Concurrently, Assured Testing Providers performed independent performance checks on NevadaNano’s MPS™ sensors, and competition pellistor and NDIR sensors when subjected to methane, hydrogen, and propane gases. Both NDIR and pellistor sensors degraded after 10 days and needed recalibration in under 60 days. Only NevadaNano’s MPS™ taken care of its accuracy without upkeep.
The MPS™ Fuel Sensor Family contains the MPS™ Flammable fuel sensor (0% to 100%LEL) and the MPS™ Small Flammable gasoline sensor , MPS™ Methane fuel sensor (selection of 50 to 1M ppm), MPS™ Refrigerant sensors for an array of A1, A2L, A3 MPS™ and refrigerants configurable sensor, where any analogue voltage can be acquired as a drop-in substitute. Each sensor will come in a number of packaging formats. Predicated on accelerated lifestyle testing, MPS™ sensors final 10+ years, can’t be poisoned, need calibration never, and contains lower power than conventional sensors.
The MPS™ gas detection technology may be the first low-price sensor technology that may accurately measure several gases without guide intervention and the initial sensor technology that may measure a multitude of gases with just a software change. As a good sensor with built-in environment algorithms and supervising that compensate for heat, humidity and pressure variations, it offers accurate readings over the entire environmental variety. In making usage of 27 patents for on-chip chemical substance analysis technologies, the sensors are perfect for the most demanding protection, HVAC-R and Web of Things (IoT) apps.
