in a Process Analyser for reporting a full analysis on the elements present in the air at the time of sensing. This is not just applicable to the air but also can be used to detect for irregularities in any field of manufacturing sciences as well. Any industry or organizations must implement this in their day to day procedure to save on resources and money if by chance there are any irregularities. It is always safer to implement a Leak Detection System and a complete structural process analyser to keep track about each detail about the process being executed. Specialities: An analyser is a system where every action performed in the system is monitored. This is done in order to prevent any unseen circumstances. Radiometry is the technology that is used with the implementation of certain infrared technology. Gas sensing is of high importance in laboratories to maintain optimal conditions which they require for keeping the specimens or chemical inert from external damage. Upgrading such systems is very simple and does not cost much. Just the sensors need to be updated as and when new ones are introduced. Advantages: • The response system offered by these process analysers are very coherent with today’s requirements. • They have a very responsive selectivity process. • They have an automata system and they have the capability of self automating. • They have a very wide dynamic range of measurement. They can be measured in percentage as well as parts per billion. • Any layman can use it because of its ease of use. • They have a very dynamic range of measurement. • Usually these systems are very robust in nature and compact in size. Because of their compactness they can readily fit into any environment. • All they require is one single power input which can supply the necessary power to run the whole system. • Very special optics is used for scanning and sensing purposes. • The directional infrared countermeasures are gaining great popularity for optimizing resource use. • An investment on such a system will give you an option of upgrading as the technology advances. • They can measure simultaneously four gases in a very minimal sensing time. Technical Specifications: • They have two options of sensing namely Low Sensitivity and High Sensitivity. • They have an error factor of less than 2% which is considered to be very good as it is a very low rate which has to be corrected. • They can help in finding out the contaminations in the air. • The low sensitivity is usually 0-50% in range or 0-500 parts per million. • The high sensitivity is 0-1% in range and 0-200 parts per million. • For further details about air pollution control and air quality monitoring please visit the website.
|
|
