Public Channels for Tag: dht22

Channel ID:
143992
Author:

This is the complete sensor suite at a particular time. Atmospheric pressure is adjusted to sea level. This data is acquired with an ESP8266 Wemos using the source code at https://github.com/kentaylor/esp8266-weather-station.

Channel ID:
143995
Author:

This is the complete sensor suite at a particular time. Atmospheric pressure is adjusted to sea level. This data is acquired with an ESP8266 Wemos using the source code at https://github.com/kentaylor/esp8266-weather-station.

Channel ID:
40084
Author:

IoE, IoT, WebCom server reporting temperature with Arduino Mega2560, nRF905, vwRF433 and DHT22

Channel ID:
70352

Collecting data from DHT22 temperature/humidity sensor and LDR luminosity sensor using Adafruit HUZZAH ESP8266 Breakout (NodeMCU 0.9.6)

Channel ID:
105023
Author:

Temperature and Humidity data at Genuino Day 2016 April 2nd 2016, organized by Arduino Indonesia Community, @america. Measured with DHT22 sensor. Updated using Arduino Uno - R3 + ESP8266 Wifi Module

Channel ID:
38407
Author:

ESP8266 temperature monitor using Arduino IDE

Channel ID:
12528
Author:

Temperature and relative humidity in the ESCA labor of MTA ATOMKI, Debrecen, Hardware: WR703N (OpenWRT) + PL2303 + MSP430G2452 + DH22 sensor

Channel ID:
47881
Author:

Temperature and pressure data uploaded every after 30 Minutes.

Channel ID:
12532
Author:

Arduino Based System used to monitor the inside temperature and humidity of an outside Food freezer. Ambient, in this case outdoor, temperature and humidity is also collected.

Channel ID:
3552648

IoT-based temperature and humidity monitoring using Arduino Uno R4 WiFi and DHT22

Channel ID:
3552641

Environmental Monitoring

Channel ID:
3551735

ESP32 + DHT22 live temperature and humidity monitoring

Channel ID:
3551116

ESP32 temperature and humidity monitoring using DHT22 sensor and ThingSpeak.

Channel ID:
3544301

An IoT-based Smart Bridge Health Monitoring System using ESP32, DHT22, and MPU6050 sensors to monitor temperature, humidity, and three-axis acceleration. The collected sensor data is uploaded to ThingSpeak for real-time visualization and analysis to suppo


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