GPS receivers are with us almost all the time and are being used more often indoors. In order to accurately measure indoor locations, barometric pressure sensors are used to determine the altitude of the device. Barometric and absolute pressure sensors provide an easy, cost-effective solution.
CP301 provides integrated dual sensor solution for PAP devices with a dedicated 4-port solution combining two pressures sensors (gage and differential).
Onboard pressure sensors control the trajectory and performance of UAVs, as they play a critical role in measuring accuracy of drone altitude and airspeed.
NimbleSense offers a precise solution to improve accuracy and performance of 3D printing by enabling the development of pressure-controlled 3D printers.
FläktGroup is utilizing the HV120 for its high performance compact eCO Side Air Handling Unit to support multiple pressure ranges from 625 Pa to 5000 Pa.
Superior’s new mid-range ND pressure sensors provide 2x performance improvement over competing solutions. The new product families include absolute, gage and differential sensors supporting pressures up to 150 psi.
Superior Sensors expands executive team by hiring Rob O’Hara as VP, Worldwide Sales. O’Hara brings extensive domestic and international sales experience.
To aid in product design, Superior has released a 3D CAD configurator on its website for engineers to quickly design in sensors. The configurator offers 3D previews and native file format downloads.
Potentially life threatening, sleep apnea is a serious disorder that affects hundreds of millions of people. PAP therapy is the most common and recommended treatment for sleep apnea, and PAP machines rely on pressure sensors to monitor both the airflow of the system and the patient’s breathing.
New dual pressure sensor for CPAP / BiPAP / APAP offers better performance & cost advantages combining differential + gage sensors in 1 device.
