WIFI Temperature Sensor - Internet Of Things (IOT)

WIFI Temperature Sensor - Internet Of Things (IOT)

This WIFI-enabled device connects directly to your WIFI router, so you send temperature readings to PrivateEyePi, or another monitoring application. It is fully assembled and requires no soldering. Connect it to power, and it will advertise itself as a wireless access point. Configure it through a web browser using its easy-to-use config application. Once configured it will connect to your WIFI network, which will give it access to the internet and the PrivateEyePi, or other server.

Features:

• Easy to configure web interface. No programming or soldering skills are required. You do not need the internet to configure the device. Connect to it directly from any WIFI device (e.g., PC, phone, tablet…)
• Cyclic temperature transmission mode with configurable send interval
• Supports both Celsius or Fahrenheit temperature readings
• Sleep mode allows it to be run from battery power
• Configurable temperature delta threshold allows the device to monitor the temperature and only transmit when the current reading exceeds the previous reading by a configurable amount. This feature is very useful for saving battery power.
• Battery level transmitted every 10 temperature transmission cycles
• Powered either by USB Mini cable (4.5V DC to 7V DC input) or battery connection (2.5V to 3.5V) via the 2-pin battery connection plug
• Fully programmable using the Arduino or LUA development environments
• DS18B20 temperature sensor is used to detect the temperature Measures temperatures from -55°C to +125°C. Fahrenheit equivalent is -67°F to +257°F, ±0.5°C accuracy from -10°C to +85°C
• Although the sensor is highly accurate (±0.5°C accuracy), you can calibrate the temperature reading using a configuration in the WIFI sensor app
• The device supports dual WIFI mode, allowing it to simultaneously be a WIFI access point and a WIFI client. A WIFI access point advertises itself through an SSID and can be connected to via any WIFI device or computer. 

Required, but not included:

• Mini USB cable and power supply (older cell phones used mini USB, so you may already have one in the bottom of a drawer)
• 5V to 7V power supply. Any USB power supply will work. 
• Battery pack (optional)

Installation:

• Follow the 3 easy steps using our illustrated guide
  

Specs:

• Dimensions 74mm x 55mm x 28mm
• Powered either by USB Mini cable (4.5V DC to 7V DC input) or battery connection (2.5V to 3.5V) via the 2-pin battery connection plug
• -55°C to +125°C. Fahrenheit equivalent is -67°F to +257°F, ±0.5°C accuracy from -10°C to +85°C
• Can be programmed using Arduino or LUA development environments
• Upgraded using a 3.3V FTDI cable
• 7 GPIO ports available through the 16-pin header
• Supports SPI serial interface

Optional: Extended Range Antenna for longer distances and getting around objects.