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The SmartHome IoT Pi has unlimited functions, the only limit is your imagination!
For beginners you can start with IoT Pi-R1 , use the on board relay control for the ON/OFF through the Internet ( you must have Internet with your Pi Wifi or Ethernet), All of our boards for the IoT Pi system have a model number & serial number that will need to match with our IoT Cloud database, our IoT Pi software runs in Pi furthermore it will detect the system and detect which type module board plug-in, and enable the function to collect the data & update to IoT Cloud.
The SmartHome IoT Pi project is aimed towards creating a system capable of controlling devices over the internet from any device.
SmartHome IoT Web Service ID : Demo Password : Password connect with 4 Devices (B+ & B2) GBR02, GBR03, GBR12345678 & TWN01 1. GBR00000002 B+ ( SmartHome IoT board with all module full function, with sensor) 2. GBR00000003 B+ ( SmartHome IoT board only, with sensor) 3. GBR12345678 B2 ( SmartHome IoT board with all module full function, with sensor) 4. TWN00000001 B+ ( SmartHome IoT board with all module full function, with sensor) SmartHome IoT Cloud Service web site
basic web base control interface (IoT Pi Board & Sensor) IoT-Pi System Basic IoT-Pi-R1 system with sensor & relay no extra module board 1. IoTPi-R1 SmartHome System Board
IoT-PW-Ext new IoT-PW-Ext layout on board Switch and LED(5) , and all sensor(1,2,3,4) socket IoT-Power new Ver layout to IoT-Pw-Ext 68mm x 89mm will be easy for you to connect all sensor ,LCD, relay, Switch , System status LED to IoT-Pi-R0/R1 system board function include 1. DC 19V ~ DC 7.2V input output to 5V & 3.3V for system use Launch a a Program support user define program mode ( will automatic create Python Program with simply way) The program can be trigger by Timer, Temperature sensor or run instantly. 6 GPIO , 6 Extra GPIO & delay basic function example code delay timing setting Step Motor control ( need Step Motor & Servo Motor module ) GPIO output control ( need GPIO module board ) Servo Motor control ( need Step Motor & Servo Motor module ) RGB-W LED light control ( need RGB-W LED module ) mobile base web control interface
support NRF24L01 RF module for wireless control function You can add more extra function modules to enable in control panel , just use 1x4 female to female 20cm cable to connect the module you need
You also can choose with 2x40 Header - A 2x40 with 12mm high , B 2x20 with 3mm high
all modules can be work along with Raspberry Pi B+ & B2
all IoT modules can be stack plug-in together (1) i2c 1-Wire Temperature module board 1-Wire 8 bus port (8 input port) Sensor Board (IoT-1Wire-8) Enable Temperature Sensor control panel
1-Wire Temperature sensor
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(2) i2c 16 channel PWM Servo & 16 channel GPIO module board
Support 16 channel for PWM Servo motor Can setting 8GPIO as input 8 GPIO as output (for 2 Step Motor) Support 2 x 5V Step Motor 28byj48-5V Bank A,B GPIO Status on screen
Bank B as input or Bank B as output
Bank A as Step Motor control or ON/OFF control
16 channel PWM Servo motor control (3) i2c super AD/DA Board
1. IoT-Super-AD-DA Full function 18bit ADC (4 channel x2 )8 channel 16bit/12bit ADC 4 channel up to 8 channel 8 bit ADC 8 channel, DAC 2 channel 12bit DAC 1 channel , up to 2 channel 2. IoT-Super-AD-DA-Li -- 8 bit ADC 8 channel, DAC 2 channel
The 18bit ADC to work as a single ended A/D converter using the internal 2.048V reference voltage with the -V pins tied to ground. A voltage divider extension board plug-in brings the input voltage range to a much more useful 0 – 5.06V. In this configuration the sample size is 17 bits for each channel.
Full function 18bit ADC (4 channel x2 )8 channel 16bit/12bit ADC 4 channel up to 8 channel 8 bit ADC 8 channel, DAC 2 channel 12bit DAC 1 channel , up to 2 channel
ADC Application : Soil Probe sensor ( soil moisture sensor) DC Voltage detect , Light detect , fire detect AC current detect
Soil Probe sensor ( soil moisture sensor)
(1)Enable 18bit 8 channel ADC control panel
(2) Enable 8bit 8 channel ADC & 2 channel DAC control panel
(3) Enable 16bit/12bit 4 channel ADC
Enable 12bit DAC up to 2 channel
(4) i2c RGB-W LED light Module
with RGB-W LED light module will enable RGB-W control panel
(5) Multi DC Adapter Board
output Provide 5V (USB connect) , 5V,3.3V,GND through 1x8 2.54mm socket
IoT-Pi-PW-Ext new Power and sensor board layout
(6) Sensorssors 1. 5V Mini Cooling Fan 2. DHT22 Temp & Humidity Sensor 3.BMP180 Barometric Pressure/Temp/Altitude Sensor 4.HUT21 Temp & Humidity Sensor
(7) LCD & Switch
Yellow/Blue 0.96” 128x64 OLED LCD monitor support 1. Press the key shut down the system Press the key for hold 5 seconds, system will reboot 2. Green LED flashing meaning system running
SmartHome IoT Pi System Example This Smarthome IoT Pi System in the day time the power from battery also solar panel charger the battery, at night time use the battery, with emergency backup DC adapter for charge battery. ( the solar charger will stop charge at 14.4V, stop power supply at 10.8V, voltage of resume power supply at 12.6V. ) with on board Temp sensor can control the Mini fan extra sensor data collection 1. DHT22 Temp & Humidity Sensor 2. BMP180 Barometric Pressure/Temp/Altitudee Sensor 3 .HUT21 Temp & Humidity Sensor
SmartHome IoT Service web site detaill SmartHome IoT Web Service ID : Demo Password : Password
Full function control panel enable all modules
HISG (Heat Insulation Solar Glass) for DC Power input panel size( 100cmm x 53cm) with windows frame (110cm x66cm)
1. DC input from Solar Panel DC70.7V , 370mA
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