WIFI Remote Switch Controller Kit- Internet Of Things (IoT)
This WIFI Remote Switch Controller connects directly to your WIFI access point, allowing you to independently control up to 8 switches from our PrivateEyePi server or another application. It comes fully assembled and requires no soldering. Simply connect it to power, and it will create its own wireless access point. You can configure it through a web browser using our easy-to-use configuration application. Once configured, the Control Relay connects to your WIFI network, enabling access to the internet and the PrivateEyePi server.
Features:
- Easy-to-configure web interface. No programming or soldering skills required. Connect to it directly from any WIFI device (e.g. PC, phone tablet…)
- Control up to 8 relay switches through the 16 pin GPIO header
- You can add temperature sensors to it (soldering required DS18B20 for only temperature or DHT22 for temperature and humidity - 2 GPIO pins are used if temperature sensor is added). Alternatively purchase a WI01 or WI02 and connect relay switches to their of those devices. Refer WI01 or WI02 for temperature sensor features.
- 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
- The device supports dual WIFI mode allowing it to be WIFI access point and a WIFI client at the same time. A WIFI access point advertises itself through an SSID and can be connected to via any device or computer that has WIFI. .
Included:
- WiFi Control Module no Sensor
- 5V TTL Double Pole Relay
- 3 6" Line Ribbon Cable, male to female pin type
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:
http://projects.privateeyepi.com/WIFI-Sensor/iot-wifi-relay
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
- Can be programmed using Arduino or LUA development environments
- Upgraded using a 3.3V FTDI cable
- 8 GPIO ports available through the 16 pin header
- Supports SPI serial interface
