Draeger Launches Economical Infrared Gas Sensors with Extended Life Span

The conventional gas monitoring systems deployed for the application of waste water treatment is disadvantageous since the detection system requires constant repair and measurement due to reduced oxygen levels, wet conditions, H2S contamination and less durability of the sensing devices.

Draeger has come up with an innovative technology to overcome these issues which can reduce the maintenance expenses and can enhance the security of such gas detection systems.

The noxious gas and oxygen sensing units from Draeger are remarkably larger when compared to the conventional sensors with an extended life-span and the durability of the company’s Oxygen sensing devices are about three years. This inturn will lower the necessity of frequent replacements and the precision level of sensors prolong the measurement period to 12 months.

The company’s economical infrared flammable PIR3000 gas monitor dominates the conventional bead monitors that are highly susceptible to harmful gases and changes in the environments. This unique detectors are unaffected by the H2S poisoning or reduced oxygen concentrations, the major issues accompanying the WWTP’s. The precision of the infrared technology facilitates the evaluation of H2S or O2 sensors only once in a year, requiring replacements with over 15 years of operation.