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SHT30 Temperature And Humidity Sensor - Wired Enclosed Shell

SHT30 Temperature And Humidity Sensor - Wired Enclosed Shell

The SHT30-D sensor has an excellent ±2% relative humidity and ±0.5°C accuracy for most uses. Unlike earlier SHT sensors, this sensor has a true I2C interface.

The enclosed box is a Sensiron SHT-30 digital sensor (much like our breakout here or this weather-proof mesh sensor) but with the 4 data/power wires brought out to bare wires. Any SHT-3x code for a microcontroller will work, we are big fans of this sensor. Check out the tutorial for Arduino and CircuitPython/Python, and more!

The 1 meter long cable has four wires: Red = VCC (2.15-5VDC), Black = Ground, Yellow = I2C Clock, White = I2C Data.

Simply connect the red and black wires to your microcontroller or microcomputer power + ground. Connect the yellow wire to SCL, white wire to SDA of your controller's I2C port. There are built in 10K resistors so you don't need external I2C pull-ups.

Compared to the DHT22/AM2302, this sensor is more precise, more accurate, works in a bigger range of temperature/humidity and is less expensive! We strongly recommend using this instead of DHT sensors, they are very annoying to use and this sensor is a true I2C sensor so it is universally supportable.

We have an Adafruit Learning System guide Arduino & CircuitPython code, datasheets and more for SHT3x sensors!

Technical Details

  • Sensor module dimensions: 59mm x 26.3mm x 13.4mm
  • Wire length: ~22.8cm / ~9"
  • Power: 2.15~5.5V
  • Humidity: 0~100%RH
  • Temperature: -40~125ºC
  • Precision: +/- 2%RH ~ +/- 0.2ºC
  • Output: Digital IIC
  • Diagram
  • Datasheet
    $3.64

    Original: $12.12

    -70%
    SHT30 Temperature And Humidity Sensor - Wired Enclosed Shell

    $12.12

    $3.64
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    Description

    The SHT30-D sensor has an excellent ±2% relative humidity and ±0.5°C accuracy for most uses. Unlike earlier SHT sensors, this sensor has a true I2C interface.

    The enclosed box is a Sensiron SHT-30 digital sensor (much like our breakout here or this weather-proof mesh sensor) but with the 4 data/power wires brought out to bare wires. Any SHT-3x code for a microcontroller will work, we are big fans of this sensor. Check out the tutorial for Arduino and CircuitPython/Python, and more!

    The 1 meter long cable has four wires: Red = VCC (2.15-5VDC), Black = Ground, Yellow = I2C Clock, White = I2C Data.

    Simply connect the red and black wires to your microcontroller or microcomputer power + ground. Connect the yellow wire to SCL, white wire to SDA of your controller's I2C port. There are built in 10K resistors so you don't need external I2C pull-ups.

    Compared to the DHT22/AM2302, this sensor is more precise, more accurate, works in a bigger range of temperature/humidity and is less expensive! We strongly recommend using this instead of DHT sensors, they are very annoying to use and this sensor is a true I2C sensor so it is universally supportable.

    We have an Adafruit Learning System guide Arduino & CircuitPython code, datasheets and more for SHT3x sensors!

    Technical Details

    • Sensor module dimensions: 59mm x 26.3mm x 13.4mm
    • Wire length: ~22.8cm / ~9"
    • Power: 2.15~5.5V
    • Humidity: 0~100%RH
    • Temperature: -40~125ºC
    • Precision: +/- 2%RH ~ +/- 0.2ºC
    • Output: Digital IIC
    • Diagram
    • Datasheet
      SHT30 Temperature And Humidity Sensor - Wired Enclosed Shell | The Pi Hut