Molecular Property Spectrometer™ Family of Gas Sensors detects LGW refrigerant, methane and flammable gas.
NevadaNano announces the release of the new MPS Family of Gas Sensors. NevadaNano designed these sensors for broad application where combustible gas safety and gas leak detection are critical. They are the first to accurately detect and classify flammable, methane, and LGW refrigerant gas using a single calibration.
NevadaNano’s detection technology is the first new approach to flammable gas detection in over 40 years. Because of this new and innovative technology, the sensors bring more enhanced reliability and performance to gas detection. The new family of sensors features its Series 4 format and pin. As a result, the sensors are smaller and lighter than previous models. However, the sensors are still compatible with existing detection devices.
“Early market acceptance is strong – we plan to continue innovating and launching additional products utilizing our unique sensing platform,” said NevadaNano President.
The NevadaNano sensors are more energy efficient and accurate for gas detection than traditional catalytic bead sensors or NDIR combustible gas sensors. NevadaNano launched the initial form factor of its sensor in October 2018.
Because of its long-term stability and reliability, NevadaNano’s sensor has a lower cost of ownership than catalytic bead type sensors. The MPS™ Flammable Gas Sensor will not “poison” or stop working when exposed to common industrial chemicals. This eliminates the need for frequent, costly manual calibrations. More importantly, workers can count on the reliability of the sensors to continuously ensure a safer workplace.
Sensors Expo & Conference
NevadaNano’s full line of sensors will be on display at the Sensors Expo & Conference from June 25-27, 2019 at Booth #1634. The company is also a finalist in the Innovative Product category at the SEC’s Best of Sensors Awards because of the MPS™ gas-sensing technologies.
NevadaNano is the developer of the MPS™ gas-sensing products. These sensors use Micro-Electro-Mechanical Systems (MEMS) structures to detect, identify, and quantify chemicals in the air. MPS™ gas sensors bring the digital scent to the internet, so they are useful in providing information about the air we breathe. For more information, visit NevadaNano.com