SHT20 MRS Type I2C Humidity and Temperature Sensor Probe -7Semi

SHT20 MRS Type I2C Humidity and Temperature Sensor Probe -7Semi

The SHT20 MRS Type I2C Humidity and Temperature Sensor Probe by 7Semi is a robust and precise sensing solution tailored for demanding environments. Utilizing advanced CMOSens technology, this sensor delivers highly accurate humidity and temperature measurements over a broad temperature range of -40°C to 125°C.

It features a digital I2C interface, enabling seamless integration with microcontrollers and low-power operation. Housed in a stainless-steel breathable shell, the sensor is built to resist high pressure (up to 150 bar), extreme temperatures, and harsh chemical exposure.

It comes factory-calibrated at multiple points for reliable readings and offers superior protection against dust and contaminants. With a 1-meter cable and Mini Round Shell connector, it ensures flexible and secure installation in tight or rugged spaces such as industrial pipelines, environmental test chambers, and hazardous locations.

Features:

• Accurate and Stable Measurements: The CMOSens technology offers digital, linearized readings with little drift over time, and it supports temperatures ranging from -40°C to 125°C.
  
• Robust Metal Probe Construction: Stainless steel porous housing is resistant to high pressure, corrosion, and dust, making it perfect for long-term industrial applications.
  
• Advanced Breathable Shell Design: Provides high air permeability and a rapid humidity exchange rate while shielding inside electronics from dust and chemical contamination.
  
• Pre-calibrated and Digital Output: Fully factory-calibrated for humidity and temperature, with an I2C interface for seamless integration and low-power data transfer.
  
• High filtration efficiency: Precision pore diameters (5–120 microns) provide superior filtration, interception, and uniform dispersion performance.
  
• Exceptional Environmental Resistance: Reliable in difficult situations such as high humidity, heated drying operations, restricted spaces, vacuum chambers, and explosive conditions.
  
• Long-Term Durability: The anti-shedding design and superior material quality provide extended service life and consistent readings over time.