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US SPEC Sensors Nitrogen Dioxide NO2 Sensor 3SP-NO2-20
US SPEC Sensors Nitrogen Dioxide NO2 Sensor

US SPEC Sensors Nitrogen Dioxide NO2 Sensor - 3SP-NO2-20

Product Features:

Small size, low profile (20x20x3.0mm)
Long life (2 years under normal use, expected up to 10 years in environments without NO2 and other interfering gases.)
Fast response (< 15 seconds)
Low power consumption
Individually calibrated (NIST traceable)
RoHS certified

Product Models: 3SP-NO2-20

Product Introduction

1. Description of Nitrogen Dioxide NO2 Sensor 3SP-NO2-20

SPEC Sensors' screen-printed electrochemical sensor technology (SPEC Sensor™) revolutionizes existing technology, enabling new applications for user and industrial safety monitoring.

SPEC's printed electrochemical sensors offer high quality and low price. The ultra-thin printed sensors are easy to integrate into wireless, handheld, and other network solutions.
Due to their high performance, low cost, and small size, these sensors are ideal for health, environmental, industrial, and residential monitoring.


2. Features of Nitrogen Dioxide NO2 Sensor 3SP-NO2-20

  • Small size, low profile (20x20x3.0mm)
  • Long life(2 years under normal use, expected up to 10 years in environments without NO2 and other interfering gases.)
  • Fast response (< 15 seconds)
  • Low power consumption
  • Individually calibrated (NIST traceable)
  • RoHS certified


3. Applications of Nitrogen Dioxide NO2 Sensor 3SP-NO2-20

  • Air quality monitoring
  • Industrial safety
  • Air purification control


4. Parameters of Nitrogen Dioxide NO2 Sensor 3SP-NO2-20

Range 0 to 20 ppm
Detection limit < 20 ppb (depending on instrument)
Repeatability < +/- 3% of reading
Response time < 300S (typically 200S)
Sensitivity @ 0 mV   -40 +/- 15nA/ppm
Expected operating life > 5 years (10 years @ 23+/-3C; 40+/-10% RH)
Operating temperature range -40 - 50 degrees (recommended -20 - 40 degrees)
Operating humidity range (non-condensing) 0 to 100% RH (recommended 15 - 95%)
Power consumption 10 to 50 uW (depending on circuit and ambient NO2 concentration)