Progress report #111519
A2LA (ISO17025) labs results on testing the new NASA leading edge humidity sensor
by Roscid | Nov 15, 2019 | Roscid Tech News
Roscid Technologies continues to make progress in the development of a complete robust humidity sensor (model # RT77R). Roscid with NASA just validated the repeatability of the humidity over a high humidity range. A total of 5 samples were tracked up and down from a RH of 50% to 90-95% and backed to 50% at 20C. The units were also checked for functionality above 90% at 5C. Please review the attached PDF file for real time data. Continuous updates will be reported on the progress of the sensor. Roscid’ s goal is to commercialize this sensor and offer it as a solution for the most challenging applications.
- Calibration systems
- Pharmaceutical Sterilization
- Fuel Storage
- Fuel Analyzer
- Compressed Air
- Natural Gas
- Glove Box/Environmental Chambers
- Semiconductor Manufacturers
- Clean Rooms
Roscid Technologies and NASA agree to licensing terms of a new innovative solid-state resistive humidity sensor.
Woburn, MA: Roscid Technology has agreed to licensing terms with NASA in commercializing a NASA designed humidity sensor. Roscid has been collaborating with NASA for more than 2 1/2 years characterizing the humidity sensor’s operating specifications. Due to impressive results, Roscid is aggressively moving forward with introducing this new robust moisture sensor to several challenging humidity markets that other typical polymer sensors failed to perform in.
This new ceramic dielectric humidity sensor exhibits minimal hysteresis, environmental robustness, fast response, repeatability and stability within a temperature range of 5C to 90C and a humidity range of 5% to 99%. Preliminary testing shows with great results the durability and repeatability of the moisture sensor in chemical environments such as gasoline, 3% hydrogen peroxide, isopropyl alcohol, ethyl alcohol, N-Methylpyrrolidone and ethylene oxide (EtO).
This NASA humidity sensor is designed using a proprietary ink and is currently screened onto a ceramic substrate. However, the ink is also designed for taking advantage of other printing technologies such as aerosol or ink jet if necessary. This current design process allows the humidity sensor to fully recover after condensation events with many types of liquids (water, gasoline, etc.). Unlike a typical polymer-based humidity sensor, this proprietary inked humidity sensor does not drift or lose its sensitivity due to liquid contact or chemical exposure.
Benefits of the solid-state humidity sensor
- Very high sensitivity to small changes in relative humidity
- Fast response and recovery speed
- Robust solid-state design
- Operation at low voltages and power
- Small sensing element form factor that enables miniaturized sensor design
- Ceramic sensing element that offers potential higher temperature sensing capabilities in excess of 125⁰C
- Flexibility in dielectric ceramic powder formulations that enables the use of a very thick and thin film printing methods
Roscid Technologies manufactures, sells and distributes a wide range of gas detection solution for moisture, humidity, O2, CO, H2 and CO2 analysis. Our chilled mirror dew point hygrometer products and gas detection products continue to be the market leader in accuracy, repeatability and stability from the percent range to the PPM range for moisture and gas. With over 90 years combined experience in the moisture and gas markets, our knowledge, design flexibility and instrumentation allow us to offer the correct and cost-effective solution for our customers. Roscid ‘s growth and success are its continued commitment to excellence in quality.
For more information on this humidity sensor and other Roscid products, visit www.roscidtechnologies.com
Roscid Technologies, Inc
215 Salem St Suite L
Woburn, MA 01801
Tel: (781) 933 4007